RACD Package Air Conditioner - Amazon S3 · 2017-12-11 · makes servicing internal components such...

RACDZT Series• Nominal Sizes 7.5, 8.5, 10 & 12.5 Tons• Standard VFD and optional Reheat Technology• ASHRAE 90.1-2013 Compliant Models

RACDZS Series• Nominal Sizes 7.5, 8.5, 10 & 12.5 Tons• Optional VFD and Reheat Technology• ASHRAE 90.1-2010 Compliant Models• ASHRAE 90.1-2013 Compliant Models

RACDZR Series• Nominal Sizes 7.5, 8.5 & 10 Tons• ASHRAE 90.1-2010 Compliant Models

www.SureComfort.com

MODEL: RACDPackage Air Conditioner

FORM NO. SSC-983

Sure Comfort® RACD Package Air Conditioner


2 www.SureComfort.com

Table of ContentsUnit Features and Benefits..................................................................................3-11

Model Number Identification ..................................................................................12

Options ..................................................................................................................13

Selection Procedure ..............................................................................................14

General Data

ZR Series ............................................................................................................15

ZS Series ............................................................................................................16

ZT Series ............................................................................................................17

Gross Systems Performance Data

ZR Series ......................................................................................................19-21

ZS Series ......................................................................................................22-25

ZT Series........................................................................................................26-29

Reheat Gross Systems Performance Data

ZS Series ......................................................................................................30-33

ZT Series........................................................................................................34-37

Airflow Performance Data ................................................................................38-53

Electrical Data

ZR Series ......................................................................................................54-56

ZS Series ......................................................................................................57-60

ZT Series........................................................................................................61-64

Electric Heater Kits............................................................................................65-78

Dimensional Data ..............................................................................................79-81

Accessories ....................................................................................................82-101

Guide Specifications ....................................................................................102-107

Limited Warranty ..................................................................................................108


3www.SureComfort.com

Single-StageCooling

Two-StageCooling

2018 DOE Efficiency Standards Compliant

2023 DOE Efficiency Standards Compliant

VFDTechnology Reheat

RACDZT Series X X X X X (Optional)

RACDZS Series X X X (Optional) X (Optional)

RACDZR Series X X Not Available Not Available

• Factory charged with R-410A HFC refrigerant• Wired and run tested• Scroll compressors with internal line break overload and high

pressure protection• Model RACDZR has a single-stage compressor• Models RACDZS and RACDZT have two-stage compressor • Convertible airflow – vertical down flow or horizontal side flow• Forkable base rails for easy handling and lifting• Cooling operation up to 125°F ambient• MicroChannel evaporator and condenser coil • Diagnostics with Dual 7-Segment LED Display • One-piece top cover and one-piece base pan with drawn

supply and return opening • Two-piece control door

• ¼ turn fasteners on filter access door • Color-coded and labeled wiring• External lockable external gauge ports • TXV refrigerant metering system • Solid-core liquid line filter drier • High pressure and low pressure/loss of charge protection • Insulation encapsulated throughout entire unit • High performance belt drive motor with variable pitch pulleys

and quick adjust belt system• Variable Frequency Drive (VFD) blower is standard on Model

RACDZT and optional on model RACDZS • New product footprint with matching connections• Improved factory lead times

RACD STANDARD FEATURES INCLUDE:



• Louvered panels • Hinged access doors • Reheat Dehumidification System (ZS/ZT)• Low ambient/freeze stat• Non-powered convenience outlet

• Economizer • Supply and/or return smoke detector • ElectroFin® E-Coat for Microchannel Condenser Coil• Direct Digital Control (DDC)• Comfort Alert/Phase monitor

FACTORY INSTALLED OPTIONS:

Accessory ModelNumber

Factory Installation Available?

Economizer w/Single Enthalpy (Downflow) RXRD-01MDDAM3 Yes

Economizer w/Single Enthalpy (Horizontal) RXRD-01MDHAM3 No

Economizer-w/Single Enthalpy (Downflow) DDC RXRD-01MDDBM3 Yes

Economizer w/Single Enthalpy (Horizontal) DDC RXRD-01MDHBM3 No

Dual Enthalpy Kit RXRX-BV01 No

Dual Enthalpy Kit DDC RXRX-BV02 No

Carbon Dioxide Sensor (Wall Mount) RXRX-AR02 No

Power Exhaust RXRX-CDF01C No

Power Exhaust RXRX-CDF01D No

Power Exhaust RXRX-CDF01Y No

Manual Fresh Air Damper RXRF-ADA1 No

Motorized Fresh Air Damper RXRF-ADB1 No

Motorized Fresh Air Damper (DDC) RXRF-ADC1 No

Roofcurb, 14" RXKG-DDD14 No

Roofcurb, 24" RXKG-DDD24 No

Roofcurb Adapter RXRX-DDCAE No

Concentric Diffuser 7.5/8.5 Ton Flush RXRN-GEF2000 No

Concentric Diffuser 10.0 Ton Flush RXRN-GEF3415 No

Concentric Diffuser 12.5 Ton Flush RXRN-GEF3618 No

Concentric Diffuser 7.5/8.5 Ton Drop RXRN-GED2000 No

Concentric Diffuser 10.0 Ton Drop RXRN-GED3415 No

Concentric Diffuser 12.5 Ton Drop RXRN-GED3618 No

Concentric Adapter 7.5/8.5 Ton Drop RXMC=DD01 No

Concentric Adapter 10 Ton Drop RXMC-DD02 No

Concentric Adapter 12.5 Ton Drop RXMC-DD03 No

Outdoor Coil Louver Kit - ACD/090/102/120 RXRX-ADD04A Yes

Outdoor Coil Louver Kit - ACD150 RXRX-ADD04B Yes

Unwired Convenience Outlet RXRX-BN01 Yes

Unfused Service Disconnect RXRX-BP01 Yes

Comfort Alert (1 Per Compressor) RXRX-AZ01 TBD Yes

BACnet Communication Card RXRX-AY01 No


Factory Installation Available?

LonWorks Communication Card RXRX-AY02 No

Room Humidity Sensor RHC-ZNS4 No

Room Temperature and Relative Humidity Sensor RHC-ZNS5 No

Low-Ambient Control Kit RXRZ-A04 Yes

Freeze Stat Kit RXRX-AM01 Yes

Variable Frequency Drive Kit**See model number break down below

RXRX-AC02 No

RXRX-AC03 No

RXRX-AC05 No

RXRX-AD02 No

RXRX-AD03 No

RXRX-AD05 No

RXRX-CC02 No

RXRX-CC03 No

RXRX-CC05 No

RXRX-CD02 No

RXRX-CD03 No

RXRX-CD05 No

Electric Heater Kits

RXJJ-DD10CP Yes

RXJJ-DD15CP Yes

RXJJ-DD20CP Yes

RXJJ-DD30CP Yes

RXJJ-DD40CP Yes

RXJJ-DD10DNV Yes

RXJJ-DD15DNV Yes

RXJJ-DD20DNV Yes

RXJJ-DD30DNV Yes

RXJJ-DD40DNV Yes

Single Point Wiring Kit

RXJX-AB03 No

RXJX-AB04 No

RXJX-AC03 No

RXJX-AC04 No

FIELD INSTALLED ACCESSORY EQUIPMENT:

A C 02 HORSEPOWER 02 � 2 HORSEPOWER 03 � 3 HORSEPOWER 05 � 5 HORSEPOWER

VOLTAGE C � 230V D � 480V

DESIGN SERIES A � TWO WIRE CONTROL C � COMMUNICATING



Cabinet and FoundationOutwardly, the large Sure Comfort label ( ) identifies the brandto the customer. The sheet-metal cabinet ( ) uses 18-gaugematerial for structural components with an under lying coat ofG90. To ensure the leak-proof integrity of these units, the designutilizes a one-piece top with a 1/8" drip lip ( ) as well as gasket-protected panels and screws. The Ruud hail guard (optional) ( )sets the standard for coil protection in the industry. Electro deposi-tion, baked-on enamel that is tested to withstand a rigorous1000-hour salt spray test, per ASTM B117.

Anything built to last must start with the right foundation. Follow-ing that model, the foundation is comprised of 14-gauge, com-mercial-grade, full perimeter base rails ( ) that integrate forkslots and rigging holes to save set-up time on the job site.

Easy Installation This line features a new footprint that simplifies the replacementprocess by eliminating the need for a new curb adapter and beingable to match inlet, outlet and electrical connections of the mostcommon/industry-standard configurations.

Base Pan The base pan is stamped to form a 7/8" flange around the supplyand return cover, which eliminates the worry of water entering theconditioned space ( ). All insulation is secured with both adhe-sive and mechanical fasteners, and all edges are hidden.

Drain Pan The Qwik-Clean Drain Pan™ ( ) is made from a compositematerial that resists the growth of harmful bacteria. With both sideand center drain options, the drain pan slides out completely foreasy cleaning. It also features a standard overflow switch.

Test StandardsDuring development, each unit was tested to U.L. 1995, AHRI340-360 as well as other Ruud-required reliability tests. Ruudadheres to stringent ISO 9002 quality procedures, and each unitbears the U.L. and AHRI certification labels located on the unitnameplate. Contractors can be assured that when a Ruud packageunit arrives at the job, it is ready to go with a factory charge andquality checks. Each unit also proudly displays the “Made in theUSA” designation.

Easy Access All major compartments are easily accessible from the front of theunit: the electrical compartment, blower compartment, heatingsection, and outdoor section. Each compartment has mechanicalfasteners. Panels are permanently embossed with the compart-ment name (e.g. control/filter access, blower access, and electricheat access). The filter compartment is accessed through a large,mechanically fastened panel. Information is readily available onthe outside of the panel, with a nameplate that contains themodel and serial numbers, electrical data, and other importantunit information. Hinged access is available as an option for theelectrical, blower, and filter compartments.

6

71

5

2

3

4

25

12

5

4

3

6

7



Charging Charts, Wiring Diagrams, & Labels The unit charging chart is located on theoutside of the compressor accesspanel. Electrical wiring diagrams arefound on the control box cover, whichallows contractors to move them tomore readable locations. The modeland serial numbers are located on theright of the control box. Having thisinformation on the inside means easiermodel identification for the life of the product. The production linequality test assurance label is also placed in this location ( ).

Filter RackLocated within the filter compartment, theQwik-Change Flex-Fit Rack™ ( ) allowseasy changeover between 2" and 4" standardsize and readily available filters.

Blower AssemblyRemoving three screws provides full access to the blower compartment. Inside,the Qwik-Slide Blower Assembly™ ( ) isincredibly easy to access and remove. Thismakes servicing internal components such as blower motor, TXV, and microchannel coil much easier. Theentire assembly slides out by removing the 3/8" screws from theblower retention bracket. The adjustable motor pulley ( ) caneasily be adjusted by loosening the bolts on either side of themotor mount. Removing the bolts allows for easy removal of theblower pulley by pushing the blower assembly up to loosen thebelt. Once the pulley is removed, the motor sheave can beadjusted to the desired number of turns, ranging from 0 to 6 turns open.

Where the demands for the job require high static, Sure Comfortoffers drives that deliver nominal airflow up to 2" of static. Byreferring to the airflow performance tables listed in the installationinstructions, proper static pressure and CFM requirements can bedialed in. The scroll housing ( ) and blower scroll provide quietand efficient airflow. The blower sheave is secured by an “H”bushing that firmly secures the pulley to the blower shaft, resultingin years of trouble-free operation. The “H” bushing allows for easyremoval of the blower pulley from the shaft. This is an improvementfrom a set screw, which can score the shaft and create burrs thatmake blower-pulley removal difficult.

High and Low Pressure Switches & Freeze StatHigh pressure ( ) and low pressure ( ) switches are standard.They are located in the outdoor section along with the low-ambientcontrol ( ). The optional Freeze Stat (standard on models withClearControl), is clipped onto the suction line in the blower com-partment. The low ambient control allows the compressor tooperate down to 0 degrees ambient temperature by cycling theoutdoor fans on high pressure. The high-pressure switch shuts offthe compressors if pressures exceeding 610 PSIG are detected.The low-pressure switch shuts off the compressors if low pressureis detected due to loss of charge. The freeze stat protects thecompressor if the evaporator coil gets too cold (below freezing)due to low airflow.

MicroChannel Evaporator & TXVThe Microchannel Evaporator ( )is accessible through the blowercompartment, and through the filterrack, to simplify cleaning. Theevaporator uses microchanneltechnology for maximum heattransfer, light weight, fewer manu-ally brazed connections andreduced refrigerant charge. TheTXV metering device maintainssuperheat over a wide range ofvarying temperatures optimizingunit performance for all conditions.

8

9

10

11

12

1413

15

17

Low Ambient Picturesto come

8

9

11

10

12

17



Control Box Inside the control box ( ), each electrical component is clearlylabeled; that label matches the component to the wire diagram forease of trouble shooting. All wiring is numbered on each end ofthe termination and is color-coded to match the wiring diagram.The integrated furnace control, incorporates the PlusOne Diag-nostics: Dual 7-Segment LED Display ( ) with easy-to-understandfault codes. The control transformer has a low voltage circuitbreaker that trips if an electrical short occurs. There is a blowercontactor and compressor contactor for each compressor.

ClearControl™ The optional ClearControl™ system consisting of a rooftop unitcontroller, temperature sensors, and pressure sensors, allowsreal-time monitoring and communication between rooftop units.The Rooftop Unit Controller (RTU-C) that is factory mounted andwired into the control panel. The RTU-C is a solid-state, micro-processor-based control board that provides flexible control andextensive diagnostics for all unit functions. The RTU-C, usingproportional/integral control algorithms, performs specific unitfunctions that govern unit operation in response to zone condi-tions, system temperatures, system pressures, ambient condi-tions, and electrical inputs. The RTU-C features a 16 x 2 characterLCD display and a five-button keypad for local configuration anddirect diagnosis of the system ( ). Features include a cloggedfilter switch (CFS), fan proving switch (FPS), return air temperaturesensor (RAT), discharge air temperature sensor (DAT), and out-door air temperature sensor (OAT). Freeze sensors (FS) are usedin place of freeze stats to allow measurement of refrigerant suc-tion line temperatures.

The RACD Gas Electric with the RTU-C is specifically designed tobe applied in four distinct applications:

1. BACnet Communication — The RGED is compatible with a third party building management system that supports theBACnet Application Specific Controller device profile, with theuse of a field installed BACnet Communication Module. TheBACnet Communication Module plugs onto the unit RTU-Ccontroller and allows communication between the RTU-C andthe BACnet MSTP network. A zone sensor, a BACnet networkzone sensor, a BACnet thermostat, or DDC controller may beused to send the zone temperature or thermostat demands tothe RTU-C. The BACnet Communication Module is compatiblewith MSTP EIA-485 daisy chain networks communicating at38.4 bps. It is compatible with twisted pair, shielded cables.

2. LonMark Communication — The RGED is compatible with a third party building management system that supports theLonMark Space Comfort Controller (SCC) functional profile orLonMark Discharge Air Controller (DAC) functional profile. Thisis accomplished with a field installed LonMark communicationmodule. The LonMark Communication Module plugs onto theRTU-C controller and allows communication between the RTU-Cand a LonWorks network. A zone sensor, a LonTalk networkzone sensor, or a LonTalk thermostat or DDC controller may be used to send the zone temperature or thermostat demandsto the RTU-C. The LonMark Communication Module utilizes anFTT-10A free topology transceiver communicating at 78.8 kbps.It is compatible with Echelon qualified, twisted pair cable,Belden 8471, or NEMA Level 4 cables. The module can com-municate up to 1640 feet with no repeater. The LonWorks limit of 64 nodes per segment applies to this device.

3. 24V Thermostat Compatibility — The RGED is compatiblewith a programmable 24 volt thermostat. Connections aremade via conventional thermostat screw terminals. Extensiveunit status and diagnostics are displayed on the LCD screen of the RTU-C.

4. Zone Sensor Compatibility — The RGED is compatible witha zone sensor and a mechanical or solid state time clock con-nected to the RTU-C. Extensive unit status and diagnostics aredisplayed on the LCD screen of the RTU-C.

ComfortAlert®

A factory or field installed Comfort Alert® ( ) module is availablefor power phase-monitoring protection and additional compressordiagnostics. The alarms can be displayed on the RTU-C display,through the (BAS) network, or connected to the “L-Terminal” of athermostat for notification.

18

19

20

21

Comfort Alert Picturesto come

Image to come

Image to come



Variable Frequency DriveThe supply fan Variable FrequencyDrive (VFD) ( ) optimizes energyusage year round by providing a lowerspeed for first stage cooling operation,improving IEER’s over the conventionalconstant fan system. Operating in theconstant fan mode at the reducedspeed can use as little as 1/5 of theenergy of a conventional constant fansystem. Also, by operating at a lowerspeed on first stage cooling, up to126% more moisture is removed,improving comfort during low loadoperation. VFD comes standard in ZTmodels and is a factory or field installedoption in ZS models. The VFD supply fan factory option meetsCalifornia Title 24 and ASHRAE 90.1-2016 requirements for multiblower speed control. VFD also ramps up to the desired speed,reducing stress on the supply fan components and noise from asudden inrush of air. Because the airflow is cut in half during firststage cooling and constant fan operation, noise is much less duringthese modes of operation.

Convenience Outlet, Disconnect, & Circuit Breaker For added convenience in the field, factory-installed options ofpowered and non-powered convenience outlet ( ), disconnect( ) and circuit breakers are available. Low and high voltage canenter from the side or through the base. Low-voltage connectionsare made through the low-voltage terminal strip. For ease of access,the U.L.-required low voltage barrier can be temporarily removedfor low-voltage termination and then reinstalled. The high-voltageconnection is terminated at the number 1 compressor contactor.The suggested mounting for the field-installed disconnect orcircuit breaker is on the exterior side of the electrical control box.

External Lockable Gauge Ports To the right left of the compressor compartment are the externallymounted lockable gauge ports. They are permanently identifiedby embossed lettering that identifies thecompressor circuit, high pressure connection,( ) and low pressure connection ( ).Because the gauge ports are mounted exter-nally, an accurate diagnostic of system oper-ation can be performed without removingaccess panels. Brass caps on the Schraderfitting ensure the gauge parts are leak proof.

Furnace & Gas Heat Exchanger The furnace compartment contains the latest technology on themarket. Each furnace is equipped with a two-stage gas valve ( )to provide two stages of gas heat input. The first stage operatesat 70% of the second stage (full fire), and in both stages, 81%steady state efficiency is maintained. Stainless steel heatexchangers can be factory installed for those applications thathave high fresh-air requirements or in applications with corrosiveenvironments. The direct spark igniter ( ) ensures reliable igni-tion in the most adverse conditions. This is coupled with remoteflame sensor ( ) so the flame is carried across the entire lengthof the burner assembly. Gas supply can be routed from the sideor up through the base. Each furnace has the following safetydevices to ensure consistent and reliable operation after ignition:

• Pressures switches to ensure adequate combustion airflowbefore ignition.

• Rollout switches to prevent obstruction or cracks in the heatexchanger.

• A limit device to protect the furnace from over-temperatureproblems.

22

23

24

25 26

27

28

29

22

23

24

25

26

27



Compressor The compressor compartment houses the heart-beat of the unit. The scroll compressor ( ) isknown for its long life and for reliable, quiet,and efficient operation. The suction anddischarge lines are designed with shockloops ( ) to absorb the strain and stressthat the starting torque, steady stateoperation, and shut-down cycle imposeon the refrigerant tubing. ZS and ZT unitshave two stages of efficient cooling oper-ation in which the first stage is approxi-mately 50% of second stage. Each unitcomes standard with a filter dryer.

Condenser FansThe condenser fan motors ( ) can easily be accessed and main-tained through the top of the unit. The polarized plug connectionallows the motor to be changed quickly and eliminates the needto snake wires through the unit.

MicroChannel Condenser TechnologyThe outdoor coil uses the latestmicrochannel technology ( ) forthe most effective method of heattransfer. The outdoor coil is pro-tected by optional louvered panels,which allow unobstructed airflowwhile protecting the unit from boththe environment and vandalism.

Coil Coating Every unit offers the option of factory-applied ElectroFin® E-Coatcondenser coating ( ) that deliverssuperior corrosion resistance foroutdoor coils to operate in the harsh-est of environments.

Economizer and DampersEach unit is designed for both down flow or horizontal applica-tions ( ) for job configuration flexibility. The return air compartmentcan also contain an economizer. Each unit is pre-wired for theeconomizer to allow quick, plug-in installation. Available as afactory-installed option, the economizer provides free cooling whenoutdoor conditions are suitable and also provides fresh air to meetlocal requirements. It comes standard withsingle enthalpy controls, which can beupgraded to dual enthalpy easily inthe field. The direct drive actuatorcombined with gear drivedampers has eliminated theneed for linkage adjust-ment in the field. Theeconomizer controlhas a minimumposition setpoint, anoutdoor-air setpoint, a mixed-air set point, and a CO2 setpoint. Barometric relief is stan-dard on all economizers.

Power Exhaust is easily field-installed. The power exhaust ishoused in the barometric relief opening and is easily slipped inwith a plugin assembly. The wire harness to the economizer alsohas accommodations for a smoke detector.

The damper minimum position, actual damper position, powerexhaust on/off set point, mixed air temperature limit set point, andDemand Controlled Ventilation (DCV) set point can be read andadjusted at the unit controller display or remotely through a net-work connection. The Space CO2 level, mixed air temperature,and Economizer Status (free cooling available, single or dualenthalpy) can be read at the unit controller display or remotelythrough a network connection. Economizer faults will trigger anetwork alarm and can be read at the unit controller display orremotely through a network connection.

30

31

32

33

34

35

30

31

33

32

34

35



RoofcurbThe Sure Comfort roofcurb ( ) is made for tool-less assembly atthe jobsite by engaging tabs in slots of adjacent curb sides, whichmakes the assembly process quick and easy.

36

36



REHEAT SYSTEM FEATURESReheat is Sure Comfort’s exclusive dehumidification package unit solution. It delivers maximum humidity control without com-promising desired temperature set point for a high degree ofcomfort. Reheat maintains humidity levels at a desired set pointwhen there’s little or no demand for air conditioning. The Reheatrooftop unit is controlled by a thermostat and humidistat. Thethermostat takes priority on single-stage system. When the ther-mostat is activated by temper a tures that exceed it set point, Reheatoperates like a standard rooftop unit. It can operate on first stagecooling when demand is low or at full capacity when air condi-tioning load is high. Unlike other rooftop or reheat units, Reheat isuniquely designed so the VFD ( ) will operate at a low speed,increasing moisture removal during first-stage cooling operation.This provides initial defense for controlling humidity. When tem-perature is desirable but humidity exceeds the humidistat set point,the Reheat rooftop unit initiates a dehumidification cycle using acombination of hot gas and sub-cooled liquid reheat and the VFDoperates at low speed. During this cycle, the Reheat rooftop unitdelivers dry, neutral air. On a two-stage system, it is possible forboth a thermostat and humidistat to register readings above setpoint. Under this condition, the system runs in the high stagedehumidification cycle, and the VFD operates on high speed. Thisprovides dry conditioned air.

Figure 1 shows the refrigerant path during the normal coolingmode. The liquid refrigerant leaves the TXV with the sudden pres-sure drop causing the liquid to expand to a vapor and absorbingthe heat from the supply air going through the evaporator coil.The refrigerant vapor then travels to the compressor where it iselevated to a higher pressure and temperature. The superheatedrefrigerant vapor next carries the heat to the outside coil wherethe heat is then rejected and the refrigerant condenses into asubcooled liquid where the process repeats itself.

Figure 2 shows the refrigerant path during the reheat mode. Whenthe reheat cycle is energized by the RTU-C, the reheat solenoidvalve ( ), downstream of the reheat coil ( ), opens. The liquidsolenoid valve ( ), ahead of the TXV, closes. The dischargesolenoid valve ( ), in the compressor discharge line, opens. Theliquid refrigerant leaves the TXV with the sudden pressure dropcausing the liquid to expand to a vapor and absorbing the heatfrom the supply air going through the evaporator coil. The refriger-ant vapor then travels to the compressor where it is elevated to ahigher pressure and temperature. The refrigerant next carries theheat to a parallel path between the outside condenser coil and abypass circuit. Some of the heat is rejected outdoors. The ratio ofheat rejected outdoors versus indoors is controlled by an outdoorfan motor controller (OFMC) ( ) that monitors the two phasetemperature ( ) and varies the fan speed. This 2-phase refriger-ant vapor is then sent to the reheat coil. As the refr igerant travelsthrough the reheat coil it condenses into a subcooled liquid wherethe process repeats itself.

43

44 45

46

47

48

49



R1

AC23

D4

ZT56

090789

A10

C11

A12

1513 14

215

A16

A17

***18 19 20

1—BrandR = Sure Comfort

2, 3—Unit TypeAC = Package AC

4—Cabinet TypeD = Small Commercial

5, 6—SeriesZT1

ZS2

ZR3

7, 8, 9—Capacity090 = 7.5 ton102 = 8.5 ton120 = 10 ton150 = 12.5 ton4

10—Major seriesA

11—VoltageC = 3 phase 208-230/60D = 3 phase 460/60Y = 3 phase 575/60

12—DriveA = belt low staticB = belt med staticC = belt high staticF = belt VFD low staticG = belt VFD med staticH = belt VFD high static

13, 14—Heat Capacity00 = No Heat10 = 10kw15 = 15kw20 = 20kw30 = 30kw40 = 40kw

15—Number of stages0 = no stages1 = 1 stage 2 = 2 stage

16—ControlA = Non communicatingB = Comfort Alert/Phase MonitorC = Clear ControlD = Clear Control & Comfort Alert

17—Minor seriesA

18, 19, 20—Option CodeSee next page

Notes:

1. ZT – can only select VFD drives (F, G, H) in character 122. ZS – can select any of the drive options in character 123. ZR – can only select standard drives (A, B, C) in character 124. ZR – not available for 12.5 ton models



18 19 20LV = Louver protection LF = Low Ambient / Freeze Stat EC = Economizer

RH = Reheat* only available with VFD NP = Non-powered Convenience Outlet SS = Supply Smoke

HA = Hinged Access RS = Return Smoke

CC = Coil Coating

Option code character highlighted below Option code character highlighted below Option code character highlighted below

A None A None 0 None

B LV B LF 1 EC

C HA C NP 2 RS

D LV HA D LF NP 3 EC RS

E LV CC 4 SS RS

F LV HA CC 5 EC SS RS

G RH

H LV RH

J RH HA

K LV RH CC

L LV RH HA

M LV RH HA CC

FACTORY INSTALLED OPTION CODES FOR RACD (7.5 TO 12.5 TON)

*Reheat only available on units with F, G or H drives (VFD)

Instructions for Factory Installed Option(s) Selection

Note: Three characters following the model number will be utilized to designate a factory-installed option or combination of options.If no factory option(s) is required, “AAO” follows the model number.

• Step 1: In the table above, based on the desired features, choose option code character from highlighted options on the leftside under the number 18. For example, the option code character “E” has Louver protection and Coil Coating.

• Step 2: In the table above, based on the desired features, choose option code character from highlighted options on the left side under the number 19. For example, the option code character “D” has Low Ambient / Freeze Stat and Non-poweredconvenience outlet.

• Step 3: In the table above, based on the desired features, choose option code character from highlighted options on the leftside under the number 20. For example, the option code character “3” has Economizer and Return Smoke.

• The resulting option code from examples above is: “ED3”

• Step 4: Add your option code selection to the end of model number

•• Example: RACDZR090ACC150AA ED3 = RACDZR090ACC150AAED3

Base model Option code = Model number with option code



To select an RACDZS Cooling and Heating unit to meet a jobrequirement, follow this procedure, with example, using data supplied in this specification sheet.

1. DETERMINE COOLING AND HEATING REQUIREMENTSAND SPECIFIC OPERATING CONDITIONS FROM PLANSAND SPECS.

Example: Voltage— 230 V – 3 Phase – 60 HzTotal Cooling Capacity— 118,000 BTUH [34.57 kW]Sensible Cooling Capacity— 79,600 BTUH [23.32 kW]Heating Capacity— 150,000 BTUH [40 kW]*Condenser Entering Air— 95°F [35.0°C] DB*Evaporator Mixed Air Entering—65°F [18.3°C] WB 78°F [25.6°C] DB*Indoor Air Flow (vertical)— 3600 CFM [1699 L/s]*External Static Pressure— 0.40 in. WG [.10 kPa]

2. SELECT UNIT TO MEET COOLING REQUIREMENTS.

Since total cooling is within the range of a nominal 10 ton[35.1 kW] unit, enter cooling performance table at 95°F [35.0°C]DB condenser inlet air. Interpolate between 63°F [17.2°C] WBand 67°F [19.4°C] to determine total and sensible capacityand power input for 65°F [18.3°C] WB evaporator inlet air at3750 CFM [1770 L/s] indoor air flow (table basis):

Total Cooling Capacity = 118,900 BTUH [34.82 kW]Sensible Cooling Capacity = 99,950 BTUH [29.27 kW]Power Input (Compressor and Cond. Fans) = 8,950 watts

Use formula [1.10 x CFM x (1 – DR) x (dbE – 80)] in note todetermine sensible capacity at 80°F [26.7°C] DB evaporatorentering air:

99,950 + (1.10 x 3,600 x (1 – 0.03) x (78 – 80))Sensible Cooling Capacity = 92,268 BTUH [27.02 kW]

3. CORRECT CAPACITIES OF STEP 2 FORACTUAL AIR FLOW.

Select factors from airflow correction table at 3600 CFM [1699 L/s] and apply to data obtained in step 2 to obtain gross capacity:

Total Capacity = 118,900 x 0.98 = 116,522 BTUH [34.12 kW]Sensible Capacity = 92,268 x 0.95 = 87,655 BTUH [25.67 kW]Power Input = 8,950 x 0.99 = 8,861 Watts

These are Gross Capacities, not corrected for blower motorheat or power.

4. DETERMINE BLOWER SPEED AND WATTS TO MEET SYSTEM DESIGN.

Enter Indoor Blower performance table at 3600 CFM [1699L/s]. Total ESP (external static pressure) per the spec of 0.40 in.WG [.10 kPa] includes the system duct and grilles. Add fromthe table “Component Air Resistance,” 0.076 in. WG [.02 kPa]for wet coil, 0 in. WG [.00 kPa] for downflow air flow for a totalselection static pressure of 0.476 (0.5) in. WG [.12 kPa], anddetermine:

RPM = 771WATTS = 1,494DRIVE = A (Belt drive, low static)

5. CALCULATE INDOOR BLOWER BTUH HEAT EFFECTFROM MOTOR WATTS, STEP 4.

1,576 x 3.412 = 5,377 BTUH [1.57 kW]

6. CALCULATE NET COOLING CAPACITIES, EQUAL TOGROSS CAPACITY, STEP 3, MINUS INDOOR BLOWERMOTOR HEAT.

Net Total Capacity = 116,522 – 5,377 =111,145 BTUH [32.54 kW]

Net Sensible Capacity = 87,655 – 5,377 =82,278 BTUH [24.09 kW]

7. CALCULATE UNIT INPUT AND JOB EER.

Total Power Input = 8,861 (step 3) + 1,576(step 4) = 10,437 Watts

EER = Net Total BTUH [kW] (step 6) =111,145= 10.65 Power Input, Watts (above) 10,437

8. SELECT UNIT HEATING CAPACITY.

From Heater Kit Table select kW to meet heating capacityrequirement; multiply kW x 3412 to convert to BTUH.

Use 40 kW Heater Kit

Heater Kit Model: Heater Kit Capacity:RXXJJ-DD40CP 135,120 BTUH [39.6 kW]

Add indoor blower heat effect (step 5) to Heater Kit Capacityto get total heating capacity:

135,120 + 5,377 = 140,497 BTUH [41.1 kW]

9. CHOOSE MODEL RACDZS120ACA402AA.

*NOTE: These operating conditions are typical of a commercial applica-tion in a 95°F/79°F [35°C/26°C] design area with indoor designof 76°F [24°C] DB and 50% RH and 10% ventilation air, with the unit roof mounted and centered on the zone it conditions by ducts.

[ ] Designates Metric Conversions



Model RACDZR Series ZR090 ZR102 ZR120

Cooling Performance1

Gross Cooling Capacity Btu [kW] 88,000 [25.78] 99,000 [29.01] 118,000 [34.57]EER/SEER2 11.2/NA 11.2/NA 11.2/NANominal CFM/AHRI Rated CFM [L/s] 3000/3175 [1416/1498] 3400/3200 [1604/1510] 4000/3480 [1888/1642]AHRI Net Cooling Capacity Btu [kW] 85,000 [24.9] 96,000 [28.13] 114,000 [33.4]Net Sensible Capacity Btu [kW] 62,700 [18.37] 68,300 [20.01] 80,600 [23.62]Net Latent Capacity Btu [kW] 22,300 [6.53] 27,700 [8.12] 33,400 [9.79]EER3 12.9 12.9 12.9Net System Power kW 7.53 8.51 9.86

CompressorNo./Type 1/Scroll 1/Scroll 1/ScrollNo. Stages 1 1 1

Outdoor Sound Rating (dB)4 88 88 88Outdoor Coil - Fin Type Louvered Louvered Louvered

Tube Type MicroChannel MicroChannel MicroChannelMicroChannel Depth in. [mm] 0.71 [18] 0.81 [20.6] 1 [25.4]Face Area sq. ft. [sq. m] 25.4 [2.36] 25.6 [2.38] 25.6 [2.38]Rows / FPI [FPcm] 1 / 23 [9] 1 / 23 [9] 1 / 23 [9]

Indoor Coil - Fin Type Louvered Louvered LouveredTube Type MicroChannel MicroChannel MicroChannelMicroChannel Depth in. [mm] 1 [25.4] 1.26 [32] 1.26 [32]Face Area sq. ft. [sq. m] 11 [1.02] 10.9 [1.01] 10.9 [1.01]Rows / FPI [FPcm] 1 / 20 [8] 1 / 20 [8] 1 / 20 [8]Refrigerant Control TX Valves TX Valves TX ValvesDrain Connection No./Size in. [mm] 1/0.75 [19.05] 1/0.75 [19.05] 1/0.75 [19.05]

Outdoor Fan - Type Propeller Propeller PropellerNo. Used/Diameter in. [mm] 2/24 [609.6] 2/24 [609.6] 2/24 [609.6]Drive Type/No. Speeds Direct/1 Direct/1 Direct/1CFM [L/s] 8000 [3775] 8000 [3775] 8500 [4011]No. Motors/HP 2 at 1/5 HP 2 at 1/5 HP 2 at 1/3 HPMotor RPM 820 820 1075

Indoor Fan - Type FC Centrifugal FC Centrifugal FC CentrifugalNo. Used/Diameter in. [mm] 1/15x15 [381x381] 1/15x15 [381x381] 1/15x15 [381x381]Drive Type Belt (Adjustable) Belt (Adjustable) Belt (Adjustable)No. Speeds Single Single SingleNo. Motors 1 1 1Motor RPM 1725 1725 1725Motor Frame Size 56 56 56

Filter - Type Disposable Disposable DisposableFurnished Yes Yes Yes(NO.) Size Recommended in. [mm x mm x mm] (4)2x20x20 [51x508x508] (4)2x20x20 [51x508x508] (4)2x20x20 [51x508x508]

Refrigerant Charge Oz. [g] 100 [2835] 117 [3317] 136 [3856]

Weights

Net Weight lbs. [kg] 736 [334] 762 [346] 791 [359]Ship Weight lbs. [kg] 775 [352] 801 [363] 830 [376]

NOM. SIZES 7.5-12.5 TONS [26.4-44.0 kW] ASHRAE 90.1-2010 COMPLIANT MODELS

See Page 19 for Notes. [ ] Designates Metric Conversions



Model RACDZS Series ZS090 ZS102 ZS120 ZS150


Gross Cooling Capacity Btu [kW] 88,000 [25.78] 99,000 [29.01] 118,000 [34.57] 148,000 [43.36]EER/SEER2 11.2/NA 11.2/NA 11.2/NA 11/NANominal CFM/AHRI Rated CFM [L/s] 3000/3200 [1416/1510] 3400/3225 [1604/1522] 4000/3480 [1888/1642] 5000/4150 [2360/1958]AHRI Net Cooling Capacity Btu [kW] 85,000 [24.9] 96,000 [28.13] 114,000 [33.4] 142,000 [41.61]Net Sensible Capacity Btu [kW] 62,700 [18.37] 68,300 [20.01] 79,600 [23.32] 98,600 [28.89]Net Latent Capacity Btu [kW] 22,300 [6.53] 27,700 [8.12] 34,400 [10.08] 43,400 [12.72]IEER3 12.9 12.9 12.9 12.4Net System Power kW 7.35 8.46 9.83 13.69

CompressorNo./Type 1/Scroll 1/Scroll 1/Scroll 2/Tandem ScrollNo. Stages 2 2 2 2

Outdoor Sound Rating (dB)4 88 88 88 88

Outdoor Coil - Fin Type Louvered Louvered Louvered LouveredTube Type MicroChannel MicroChannel MicroChannel MicroChannelMicroChannel Depth in. [mm] 0.71 [18] 0.81 [20.6] 1 [25.4] 1 [25.4]Face Area sq. ft. [sq. m] 25.4 [2.36] 25.6 [2.38] 25.6 [2.38] 31.5 [2.93]Rows / FPI [FPcm] 1 / 23 [9] 1 / 23 [9] 1 / 23 [9] 1 / 23 [9]

Indoor Coil - Fin Type Louvered Louvered Louvered LouveredTube Type MicroChannel MicroChannel MicroChannel MicroChannelMicroChannel Depth in. [mm] 1 [25.4] 1.26 [32] 1.26 [32] 1 [25.4]Face Area sq. ft. [sq. m] 11 [1.02] 10.9 [1.01] 10.9 [1.01] 13.8 [1.28]Rows / FPI [FPcm] 1 / 20 [8] 1 / 20 [8] 1 / 20 [8] 2 / 18 [7]Refrigerant Control TX Valves TX Valves TX Valves TX ValvesDrain Connection No./Size in. [mm] 1/0.75 [19.05] 1/0.75 [19.05] 1/0.75 [19.05] 1/0.5 [12.7]

Outdoor Fan - Type Propeller Propeller Propeller PropellerNo. Used/Diameter in. [mm] 2/24 [609.6] 2/24 [609.6] 2/24 [609.6] 2/24 [609.6]Drive Type/No. Speeds Direct/1 Direct/1 Direct/1 Direct/1CFM [L/s] 8000 [3775] 8000 [3775] 8500 [4011] 9000 [4247]No. Motors/HP 2 at 1/5 HP 2 at 1/5 HP 2 at 1/3 HP 2 at 3/4 HPMotor RPM 820 820 1075 1100

Indoor Fan - Type FC Centrifugal FC Centrifugal FC Centrifugal FC CentrifugalNo. Used/Diameter in. [mm] 1/15x15 [381x381] 1/15x15 [381x381] 1/15x15 [381x381] 1/15x15 [381x381]Drive Type Belt (Adjustable) Belt (Adjustable) Belt (Adjustable) Belt (Adjustable)No. Speeds Single Single Single SingleNo. Motors 1 1 1 1Motor RPM 1725 1725 1725 1725Motor Frame Size 56 56 56 56

Filter - Type Disposable Disposable Disposable DisposableFurnished Yes Yes Yes Yes(NO.) Size Recommended in. [mm x mm x mm] (4)2x20x20 [51x508x508] (4)2x20x20 [51x508x508] (4)2x20x20 [51x508x508] (4)2x20x25 [51x508x635]

Refrigerant Charge Oz. [g] 100 [2835] 117 [3317] 136 [3856] 186 [5273]

WeightsNet Weight lbs. [kg] 736 [334] 762 [346] 791 [359] 993 [450]Ship Weight lbs. [kg] 775 [352] 801 [363] 830 [376] 1032 [468]





Model RACDZT Series ZT090 ZT102 ZT120 ZT150


Gross Cooling Capacity Btu [kW] 88,000 [25.78] 99,000 [29.01] 118,000 [34.57] 148,000 [43.36]EER/SEER2 11.2/NA 11.2/NA 11.2/NA 11/NANominal CFM/AHRI Rated CFM [L/s] 3000/3200 [1416/1510] 3400/3225 [1604/1522] 4000/3480 [1888/1642] 5000/4150 [2360/1958]AHRI Net Cooling Capacity Btu [kW] 85,000 [24.9] 96,000 [28.13] 114,000 [33.4] 142,000 [41.61]Net Sensible Capacity Btu [kW] 62,700 [18.37] 68,300 [20.01] 79,600 [23.32] 98,600 [28.89]Net Latent Capacity Btu [kW] 22,300 [6.53] 27,700 [8.12] 34,400 [10.08] 43,400 [12.72]IEER3 14.8 14.8 14.8 14.2Net System Power kW 7.35 8.46 10.49 13.69

CompressorNo./Type 1/Scroll 1/Scroll 1/Scroll 2/Tandem ScrollNo. Stages 2 2 2 2

Outdoor Sound Rating (dB)4 88 88 88 88

Outdoor Coil - Fin Type Louvered Louvered Louvered LouveredTube Type MicroChannel MicroChannel MicroChannel MicroChannelMicroChannel Depth in. [mm] 0.71 [18] 0.81 [20.6] 1 [25.4] 1 [25.4]Face Area sq. ft. [sq. m] 25.4 [2.36] 25.6 [2.38] 25.6 [2.38] 31.5 [2.93]Rows / FPI [FPcm] 1 / 23 [9] 1 / 23 [9] 1 / 23 [9] 1 / 23 [9]

Indoor Coil - Fin Type Louvered Louvered Louvered LouveredTube Type MicroChannel MicroChannel MicroChannel MicroChannelMicroChannel Depth in. [mm] 1 [25.4] 1.26 [32] 1.26 [32] 1 [25.4]Face Area sq. ft. [sq. m] 11 [1.02] 10.9 [1.01] 10.9 [1.01] 13.8 [1.28]Rows / FPI [FPcm] 1 / 20 [8] 1 / 20 [8] 1 / 20 [8] 2 / 18 [7]Refrigerant Control TX Valves TX Valves TX Valves TX ValvesDrain Connection No./Size in. [mm] 1/0.75 [19.05] 1/0.75 [19.05] 1/0.75 [19.05] 1/0.5 [12.7]

Outdoor Fan - Type Propeller Propeller Propeller PropellerNo. Used/Diameter in. [mm] 2/24 [609.6] 2/24 [609.6] 2/24 [609.6] 2/24 [609.6]Drive Type/No. Speeds Direct/1 Direct/1 Direct/1 Direct/1CFM [L/s] 8000 [3775] 8000 [3775] 8500 [4011] 9000 [4247]No. Motors/HP 2 at 1/5 HP 2 at 1/5 HP 2 at 1/3 HP 2 at 3/4 HPMotor RPM 820 820 1075 1100

Indoor Fan - Type FC Centrifugal FC Centrifugal FC Centrifugal FC CentrifugalNo. Used/Diameter in. [mm] 1/15x15 [381x381] 1/15x15 [381x381] 1/15x15 [381x381] 1/15x15 [381x381]Drive Type Belt (Adjustable) Belt (Adjustable) Belt (Adjustable) Belt (Adjustable)No. Speeds Single Single Single SingleNo. Motors 1 1 1 1Motor RPM 1725 1725 1725 1725Motor Frame Size 56 56 56 56

Filter - Type Disposable Disposable Disposable DisposableFurnished Yes Yes Yes Yes(NO.) Size Recommended in. [mm x mm x mm] (4)2x20x20 [51x508x508] (4)2x20x20 [51x508x508] (4)2x20x20 [51x508x508] (4)2x20x25 [51x508x635]

Refrigerant Charge Oz. [g] 100 [2835] 117 [3317] 136 [3856] 186 [5273]

WeightsNet Weight lbs. [kg] 736 [334] 762 [346] 791 [359] 993 [450]Ship Weight lbs. [kg] 775 [352] 801 [363] 830 [376] 1032 [468]





NOTES:1. Cooling Performance is rated at 95° F ambient, 80° F entering dry bulb, 67° F entering wet bulb. Gross capacity does

not include the effect of fan motor heat. AHRI capacity is net and includes the effect of fan motor heat. Units aresuitable for operation to �20% of nominal cfm. Units are certified in accordance with the Unitary Air ConditionerEquipment certification program, which is based on AHRI Standard 340/360.

2. EER and/or SEER are rated at AHRI conditions and in accordance with DOE test procedures.

3. Integrated Energy Efficiency Ratio (IEER) is rated in accordance with AHRI Standard 340/360.

4. Outdoor Sound Rating shown is tested in accordance with AHRI Standard 270.




EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

3600

[169

9]31

75 [1

498]

2400

[113

3]36

00 [1

699]

3175

[149

8]24

00 [1

133]

3600

[169

9]31

75 [1

498]

2400

[113

3]36

00 [1

699]

3175

[149

8]24

00 [1

133]

3600

[169

9]31

75 [1

498]

2400

[113

3]D

R ➀

0.22

0.19

0.14

0.22

0.19

0.14

0.22

0.19

0.14

0.22

0.19

0.14

0.22

0.19

0.14

O U T D O O R D R Y B U L B T E M P E R A T U R E °F [°C

]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

108.

5 [3

1.8]

63.7

[18.

7]5.

5

105.

9 [3

1.0]

60.0

[17.

6]5.

4

101.

2 [2

9.6]

53.1

[15.

6]5.

3

102.

8 [3

0.1]

76.4

[22.

4]5.

5

100.

4 [2

9.4]

71.9

[21.

1]5.

4

95.9

[28.

1]63

.7 [1

8.7]

5.3

98.8

[29.

0]86

.7 [2

5.4]

5.4

96.5

[28.

3]81

.6 [2

3.9]

5.3

92.2

[27.

0]72

.3 [2

1.2]

5.2

97.7

[28.

6]90

.7 [2

6.6]

5.4

95.3

[27.

9]85

.3 [2

5.0]

5.3

91.1

[26.

7]75

.6 [2

2.2]

5.2

97.2

[28.

5]93

.5 [2

7.4]

5.4

94.9

[27.

8]88

.0 [2

5.8]

5.3

90.7

[26.

6]78

.0 [2

2.8]

5.2

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

105.

8 [3

1.0]

62.6

[18.

3]5.

8

103.

3 [3

0.3]

58.9

[17.

3]5.

7

98.7

[28.

9]52

.2 [1

5.3]

5.6

100.

2 [2

9.4]

75.2

[22.

0]5.

7

97.8

[28.

7]70

.8 [2

0.7]

5.6

93.5

[27.

4]62

.7 [1

8.4]

5.5

96.2

[28.

2]85

.6 [2

5.1]

5.7

93.9

[27.

5]80

.5 [2

3.6]

5.6

89.7

[26.

3]71

.4 [2

0.9]

5.5

95.0

[27.

8]89

.5 [2

6.2]

5.6

92.8

[27.

2]84

.2 [2

4.7]

5.6

88.7

[26.

0]74

.6 [2

1.9]

5.5

94.6

[27.

7]92

.3 [2

7.1]

5.6

92.3

[27.

1]86

.9 [2

5.5]

5.5

88.2

[25.

9]77

.0 [2

2.6]

5.4

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

103.

1 [3

0.2]

61.3

[18.

0]6.

0

100.

6 [2

9.5]

57.7

[16.

9]6.

0

96.1

[28.

2]51

.1 [1

5.0]

5.8

97.5

[28.

6]73

.9 [2

1.7]

6.0

95.1

[27.

9]69

.6 [2

0.4]

5.9

90.9

[26.

6]61

.6 [1

8.1]

5.8

93.4

[27.

4]84

.3 [2

4.7]

5.9

91.2

[26.

7]79

.3 [2

3.2]

5.9

87.2

[25.

5]70

.3 [2

0.6]

5.7

92.3

[27.

0]88

.2 [2

5.8]

5.9

90.1

[26.

4]83

.0 [2

4.3]

5.8

86.1

[25.

2]73

.6 [2

1.6]

5.7

91.8

[26.

9]91

.0 [2

6.7]

5.9

89.7

[26.

3]85

.7 [2

5.1]

5.8

85.7

[25.

1]75

.9 [2

2.3]

5.7

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

100.

2 [2

9.4]

59.9

[17.

5]6.

3

97.8

[28.

7]56

.3 [1

6.5]

6.3

93.5

[27.

4]49

.9 [1

4.6]

6.1

94.6

[27.

7]72

.5 [2

1.2]

6.3

92.3

[27.

1]68

.2 [2

0.0]

6.2

88.2

[25.

9]60

.5 [1

7.7]

6.1

90.6

[26.

5]82

.9 [2

4.3]

6.2

88.4

[25.

9]78

.0 [2

2.9]

6.2

84.5

[24.

8]69

.1 [2

0.3]

6.0

89.4

[26.

2]86

.8 [2

5.4]

6.2

87.3

[25.

6]81

.7 [2

3.9]

6.1

83.4

[24.

4]72

.4 [2

1.2]

6.0

89.0

[26.

1]89

.0 [2

6.1]

6.2

86.8

[25.

4]84

.4 [2

4.7]

6.1

83.0

[24.

3]74

.7 [2

1.9]

6.0

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

97.2

[28.

5]58

.3 [1

7.1]

6.7

94.9

[27.

8]54

.9 [1

6.1]

6.6

90.7

[26.

6]48

.6 [1

4.3]

6.4

91.6

[26.

8]71

.0 [2

0.8]

6.6

89.4

[26.

2]66

.8 [1

9.6]

6.5

85.4

[25.

0]59

.2 [1

7.3]

6.4

87.6

[25.

7]81

.3 [2

3.8]

6.6

85.5

[25.

0]76

.5 [2

2.4]

6.5

81.7

[23.

9]67

.8 [1

9.9]

6.4

86.4

[25.

3]85

.3 [2

5.0]

6.5

84.3

[24.

7]80

.2 [2

3.5]

6.5

80.6

[23.

6]71

.1 [2

0.8]

6.3

85.9

[25.

2]85

.9 [2

5.2]

6.5

83.9

[24.

6]82

.9 [2

4.3]

6.4

80.2

[23.

5]73

.5 [2

1.5]

6.3

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

94.0

[27.

6]56

.7 [1

6.6]

7.0

91.8

[26.

9]53

.3 [1

5.6]

6.9

87.7

[25.

7]47

.3 [1

3.8]

6.8

88.4

[25.

9]69

.3 [2

0.3]

7.0

86.3

[25.

3]65

.2 [1

9.1]

6.9

82.5

[24.

2]57

.8 [1

6.9]

6.7

84.4

[24.

7]79

.7 [2

3.3]

6.9

82.4

[24.

2]75

.0 [2

2.0]

6.8

78.8

[23.

1]66

.4 [1

9.5]

6.7

83.3

[24.

4]83

.3 [2

4.4]

6.9

81.3

[23.

8]78

.7 [2

3.1]

6.8

77.7

[22.

8]69

.7 [2

0.4]

6.7

82.8

[24.

3]82

.8 [2

4.3]

6.9

80.9

[23.

7]80

.9 [2

3.7]

6.8

77.3

[22.

6]72

.1 [2

1.1]

6.6

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

90.8

[26.

6]54

.9 [1

6.1]

7.4

88.6

[26.

0]51

.6 [1

5.1]

7.3

84.7

[24.

8]45

.8 [1

3.4]

7.1

85.2

[25.

0]67

.5 [1

9.8]

7.3

83.2

[24.

4]63

.5 [1

8.6]

7.3

79.5

[23.

3]56

.3 [1

6.5]

7.1

81.2

[23.

8]77

.9 [2

2.8]

7.3

79.2

[23.

2]73

.3 [2

1.5]

7.2

75.7

[22.

2]64

.9 [1

9.0]

7.1

80.0

[23.

4]80

.0 [2

3.4]

7.3

78.1

[22.

9]77

.0 [2

2.6]

7.2

74.6

[21.

9]68

.2 [2

0.0]

7.0

79.6

[23.

3]79

.6 [2

3.3]

7.3

77.7

[22.

8]77

.7 [2

2.8]

7.2

74.2

[21.

8]70

.6 [2

0.7]

7.0

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

87.4

[25.

6]52

.9 [1

5.5]

7.8

85.3

[25.

0]49

.8 [1

4.6]

7.7

81.6

[23.

9]44

.2 [1

2.9]

7.5

81.8

[24.

0]65

.6 [1

9.2]

7.7

79.9

[23.

4]61

.7 [1

8.1]

7.7

76.3

[22.

4]54

.7 [1

6.0]

7.5

77.8

[22.

8]75

.9 [2

2.3]

7.7

75.9

[22.

3]71

.5 [2

0.9]

7.6

72.6

[21.

3]63

.3 [1

8.6]

7.4

76.6

[22.

5]76

.6 [2

2.5]

7.7

74.8

[21.

9]74

.8 [2

1.9]

7.6

71.5

[20.

9]66

.6 [1

9.5]

7.4

76.2

[22.

3]76

.2 [2

2.3]

7.7

74.4

[21.

8]74

.4 [2

1.8]

7.6

71.1

[20.

8]69

.0 [2

0.2]

7.4

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

83.9

[24.

6]50

.9 [1

4.9]

8.2

81.9

[24.

0]47

.9 [1

4.0]

8.1

78.3

[22.

9]42

.4 [1

2.4]

7.9

78.3

[22.

9]63

.5 [1

8.6]

8.2

76.4

[22.

4]59

.8 [1

7.5]

8.1

73.1

[21.

4]53

.0 [1

5.5]

7.9

74.3

[21.

8]73

.9 [2

1.7]

8.1

72.5

[21.

3]69

.5 [2

0.4]

8.0

69.3

[20.

3]61

.6 [1

8.1]

7.9

73.1

[21.

4]73

.1 [2

1.4]

8.1

71.4

[20.

9]71

.4 [2

0.9]

8.0

68.2

[20.

0]64

.9 [1

9.0]

7.8

72.7

[21.

3]72

.7 [2

1.3]

8.1

71.0

[20.

8]71

.0 [2

0.8]

8.0

67.8

[19.

9]67

.3 [1

9.7]

7.8

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

80.3

[23.

5]48

.7 [1

4.3]

8.7

78.4

[23.

0]45

.8 [1

3.4]

8.6

74.9

[22.

0]40

.6 [1

1.9]

8.4

74.7

[21.

9]61

.3 [1

8.0]

8.6

72.9

[21.

4]57

.7 [1

6.9]

8.5

69.7

[20.

4]51

.2 [1

5.0]

8.3

70.7

[20.

7]70

.7 [2

0.7]

8.6

69.0

[20.

2]67

.5 [1

9.8]

8.5

65.9

[19.

3]59

.8 [1

7.5]

8.3

69.5

[20.

4]69

.5 [2

0.4]

8.6

67.9

[19.

9]67

.9 [1

9.9]

8.5

64.8

[19.

0]63

.1 [1

8.5]

8.3

69.1

[20.

2]69

.1 [2

0.2]

8.5

67.4

[19.

8]67

.4 [1

9.8]

8.4

64.4

[18.

9]64

.4 [1

8.9]

8.2

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

76.5

[22.

4]46

.4 [1

3.6]

9.1

74.7

[21.

9]43

.7 [1

2.8]

9.0

71.4

[20.

9]38

.7 [1

1.3]

8.8

70.9

[20.

8]59

.0 [1

7.3]

9.1

69.3

[20.

3]55

.6 [1

6.3]

9.0

66.2

[19.

4]49

.2 [1

4.4]

8.8

66.9

[19.

6]66

.9 [1

9.6]

9.0

65.3

[19.

1]65

.3 [1

9.1]

8.9

62.4

[18.

3]57

.9 [1

7.0]

8.8

65.8

[19.

3]65

.8 [1

9.3]

9.0

64.2

[18.

8]64

.2 [1

8.8]

8.9

61.3

[18.

0]61

.2 [1

7.9]

8.7

65.3

[19.

1]65

.3 [1

9.1]

9.0

63.8

[18.

7]63

.8 [1

8.7]

8.9

60.9

[17.

9]60

.9 [1

7.9]

8.7

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZR

090A

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

4100

[193

5]32

00 [1

510]

2700

[127

4]41

00 [1

935]

3200

[151

0]27

00 [1

274]

4100

[193

5]32

00 [1

510]

2700

[127

4]41

00 [1

935]

3200

[151

0]27

00 [1

274]

4100

[193

5]32

00 [1

510]

2700

[127

4]D

R ➀

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

129.

7 [3

8.0]

75.5

[22.

1]6.

2

123.

4 [3

6.2]

66.7

[19.

5]6.

0

119.

9 [3

5.1]

61.8

[18.

1]5.

9

122.

5 [3

5.9]

90.5

[26.

5]6.

1

116.

6 [3

4.2]

80.0

[23.

4]6.

0

113.

3 [3

3.2]

74.2

[21.

7]5.

9

118.

1 [3

4.6]

104.

2 [3

0.5]

6.0

112.

4 [3

2.9]

92.1

[27.

0]5.

9

109.

2 [3

2.0]

85.4

[25.

0]5.

8

117.

3 [3

4.4]

110.

3 [3

2.3]

6.0

111.

6 [3

2.7]

97.5

[28.

6]5.

9

108.

4 [3

1.8]

90.4

[26.

5]5.

8

117.

8 [3

4.5]

115.

6 [3

3.9]

6.0

112.

1 [3

2.8]

102.

2 [2

9.9]

5.8

108.

9 [3

1.9]

94.7

[27.

8]5.

8

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

125.

5 [3

6.8]

73.3

[21.

5]6.

5

119.

4 [3

5.0]

64.8

[19.

0]6.

4

116.

0 [3

4.0]

60.1

[17.

6]6.

3

118.

3 [3

4.7]

88.4

[25.

9]6.

5

112.

5 [3

3.0]

78.2

[22.

9]6.

3

109.

3 [3

2.0]

72.5

[21.

2]6.

2

113.

9 [3

3.4]

102.

1 [2

9.9]

6.4

108.

3 [3

1.7]

90.3

[26.

5]6.

2

105.

3 [3

0.8]

83.7

[24.

5]6.

2

113.

1 [3

3.1]

108.

2 [3

1.7]

6.4

107.

6 [3

1.5]

95.6

[28.

0]6.

2

104.

5 [3

0.6]

88.7

[26.

0]6.

1

113.

6 [3

3.3]

113.

5 [3

3.3]

6.3

108.

0 [3

1.7]

100.

3 [2

9.4]

6.2

105.

0 [3

0.8]

93.0

[27.

3]6.

1

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

121.

2 [3

5.5]

71.2

[20.

9]6.

9

115.

3 [3

3.8]

62.9

[18.

4]6.

7

112.

1 [3

2.8]

58.4

[17.

1]6.

7

114.

0 [3

3.4]

86.3

[25.

3]6.

8

108.

5 [3

1.8]

76.3

[22.

3]6.

7

105.

4 [3

0.9]

70.7

[20.

7]6.

6

109.

6 [3

2.1]

100.

0 [2

9.3]

6.8

104.

3 [3

0.6]

88.4

[25.

9]6.

6

101.

3 [2

9.7]

81.9

[24.

0]6.

5

108.

8 [3

1.9]

106.

0 [3

1.1]

6.7

103.

6 [3

0.3]

93.7

[27.

5]6.

6

100.

6 [2

9.5]

86.9

[25.

5]6.

5

109.

3 [3

2.0]

109.

3 [3

2.0]

6.7

104.

0 [3

0.5]

98.4

[28.

8]6.

6

101.

0 [2

9.6]

91.3

[26.

7]6.

5

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

117.

0 [3

4.3]

69.0

[20.

2]7.

3

111.

3 [3

2.6]

61.0

[17.

9]7.

2

108.

1 [3

1.7]

56.6

[16.

6]7.

1

109.

8 [3

2.2]

84.1

[24.

6]7.

3

104.

4 [3

0.6]

74.3

[21.

8]7.

1

101.

5 [2

9.7]

68.9

[20.

2]7.

0

105.

4 [3

0.9]

97.8

[28.

7]7.

2

100.

2 [2

9.4]

86.5

[25.

3]7.

0

97.4

[28.

5]80

.2 [2

3.5]

6.9

104.

6 [3

0.6]

103.

9 [3

0.4]

7.2

99.5

[29.

2]91

.8 [2

6.9]

7.0

96.7

[28.

3]85

.1 [2

4.9]

6.9

105.

1 [3

0.8]

105.

1 [3

0.8]

7.1

99.9

[29.

3]96

.5 [2

8.3]

7.0

97.1

[28.

5]89

.5 [2

6.2]

6.9

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

112.

7 [3

3.0]

66.8

[19.

6]7.

8

107.

2 [3

1.4]

59.1

[17.

3]7.

6

104.

2 [3

0.5]

54.8

[16.

0]7.

5

105.

5 [3

0.9]

81.9

[24.

0]7.

7

100.

4 [2

9.4]

72.4

[21.

2]7.

5

97.5

[28.

6]67

.1 [1

9.7]

7.4

101.

1 [2

9.6]

95.6

[28.

0]7.

6

96.2

[28.

2]84

.5 [2

4.8]

7.5

93.4

[27.

4]78

.3 [2

3.0]

7.4

100.

3 [2

9.4]

100.

3 [2

9.4]

7.6

95.4

[28.

0]89

.8 [2

6.3]

7.4

92.7

[27.

2]83

.3 [2

4.4]

7.3

100.

8 [2

9.5]

100.

8 [2

9.5]

7.6

95.9

[28.

1]94

.5 [2

7.7]

7.4

93.2

[27.

3]87

.7 [2

5.7]

7.3

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

108.

4 [3

1.8]

64.6

[18.

9]8.

3

103.

1 [3

0.2]

57.1

[16.

7]8.

1

100.

2 [2

9.4]

52.9

[15.

5]7.

9

101.

2 [2

9.7]

79.6

[23.

3]8.

2

96.3

[28.

2]70

.4 [2

0.6]

8.0

93.6

[27.

4]65

.2 [1

9.1]

7.9

96.8

[28.

4]93

.3 [2

7.3]

8.1

92.1

[27.

0]82

.5 [2

4.2]

7.9

89.5

[26.

2]76

.5 [2

2.4]

7.8

96.0

[28.

1]96

.0 [2

8.1]

8.1

91.3

[26.

8]87

.9 [2

5.7]

7.9

88.8

[26.

0]81

.4 [2

3.9]

7.8

96.5

[28.

3]96

.5 [2

8.3]

8.1

91.8

[26.

9]91

.8 [2

6.9]

7.9

89.2

[26.

1]85

.8 [2

5.1]

7.8

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

104.

1 [3

0.5]

62.3

[18.

2]8.

8

99.0

[29.

0]55

.0 [1

6.1]

8.6

96.2

[28.

2]51

.0 [1

5.0]

8.4

96.9

[28.

4]77

.3 [2

2.7]

8.7

92.2

[27.

0]68

.3 [2

0.0]

8.5

89.6

[26.

2]63

.4 [1

8.6]

8.4

92.5

[27.

1]91

.0 [2

6.7]

8.6

88.0

[25.

8]80

.5 [2

3.6]

8.4

85.5

[25.

1]74

.6 [2

1.9]

8.3

91.7

[26.

9]91

.7 [2

6.9]

8.6

87.2

[25.

6]85

.8 [2

5.1]

8.4

84.8

[24.

8]79

.6 [2

3.3]

8.3

92.2

[27.

0]92

.2 [2

7.0]

8.6

87.7

[25.

7]87

.7 [2

5.7]

8.4

85.2

[25.

0]83

.9 [2

4.6]

8.2

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

99.8

[29.

2]59

.9 [1

7.6]

9.3

94.9

[27.

8]53

.0 [1

5.5]

9.1

92.2

[27.

0]49

.1 [1

4.4]

9.0

92.6

[27.

1]75

.0 [2

2.0]

9.2

88.1

[25.

8]66

.3 [1

9.4]

9.0

85.6

[25.

1]61

.5 [1

8.0]

8.9

88.2

[25.

8]88

.2 [2

5.8]

9.2

83.9

[24.

6]78

.4 [2

3.0]

9.0

81.5

[23.

9]72

.7 [2

1.3]

8.8

87.4

[25.

6]87

.4 [2

5.6]

9.1

83.1

[24.

4]83

.1 [2

4.4]

8.9

80.8

[23.

7]77

.6 [2

2.8]

8.8

87.9

[25.

7]87

.9 [2

5.7]

9.1

83.6

[24.

5]83

.6 [2

4.5]

8.9

81.2

[23.

8]81

.2 [2

3.8]

8.8

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

95.4

[28.

0]57

.5 [1

6.9]

9.9

90.8

[26.

6]50

.9 [1

4.9]

9.6

88.2

[25.

9]47

.2 [1

3.8]

9.5

88.3

[25.

9]72

.6 [2

1.3]

9.8

84.0

[24.

6]64

.2 [1

8.8]

9.6

81.6

[23.

9]59

.5 [1

7.4]

9.4

83.8

[24.

6]83

.8 [2

4.6]

9.8

79.7

[23.

4]76

.3 [2

2.4]

9.5

77.5

[22.

7]70

.7 [2

0.7]

9.4

83.1

[24.

3]83

.1 [2

4.3]

9.7

79.0

[23.

2]79

.0 [2

3.2]

9.5

76.8

[22.

5]75

.7 [2

2.2]

9.4

83.5

[24.

5]83

.5 [2

4.5]

9.7

79.5

[23.

3]79

.5 [2

3.3]

9.5

77.2

[22.

6]77

.2 [2

2.6]

9.3

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

91.1

[26.

7]55

.1 [1

6.2]

10.5

86.7

[25.

4]48

.7 [1

4.3]

10.2

84.2

[24.

7]45

.2 [1

3.2]

10.1

83.9

[24.

6]70

.2 [2

0.6]

10.4

79.8

[23.

4]62

.1 [1

8.2]

10.2

77.6

[22.

7]57

.5 [1

6.9]

10.0

79.5

[23.

3]79

.5 [2

3.3]

10.4

75.6

[22.

2]74

.2 [2

1.7]

10.1

73.5

[21.

5]68

.8 [2

0.1]

10.0

78.7

[23.

1]78

.7 [2

3.1]

10.3

74.9

[21.

9]74

.9 [2

1.9]

10.1

72.7

[21.

3]72

.7 [2

1.3]

9.9

79.2

[23.

2]79

.2 [2

3.2]

10.3

75.3

[22.

1]75

.3 [2

2.1]

10.0

73.2

[21.

4]73

.2 [2

1.4]

9.9

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

86.7

[25.

4]52

.7 [1

5.4]

11.1

82.5

[24.

2]46

.6 [1

3.6]

10.9

80.2

[23.

5]43

.2 [1

2.7]

10.7

79.5

[23.

3]67

.7 [1

9.9]

11.1

75.7

[22.

2]59

.9 [1

7.5]

10.8

73.5

[21.

5]55

.5 [1

6.3]

10.6

75.1

[22.

0]75

.1 [2

2.0]

11.0

71.5

[20.

9]71

.5 [2

0.9]

10.7

69.4

[20.

3]66

.8 [1

9.6]

10.6

74.3

[21.

8]74

.3 [2

1.8]

11.0

70.7

[20.

7]70

.7 [2

0.7]

10.7

68.7

[20.

1]68

.7 [2

0.1]

10.5

74.8

[21.

9]74

.8 [2

1.9]

10.9

71.2

[20.

9]71

.2 [2

0.9]

10.7

69.1

[20.

3]69

.1 [2

0.3]

10.5

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZR

102A

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

4800

[226

5]34

80 [1

642]

3200

[151

0]48

00 [2

265]

3480

[164

2]32

00 [1

510]

4800

[226

5]34

80 [1

642]

3200

[151

0]48

00 [2

265]

3480

[164

2]32

00 [1

510]

4800

[226

5]34

80 [1

642]

3200

[151

0]D

R ➀

0.03

-0.0

3-0

.05

0.03

-0.0

3-0

.05

0.03

-0.0

3-0

.05

0.03

-0.0

3-0

.05

0.03

-0.0

3-0

.05


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

158.

0 [4

6.3]

101.

3 [2

9.7]

7.5

147.

8 [4

3.3]

86.1

[25.

2]7.

3

145.

6 [4

2.7]

82.8

[24.

3]7.

2

150.

4 [4

4.1]

120.

6 [3

5.3]

7.4

140.

7 [4

1.2]

102.

4 [3

0.0]

7.2

138.

6 [4

0.6]

98.6

[28.

9]7.

1

145.

2 [4

2.6]

138.

3 [4

0.5]

7.3

135.

8 [3

9.8]

117.

5 [3

4.4]

7.1

133.

9 [3

9.2]

113.

1 [3

3.1]

7.1

143.

9 [4

2.2]

143.

9 [4

2.2]

7.3

134.

7 [3

9.5]

124.

3 [3

6.4]

7.1

132.

7 [3

8.9]

119.

6 [3

5.1]

7.0

143.

8 [4

2.1]

143.

8 [4

2.1]

7.3

134.

5 [3

9.4]

130.

4 [3

8.2]

7.0

132.

6 [3

8.8]

125.

5 [3

6.8]

7.0

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

153.

2 [4

4.9]

98.8

[29.

0]8.

0

143.

4 [4

2.0]

84.0

[24.

6]7.

7

141.

3 [4

1.4]

80.8

[23.

7]7.

6

145.

6 [4

2.7]

118.

1 [3

4.6]

7.9

136.

2 [3

9.9]

100.

3 [2

9.4]

7.6

134.

2 [3

9.3]

96.6

[28.

3]7.

6

140.

5 [4

1.2]

135.

9 [3

9.8]

7.8

131.

4 [3

8.5]

115.

4 [3

3.8]

7.5

129.

5 [3

7.9]

111.

1 [3

2.6]

7.5

139.

2 [4

0.8]

139.

2 [4

0.8]

7.7

130.

2 [3

8.2]

122.

2 [3

5.8]

7.5

128.

3 [3

7.6]

117.

6 [3

4.5]

7.4

139.

1 [4

0.8]

139.

1 [4

0.8]

7.7

130.

1 [3

8.1]

128.

3 [3

7.6]

7.4

128.

2 [3

7.6]

123.

4 [3

6.2]

7.4

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

148.

5 [4

3.5]

96.3

[28.

2]8.

4

138.

9 [4

0.7]

81.8

[24.

0]8.

1

136.

9 [4

0.1]

78.8

[23.

1]8.

1

140.

9 [4

1.3]

115.

6 [3

3.9]

8.3

131.

8 [3

8.6]

98.2

[28.

8]8.

0

129.

9 [3

8.1]

94.5

[27.

7]8.

0

135.

8 [3

9.8]

133.

3 [3

9.1]

8.2

127.

0 [3

7.2]

113.

3 [3

3.2]

8.0

125.

1 [3

6.7]

109.

0 [3

2.0]

7.9

134.

5 [3

9.4]

134.

5 [3

9.4]

8.2

125.

8 [3

6.9]

120.

1 [3

5.2]

7.9

124.

0 [3

6.3]

115.

6 [3

3.9]

7.9

134.

4 [3

9.4]

134.

4 [3

9.4]

8.1

125.

7 [3

6.8]

125.

7 [3

6.8]

7.9

123.

9 [3

6.3]

121.

4 [3

5.6]

7.8

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

143.

8 [4

2.1]

93.8

[27.

5]8.

9

134.

5 [3

9.4]

79.7

[23.

3]8.

6

132.

6 [3

8.8]

76.7

[22.

5]8.

5

136.

2 [3

9.9]

113.

0 [3

3.1]

8.8

127.

4 [3

7.3]

96.0

[28.

1]8.

5

125.

5 [3

6.8]

92.4

[27.

1]8.

5

131.

1 [3

8.4]

130.

8 [3

8.3]

8.7

122.

6 [3

5.9]

111.

1 [3

2.6]

8.4

120.

8 [3

5.4]

106.

9 [3

1.3]

8.4

129.

8 [3

8.0]

129.

8 [3

8.0]

8.7

121.

4 [3

5.6]

117.

9 [3

4.5]

8.4

119.

6 [3

5.1]

113.

5 [3

3.3]

8.3

129.

7 [3

8.0]

129.

7 [3

8.0]

8.6

121.

3 [3

5.5]

121.

3 [3

5.5]

8.3

119.

5 [3

5.0]

119.

3 [3

5.0]

8.3

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

139.

1 [4

0.8]

91.2

[26.

7]9.

4

130.

2 [3

8.1]

77.5

[22.

7]9.

1

128.

2 [3

7.6]

74.6

[21.

8]9.

0

131.

5 [3

8.5]

110.

4 [3

2.4]

9.3

123.

0 [3

6.1]

93.8

[27.

5]9.

0

121.

2 [3

5.5]

90.3

[26.

5]9.

0

126.

4 [3

7.0]

126.

4 [3

7.0]

9.2

118.

2 [3

4.6]

108.

9 [3

1.9]

8.9

116.

5 [3

4.1]

104.

8 [3

0.7]

8.9

125.

1 [3

6.7]

125.

1 [3

6.7]

9.2

117.

0 [3

4.3]

115.

7 [3

3.9]

8.9

115.

3 [3

3.8]

111.

3 [3

2.6]

8.8

125.

0 [3

6.6]

125.

0 [3

6.6]

9.1

116.

9 [3

4.3]

116.

9 [3

4.3]

8.8

115.

2 [3

3.8]

115.

2 [3

3.8]

8.8

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

134.

5 [3

9.4]

88.5

[25.

9]10

.0

125.

8 [3

6.9]

75.2

[22.

0]9.

6

123.

9 [3

6.3]

72.4

[21.

2]9.

6

126.

8 [3

7.2]

107.

8 [3

1.6]

9.9

118.

7 [3

4.8]

91.6

[26.

8]9.

5

116.

9 [3

4.3]

88.1

[25.

8]9.

5

121.

7 [3

5.7]

121.

7 [3

5.7]

9.8

113.

8 [3

3.4]

106.

7 [3

1.3]

9.5

112.

2 [3

2.9]

102.

7 [3

0.1]

9.4

120.

4 [3

5.3]

120.

4 [3

5.3]

9.7

112.

7 [3

3.0]

112.

7 [3

3.0]

9.4

111.

0 [3

2.5]

109.

2 [3

2.0]

9.3

120.

3 [3

5.3]

120.

3 [3

5.3]

9.7

112.

5 [3

3.0]

112.

5 [3

3.0]

9.4

110.

9 [3

2.5]

110.

9 [3

2.5]

9.3

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

129.

8 [3

8.0]

85.9

[25.

2]10

.5

121.

4 [3

5.6]

73.0

[21.

4]10

.2

119.

6 [3

5.1]

70.2

[20.

6]10

.1

122.

2 [3

5.8]

105.

1 [3

0.8]

10.5

114.

3 [3

3.5]

89.3

[26.

2]10

.1

112.

6 [3

3.0]

86.0

[25.

2]10

.0

117.

0 [3

4.3]

117.

0 [3

4.3]

10.4

109.

5 [3

2.1]

104.

4 [3

0.6]

10.0

107.

9 [3

1.6]

100.

5 [2

9.4]

10.0

115.

8 [3

3.9]

115.

8 [3

3.9]

10.3

108.

3 [3

1.7]

108.

3 [3

1.7]

10.0

106.

7 [3

1.3]

106.

7 [3

1.3]

9.9

115.

6 [3

3.9]

115.

6 [3

3.9]

10.3

108.

2 [3

1.7]

108.

2 [3

1.7]

9.9

106.

6 [3

1.2]

106.

6 [3

1.2]

9.9

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

125.

1 [3

6.7]

83.1

[24.

4]11

.2

117.

1 [3

4.3]

70.6

[20.

7]10

.8

115.

4 [3

3.8]

68.0

[19.

9]10

.7

117.

5 [3

4.4]

102.

4 [3

0.0]

11.1

109.

9 [3

2.2]

87.0

[25.

5]10

.7

108.

3 [3

1.7]

83.7

[24.

5]10

.6

112.

4 [3

2.9]

112.

4 [3

2.9]

11.0

105.

1 [3

0.8]

102.

1 [2

9.9]

10.6

103.

6 [3

0.4]

98.3

[28.

8]10

.5

111.

1 [3

2.6]

111.

1 [3

2.6]

10.9

104.

0 [3

0.5]

104.

0 [3

0.5]

10.6

102.

4 [3

0.0]

102.

4 [3

0.0]

10.5

111.

0 [3

2.5]

111.

0 [3

2.5]

10.9

103.

8 [3

0.4]

103.

8 [3

0.4]

10.5

102.

3 [3

0.0]

102.

3 [3

0.0]

10.5

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

120.

5 [3

5.3]

80.4

[23.

6]11

.8

112.

7 [3

3.0]

68.3

[20.

0]11

.4

111.

1 [3

2.6]

65.7

[19.

3]11

.3

112.

9 [3

3.1]

99.7

[29.

2]11

.7

105.

6 [3

1.0]

84.7

[24.

8]11

.3

104.

1 [3

0.5]

81.5

[23.

9]11

.3

107.

8 [3

1.6]

107.

8 [3

1.6]

11.6

100.

8 [2

9.5]

99.8

[29.

2]11

.2

99.3

[29.

1]96

.0 [2

8.1]

11.2

106.

5 [3

1.2]

106.

5 [3

1.2]

11.6

99.6

[29.

2]99

.6 [2

9.2]

11.2

98.2

[28.

8]98

.2 [2

8.8]

11.1

106.

4 [3

1.2]

106.

4 [3

1.2]

11.5

99.5

[29.

2]99

.5 [2

9.2]

11.2

98.0

[28.

7]98

.0 [2

8.7]

11.1

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

115.

9 [3

4.0]

77.6

[22.

7]12

.5

108.

4 [3

1.8]

65.9

[19.

3]12

.1

106.

8 [3

1.3]

63.5

[18.

6]12

.0

108.

3 [3

1.7]

96.9

[28.

4]12

.4

101.

3 [2

9.7]

82.3

[24.

1]12

.0

99.8

[29.

3]79

.2 [2

3.2]

11.9

103.

1 [3

0.2]

103.

1 [3

0.2]

12.3

96.5

[28.

3]96

.5 [2

8.3]

11.9

95.1

[27.

9]93

.7 [2

7.5]

11.8

101.

9 [2

9.9]

101.

9 [2

9.9]

12.3

95.3

[27.

9]95

.3 [2

7.9]

11.9

93.9

[27.

5]93

.9 [2

7.5]

11.8

101.

7 [2

9.8]

101.

7 [2

9.8]

12.2

95.2

[27.

9]95

.2 [2

7.9]

11.8

93.8

[27.

5]93

.8 [2

7.5]

11.7

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

111.

3 [3

2.6]

74.8

[21.

9]13

.2

104.

1 [3

0.5]

63.5

[18.

6]12

.8

102.

6 [3

0.1]

61.1

[17.

9]12

.7

103.

7 [3

0.4]

94.0

[27.

6]13

.1

97.0

[28.

4]79

.9 [2

3.4]

12.7

95.6

[28.

0]76

.9 [2

2.5]

12.6

98.5

[28.

9]98

.5 [2

8.9]

13.0

92.2

[27.

0]92

.2 [2

7.0]

12.6

90.8

[26.

6]90

.8 [2

6.6]

12.5

97.3

[28.

5]97

.3 [2

8.5]

13.0

91.0

[26.

7]91

.0 [2

6.7]

12.5

89.7

[26.

3]89

.7 [2

6.3]

12.5

97.1

[28.

5]97

.1 [2

8.5]

12.9

90.9

[26.

6]90

.9 [2

6.6]

12.5

89.5

[26.

2]89

.5 [2

6.2]

12.4

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZR

120A

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

3600

[169

9]32

00 [1

510]

2400

[113

3]36

00 [1

699]

3200

[151

0]24

00 [1

133]

3600

[169

9]32

00 [1

510]

2400

[113

3]36

00 [1

699]

3200

[151

0]24

00 [1

133]

3600

[169

9]32

00 [1

510]

2400

[113

3]D

R ➀

0.22

0.2

0.14

0.22

0.2

0.14

0.22

0.2

0.14

0.22

0.2

0.14

0.22

0.2

0.14


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

111.

8 [3

2.8]

65.6

[19.

2]4.

5

109.

4 [3

2.0]

62.0

[18.

2]4.

4

104.

4 [3

0.6]

54.7

[16.

0]4.

3

105.

2 [3

0.8]

77.6

[22.

7]4.

4

102.

9 [3

0.1]

73.3

[21.

5]4.

4

98.2

[28.

8]64

.8 [1

9.0]

4.3

100.

4 [2

9.4]

89.5

[26.

2]4.

4

98.2

[28.

8]84

.5 [2

4.8]

4.3

93.7

[27.

5]74

.7 [2

1.9]

4.2

99.0

[29.

0]95

.2 [2

7.9]

4.3

96.8

[28.

4]89

.9 [2

6.4]

4.3

92.4

[27.

1]79

.4 [2

3.3]

4.2

98.5

[28.

9]98

.5 [2

8.9]

4.3

96.3

[28.

2]95

.1 [2

7.9]

4.3

91.9

[26.

9]84

.0 [2

4.6]

4.2

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

108.

5 [3

1.8]

63.8

[18.

7]4.

9

106.

0 [3

1.1]

60.3

[17.

7]4.

8

101.

2 [2

9.7]

53.3

[15.

6]4.

7

101.

8 [2

9.8]

75.9

[22.

2]4.

8

99.5

[29.

2]71

.7 [2

1.0]

4.8

95.0

[27.

8]63

.3 [1

8.6]

4.7

97.0

[28.

4]87

.7 [2

5.7]

4.8

94.9

[27.

8]82

.9 [2

4.3]

4.7

90.6

[26.

5]73

.2 [2

1.4]

4.6

95.6

[28.

0]93

.4 [2

7.4]

4.7

93.5

[27.

4]88

.3 [2

5.9]

4.7

89.2

[26.

2]78

.0 [2

2.8]

4.6

95.1

[27.

9]95

.1 [2

7.9]

4.7

93.0

[27.

2]93

.0 [2

7.2]

4.6

88.7

[26.

0]82

.5 [2

4.2]

4.5

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

105.

0 [3

0.8]

62.1

[18.

2]5.

3

102.

7 [3

0.1]

58.7

[17.

2]5.

3

98.0

[28.

7]51

.8 [1

5.2]

5.2

98.4

[28.

8]74

.1 [2

1.7]

5.3

96.2

[28.

2]70

.0 [2

0.5]

5.2

91.8

[26.

9]61

.9 [1

8.1]

5.1

93.6

[27.

4]85

.9 [2

5.2]

5.2

91.5

[26.

8]81

.2 [2

3.8]

5.2

87.4

[25.

6]71

.7 [2

1.0]

5.0

92.2

[27.

0]91

.7 [2

6.9]

5.2

90.1

[26.

4]86

.6 [2

5.4]

5.1

86.0

[25.

2]76

.5 [2

2.4]

5.0

91.6

[26.

9]91

.6 [2

6.9]

5.2

89.6

[26.

3]89

.6 [2

6.3]

5.1

85.5

[25.

1]81

.1 [2

3.8]

5.0

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

101.

6 [2

9.8]

60.3

[17.

7]5.

9

99.3

[29.

1]57

.0 [1

6.7]

5.8

94.8

[27.

8]50

.4 [1

4.8]

5.7

94.9

[27.

8]72

.4 [2

1.2]

5.8

92.8

[27.

2]68

.4 [2

0.0]

5.7

88.6

[26.

0]60

.4 [1

7.7]

5.6

90.1

[26.

4]84

.2 [2

4.7]

5.8

88.1

[25.

8]79

.6 [2

3.3]

5.7

84.1

[24.

7]70

.3 [2

0.6]

5.6

88.7

[26.

0]88

.7 [2

6.0]

5.7

86.8

[25.

4]85

.0 [2

4.9]

5.7

82.8

[24.

3]75

.1 [2

2.0]

5.5

88.2

[25.

8]88

.2 [2

5.8]

5.7

86.2

[25.

3]86

.2 [2

5.3]

5.6

82.3

[24.

1]79

.6 [2

3.3]

5.5

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

98.1

[28.

7]58

.6 [1

7.2]

6.5

95.9

[28.

1]55

.4 [1

6.2]

6.4

91.5

[26.

8]48

.9 [1

4.3]

6.3

91.4

[26.

8]70

.7 [2

0.7]

6.4

89.4

[26.

2]66

.8 [1

9.6]

6.4

85.3

[25.

0]59

.0 [1

7.3]

6.2

86.6

[25.

4]82

.5 [2

4.2]

6.4

84.7

[24.

8]78

.0 [2

2.8]

6.3

80.9

[23.

7]68

.9 [2

0.2]

6.2

85.2

[25.

0]85

.2 [2

5.0]

6.3

83.3

[24.

4]83

.3 [2

4.4]

6.3

79.5

[23.

3]73

.6 [2

1.6]

6.1

84.7

[24.

8]84

.7 [2

4.8]

6.3

82.8

[24.

3]82

.8 [2

4.3]

6.2

79.0

[23.

2]78

.2 [2

2.9]

6.1

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

94.5

[27.

7]56

.9 [1

6.7]

7.2

92.4

[27.

1]53

.8 [1

5.8]

7.1

88.2

[25.

9]47

.5 [1

3.9]

6.9

87.9

[25.

8]69

.0 [2

0.2]

7.1

85.9

[25.

2]65

.2 [1

9.1]

7.0

82.0

[24.

0]57

.6 [1

6.9]

6.9

83.1

[24.

4]80

.8 [2

3.7]

7.1

81.2

[23.

8]76

.4 [2

2.4]

7.0

77.6

[22.

7]67

.5 [1

9.8]

6.8

81.7

[23.

9]81

.7 [2

3.9]

7.0

79.9

[23.

4]79

.9 [2

3.4]

7.0

76.2

[22.

3]72

.2 [2

1.2]

6.8

81.1

[23.

8]81

.1 [2

3.8]

7.0

79.3

[23.

3]79

.3 [2

3.3]

6.9

75.7

[22.

2]75

.7 [2

2.2]

6.8

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

91.0

[26.

7]55

.3 [1

6.2]

7.9

88.9

[26.

1]52

.2 [1

5.3]

7.9

84.9

[24.

9]46

.1 [1

3.5]

7.7

84.3

[24.

7]67

.3 [1

9.7]

7.9

82.4

[24.

2]63

.6 [1

8.6]

7.8

78.7

[23.

1]56

.2 [1

6.5]

7.6

79.5

[23.

3]79

.2 [2

3.2]

7.8

77.8

[22.

8]74

.8 [2

1.9]

7.7

74.2

[21.

7]66

.1 [1

9.4]

7.6

78.1

[22.

9]78

.1 [2

2.9]

7.8

76.4

[22.

4]76

.4 [2

2.4]

7.7

72.9

[21.

4]70

.8 [2

0.8]

7.5

77.6

[22.

7]77

.6 [2

2.7]

7.8

75.8

[22.

2]75

.8 [2

2.2]

7.7

72.4

[21.

2]72

.4 [2

1.2]

7.5

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

87.3

[25.

6]53

.6 [1

5.7]

8.8

85.4

[25.

0]50

.7 [1

4.8]

8.7

81.5

[23.

9]44

.8 [1

3.1]

8.5

80.7

[23.

6]65

.7 [1

9.2]

8.7

78.9

[23.

1]62

.0 [1

8.2]

8.6

75.3

[22.

1]54

.8 [1

6.1]

8.4

75.9

[22.

2]75

.9 [2

2.2]

8.7

74.2

[21.

7]73

.2 [2

1.5]

8.6

70.8

[20.

8]64

.7 [1

9.0]

8.4

74.5

[21.

8]74

.5 [2

1.8]

8.6

72.8

[21.

3]72

.8 [2

1.3]

8.5

69.5

[20.

4]69

.4 [2

0.4]

8.4

74.0

[21.

7]74

.0 [2

1.7]

8.6

72.3

[21.

2]72

.3 [2

1.2]

8.5

69.0

[20.

2]69

.0 [2

0.2]

8.3

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

83.7

[24.

5]52

.0 [1

5.2]

9.7

81.8

[24.

0]49

.1 [1

4.4]

9.6

78.1

[22.

9]43

.4 [1

2.7]

9.4

77.0

[22.

6]64

.0 [1

8.8]

9.6

75.3

[22.

1]60

.5 [1

7.7]

9.5

71.9

[21.

1]53

.4 [1

5.7]

9.3

72.3

[21.

2]72

.3 [2

1.2]

9.6

70.7

[20.

7]70

.7 [2

0.7]

9.5

67.4

[19.

8]63

.3 [1

8.6]

9.3

70.9

[20.

8]70

.9 [2

0.8]

9.6

69.3

[20.

3]69

.3 [2

0.3]

9.5

66.1

[19.

4]66

.1 [1

9.4]

9.2

70.3

[20.

6]70

.3 [2

0.6]

9.5

68.7

[20.

1]68

.7 [2

0.1]

9.4

65.6

[19.

2]65

.6 [1

9.2]

9.2

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

80.0

[23.

4]50

.4 [1

4.8]

10.7

78.2

[22.

9]47

.6 [1

3.9]

10.6

74.7

[21.

9]42

.0 [1

2.3]

10.3

73.4

[21.

5]62

.4 [1

8.3]

10.6

71.7

[21.

0]59

.0 [1

7.3]

10.5

68.5

[20.

1]52

.1 [1

5.3]

10.3

68.6

[20.

1]68

.6 [2

0.1]

10.6

67.0

[19.

6]67

.0 [1

9.6]

10.5

64.0

[18.

8]62

.0 [1

8.2]

10.2

67.2

[19.

7]67

.2 [1

9.7]

10.6

65.7

[19.

2]65

.7 [1

9.2]

10.4

62.7

[18.

4]62

.7 [1

8.4]

10.2

66.6

[19.

5]66

.6 [1

9.5]

10.5

65.1

[19.

1]65

.1 [1

9.1]

10.4

62.2

[18.

2]62

.2 [1

8.2]

10.2

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

76.3

[22.

4]48

.8 [1

4.3]

11.8

74.6

[21.

9]46

.1 [1

3.5]

11.6

71.2

[20.

9]40

.7 [1

1.9]

11.4

69.6

[20.

4]60

.8 [1

7.8]

11.7

68.1

[20.

0]57

.5 [1

6.8]

11.6

65.0

[19.

0]50

.8 [1

4.9]

11.3

64.8

[19.

0]64

.8 [1

9.0]

11.7

63.4

[18.

6]63

.4 [1

8.6]

11.5

60.5

[17.

7]60

.5 [1

7.7]

11.3

63.4

[18.

6]63

.4 [1

8.6]

11.6

62.0

[18.

2]62

.0 [1

8.2]

11.5

59.2

[17.

4]59

.2 [1

7.4]

11.2

62.9

[18.

4]62

.9 [1

8.4]

11.6

61.5

[18.

0]61

.5 [1

8.0]

11.5

58.7

[17.

2]58

.7 [1

7.2]

11.2

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZS

090A

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

4100

[193

5]32

25 [1

522]

2700

[127

4]41

00 [1

935]

3225

[152

2]27

00 [1

274]

4100

[193

5]32

25 [1

522]

2700

[127

4]41

00 [1

935]

3225

[152

2]27

00 [1

274]

4100

[193

5]32

25 [1

522]

2700

[127

4]D

R ➀

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

129.

4 [3

7.9]

75.0

[22.

0]6.

1

123.

3 [3

6.1]

66.6

[19.

5]6.

0

119.

7 [3

5.1]

61.5

[18.

0]5.

9

122.

2 [3

5.8]

90.0

[26.

4]6.

1

116.

5 [3

4.1]

79.9

[23.

4]5.

9

113.

0 [3

3.1]

73.9

[21.

6]5.

9

117.

8 [3

4.5]

103.

7 [3

0.4]

6.0

112.

3 [3

2.9]

92.0

[27.

0]5.

9

108.

9 [3

1.9]

85.0

[24.

9]5.

8

117.

0 [3

4.3]

109.

7 [3

2.2]

6.0

111.

5 [3

2.7]

97.4

[28.

5]5.

8

108.

2 [3

1.7]

90.0

[26.

4]5.

8

117.

5 [3

4.4]

115.

0 [3

3.7]

5.9

112.

0 [3

2.8]

102.

1 [2

9.9]

5.8

108.

7 [3

1.8]

94.3

[27.

6]5.

7

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

125.

2 [3

6.7]

72.9

[21.

4]6.

5

119.

3 [3

5.0]

64.8

[19.

0]6.

3

115.

8 [3

3.9]

59.8

[17.

5]6.

3

118.

0 [3

4.6]

88.0

[25.

8]6.

4

112.

4 [3

3.0]

78.1

[22.

9]6.

3

109.

1 [3

2.0]

72.1

[21.

1]6.

2

113.

6 [3

3.3]

101.

6 [2

9.8]

6.4

108.

2 [3

1.7]

90.2

[26.

4]6.

2

105.

0 [3

0.8]

83.3

[24.

4]6.

1

112.

8 [3

3.1]

107.

6 [3

1.5]

6.3

107.

5 [3

1.5]

95.5

[28.

0]6.

2

104.

3 [3

0.6]

88.3

[25.

9]6.

1

113.

3 [3

3.2]

112.

9 [3

3.1]

6.3

108.

0 [3

1.6]

100.

2 [2

9.4]

6.2

104.

8 [3

0.7]

92.6

[27.

1]6.

1

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

120.

9 [3

5.4]

70.8

[20.

8]6.

9

115.

2 [3

3.8]

62.9

[18.

4]6.

7

111.

8 [3

2.8]

58.1

[17.

0]6.

6

113.

8 [3

3.3]

85.8

[25.

1]6.

8

108.

4 [3

1.8]

76.2

[22.

3]6.

7

105.

2 [3

0.8]

70.4

[20.

6]6.

6

109.

3 [3

2.0]

99.5

[29.

1]6.

7

104.

2 [3

0.5]

88.3

[25.

9]6.

6

101.

1 [2

9.6]

81.6

[23.

9]6.

5

108.

6 [3

1.8]

105.

5 [3

0.9]

6.7

103.

5 [3

0.3]

93.6

[27.

4]6.

6

100.

4 [2

9.4]

86.5

[25.

4]6.

5

109.

0 [3

2.0]

109.

0 [3

2.0]

6.7

103.

9 [3

0.5]

98.3

[28.

8]6.

5

100.

8 [2

9.5]

90.9

[26.

6]6.

4

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

116.

7 [3

4.2]

68.6

[20.

1]7.

3

111.

2 [3

2.6]

60.9

[17.

9]7.

1

107.

9 [3

1.6]

56.3

[16.

5]7.

0

109.

5 [3

2.1]

83.6

[24.

5]7.

2

104.

4 [3

0.6]

74.2

[21.

8]7.

1

101.

3 [2

9.7]

68.6

[20.

1]7.

0

105.

1 [3

0.8]

97.3

[28.

5]7.

2

100.

1 [2

9.3]

86.4

[25.

3]7.

0

97.2

[28.

5]79

.8 [2

3.4]

6.9

104.

3 [3

0.6]

103.

3 [3

0.3]

7.1

99.4

[29.

1]91

.7 [2

6.9]

7.0

96.5

[28.

3]84

.8 [2

4.8]

6.9

104.

8 [3

0.7]

104.

8 [3

0.7]

7.1

99.9

[29.

3]96

.4 [2

8.3]

6.9

96.9

[28.

4]89

.1 [2

6.1]

6.8

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

112.

4 [3

2.9]

66.4

[19.

5]7.

7

107.

1 [3

1.4]

59.0

[17.

3]7.

6

104.

0 [3

0.5]

54.5

[16.

0]7.

5

105.

2 [3

0.8]

81.4

[23.

9]7.

7

100.

3 [2

9.4]

72.3

[21.

2]7.

5

97.3

[28.

5]66

.8 [1

9.6]

7.4

100.

8 [2

9.5]

95.1

[27.

9]7.

6

96.1

[28.

2]84

.4 [2

4.7]

7.4

93.2

[27.

3]78

.0 [2

2.9]

7.3

100.

0 [2

9.3]

100.

0 [2

9.3]

7.6

95.3

[27.

9]89

.8 [2

6.3]

7.4

92.5

[27.

1]82

.9 [2

4.3]

7.3

100.

5 [2

9.5]

100.

5 [2

9.5]

7.5

95.8

[28.

1]94

.5 [2

7.7]

7.4

93.0

[27.

2]87

.3 [2

5.6]

7.3

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

108.

1 [3

1.7]

64.2

[18.

8]8.

2

103.

0 [3

0.2]

57.0

[16.

7]8.

0

100.

0 [2

9.3]

52.6

[15.

4]7.

9

100.

9 [2

9.6]

79.2

[23.

2]8.

2

96.2

[28.

2]70

.3 [2

0.6]

8.0

93.4

[27.

4]65

.0 [1

9.0]

7.9

96.5

[28.

3]92

.8 [2

7.2]

8.1

92.0

[27.

0]82

.4 [2

4.1]

7.9

89.3

[26.

2]76

.1 [2

2.3]

7.8

95.8

[28.

1]95

.8 [2

8.1]

8.1

91.3

[26.

7]87

.8 [2

5.7]

7.9

88.6

[26.

0]81

.1 [2

3.8]

7.8

96.2

[28.

2]96

.2 [2

8.2]

8.0

91.7

[26.

9]91

.7 [2

6.9]

7.8

89.0

[26.

1]85

.4 [2

5.0]

7.7

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

103.

8 [3

0.4]

61.9

[18.

1]8.

7

98.9

[29.

0]54

.9 [1

6.1]

8.5

96.0

[28.

1]50

.8 [1

4.9]

8.4

96.7

[28.

3]76

.9 [2

2.5]

8.7

92.1

[27.

0]68

.3 [2

0.0]

8.5

89.4

[26.

2]63

.1 [1

8.5]

8.3

92.2

[27.

0]90

.6 [2

6.5]

8.6

87.9

[25.

8]80

.4 [2

3.6]

8.4

85.3

[25.

0]74

.3 [2

1.8]

8.3

91.5

[26.

8]91

.5 [2

6.8]

8.6

87.2

[25.

5]85

.7 [2

5.1]

8.4

84.6

[24.

8]79

.2 [2

3.2]

8.2

91.9

[26.

9]91

.9 [2

6.9]

8.5

87.6

[25.

7]87

.6 [2

5.7]

8.3

85.0

[24.

9]83

.6 [2

4.5]

8.2

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

99.5

[29.

2]59

.6 [1

7.5]

9.3

94.8

[27.

8]52

.9 [1

5.5]

9.1

92.0

[27.

0]48

.9 [1

4.3]

8.9

92.3

[27.

1]74

.6 [2

1.9]

9.2

88.0

[25.

8]66

.2 [1

9.4]

9.0

85.4

[25.

0]61

.2 [1

7.9]

8.9

87.9

[25.

8]87

.9 [2

5.8]

9.1

83.8

[24.

6]78

.3 [2

2.9]

8.9

81.3

[23.

8]72

.4 [2

1.2]

8.8

87.1

[25.

5]87

.1 [2

5.5]

9.1

83.1

[24.

3]83

.1 [2

4.3]

8.9

80.6

[23.

6]77

.3 [2

2.7]

8.8

87.6

[25.

7]87

.6 [2

5.7]

9.1

83.5

[24.

5]83

.5 [2

4.5]

8.9

81.0

[23.

7]81

.0 [2

3.7]

8.7

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

95.2

[27.

9]57

.2 [1

6.8]

9.8

90.7

[26.

6]50

.8 [1

4.9]

9.6

88.0

[25.

8]46

.9 [1

3.8]

9.5

88.0

[25.

8]72

.2 [2

1.2]

9.8

83.9

[24.

6]64

.1 [1

8.8]

9.6

81.4

[23.

9]59

.2 [1

7.4]

9.4

83.6

[24.

5]83

.6 [2

4.5]

9.7

79.7

[23.

3]76

.2 [2

2.3]

9.5

77.3

[22.

7]70

.4 [2

0.6]

9.4

82.8

[24.

3]82

.8 [2

4.3]

9.7

78.9

[23.

1]78

.9 [2

3.1]

9.5

76.6

[22.

4]75

.4 [2

2.1]

9.3

83.3

[24.

4]83

.3 [2

4.4]

9.7

79.4

[23.

3]79

.4 [2

3.3]

9.4

77.0

[22.

6]77

.0 [2

2.6]

9.3

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

90.8

[26.

6]54

.8 [1

6.1]

10.5

86.6

[25.

4]48

.6 [1

4.3]

10.2

84.0

[24.

6]45

.0 [1

3.2]

10.1

83.7

[24.

5]69

.8 [2

0.5]

10.4

79.7

[23.

4]62

.0 [1

8.2]

10.1

77.4

[22.

7]57

.3 [1

6.8]

10.0

79.2

[23.

2]79

.2 [2

3.2]

10.3

75.5

[22.

1]74

.1 [2

1.7]

10.1

73.3

[21.

5]68

.5 [2

0.1]

9.9

78.5

[23.

0]78

.5 [2

3.0]

10.3

74.8

[21.

9]74

.8 [2

1.9]

10.0

72.6

[21.

3]72

.6 [2

1.3]

9.9

78.9

[23.

1]78

.9 [2

3.1]

10.3

75.2

[22.

0]75

.2 [2

2.0]

10.0

73.0

[21.

4]73

.0 [2

1.4]

9.9

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

86.5

[25.

3]52

.4 [1

5.3]

11.1

82.4

[24.

2]46

.5 [1

3.6]

10.8

80.0

[23.

4]42

.9 [1

2.6]

10.7

79.3

[23.

2]67

.4 [1

9.7]

11.0

75.6

[22.

1]59

.8 [1

7.5]

10.8

73.3

[21.

5]55

.3 [1

6.2]

10.6

74.9

[21.

9]74

.9 [2

1.9]

11.0

71.4

[20.

9]71

.4 [2

0.9]

10.7

69.3

[20.

3]66

.4 [1

9.5]

10.5

74.1

[21.

7]74

.1 [2

1.7]

10.9

70.6

[20.

7]70

.6 [2

0.7]

10.7

68.5

[20.

1]68

.5 [2

0.1]

10.5

74.6

[21.

9]74

.6 [2

1.9]

10.9

71.1

[20.

8]71

.1 [2

0.8]

10.6

69.0

[20.

2]69

.0 [2

0.2]

10.5

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZS

102A

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

4800

[226

5]37

50 [1

770]

3200

[151

0]48

00 [2

265]

3750

[177

0]32

00 [1

510]

4800

[226

5]37

50 [1

770]

3200

[151

0]48

00 [2

265]

3750

[177

0]32

00 [1

510]

4800

[226

5]37

50 [1

770]

3200

[151

0]D

R ➀

0.09

0.03

0.0

0.09

0.03

0.0

0.09

0.03

0.0

0.09

0.03

0.0

0.09

0.03

0.0


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

155.

3 [4

5.5]

97.3

[28.

5]7.

5

147.

8 [4

3.3]

86.1

[25.

2]7.

3

143.

8 [4

2.2]

80.2

[23.

5]7.

2

147.

8 [4

3.3]

115.

8 [3

3.9]

7.4

140.

7 [4

1.2]

102.

4 [3

0.0]

7.2

136.

9 [4

0.1]

95.4

[28.

0]7.

1

142.

8 [4

1.8]

132.

9 [3

8.9]

7.3

135.

8 [3

9.8]

117.

5 [3

4.4]

7.1

132.

2 [3

8.7]

109.

5 [3

2.1]

7.0

141.

5 [4

1.5]

140.

6 [4

1.2]

7.2

134.

7 [3

9.5]

124.

3 [3

6.4]

7.1

131.

1 [3

8.4]

115.

8 [3

3.9]

7.0

141.

4 [4

1.4]

141.

4 [4

1.4]

7.2

134.

5 [3

9.4]

130.

4 [3

8.2]

7.0

130.

9 [3

8.4]

121.

4 [3

5.6]

6.9

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

150.

6 [4

4.1]

94.9

[27.

8]7.

9

143.

4 [4

2.0]

84.0

[24.

6]7.

7

139.

5 [4

0.9]

78.2

[22.

9]7.

6

143.

2 [4

2.0]

113.

5 [3

3.2]

7.8

136.

2 [3

9.9]

100.

3 [2

9.4]

7.6

132.

6 [3

8.9]

93.5

[27.

4]7.

5

138.

1 [4

0.5]

130.

5 [3

8.2]

7.7

131.

4 [3

8.5]

115.

4 [3

3.8]

7.5

127.

9 [3

7.5]

107.

5 [3

1.5]

7.4

136.

9 [4

0.1]

136.

9 [4

0.1]

7.7

130.

2 [3

8.2]

122.

2 [3

5.8]

7.5

126.

8 [3

7.1]

113.

8 [3

3.4]

7.4

136.

7 [4

0.1]

136.

7 [4

0.1]

7.6

130.

1 [3

8.1]

128.

3 [3

7.6]

7.4

126.

6 [3

7.1]

119.

5 [3

5.0]

7.3

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

146.

0 [4

2.8]

92.5

[27.

1]8.

3

138.

9 [4

0.7]

81.8

[24.

0]8.

1

135.

2 [3

9.6]

76.2

[22.

3]8.

0

138.

5 [4

0.6]

111.

0 [3

2.5]

8.2

131.

8 [3

8.6]

98.2

[28.

8]8.

0

128.

3 [3

7.6]

91.5

[26.

8]7.

9

133.

5 [3

9.1]

128.

1 [3

7.5]

8.2

127.

0 [3

7.2]

113.

3 [3

3.2]

8.0

123.

6 [3

6.2]

105.

5 [3

0.9]

7.9

132.

2 [3

8.7]

132.

2 [3

8.7]

8.1

125.

8 [3

6.9]

120.

1 [3

5.2]

7.9

122.

5 [3

5.9]

111.

9 [3

2.8]

7.8

132.

1 [3

8.7]

132.

1 [3

8.7]

8.1

125.

7 [3

6.8]

125.

7 [3

6.8]

7.9

122.

3 [3

5.9]

117.

5 [3

4.4]

7.8

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

141.

4 [4

1.4]

90.1

[26.

4]8.

8

134.

5 [3

9.4]

79.7

[23.

3]8.

6

131.

0 [3

8.4]

74.2

[21.

7]8.

5

133.

9 [3

9.2]

108.

6 [3

1.8]

8.7

127.

4 [3

7.3]

96.0

[28.

1]8.

5

124.

0 [3

6.3]

89.5

[26.

2]8.

4

128.

8 [3

7.8]

125.

6 [3

6.8]

8.6

122.

6 [3

5.9]

111.

1 [3

2.6]

8.4

119.

3 [3

5.0]

103.

5 [3

0.3]

8.3

127.

6 [3

7.4]

127.

6 [3

7.4]

8.6

121.

4 [3

5.6]

117.

9 [3

4.5]

8.4

118.

2 [3

4.6]

109.

8 [3

2.2]

8.3

127.

5 [3

7.4]

127.

5 [3

7.4]

8.5

121.

3 [3

5.5]

121.

3 [3

5.5]

8.3

118.

1 [3

4.6]

115.

5 [3

3.8]

8.2

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

136.

8 [4

0.1]

87.6

[25.

7]9.

3

130.

2 [3

8.1]

77.5

[22.

7]9.

1

126.

7 [3

7.1]

72.2

[21.

1]9.

0

129.

3 [3

7.9]

106.

1 [3

1.1]

9.2

123.

0 [3

6.1]

93.8

[27.

5]9.

0

119.

7 [3

5.1]

87.4

[25.

6]8.

9

124.

2 [3

6.4]

123.

1 [3

6.1]

9.1

118.

2 [3

4.6]

108.

9 [3

1.9]

8.9

115.

1 [3

3.7]

101.

5 [2

9.7]

8.8

123.

0 [3

6.0]

123.

0 [3

6.0]

9.1

117.

0 [3

4.3]

115.

7 [3

3.9]

8.9

113.

9 [3

3.4]

107.

8 [3

1.6]

8.8

122.

9 [3

6.0]

122.

9 [3

6.0]

9.1

116.

9 [3

4.3]

116.

9 [3

4.3]

8.8

113.

8 [3

3.3]

113.

4 [3

3.2]

8.7

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

132.

2 [3

8.7]

85.1

[24.

9]9.

9

125.

8 [3

6.9]

75.2

[22.

0]9.

6

122.

4 [3

5.9]

70.1

[20.

5]9.

5

124.

7 [3

6.5]

103.

6 [3

0.3]

9.8

118.

7 [3

4.8]

91.6

[26.

8]9.

5

115.

5 [3

3.8]

85.3

[25.

0]9.

4

119.

6 [3

5.1]

119.

6 [3

5.1]

9.7

113.

8 [3

3.4]

106.

7 [3

1.3]

9.5

110.

8 [3

2.5]

99.4

[29.

1]9.

3

118.

4 [3

4.7]

118.

4 [3

4.7]

9.6

112.

7 [3

3.0]

112.

7 [3

3.0]

9.4

109.

7 [3

2.1]

105.

7 [3

1.0]

9.3

118.

3 [3

4.7]

118.

3 [3

4.7]

9.6

112.

5 [3

3.0]

112.

5 [3

3.0]

9.4

109.

5 [3

2.1]

109.

5 [3

2.1]

9.2

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

127.

6 [3

7.4]

82.5

[24.

2]10

.5

121.

4 [3

5.6]

73.0

[21.

4]10

.2

118.

2 [3

4.6]

68.0

[19.

9]10

.1

120.

1 [3

5.2]

101.

0 [2

9.6]

10.4

114.

3 [3

3.5]

89.3

[26.

2]10

.1

111.

2 [3

2.6]

83.2

[24.

4]10

.0

115.

1 [3

3.7]

115.

1 [3

3.7]

10.3

109.

5 [3

2.1]

104.

4 [3

0.6]

10.0

106.

6 [3

1.2]

97.3

[28.

5]9.

9

113.

8 [3

3.4]

113.

8 [3

3.4]

10.2

108.

3 [3

1.7]

108.

3 [3

1.7]

10.0

105.

4 [3

0.9]

103.

6 [3

0.4]

9.8

113.

7 [3

3.3]

113.

7 [3

3.3]

10.2

108.

2 [3

1.7]

108.

2 [3

1.7]

9.9

105.

3 [3

0.9]

105.

3 [3

0.9]

9.8

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

123.

0 [3

6.1]

79.9

[23.

4]11

.1

117.

1 [3

4.3]

70.6

[20.

7]10

.8

114.

0 [3

3.4]

65.8

[19.

3]10

.7

115.

5 [3

3.9]

98.4

[28.

8]11

.0

109.

9 [3

2.2]

87.0

[25.

5]10

.7

107.

0 [3

1.4]

81.1

[23.

8]10

.6

110.

5 [3

2.4]

110.

5 [3

2.4]

10.9

105.

1 [3

0.8]

102.

1 [2

9.9]

10.6

102.

3 [3

0.0]

95.1

[27.

9]10

.5

109.

3 [3

2.0]

109.

3 [3

2.0]

10.8

104.

0 [3

0.5]

104.

0 [3

0.5]

10.6

101.

2 [2

9.7]

101.

2 [2

9.7]

10.4

109.

1 [3

2.0]

109.

1 [3

2.0]

10.8

103.

8 [3

0.4]

103.

8 [3

0.4]

10.5

101.

1 [2

9.6]

101.

1 [2

9.6]

10.4

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

118.

5 [3

4.7]

77.2

[22.

6]11

.7

112.

7 [3

3.0]

68.3

[20.

0]11

.4

109.

7 [3

2.2]

63.6

[18.

6]11

.3

111.

0 [3

2.5]

95.7

[28.

1]11

.6

105.

6 [3

1.0]

84.7

[24.

8]11

.3

102.

8 [3

0.1]

78.9

[23.

1]11

.2

105.

9 [3

1.0]

105.

9 [3

1.0]

11.5

100.

8 [2

9.5]

99.8

[29.

2]11

.2

98.1

[28.

8]92

.9 [2

7.2]

11.1

104.

7 [3

0.7]

104.

7 [3

0.7]

11.5

99.6

[29.

2]99

.6 [2

9.2]

11.2

97.0

[28.

4]97

.0 [2

8.4]

11.1

104.

6 [3

0.6]

104.

6 [3

0.6]

11.4

99.5

[29.

2]99

.5 [2

9.2]

11.2

96.8

[28.

4]96

.8 [2

8.4]

11.0

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

113.

9 [3

3.4]

74.5

[21.

8]12

.4

108.

4 [3

1.8]

65.9

[19.

3]12

.1

105.

5 [3

0.9]

61.4

[18.

0]11

.9

106.

5 [3

1.2]

93.0

[27.

3]12

.3

101.

3 [2

9.7]

82.3

[24.

1]12

.0

98.6

[28.

9]76

.7 [2

2.5]

11.8

101.

4 [2

9.7]

101.

4 [2

9.7]

12.2

96.5

[28.

3]96

.5 [2

8.3]

11.9

93.9

[27.

5]90

.7 [2

6.6]

11.7

100.

2 [2

9.4]

100.

2 [2

9.4]

12.1

95.3

[27.

9]95

.3 [2

7.9]

11.9

92.8

[27.

2]92

.8 [2

7.2]

11.7

100.

0 [2

9.3]

100.

0 [2

9.3]

12.1

95.2

[27.

9]95

.2 [2

7.9]

11.8

92.6

[27.

1]92

.6 [2

7.1]

11.7

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

109.

4 [3

2.1]

71.8

[21.

0]13

.1

104.

1 [3

0.5]

63.5

[18.

6]12

.8

101.

3 [2

9.7]

59.2

[17.

3]12

.6

101.

9 [2

9.9]

90.3

[26.

5]13

.0

97.0

[28.

4]79

.9 [2

3.4]

12.7

94.4

[27.

7]74

.4 [2

1.8]

12.5

96.9

[28.

4]96

.9 [2

8.4]

12.9

92.2

[27.

0]92

.2 [2

7.0]

12.6

89.7

[26.

3]88

.5 [2

5.9]

12.4

95.6

[28.

0]95

.6 [2

8.0]

12.9

91.0

[26.

7]91

.0 [2

6.7]

12.5

88.6

[26.

0]88

.6 [2

6.0]

12.4

95.5

[28.

0]95

.5 [2

8.0]

12.8

90.9

[26.

6]90

.9 [2

6.6]

12.5

88.5

[25.

9]88

.5 [2

5.9]

12.3

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZS

120A

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

5070

[239

3]41

50 [1

959]

3380

[159

5]50

70 [2

393]

4150

[195

9]33

80 [1

595]

5070

[239

3]41

50 [1

959]

3380

[159

5]50

70 [2

393]

4150

[195

9]33

80 [1

595]

5070

[239

3]41

50 [1

959]

3380

[159

5]0.

110.

080.

050.

110.

080.

050.

110.

080.

050.

110.

080.

050.

110.

080.

05


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

185.

9 [5

4.5]

100.

5 [2

9.4]

10.1

178.

7 [5

2.4]

91.1

[26.

7]9.

9

172.

7 [5

0.6]

83.2

[24.

4]9.

8

176.

2 [5

1.6]

121.

9 [3

5.7]

9.9

169.

4 [4

9.6]

110.

5 [3

2.4]

9.7

163.

6 [4

8.0]

100.

9 [2

9.6]

9.5

168.

2 [4

9.3]

139.

7 [4

0.9]

9.7

161.

7 [4

7.4]

126.

6 [3

7.1]

9.5

156.

2 [4

5.8]

115.

6 [3

3.9]

9.3

165.

1 [4

8.4]

146.

6 [4

3.0]

9.5

158.

7 [4

6.5]

132.

8 [3

8.9]

9.4

153.

4 [4

4.9]

121.

3 [3

5.6]

9.2

162.

9 [4

7.7]

151.

7 [4

4.5]

9.4

156.

6 [4

5.9]

137.

5 [4

0.3]

9.2

151.

3 [4

4.3]

125.

6 [3

6.8]

9.1

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

181.

3 [5

3.1]

100.

4 [2

9.4]

10.6

174.

3 [5

1.1]

91.0

[26.

7]10

.4

168.

4 [4

9.4]

83.1

[24.

4]10

.2

171.

6 [5

0.3]

121.

8 [3

5.7]

10.4

164.

9 [4

8.3]

110.

4 [3

2.3]

10.2

159.

4 [4

6.7]

100.

8 [2

9.5]

10.0

163.

6 [4

7.9]

139.

6 [4

0.9]

10.1

157.

2 [4

6.1]

126.

5 [3

7.1]

9.9

151.

9 [4

4.5]

115.

5 [3

3.9]

9.8

160.

5 [4

7.0]

146.

5 [4

2.9]

10.0

154.

3 [4

5.2]

132.

7 [3

8.9]

9.8

149.

1 [4

3.7]

121.

3 [3

5.5]

9.7

158.

3 [4

6.4]

151.

6 [4

4.4]

9.9

152.

1 [4

4.6]

137.

4 [4

0.3]

9.7

147.

0 [4

3.1]

125.

5 [3

6.8]

9.6

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

176.

5 [5

1.7]

99.6

[29.

2]11

.1

169.

7 [4

9.7]

90.3

[26.

5]10

.9

164.

0 [4

8.0]

82.5

[24.

2]10

.7

166.

8 [4

8.9]

121.

0 [3

5.5]

10.9

160.

3 [4

7.0]

109.

7 [3

2.1]

10.7

154.

9 [4

5.4]

100.

2 [2

9.4]

10.5

158.

8 [4

6.5]

138.

8 [4

0.7]

10.7

152.

6 [4

4.7]

125.

8 [3

6.9]

10.4

147.

5 [4

3.2]

114.

9 [3

3.7]

10.3

155.

7 [4

5.6]

145.

7 [4

2.7]

10.5

149.

7 [4

3.9]

132.

1 [3

8.7]

10.3

144.

6 [4

2.4]

120.

6 [3

5.4]

10.2

153.

5 [4

5.0]

150.

9 [4

4.2]

10.4

147.

5 [4

3.2]

136.

7 [4

0.1]

10.2

142.

6 [4

1.8]

124.

9 [3

6.6]

10.1

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

171.

5 [5

0.3]

98.2

[28.

8]11

.6

164.

9 [4

8.3]

89.0

[26.

1]11

.4

159.

3 [4

6.7]

81.3

[23.

8]11

.2

161.

8 [4

7.4]

119.

6 [3

5.1]

11.4

155.

5 [4

5.6]

108.

4 [3

1.8]

11.2

150.

3 [4

4.0]

99.0

[29.

0]11

.0

153.

8 [4

5.1]

137.

4 [4

0.3]

11.2

147.

8 [4

3.3]

124.

5 [3

6.5]

11.0

142.

8 [4

1.9]

113.

8 [3

3.3]

10.8

150.

7 [4

4.2]

144.

3 [4

2.3]

11.1

144.

9 [4

2.5]

130.

8 [3

8.3]

10.9

140.

0 [4

1.0]

119.

5 [3

5.0]

10.7

148.

5 [4

3.5]

148.

5 [4

3.5]

11.0

142.

8 [4

1.8]

135.

5 [3

9.7]

10.8

137.

9 [4

0.4]

123.

7 [3

6.3]

10.6

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

166.

4 [4

8.8]

96.2

[28.

2]12

.2

159.

9 [4

6.9]

87.2

[25.

5]12

.0

154.

5 [4

5.3]

79.6

[23.

3]11

.8

156.

6 [4

5.9]

117.

6 [3

4.5]

12.0

150.

6 [4

4.1]

106.

6 [3

1.2]

11.8

145.

5 [4

2.6]

97.3

[28.

5]11

.6

148.

6 [4

3.6]

135.

4 [3

9.7]

11.8

142.

9 [4

1.9]

122.

7 [3

6.0]

11.5

138.

0 [4

0.5]

112.

1 [3

2.8]

11.4

145.

6 [4

2.7]

142.

3 [4

1.7]

11.7

139.

9 [4

1.0]

128.

9 [3

7.8]

11.4

135.

2 [3

9.6]

117.

8 [3

4.5]

11.2

143.

3 [4

2.0]

143.

3 [4

2.0]

11.5

137.

8 [4

0.4]

133.

6 [3

9.2]

11.3

133.

1 [3

9.0]

122.

0 [3

5.8]

11.1

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

161.

0 [4

7.2]

93.5

[27.

4]12

.8

154.

8 [4

5.4]

84.7

[24.

8]12

.6

149.

6 [4

3.8]

77.4

[22.

7]12

.4

151.

3 [4

4.3]

114.

9 [3

3.7]

12.6

145.

4 [4

2.6]

104.

1 [3

0.5]

12.4

140.

5 [4

1.2]

95.1

[27.

9]12

.2

143.

3 [4

2.0]

132.

7 [3

8.9]

12.4

137.

7 [4

0.4]

120.

2 [3

5.2]

12.1

133.

1 [3

9.0]

109.

8 [3

2.2]

11.9

140.

2 [4

1.1]

139.

6 [4

0.9]

12.3

134.

8 [3

9.5]

126.

5 [3

7.1]

12.0

130.

2 [3

8.2]

115.

5 [3

3.9]

11.8

138.

0 [4

0.4]

138.

0 [4

0.4]

12.1

132.

6 [3

8.9]

131.

2 [3

8.4]

11.9

128.

2 [3

7.6]

119.

8 [3

5.1]

11.7

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

155.

5 [4

5.6]

90.1

[26.

4]13

.5

149.

4 [4

3.8]

81.7

[23.

9]13

.2

144.

4 [4

2.3]

74.6

[21.

9]13

.0

145.

7 [4

2.7]

111.

5 [3

2.7]

13.2

140.

1 [4

1.0]

101.

1 [2

9.6]

13.0

135.

4 [3

9.7]

92.3

[27.

1]12

.8

137.

7 [4

0.4]

129.

3 [3

7.9]

13.0

132.

4 [3

8.8]

117.

2 [3

4.3]

12.8

127.

9 [3

7.5]

107.

1 [3

1.4]

12.5

134.

7 [3

9.5]

134.

7 [3

9.5]

12.9

129.

4 [3

7.9]

123.

5 [3

6.2]

12.6

125.

1 [3

6.7]

112.

8 [3

3.0]

12.4

132.

4 [3

8.8]

132.

4 [3

8.8]

12.8

127.

3 [3

7.3]

127.

3 [3

7.3]

12.5

123.

0 [3

6.0]

117.

0 [3

4.3]

12.3

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

149.

7 [4

3.9]

86.2

[25.

2]14

.1

143.

9 [4

2.2]

78.1

[22.

9]13

.9

139.

1 [4

0.8]

71.3

[20.

9]13

.6

140.

0 [4

1.0]

107.

5 [3

1.5]

13.9

134.

6 [3

9.4]

97.5

[28.

6]13

.6

130.

0 [3

8.1]

89.0

[26.

1]13

.4

132.

0 [3

8.7]

125.

3 [3

6.7]

13.7

126.

9 [3

7.2]

113.

6 [3

3.3]

13.4

122.

6 [3

5.9]

103.

7 [3

0.4]

13.2

128.

9 [3

7.8]

128.

9 [3

7.8]

13.6

123.

9 [3

6.3]

119.

8 [3

5.1]

13.3

119.

7 [3

5.1]

109.

5 [3

2.1]

13.1

126.

7 [3

7.1]

126.

7 [3

7.1]

13.4

121.

8 [3

5.7]

121.

8 [3

5.7]

13.2

117.

7 [3

4.5]

113.

7 [3

3.3]

13.0

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

143.

8 [4

2.1]

81.5

[23.

9]14

.8

138.

2 [4

0.5]

73.9

[21.

6]14

.5

133.

6 [3

9.1]

67.5

[19.

8]14

.3

134.

1 [3

9.3]

102.

9 [3

0.2]

14.6

128.

9 [3

7.8]

93.3

[27.

3]14

.3

124.

5 [3

6.5]

85.2

[25.

0]14

.1

126.

1 [3

6.9]

120.

7 [3

5.4]

14.4

121.

2 [3

5.5]

109.

4 [3

2.0]

14.1

117.

1 [3

4.3]

99.9

[29.

3]13

.9

123.

0 [3

6.0]

123.

0 [3

6.0]

14.3

118.

2 [3

4.6]

115.

6 [3

3.9]

14.0

114.

2 [3

3.5]

105.

6 [3

1.0]

13.8

120.

8 [3

5.4]

120.

8 [3

5.4]

14.1

116.

1 [3

4.0]

116.

1 [3

4.0]

13.9

112.

2 [3

2.9]

109.

9 [3

2.2]

13.6

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

137.

7 [4

0.3]

76.2

[22.

3]15

.6

132.

4 [3

8.8]

69.1

[20.

2]15

.3

127.

9 [3

7.5]

63.1

[18.

5]15

.0

127.

9 [3

7.5]

97.6

[28.

6]15

.3

123.

0 [3

6.0]

88.5

[25.

9]15

.0

118.

8 [3

4.8]

80.8

[23.

7]14

.8

119.

9 [3

5.1]

115.

4 [3

3.8]

15.1

115.

3 [3

3.8]

104.

6 [3

0.6]

14.8

111.

4 [3

2.6]

95.5

[28.

0]14

.6

116.

9 [3

4.2]

116.

9 [3

4.2]

15.0

112.

3 [3

2.9]

110.

8 [3

2.5]

14.7

108.

6 [3

1.8]

101.

2 [2

9.7]

14.5

114.

6 [3

3.6]

114.

6 [3

3.6]

14.9

110.

2 [3

2.3]

110.

2 [3

2.3]

14.6

106.

5 [3

1.2]

105.

5 [3

0.9]

14.3

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

131.

4 [3

8.5]

70.3

[20.

6]16

.3

126.

3 [3

7.0]

63.7

[18.

7]16

.0

122.

0 [3

5.8]

58.2

[17.

0]15

.7

121.

6 [3

5.6]

91.7

[26.

9]16

.1

116.

9 [3

4.3]

83.1

[24.

3]15

.8

113.

0 [3

3.1]

75.9

[22.

2]15

.5

113.

6 [3

3.3]

109.

4 [3

2.1]

15.9

109.

2 [3

2.0]

99.2

[29.

1]15

.6

105.

5 [3

0.9]

90.6

[26.

5]15

.3

110.

6 [3

2.4]

110.

6 [3

2.4]

15.7

106.

3 [3

1.1]

105.

4 [3

0.9]

15.4

102.

7 [3

0.1]

96.3

[28.

2]15

.2

108.

3 [3

1.7]

108.

3 [3

1.7]

15.6

104.

1 [3

0.5]

104.

1 [3

0.5]

15.3

100.

6 [2

9.5]

100.

6 [2

9.5]

15.1

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZS

150A

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

3600

[169

9]32

00 [1

510]

2400

[113

3]36

00 [1

699]

3200

[151

0]24

00 [1

133]

3600

[169

9]32

00 [1

510]

2400

[113

3]36

00 [1

699]

3200

[151

0]24

00 [1

133]

3600

[169

9]32

00 [1

510]

2400

[113

3]D

R ➀

0.22

0.2

0.14

0.22

0.2

0.14

0.22

0.2

0.14

0.22

0.2

0.14

0.22

0.2

0.14


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

111.

8 [3

2.8]

65.6

[19.

2]4.

5

109.

4 [3

2.0]

62.0

[18.

2]4.

4

104.

4 [3

0.6]

54.7

[16.

0]4.

3

105.

2 [3

0.8]

77.6

[22.

7]4.

4

102.

9 [3

0.1]

73.4

[21.

5]4.

4

98.2

[28.

8]64

.8 [1

9.0]

4.3

100.

4 [2

9.4]

89.5

[26.

2]4.

4

98.2

[28.

8]84

.5 [2

4.8]

4.3

93.7

[27.

5]74

.7 [2

1.9]

4.2

99.0

[29.

0]95

.2 [2

7.9]

4.3

96.8

[28.

4]89

.9 [2

6.4]

4.3

92.4

[27.

1]79

.4 [2

3.3]

4.2

98.5

[28.

9]98

.5 [2

8.9]

4.3

96.3

[28.

2]95

.1 [2

7.9]

4.3

91.9

[26.

9]84

.0 [2

4.6]

4.2

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

108.

5 [3

1.8]

63.8

[18.

7]4.

9

106.

0 [3

1.1]

60.3

[17.

7]4.

8

101.

2 [2

9.7]

53.3

[15.

6]4.

7

101.

8 [2

9.8]

75.9

[22.

2]4.

8

99.5

[29.

2]71

.7 [2

1.0]

4.8

95.0

[27.

8]63

.3 [1

8.6]

4.7

97.0

[28.

4]87

.7 [2

5.7]

4.8

94.9

[27.

8]82

.9 [2

4.3]

4.7

90.6

[26.

5]73

.2 [2

1.4]

4.6

95.6

[28.

0]93

.4 [2

7.4]

4.7

93.5

[27.

4]88

.3 [2

5.9]

4.7

89.2

[26.

2]78

.0 [2

2.8]

4.6

95.1

[27.

9]95

.1 [2

7.9]

4.7

93.0

[27.

2]93

.0 [2

7.2]

4.6

88.7

[26.

0]82

.5 [2

4.2]

4.5

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

105.

0 [3

0.8]

62.1

[18.

2]5.

3

102.

7 [3

0.1]

58.7

[17.

2]5.

3

98.0

[28.

7]51

.8 [1

5.2]

5.2

98.4

[28.

8]74

.1 [2

1.7]

5.3

96.2

[28.

2]70

.0 [2

0.5]

5.2

91.8

[26.

9]61

.9 [1

8.1]

5.1

93.6

[27.

4]86

.0 [2

5.2]

5.2

91.5

[26.

8]81

.2 [2

3.8]

5.2

87.4

[25.

6]71

.7 [2

1.0]

5.0

92.2

[27.

0]91

.7 [2

6.9]

5.2

90.1

[26.

4]86

.6 [2

5.4]

5.1

86.0

[25.

2]76

.5 [2

2.4]

5.0

91.7

[26.

9]91

.7 [2

6.9]

5.2

89.6

[26.

3]89

.6 [2

6.3]

5.1

85.5

[25.

1]81

.1 [2

3.8]

5.0

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

101.

6 [2

9.8]

60.3

[17.

7]5.

9

99.3

[29.

1]57

.0 [1

6.7]

5.8

94.8

[27.

8]50

.4 [1

4.8]

5.7

94.9

[27.

8]72

.4 [2

1.2]

5.8

92.8

[27.

2]68

.4 [2

0.0]

5.7

88.6

[26.

0]60

.4 [1

7.7]

5.6

90.1

[26.

4]84

.2 [2

4.7]

5.8

88.1

[25.

8]79

.6 [2

3.3]

5.7

84.1

[24.

7]70

.3 [2

0.6]

5.6

88.7

[26.

0]88

.7 [2

6.0]

5.7

86.8

[25.

4]85

.0 [2

4.9]

5.7

82.8

[24.

3]75

.1 [2

2.0]

5.5

88.2

[25.

8]88

.2 [2

5.8]

5.7

86.2

[25.

3]86

.2 [2

5.3]

5.6

82.3

[24.

1]79

.6 [2

3.3]

5.5

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

98.1

[28.

7]58

.6 [1

7.2]

6.5

95.9

[28.

1]55

.4 [1

6.2]

6.4

91.5

[26.

8]48

.9 [1

4.3]

6.3

91.4

[26.

8]70

.7 [2

0.7]

6.4

89.4

[26.

2]66

.8 [1

9.6]

6.4

85.3

[25.

0]59

.0 [1

7.3]

6.2

86.6

[25.

4]82

.5 [2

4.2]

6.4

84.7

[24.

8]78

.0 [2

2.8]

6.3

80.9

[23.

7]68

.9 [2

0.2]

6.2

85.2

[25.

0]85

.2 [2

5.0]

6.3

83.3

[24.

4]83

.3 [2

4.4]

6.3

79.5

[23.

3]73

.6 [2

1.6]

6.1

84.7

[24.

8]84

.7 [2

4.8]

6.3

82.8

[24.

3]82

.8 [2

4.3]

6.2

79.0

[23.

2]78

.2 [2

2.9]

6.1

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

94.5

[27.

7]57

.0 [1

6.7]

7.2

92.4

[27.

1]53

.8 [1

5.8]

7.1

88.2

[25.

9]47

.5 [1

3.9]

6.9

87.9

[25.

8]69

.0 [2

0.2]

7.1

85.9

[25.

2]65

.2 [1

9.1]

7.0

82.0

[24.

0]57

.6 [1

6.9]

6.9

83.1

[24.

4]80

.8 [2

3.7]

7.1

81.3

[23.

8]76

.4 [2

2.4]

7.0

77.6

[22.

7]67

.5 [1

9.8]

6.8

81.7

[23.

9]81

.7 [2

3.9]

7.0

79.9

[23.

4]79

.9 [2

3.4]

7.0

76.2

[22.

3]72

.2 [2

1.2]

6.8

81.1

[23.

8]81

.1 [2

3.8]

7.0

79.3

[23.

3]79

.3 [2

3.3]

6.9

75.7

[22.

2]75

.7 [2

2.2]

6.8

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

91.0

[26.

7]55

.3 [1

6.2]

7.9

88.9

[26.

1]52

.2 [1

5.3]

7.9

84.9

[24.

9]46

.1 [1

3.5]

7.7

84.3

[24.

7]67

.3 [1

9.7]

7.9

82.4

[24.

2]63

.6 [1

8.6]

7.8

78.7

[23.

1]56

.2 [1

6.5]

7.6

79.5

[23.

3]79

.2 [2

3.2]

7.8

77.8

[22.

8]74

.8 [2

1.9]

7.7

74.2

[21.

8]66

.1 [1

9.4]

7.6

78.1

[22.

9]78

.1 [2

2.9]

7.8

76.4

[22.

4]76

.4 [2

2.4]

7.7

72.9

[21.

4]70

.8 [2

0.8]

7.5

77.6

[22.

7]77

.6 [2

2.7]

7.8

75.8

[22.

2]75

.8 [2

2.2]

7.7

72.4

[21.

2]72

.4 [2

1.2]

7.5

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

87.3

[25.

6]53

.6 [1

5.7]

8.8

85.4

[25.

0]50

.7 [1

4.8]

8.7

81.5

[23.

9]44

.8 [1

3.1]

8.5

80.7

[23.

6]65

.7 [1

9.2]

8.7

78.9

[23.

1]62

.1 [1

8.2]

8.6

75.3

[22.

1]54

.8 [1

6.1]

8.4

75.9

[22.

2]75

.9 [2

2.2]

8.7

74.2

[21.

8]73

.2 [2

1.5]

8.6

70.9

[20.

8]64

.7 [1

9.0]

8.4

74.5

[21.

8]74

.5 [2

1.8]

8.6

72.8

[21.

3]72

.8 [2

1.3]

8.5

69.5

[20.

4]69

.5 [2

0.4]

8.4

74.0

[21.

7]74

.0 [2

1.7]

8.6

72.3

[21.

2]72

.3 [2

1.2]

8.5

69.0

[20.

2]69

.0 [2

0.2]

8.3

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

83.7

[24.

5]52

.0 [1

5.2]

9.7

81.8

[24.

0]49

.1 [1

4.4]

9.6

78.1

[22.

9]43

.4 [1

2.7]

9.4

77.0

[22.

6]64

.0 [1

8.8]

9.6

75.3

[22.

1]60

.5 [1

7.7]

9.5

71.9

[21.

1]53

.4 [1

5.7]

9.3

72.3

[21.

2]72

.3 [2

1.2]

9.6

70.7

[20.

7]70

.7 [2

0.7]

9.5

67.4

[19.

8]63

.3 [1

8.6]

9.3

70.9

[20.

8]70

.9 [2

0.8]

9.6

69.3

[20.

3]69

.3 [2

0.3]

9.5

66.1

[19.

4]66

.1 [1

9.4]

9.2

70.3

[20.

6]70

.3 [2

0.6]

9.5

68.7

[20.

1]68

.7 [2

0.1]

9.4

65.6

[19.

2]65

.6 [1

9.2]

9.2

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

80.0

[23.

4]50

.4 [1

4.8]

10.7

78.2

[22.

9]47

.6 [1

3.9]

10.6

74.7

[21.

9]42

.0 [1

2.3]

10.3

73.4

[21.

5]62

.4 [1

8.3]

10.6

71.7

[21.

0]59

.0 [1

7.3]

10.5

68.5

[20.

1]52

.1 [1

5.3]

10.3

68.6

[20.

1]68

.6 [2

0.1]

10.6

67.1

[19.

6]67

.1 [1

9.6]

10.5

64.0

[18.

8]62

.0 [1

8.2]

10.2

67.2

[19.

7]67

.2 [1

9.7]

10.6

65.7

[19.

2]65

.7 [1

9.2]

10.4

62.7

[18.

4]62

.7 [1

8.4]

10.2

66.6

[19.

5]66

.6 [1

9.5]

10.5

65.1

[19.

1]65

.1 [1

9.1]

10.4

62.2

[18.

2]62

.2 [1

8.2]

10.2

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

76.3

[22.

4]48

.8 [1

4.3]

11.8

74.6

[21.

9]46

.1 [1

3.5]

11.6

71.2

[20.

9]40

.7 [1

1.9]

11.4

69.6

[20.

4]60

.8 [1

7.8]

11.7

68.1

[20.

0]57

.5 [1

6.8]

11.6

65.0

[19.

0]50

.8 [1

4.9]

11.3

64.9

[19.

0]64

.9 [1

9.0]

11.7

63.4

[18.

6]63

.4 [1

8.6]

11.5

60.5

[17.

7]60

.5 [1

7.7]

11.3

63.4

[18.

6]63

.4 [1

8.6]

11.6

62.0

[18.

2]62

.0 [1

8.2]

11.5

59.2

[17.

4]59

.2 [1

7.4]

11.2

62.9

[18.

4]62

.9 [1

8.4]

11.6

61.5

[18.

0]61

.5 [1

8.0]

11.5

58.7

[17.

2]58

.7 [1

7.2]

11.2

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZT0

90A

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

4100

[193

5]32

25 [1

522]

2700

[127

4]41

00 [1

935]

3225

[152

2]27

00 [1

274]

4100

[193

5]32

25 [1

522]

2700

[127

4]41

00 [1

935]

3225

[152

2]27

00 [1

274]

4100

[193

5]32

25 [1

522]

2700

[127

4]D

R ➀

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14

0.21

0.17

0.14


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

129.

4 [3

7.9]

75.0

[22.

0]6.

1

123.

3 [3

6.1]

66.6

[19.

5]6.

0

119.

7 [3

5.1]

61.5

[18.

0]5.

9

122.

2 [3

5.8]

90.0

[26.

4]6.

1

116.

5 [3

4.1]

79.9

[23.

4]5.

9

113.

0 [3

3.1]

73.9

[21.

6]5.

9

117.

8 [3

4.5]

103.

7 [3

0.4]

6.0

112.

3 [3

2.9]

92.0

[27.

0]5.

9

108.

9 [3

1.9]

85.0

[24.

9]5.

8

117.

0 [3

4.3]

109.

7 [3

2.2]

6.0

111.

5 [3

2.7]

97.4

[28.

5]5.

8

108.

2 [3

1.7]

90.0

[26.

4]5.

8

117.

5 [3

4.4]

115.

0 [3

3.7]

5.9

112.

0 [3

2.8]

102.

1 [2

9.9]

5.8

108.

7 [3

1.8]

94.3

[27.

6]5.

7

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

125.

2 [3

6.7]

72.9

[21.

4]6.

5

119.

3 [3

5.0]

64.8

[19.

0]6.

3

115.

8 [3

3.9]

59.8

[17.

5]6.

3

118.

0 [3

4.6]

88.0

[25.

8]6.

4

112.

4 [3

3.0]

78.1

[22.

9]6.

3

109.

1 [3

2.0]

72.1

[21.

1]6.

2

113.

6 [3

3.3]

101.

6 [2

9.8]

6.4

108.

2 [3

1.7]

90.2

[26.

4]6.

2

105.

0 [3

0.8]

83.3

[24.

4]6.

1

112.

8 [3

3.1]

107.

6 [3

1.5]

6.3

107.

5 [3

1.5]

95.5

[28.

0]6.

2

104.

3 [3

0.6]

88.3

[25.

9]6.

1

113.

3 [3

3.2]

112.

9 [3

3.1]

6.3

108.

0 [3

1.6]

100.

2 [2

9.4]

6.2

104.

8 [3

0.7]

92.6

[27.

1]6.

1

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

120.

9 [3

5.4]

70.8

[20.

8]6.

9

115.

2 [3

3.8]

62.9

[18.

4]6.

7

111.

8 [3

2.8]

58.1

[17.

0]6.

6

113.

8 [3

3.3]

85.8

[25.

1]6.

8

108.

4 [3

1.8]

76.2

[22.

3]6.

7

105.

2 [3

0.8]

70.4

[20.

6]6.

6

109.

3 [3

2.0]

99.5

[29.

1]6.

7

104.

2 [3

0.5]

88.3

[25.

9]6.

6

101.

1 [2

9.6]

81.6

[23.

9]6.

5

108.

6 [3

1.8]

105.

5 [3

0.9]

6.7

103.

5 [3

0.3]

93.6

[27.

4]6.

6

100.

4 [2

9.4]

86.5

[25.

4]6.

5

109.

0 [3

2.0]

109.

0 [3

2.0]

6.7

103.

9 [3

0.5]

98.3

[28.

8]6.

5

100.

8 [2

9.5]

90.9

[26.

6]6.

4

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

116.

7 [3

4.2]

68

.6 [2

0.1]

7.3

111.

2 [3

2.6]

60.9

[17.

9]7.

1

107.

9 [3

1.6]

56.3

[16.

5]7.

0

109.

5 [3

2.1]

83.6

[24.

5]7.

2

104.

4 [3

0.6]

74.2

[21.

8]7.

1

101.

3 [2

9.7]

68.6

[20.

1]7.

0

105.

1 [3

0.8]

97.3

[28.

5]7.

2

100.

1 [2

9.3]

86.4

[25.

3]7.

0

97.2

[28.

5]79

.8 [2

3.4]

6.9

104.

3 [3

0.6]

103.

3 [3

0.3]

7.1

99.4

[29.

1]91

.7 [2

6.9]

7.0

96.5

[28.

3]84

.8 [2

4.8]

6.9

104.

8 [3

0.7]

104.

8 [3

0.7]

7.1

99.9

[29.

3]96

.4 [2

8.3]

6.9

96.9

[28.

4]89

.1 [2

6.1]

6.8

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

112.

4 [3

2.9]

66.4

[19.

5]7.

7

107.

1 [3

1.4]

59.0

[17.

3]7.

6

104.

0 [3

0.5]

54.5

[16.

0]7.

5

105.

2 [3

0.8]

81.4

[23.

9]7.

7

100.

3 [2

9.4]

72.3

[21.

2]7.

5

97.3

[28.

5]66

.8 [1

9.6]

7.4

100.

8 [2

9.5]

95.1

[27.

9]7.

6

96.1

[28.

2]84

.4 [2

4.7]

7.4

93.2

[27.

3]78

.0 [2

2.9]

7.3

100.

0 [2

9.3]

100.

0 [2

9.3]

7.6

95.3

[27.

9]89

.8 [2

6.3]

7.4

92.5

[27.

1]82

.9 [2

4.3]

7.3

100.

5 [2

9.5]

100.

5 [2

9.5]

7.5

95.8

[28.

1]94

.5 [2

7.7]

7.4

93.0

[27.

2]87

.3 [2

5.6]

7.3

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

108.

1 [3

1.7]

64.2

[18.

8]8.

2

103.

0 [3

0.2]

57.0

[16.

7]8.

0

100.

0 [2

9.3]

52.6

[15.

4]7.

9

100.

9 [2

9.6]

79.2

[23.

2]8.

2

96.2

[28.

2]70

.3 [2

0.6]

8.0

93.4

[27.

4]65

.0 [1

9.0]

7.9

96.5

[28.

3]92

.8 [2

7.2]

8.1

92.0

[27.

0]82

.4 [2

4.1]

7.9

89.3

[26.

2]76

.1 [2

2.3]

7.8

95.8

[28.

1]95

.8 [2

8.1]

8.1

91.3

[26.

7]87

.8 [2

5.7]

7.9

88.6

[26.

0]81

.1 [2

3.8]

7.8

96.2

[28.

2]96

.2 [2

8.2]

8.0

91.7

[26.

9]91

.7 [2

6.9]

7.8

89.0

[26.

1]85

.4 [2

5.0]

7.7

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

103.

8 [3

0.4]

61.9

[18.

1]8.

7

98.9

[29.

0]54

.9 [1

6.1]

8.5

96.0

[28.

1]50

.8 [1

4.9]

8.4

96.7

[28.

3]76

.9 [2

2.5]

8.7

92.1

[27.

0]68

.3 [2

0.0]

8.5

89.4

[26.

2]63

.1 [1

8.5]

8.3

92.2

[27.

0]90

.6 [2

6.5]

8.6

87.9

[25.

8]80

.4 [2

3.6]

8.4

85.3

[25.

0]74

.3 [2

1.8]

8.3

91.5

[26.

8]91

.5 [2

6.8]

8.6

87.2

[25.

5]85

.7 [2

5.1]

8.4

84.6

[24.

8]79

.2 [2

3.2]

8.2

91.9

[26.

9]91

.9 [2

6.9]

8.5

87.6

[25.

7]87

.6 [2

5.7]

8.3

85.0

[24.

9]83

.6 [2

4.5]

8.2

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

99.5

[29.

2]59

.6 [1

7.5]

9.3

94.8

[27.

8]52

.9 [1

5.5]

9.1

92.0

[27.

0]48

.9 [1

4.3]

8.9

92.3

[27.

1]74

.6 [2

1.9]

9.2

88.0

[25.

8]66

.2 [1

9.4]

9.0

85.4

[25.

0]61

.2 [1

7.9]

8.9

87.9

[25.

8]87

.9 [2

5.8]

9.1

83.8

[24.

6]78

.3 [2

2.9]

8.9

81.3

[23.

8]72

.4 [2

1.2]

8.8

87.1

[25.

5]87

.1 [2

5.5]

9.1

83.1

[24.

3]83

.1 [2

4.3]

8.9

80.6

[23.

6]77

.3 [2

2.7]

8.8

87.6

[25.

7]87

.6 [2

5.7]

9.1

83.5

[24.

5]83

.5 [2

4.5]

8.9

81.0

[23.

7]81

.0 [2

3.7]

8.7

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

95.2

[27.

9]57

.2 [1

6.8]

9.8

90.7

[26.

6]50

.8 [1

4.9]

9.6

88.0

[25.

8]46

.9 [1

3.8]

9.5

88.0

[25.

8]72

.2 [2

1.2]

9.8

83.9

[24.

6]64

.1 [1

8.8]

9.6

81.4

[23.

9]59

.2 [1

7.4]

9.4

83.6

[24.

5]83

.6 [2

4.5]

9.7

79.7

[23.

3]76

.2 [2

2.3]

9.5

77.3

[22.

7]70

.4 [2

0.6]

9.4

82.8

[24.

3]82

.8 [2

4.3]

9.7

78.9

[23.

1]78

.9 [2

3.1]

9.5

76.6

[22.

4]75

.4 [2

2.1]

9.3

83.3

[24.

4]83

.3 [2

4.4]

9.7

79.4

[23.

3]79

.4 [2

3.3]

9.4

77.0

[22.

6]77

.0 [2

2.6]

9.3

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

90.8

[26.

6]54

.8 [1

6.1]

10.5

86.6

[25.

4]48

.6 [1

4.3]

10.2

84.0

[24.

6]45

.0 [1

3.2]

10.1

83.7

[24.

5]69

.8 [2

0.5]

10.4

79.7

[23.

4]62

.0 [1

8.2]

10.1

77.4

[22.

7]57

.3 [1

6.8]

10.0

79.2

[23.

2]79

.2 [2

3.2]

10.3

75.5

[22.

1]74

.1 [2

1.7]

10.1

73.3

[21.

5]68

.5 [2

0.1]

9.9

78.5

[23.

0]78

.5 [2

3.0]

10.3

74.8

[21.

9]74

.8 [2

1.9]

10.0

72.6

[21.

3]72

.6 [2

1.3]

9.9

78.9

[23.

1]78

.9 [2

3.1]

10.3

75.2

[22.

0]75

.2 [2

2.0]

10.0

73.0

[21.

4]73

.0 [2

1.4]

9.9

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

86.5

[25.

3]52

.4 [1

5.3]

11.1

82.4

[24.

2]46

.5 [1

3.6]

10.8

80.0

[23.

4]42

.9 [1

2.6]

10.7

79.3

[23.

2]67

.4 [1

9.7]

11.0

75.6

[22.

1]59

.8 [1

7.5]

10.8

73.3

[21.

5]55

.3 [1

6.2]

10.6

74.9

[21.

9]74

.9 [2

1.9]

11.0

71.4

[20.

9]71

.4 [2

0.9]

10.7

69.3

[20.

3]66

.4 [1

9.5]

10.5

74.1

[21.

7]74

.1 [2

1.7]

10.9

70.6

[20.

7]70

.6 [2

0.7]

10.7

68.5

[20.

1]68

.5 [2

0.1]

10.5

74.6

[21.

9]74

.6 [2

1.9]

10.9

71.1

[20.

8]71

.1 [2

0.8]

10.6

69.0

[20.

2]69

.0 [2

0.2]

10.5

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZT1

02A

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

4800

[226

5]37

50 [1

770]

3200

[151

0]48

00 [2

265]

3750

[177

0]32

00 [1

510]

4800

[226

5]37

50 [1

770]

3200

[151

0]48

00 [2

265]

3750

[177

0]32

00 [1

510]

4800

[226

5]37

50 [1

770]

3200

[151

0]D

R ➀

0.09

0.03

0.0

0.09

0.03

0.0

0.09

0.03

0.0

0.09

0.03

0.0

0.09

0.03

0.0


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

155.

3 [4

5.5]

97.3

[28.

5]7.

5

147.

8 [4

3.3]

86.1

[25.

2]7.

3

143.

8 [4

2.2]

80.2

[23.

5]7.

2

147.

8 [4

3.3]

115.

8 [3

3.9]

7.4

140.

7 [4

1.2]

102.

4 [3

0.0]

7.2

136.

9 [4

0.1]

95.4

[28.

0]7.

1

142.

8 [4

1.8]

132.

9 [3

8.9]

7.3

135.

8 [3

9.8]

117.

5 [3

4.4]

7.1

132.

2 [3

8.7]

109.

5 [3

2.1]

7.0

141.

5 [4

1.5]

140.

6 [4

1.2]

7.2

134.

7 [3

9.5]

124.

3 [3

6.4]

7.1

131.

1 [3

8.4]

115.

8 [3

3.9]

7.0

141.

4 [4

1.4]

141.

4 [4

1.4]

7.2

134.

5 [3

9.4]

130.

4 [3

8.2]

7.0

130.

9 [3

8.4]

121.

4 [3

5.6]

6.9

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

150.

6 [4

4.1]

94.9

[27.

8]7.

9

143.

4 [4

2.0]

84.0

[24.

6]7.

7

139.

5 [4

0.9]

78.2

[22.

9]7.

6

143.

2 [4

2.0]

113.

5 [3

3.2]

7.8

136.

2 [3

9.9]

100.

3 [2

9.4]

7.6

132.

6 [3

8.9]

93.5

[27.

4]7.

5

138.

1 [4

0.5]

130.

5 [3

8.2]

7.7

131.

4 [3

8.5]

115.

4 [3

3.8]

7.5

127.

9 [3

7.5]

107.

5 [3

1.5]

7.4

136.

9 [4

0.1]

136.

9 [4

0.1]

7.7

130.

2 [3

8.2]

122.

2 [3

5.8]

7.5

126.

8 [3

7.1]

113.

8 [3

3.4]

7.4

136.

7 [4

0.1]

136.

7 [4

0.1]

7.6

130.

1 [3

8.1]

128.

3 [3

7.6]

7.4

126.

6 [3

7.1]

119.

5 [3

5.0]

7.3

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

146.

0 [4

2.8]

92.5

[27.

1]8.

3

138.

9 [4

0.7]

81.8

[24.

0]8.

1

135.

2 [3

9.6]

76.2

[22.

3]8.

0

138.

5 [4

0.6]

111.

0 [3

2.5]

8.2

131.

8 [3

8.6]

98.2

[28.

8]8.

0

128.

3 [3

7.6]

91.5

[26.

8]7.

9

133.

5 [3

9.1]

128.

1 [3

7.5]

8.2

127.

0 [3

7.2]

113.

3 [3

3.2]

8.0

123.

6 [3

6.2]

105.

5 [3

0.9]

7.9

132.

2 [3

8.7]

132.

2 [3

8.7]

8.1

125.

8 [3

6.9]

120.

1 [3

5.2]

7.9

122.

5 [3

5.9]

111.

9 [3

2.8]

7.8

132.

1 [3

8.7]

132.

1 [3

8.7]

8.1

125.

7 [3

6.8]

125.

7 [3

6.8]

7.9

122.

3 [3

5.9]

117.

5 [3

4.4]

7.8

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

141.

4 [4

1.4]

90.1

[26.

4]8.

8

134.

5 [3

9.4]

79.7

[23.

3]8.

6

131.

0 [3

8.4]

74.2

[21.

7]8.

5

133.

9 [3

9.2]

108.

6 [3

1.8]

8.7

127.

4 [3

7.3]

96.0

[28.

1]8.

5

124.

0 [3

6.3]

89.5

[26.

2]8.

4

128.

8 [3

7.8]

125.

6 [3

6.8]

8.6

122.

6 [3

5.9]

111.

1 [3

2.6]

8.4

119.

3 [3

5.0]

103.

5 [3

0.3]

8.3

127.

6 [3

7.4]

127.

6 [3

7.4]

8.6

121.

4 [3

5.6]

117.

9 [3

4.5]

8.4

118.

2 [3

4.6]

109.

8 [3

2.2]

8.3

127.

5 [3

7.4]

127.

5 [3

7.4]

8.5

121.

3 [3

5.5]

121.

3 [3

5.5]

8.3

118.

1 [3

4.6]

115.

5 [3

3.8]

8.2

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

136.

8 [4

0.1]

87.6

[25.

7]9.

3

130.

2 [3

8.1]

77.5

[22.

7]9.

1

126.

7 [3

7.1]

72.2

[21.

1]9.

0

129.

3 [3

7.9]

106.

1 [3

1.1]

9.2

123.

0 [3

6.1]

93.8

[27.

5]9.

0

119.

7 [3

5.1]

87.4

[25.

6]8.

9

124.

2 [3

6.4]

123.

1 [3

6.1]

9.1

118.

2 [3

4.6]

108.

9 [3

1.9]

8.9

115.

1 [3

3.7]

101.

5 [2

9.7]

8.8

123.

0 [3

6.0]

123.

0 [3

6.0]

9.1

117.

0 [3

4.3]

115.

7 [3

3.9]

8.9

113.

9 [3

3.4]

107.

8 [3

1.6]

8.8

122.

9 [3

6.0]

122.

9 [3

6.0]

9.1

116.

9 [3

4.3]

116.

9 [3

4.3]

8.8

113.

8 [3

3.3]

113.

4 [3

3.2]

8.7

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

132.

2 [3

8.7]

85.1

[24.

9]9.

9

125.

8 [3

6.9]

75.2

[22.

0]9.

6

122.

4 [3

5.9]

70.1

[20.

5]9.

5

124.

7 [3

6.5]

103.

6 [3

0.3]

9.8

118.

7 [3

4.8]

91.6

[26.

8]9.

5

115.

5 [3

3.8]

85.3

[25.

0]9.

4

119.

6 [3

5.1]

119.

6 [3

5.1]

9.7

113.

8 [3

3.4]

106.

7 [3

1.3]

9.5

110.

8 [3

2.5]

99.4

[29.

1]9.

3

118.

4 [3

4.7]

118.

4 [3

4.7]

9.6

112.

7 [3

3.0]

112.

7 [3

3.0]

9.4

109.

7 [3

2.1]

105.

7 [3

1.0]

9.3

118.

3 [3

4.7]

118.

3 [3

4.7]

9.6

112.

5 [3

3.0]

112.

5 [3

3.0]

9.4

109.

5 [3

2.1]

109.

5 [3

2.1]

9.2

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

127.

6 [3

7.4]

82.5

[24.

2]10

.5

121.

4 [3

5.6]

73.0

[21.

4]10

.2

118.

2 [3

4.6]

68.0

[19.

9]10

.1

120.

1 [3

5.2]

101.

0 [2

9.6]

10.4

114.

3 [3

3.5]

89.3

[26.

2]10

.1

111.

2 [3

2.6]

83.2

[24.

4]10

.0

115.

1 [3

3.7]

115.

1 [3

3.7]

10.3

109.

5 [3

2.1]

104.

4 [3

0.6]

10.0

106.

6 [3

1.2]

97.3

[28.

5]9.

9

113.

8 [3

3.4]

113.

8 [3

3.4]

10.2

108.

3 [3

1.7]

108.

3 [3

1.7]

10.0

105.

4 [3

0.9]

103.

6 [3

0.4]

9.8

113.

7 [3

3.3]

113.

7 [3

3.3]

10.2

108.

2 [3

1.7]

108.

2 [3

1.7]

9.9

105.

3 [3

0.9]

105.

3 [3

0.9]

9.8

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

123.

0 [3

6.1]

79.9

[23.

4]11

.1

117.

1 [3

4.3]

70.6

[20.

7]10

.8

114.

0 [3

3.4]

65.8

[19.

3]10

.7

115.

5 [3

3.9]

98.4

[28.

8]11

.0

109.

9 [3

2.2]

87.0

[25.

5]10

.7

107.

0 [3

1.4]

81.1

[23.

8]10

.6

110.

5 [3

2.4]

110.

5 [3

2.4]

10.9

105.

1 [3

0.8]

102.

1 [2

9.9]

10.6

102.

3 [3

0.0]

95.1

[27.

9]10

.5

109.

3 [3

2.0]

109.

3 [3

2.0]

10.8

104.

0 [3

0.5]

104.

0 [3

0.5]

10.6

101.

2 [2

9.7]

101.

2 [2

9.7]

10.4

109.

1 [3

2.0]

109.

1 [3

2.0]

10.8

103.

8 [3

0.4]

103.

8 [3

0.4]

10.5

101.

1 [2

9.6]

101.

1 [2

9.6]

10.4

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

118.

5 [3

4.7]

77.2

[22.

6]11

.7

112.

7 [3

3.0]

68.3

[20.

0]11

.4

109.

7 [3

2.2]

63.6

[18.

6]11

.3

111.

0 [3

2.5]

95.7

[28.

1]11

.6

105.

6 [3

1.0]

84.7

[24.

8]11

.3

102.

8 [3

0.1]

78.9

[23.

1]11

.2

105.

9 [3

1.0]

105.

9 [3

1.0]

11.5

100.

8 [2

9.5]

99.8

[29.

2]11

.2

98.1

[28.

8]92

.9 [2

7.2]

11.1

104.

7 [3

0.7]

104.

7 [3

0.7]

11.5

99.6

[29.

2]99

.6 [2

9.2]

11.2

97.0

[28.

4]97

.0 [2

8.4]

11.1

104.

6 [3

0.6]

104.

6 [3

0.6]

11.4

99.5

[29.

2]99

.5 [2

9.2]

11.2

96.8

[28.

4]96

.8 [2

8.4]

11.0

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

113.

9 [3

3.4]

74.5

[21.

8]12

.4

108.

4 [3

1.8]

65.9

[19.

3]12

.1

105.

5 [3

0.9]

61.4

[18.

0]11

.9

106.

5 [3

1.2]

93.0

[27.

3]12

.3

101.

3 [2

9.7]

82.3

[24.

1]12

.0

98.6

[28.

9]76

.7 [2

2.5]

11.8

101.

4 [2

9.7]

101.

4 [2

9.7]

12.2

96.5

[28.

3]96

.5 [2

8.3]

11.9

93.9

[27.

5]90

.7 [2

6.6]

11.7

100.

2 [2

9.4]

100.

2 [2

9.4]

12.1

95.3

[27.

9]95

.3 [2

7.9]

11.9

92.8

[27.

2]92

.8 [2

7.2]

11.7

100.

0 [2

9.3]

100.

0 [2

9.3]

12.1

95.2

[27.

9]95

.2 [2

7.9]

11.8

92.6

[27.

1]92

.6 [2

7.1]

11.7

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

109.

4 [3

2.1]

71.8

[21.

0]13

.1

104.

1 [3

0.5]

63.5

[18.

6]12

.8

101.

3 [2

9.7]

59.2

[17.

3]12

.6

101.

9 [2

9.9]

90.3

[26.

5]13

.0

97.0

[28.

4]79

.9 [2

3.4]

12.7

94.4

[27.

7]74

.4 [2

1.8]

12.5

96.9

[28.

4]96

.9 [2

8.4]

12.9

92.2

[27.

0]92

.2 [2

7.0]

12.6

89.7

[26.

3]88

.5 [2

5.9]

12.4

95.6

[28.

0]95

.6 [2

8.0]

12.9

91.0

[26.

7]91

.0 [2

6.7]

12.5

88.6

[26.

0]88

.6 [2

6.0]

12.4

95.5

[28.

0]95

.5 [2

8.0]

12.8

90.9

[26.

6]90

.9 [2

6.6]

12.5

88.5

[25.

9]88

.5 [2

5.9]

12.3

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZT1

20A

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



EN

TE

RIN

G I

ND

OO

R A

IR @

80°F

[26.7

°C]

db

E ➀

wb

E71

°F [2

1.7°

C]67

°F [1

9.4°

C]63

°F [1

7.2°

C]61

°F [1

6.1°

C]59

°F [1

5.0°

C]C

FM [

L/s]

5070

[239

3]41

50 [1

959]

3380

[159

5]50

70 [2

393]

4150

[195

9]33

80 [1

595]

5070

[239

3]41

50 [1

959]

3380

[159

5]50

70 [2

393]

4150

[195

9]33

80 [1

595]

5070

[239

3]41

50 [1

959]

3380

[159

5]D

R ➀

0.11

0.08

0.05

0.11

0.08

0.05

0.11

0.08

0.05

0.11

0.08

0.05

0.11

0.08

0.05


]

75

[23.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

185.

9 [5

4.5]

100.

5 [2

9.4]

10.1

185.

9 [5

4.5]

100.

5 [2

9.4]

10.1

172.

7 [5

0.6]

83.2

[24.

4]9.

8

176.

2 [5

1.6]

121.

9 [3

5.7]

9.9

169.

4 [4

9.6]

110.

5 [3

2.4]

9.7

163.

6 [4

8.0]

100.

9 [2

9.6]

9.5

168.

2 [4

9.3]

139.

7 [4

0.9]

9.7

161.

7 [4

7.4]

126.

6 [3

7.1]

9.5

156.

2 [4

5.8]

115.

6 [3

3.9]

9.3

165.

1 [4

8.4]

146.

6 [4

3.0]

9.5

158.

7 [4

6.5]

132.

8 [3

8.9]

9.4

153.

4 [4

4.9]

121.

3 [3

5.6]

9.2

162.

9 [4

7.7]

151.

7 [4

4.5]

9.4

156.

6 [4

5.9]

137.

5 [4

0.3]

9.2

151.

3 [4

4.3]

125.

6 [3

6.8]

9.1

80

[26.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

181.

3 [5

3.1]

100.

4 [2

9.4]

10.6

181.

3 [5

3.1]

100.

4 [2

9.4]

10.6

168.

4 [4

9.4]

83.1

[24.

4]10

.2

171.

6 [5

0.3]

121.

8 [3

5.7]

10.4

164.

9 [4

8.3]

110.

4 [3

2.3]

10.2

159.

4 [4

6.7]

100.

8 [2

9.5]

10.0

163.

6 [4

7.9]

139.

6 [4

0.9]

10.1

157.

2 [4

6.1]

126.

5 [3

7.1]

9.9

151.

9 [4

4.5]

115.

5 [3

3.9]

9.8

160.

5 [4

7.0]

146.

5 [4

2.9]

10.0

154.

3 [4

5.2]

132.

7 [3

8.9]

9.8

149.

1 [4

3.7]

121.

3 [3

5.5]

9.7

158.

3 [4

6.4]

151.

6 [4

4.4]

9.9

152.

1 [4

4.6]

137.

4 [4

0.3]

9.7

147.

0 [4

3.1]

125.

5 [3

6.8]

9.6

85

[29.4

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

176.

5 [5

1.7]

99.6

[29.

2]11

.1

176.

5 [5

1.7]

99.6

[29.

2]11

.1

164.

0 [4

8.0]

82.5

[24.

2]10

.7

166.

8 [4

8.9]

121.

0 [3

5.5]

10.9

160.

3 [4

7.0]

109.

7 [3

2.1]

10.7

154.

9 [4

5.4]

100.

2 [2

9.4]

10.5

158.

8 [4

6.5]

138.

8 [4

0.7]

10.7

152.

6 [4

4.7]

125.

8 [3

6.9]

10.4

147.

5 [4

3.2]

114.

9 [3

3.7]

10.3

155.

7 [4

5.6]

145.

7 [4

2.7]

10.5

149.

7 [4

3.9]

132.

1 [3

8.7]

10.3

144.

6 [4

2.4]

120.

6 [3

5.4]

10.2

153.

5 [4

5.0]

150.

9 [4

4.2]

10.4

147.

5 [4

3.2]

136.

7 [4

0.1]

10.2

142.

6 [4

1.8]

124.

9 [3

6.6]

10.1

90

[32.2

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

171.

5 [5

0.3]

98.2

[28.

8]11

.7

171.

5 [5

0.3]

98.2

[28.

8]11

.7

159.

3 [4

6.7]

81.3

[23.

8]11

.2

161.

8 [4

7.4]

119.

6 [3

5.1]

11.4

155.

5 [4

5.6]

108.

4 [3

1.8]

11.2

150.

3 [4

4.0]

99.0

[29.

0]11

.0

153.

8 [4

5.1]

137.

4 [4

0.3]

11.2

147.

8 [4

3.3]

124.

5 [3

6.5]

11.0

142.

8 [4

1.9]

113.

8 [3

3.3]

10.8

150.

7 [4

4.2]

144.

3 [4

2.3]

11.1

144.

9 [4

2.5]

130.

8 [3

8.3]

10.9

140.

0 [4

1.0]

119.

5 [3

5.0]

10.7

148.

5 [4

3.5]

148.

5 [4

3.5]

11.0

142.

8 [4

1.8]

135.

5 [3

9.7]

10.8

137.

9 [4

0.4]

123.

7 [3

6.3]

10.6

95

[35]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

166.

4 [4

8.8]

96.2

[28.

2]12

.2

166.

4 [4

8.8]

96.2

[28.

2]12

.2

154.

5 [4

5.3]

79.6

[23.

3]11

.8

156.

6 [4

5.9]

117.

6 [3

4.5]

12.0

150.

6 [4

4.1]

106.

6 [3

1.2]

11.8

145.

5 [4

2.6]

97

.3 [2

8.5]

11.6

148.

6 [4

3.6]

135.

4 [3

9.7]

11.8

142.

9 [4

1.9]

122.

7 [3

6.0]

11.5

138.

0 [4

0.5]

112.

1 [3

2.8]

11.4

145.

6 [4

2.7]

142.

3 [4

1.7]

11.7

139.

9 [4

1.0]

128.

9 [3

7.8]

11.4

135.

2 [3

9.6]

117.

8 [3

4.5]

11.2

143.

3 [4

2.0]

143.

3 [4

2.0]

11.5

137.

8 [4

0.4]

133.

6 [3

9.2]

11.3

133.

1 [3

9.0]

122.

0 [3

5.8]

11.1

100

[37.8

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

161.

0 [4

7.2]

93.5

[27.

4]12

.8

161.

0 [4

7.2]

93.5

[27.

4]12

.8

149.

6 [4

3.8]

77.4

[22.

7]12

.4

151.

3 [4

4.3]

114.

9 [3

3.7]

12.6

145.

4 [4

2.6]

104.

1 [3

0.5]

12.4

140.

5 [4

1.2]

95.1

[27.

9]12

.2

143.

3 [4

2.0]

132.

7 [3

8.9]

12.4

137.

7 [4

0.4]

120.

2 [3

5.2]

12.1

133.

1 [3

9.0]

109.

8 [3

2.2]

11.9

140.

2 [4

1.1]

139.

6 [4

0.9]

12.3

134.

8 [3

9.5]

126.

5 [3

7.1]

12.0

130.

2 [3

8.2]

115.

5 [3

3.9]

11.8

138.

0 [4

0.4]

138.

0 [4

0.4]

12.1

132.

6 [3

8.9]

131.

2 [3

8.4]

11.9

128.

2 [3

7.6]

119.

8 [3

5.1]

11.7

105

[40.6

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

155.

5 [4

5.6]

90.1

[26.

4]13

.5

155.

5 [4

5.6]

90.1

[26.

4]13

.5

144.

4 [4

2.3]

74.6

[21.

9]13

.0

145.

7 [4

2.7]

111.

5 [3

2.7]

13.2

140.

1 [4

1.0]

101.

1 [2

9.6]

13.0

135.

4 [3

9.7]

92.3

[27.

1]12

.8

137.

7 [4

0.4]

129.

3 [3

7.9]

13.0

132.

4 [3

8.8]

117.

2 [3

4.3]

12.8

127.

9 [3

7.5]

107.

1 [3

1.4]

12.6

134.

7 [3

9.5]

134.

7 [3

9.5]

12.9

129.

4 [3

7.9]

123.

5 [3

6.2]

12.6

125.

1 [3

6.7]

112.

8 [3

3.0]

12.4

132.

4 [3

8.8]

132.

4 [3

8.8]

12.8

127.

3 [3

7.3]

127.

3 [3

7.3]

12.5

123.

0 [3

6.0]

117.

0 [3

4.3]

12.3

110

[43.3

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

149.

7 [4

3.9]

86.2

[25.

2]14

.1

149.

7 [4

3.9]

86.2

[25.

2]14

.1

139.

1 [4

0.8]

71.3

[20.

9]13

.6

140.

0 [4

1.0]

107.

5 [3

1.5]

13.9

134.

6 [3

9.4]

97.5

[28.

6]13

.6

130.

0 [3

8.1]

89.0

[26.

1]13

.4

132.

0 [3

8.7]

125.

3 [3

6.7]

13.7

126.

9 [3

7.2]

113.

6 [3

3.3]

13.4

122.

6 [3

5.9]

103.

7 [3

0.4]

13.2

128.

9 [3

7.8]

128.

9 [3

7.8]

13.6

123.

9 [3

6.3]

119.

8 [3

5.1]

13.3

119.

7 [3

5.1]

109.

5 [3

2.1]

13.1

126.

7 [3

7.1]

126.

7 [3

7.1]

13.4

121.

8 [3

5.7]

121.

8 [3

5.7]

13.2

117.

7 [3

4.5]

113.

7 [3

3.3]

13.0

115

[46.1

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

143.

8 [4

2.1]

81.5

[23.

9]14

.8

143.

8 [4

2.1]

81.5

[23.

9]14

.8

133.

6 [3

9.1]

67.5

[19.

8]14

.3

134.

1 [3

9.3]

102.

9 [3

0.2]

14.6

128.

9 [3

7.8]

93.3

[27.

3]14

.3

124.

5 [3

6.5]

85.2

[25.

0]14

.1

126.

1 [3

6.9]

120.

7 [3

5.4]

14.4

121.

2 [3

5.5]

109.

4 [3

2.0]

14.1

117.

1 [3

4.3]

99.9

[29.

3]13

.9

123.

0 [3

6.0]

123.

0 [3

6.0]

14.3

118.

2 [3

4.6]

115.

6 [3

3.9]

14.0

114.

2 [3

3.5]

105.

6 [3

1.0]

13.8

120.

8 [3

5.4]

120.

8 [3

5.4]

14.1

116.

1 [3

4.0]

116.

1 [3

4.0]

13.9

112.

2 [3

2.9]

109.

9 [3

2.2]

13.6

120

[48.9

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

137.

7 [4

0.3]

76.2

[22.

3]15

.6

137.

7 [4

0.3]

76.2

[22.

3]15

.6

127.

9 [3

7.5]

63.1

[18.

5]15

.0

127.

9 [3

7.5]

97.6

[28.

6]15

.3

123.

0 [3

6.0]

88.5

[25.

9]15

.0

118.

8 [3

4.8]

80.8

[23.

7]14

.8

119.

9 [3

5.1]

115.

4 [3

3.8]

15.1

115.

3 [3

3.8]

104.

6 [3

0.6]

14.8

111.

4 [3

2.6]

95.5

[28.

0]14

.6

116.

9 [3

4.2]

116.

9 [3

4.2]

15.0

112.

3 [3

2.9]

110.

8 [3

2.5]

14.7

108.

6 [3

1.8]

101.

2 [2

9.7]

14.5

114.

6 [3

3.6]

114.

6 [3

3.6]

14.9

110.

2 [3

2.3]

110.

2 [3

2.3]

14.6

106.

5 [3

1.2]

105.

5 [3

0.9]

14.3

125

[51.7

]

Tota

l B

TU

H [

kW

]

Sen

s B

TU

H [

kW

]

Pow

er

131.

4 [3

8.5]

70.3

[20.

6]16

.3

131.

4 [3

8.5]

70.3

[20.

6]16

.3

122.

0 [3

5.8]

58.2

[17.

0]15

.7

121.

6 [3

5.6]

91.7

[26.

9]16

.1

116.

9 [3

4.3]

83.1

[24.

3]15

.8

113.

0 [3

3.1]

75.9

[22.

2]15

.5

113.

6 [3

3.3]

109.

4 [3

2.1]

15.9

109.

2 [3

2.0]

99.2

[29.

1]15

.6

105.

5 [3

0.9]

90.6

[26.

5]15

.3

110.

6 [3

2.4]

110.

6 [3

2.4]

15.7

106.

3 [3

1.1]

105.

4 [3

0.9]

15.4

102.

7 [3

0.1]

96.3

[28.

2]15

.2

108.

3 [3

1.7]

108.

3 [3

1.7]

15.6

104.

1 [3

0.5]

104.

1 [3

0.5]

15.3

100.

6 [2

9.5]

100.

6 [2

9.5]

15.1

DR —

Depr

essi

on ra

tiodb

E —

Ente

ring

air d

ry b

ulb

wbE

—En

terin

g ai

r wet

bul

b

Tota

l —

Tota

l cap

acity

x 1

000

BTUH

Sens

—Se

nsib

le c

apac

ity x

100

0 BT

UHPo

wer

—KW

inpu

t

NO

TES

:➀ W

hen

the

ente

ring

air d

ry b

ulb

is o

ther

than

80°

F [2

7°C]

, adj

ust t

he s

ensi

ble

capa

city

from

the

tabl

e by

add

ing

[1.1

0 x

CFM

x (1

– D

R) x

(dbE

– 8

0)].

CO

OLI

NG

PE

RFO

RM

AN

CE

DAT

A—

RA

CD

ZT1

50A

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



ENTERING INDOOR AIR @ 75°F [23.9°C] dbE ➀wbE 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C]

CFM [L/s] 1800 [850] 1700 [802] 1200 [566] 1800 [850] 1700 [802] 1200 [566] 1800 [850] 1700 [802] 1200 [566]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]

Total BTUH [kW]Sens BTUH [kW]Power

29.7 [8.7]6.5 [1.9]

3.2

29.4 [8.6]6.3 [1.8]

3.1

27.9 [8.2]5.4 [1.6]

3.1

27.0 [7.9]9.0 [2.6]

3.2

26.7 [7.8]8.7 [2.6]

3.2

25.3 [7.4]7.5 [2.2]

3.1

26.6 [7.8]11.4 [3.4]

3.2

26.4 [7.7]11.1 [3.3]

3.2

24.9 [7.3]9.6 [2.8]

3.1

65[18.3]


29.5 [8.6]5.0 [1.5]

3.2

29.2 [8.5]4.9 [1.4]

3.2

27.6 [8.1]4.2 [1.2]

3.1

26.7 [7.8]7.6 [2.2]

3.3

26.4 [7.7]7.4 [2.2]

3.2

25.0 [7.3]6.3 [1.9]

3.2

26.4 [7.7]10.0 [2.9]

3.2

26.1 [7.6]9.7 [2.9]

3.2

24.7 [7.2]8.4 [2.5]

3.1

70[21.1]


28.8 [8.4]3.7 [1.1]

3.2

28.5 [8.4]3.6 [1.0]

3.2

27.0 [7.9]3.1 [0.9]

3.1

26.0 [7.6]6.2 [1.8]

3.3

25.8 [7.6]6.0 [1.8]

3.3

24.4 [7.1]5.2 [1.5]

3.2

25.7 [7.5]8.6 [2.5]

3.3

25.4 [7.5]8.4 [2.5]

3.3

24.1 [7.1]7.2 [2.1]

3.2

75[23.9]


27.8 [8.1]2.3 [0.7]

3.3

27.5 [8.1]2.3 [0.7]

3.3

26.0 [7.6]2.0 [0.6]

3.2

25.0 [7.3]4.9 [1.4]

3.4

24.7 [7.2]4.7 [1.4]

3.4

23.4 [6.9]4.1 [1.2]

3.3

24.7 [7.2]7.3 [2.1]

3.4

24.4 [7.2]7.1 [2.1]

3.4

23.1 [6.8]6.1 [1.8]

3.3

80[26.7]


26.3 [7.7]1.1 [0.3]

3.4

26.0 [7.6]1.0 [0.3]

3.4

24.6 [7.2]0.9 [0.3]

3.3

23.5 [6.9]3.6 [1.0]

3.5

23.3 [6.8]3.5 [1.0]

3.5

22.1 [6.5]3.0 [0.9]

3.4

23.2 [6.8]6.0 [1.8]

3.5

23.0 [6.7]5.9 [1.7]

3.5

21.7 [6.4]5.1 [1.5]

3.4

85[29.4]


24.5 [7.2]-0.2 [-0.1]

3.6

24.2 [7.1]-0.2 [0.0]

3.6

22.9 [6.7]-0.1 [0.0]

3.5

21.7 [6.4]2.4 [0.7]

3.7

21.5 [6.3]2.3 [0.7]

3.6

20.3 [6.0]2.0 [0.6]

3.6

21.4 [6.3]4.8 [1.4]

3.6

21.1 [6.2]4.7 [1.4]

3.6

20.0 [5.9]4.0 [1.2]

3.5

90[32.2]


22.2 [6.5]-1.3 [-0.4]

3.8

22.0 [6.4]-1.3 [-0.4]

3.7

20.8 [6.1]-1.1 [-0.3]

3.6

19.5 [5.7]1.2 [0.3]

3.8

19.3 [5.6]1.1 [0.3]

3.8

18.2 [5.3]1.0 [0.3]

3.7

19.1 [5.6]3.6 [1.1]

3.8

18.9 [5.5]3.5 [1.0]

3.8

17.9 [5.3]3.0 [0.9]

3.7

GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)—RACDZS090


CFM [L/s] 3600 [1699] 2900 [1369] 2400 [1133] 3600 [1699] 2900 [1369] 2400 [1133] 3600 [1699] 2900 [1369] 2400 [1133]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


41.7 [12.2]8.9 [2.6]

5.0

39.9 [11.7]8.0 [2.4]

4.9

38.7 [11.3]7.4 [2.2]

4.8

40.1 [11.8]12.8 [3.7]

4.9

38.4 [11.3]11.5 [3.4]

4.8

37.2 [10.9]10.5 [3.1]

4.8

40.0 [11.7]18.5 [5.4]

4.9

38.3 [11.2]16.7 [4.9]

4.8

37.1 [10.9]15.3 [4.5]

4.8

70[21.1]


39.8 [11.7]5.9 [1.7]

5.1

38.1 [11.2]5.3 [1.6]

5.0

36.9 [10.8]4.9 [1.4]

4.9

38.3 [11.2]9.8 [2.9]

5.1

36.7 [10.7]8.8 [2.6]

5.0

35.5 [10.4]8.1 [2.4]

4.9

38.1 [11.2]15.5 [4.6]

5.0

36.5 [10.7]14.0 [4.1]

4.9

35.4 [10.4]12.8 [3.8]

4.9

80[26.7]


36.7 [10.7]2.1 [0.6]

5.4

35.1 [10.3]1.9 [0.5]

5.3

34.0 [10.0]1.7 [0.5]

5.2

35.1 [10.3]5.9 [1.7]

5.3

33.7 [9.9]5.3 [1.6]

5.2

32.6 [9.6]4.9 [1.4]

5.1

35.0 [10.3]11.7 [3.4]

5.3

33.5 [9.8]10.5 [3.1]

5.2

32.5 [9.5]9.6 [2.8]

5.1

90[32.2]


32.3 [9.5]-2.7 [-0.8]

5.8

30.9 [9.1]-2.4 [-0.7]

5.6

30.0 [8.8]-2.2 [-0.6]

5.6

30.8 [9.0]1.2 [0.3]

5.7

29.5 [8.6]1.0 [0.3]

5.6

28.5 [8.4]1.0 [0.3]

5.5

30.6 [9.0]6.9 [2.0]

5.7

29.3 [8.6]6.2 [1.8]

5.6

28.4 [8.3]5.7 [1.7]

5.5

100[37.8]


26.7 [7.8]-8.3 [-2.4]

6.3

25.5 [7.5]-7.4 [-2.2]

6.2

24.7 [7.3]-6.8 [-2.0]

6.1

25.1 [7.4]-4.4 [-1.3]

6.2

24.1 [7.1]-4.0 [-1.2]

6.1

23.3 [6.8]-3.7 [-1.1]

6.0

25.0 [7.3]1.3 [0.4]

6.2

23.9 [7.0]1.2 [0.4]

6.1

23.2 [6.8]1.1 [0.3]

6.0

110[43.3]


19.8 [5.8]-14.7 [-4.3]

6.9

19.0 [5.6]-13.2 [-3.9]

6.8

18.4 [5.4]-12.2 [-3.6]

6.7

18.3 [5.4]-10.9 [-3.2]

6.9

17.5 [5.1]-9.8 [-2.9]

6.7

17.0 [5.0]-9.0 [-2.6]

6.6

18.1 [5.3]-5.1 [-1.5]

6.9

17.4 [5.1]-4.6 [-1.4]

6.7

16.8 [4.9]-4.2 [-1.2]

6.6

120[48.9]


11.7 [3.4]-22.1 [-6.5]

7.8

11.2 [3.3]-19.8 [-5.8]

7.6

10.8 [3.2]-18.2 [-5.3]

7.5

10.1 [3.0]-18.2 [-5.3]

7.7

9.7 [2.8]-16.4 [-4.8]

7.5

9.4 [2.8]-15.1 [-4.4]

7.4

10.0 [2.9]-12.5 [-3.7]

7.7

9.6 [2.8]-11.2 [-3.3]

7.5

9.3 [2.7]-10.3 [-3.0]

7.4

GROSS SYSTEMS PERFORMANCE DATA (HIGH REHEAT MODE)—RACDZS090




CFM [L/s] 2100 [991] 1700 [802] 1400 [661] 2100 [991] 1700 [802] 1400 [661] 2100 [991] 1700 [802] 1400 [661]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


36.6 [10.7]7.1 [2.1]

3.9

35.1 [10.3]6.4 [1.9]

3.8

33.9 [9.9]5.9 [1.7]

3.7

34.5 [10.1]9.0 [2.6]

3.8

33.1 [9.7]8.1 [2.4]

3.8

32.1 [9.4]7.4 [2.2]

3.7

31.9 [9.3]10.7 [3.1]

3.8

30.6 [9.0]9.7 [2.8]

3.8

29.6 [8.7]8.9 [2.6]

3.7

65[18.3]


35.5 [10.4]6.1 [1.8]

3.9

34.0 [10.0]5.5 [1.6]

3.8

32.9 [9.6]5.0 [1.5]

3.8

33.4 [9.8]8.0 [2.3]

3.9

32.1 [9.4]7.2 [2.1]

3.8

31.0 [9.1]6.6 [1.9]

3.8

30.8 [9.0]9.7 [2.8]

3.9

29.5 [8.6]8.7 [2.6]

3.8

28.6 [8.4]8.0 [2.4]

3.8

70[21.1]


34.1 [10.0]4.8 [1.4]

4.0

32.7 [9.6]4.3 [1.3]

3.9

31.7 [9.3]4.0 [1.2]

3.9

32.1 [9.4]6.7 [2.0]

4.0

30.8 [9.0]6.0 [1.8]

3.9

29.8 [8.7]5.5 [1.6]

3.9

29.5 [8.6]8.5 [2.5]

4.0

28.3 [8.3]7.6 [2.2]

3.9

27.4 [8.0]7.0 [2.0]

3.9

75[23.9]


32.7 [9.6]3.3 [1.0]

4.1

31.3 [9.2]3.0 [0.9]

4.0

30.3 [8.9]2.8 [0.8]

4.0

30.6 [9.0]5.2 [1.5]

4.1

29.4 [8.6]4.7 [1.4]

4.0

28.4 [8.3]4.3 [1.3]

4.0

28.0 [8.2]7.0 [2.0]

4.1

26.8 [7.9]6.3 [1.8]

4.0

26.0 [7.6]5.8 [1.7]

4.0

80[26.7]


31.0 [9.1]1.7 [0.5]

4.3

29.7 [8.7]1.5 [0.4]

4.2

28.8 [8.4]1.4 [0.4]

4.1

29.0 [8.5]3.6 [1.0]

4.3

27.8 [8.1]3.2 [0.9]

4.2

26.9 [7.9]2.9 [0.9]

4.1

26.3 [7.7]5.3 [1.6]

4.3

25.2 [7.4]4.8 [1.4]

4.2

24.4 [7.2]4.4 [1.3]

4.1

85[29.4]


29.1 [8.5]-0.2 [-0.1]

4.4

27.9 [8.2]-0.2 [-0.1]

4.3

27.0 [7.9]-0.2 [-0.1]

4.3

27.1 [7.9]1.7 [0.5]

4.4

26.0 [7.6]1.5 [0.4]

4.3

25.1 [7.4]1.4 [0.4]

4.3

24.4 [7.2]3.4 [1.0]

4.4

23.4 [6.9]3.1 [0.9]

4.3

22.7 [6.6]2.8 [0.8]

4.3

90[32.2]


27.1 [7.9]-2.3 [-0.7]

4.6

26.0 [7.6]-2.1 [-0.6]

4.5

25.1 [7.4]-1.9 [-0.6]

4.4

25.0 [7.3]-0.4 [-0.1]

4.6

24.0 [7.0]-0.4 [-0.1]

4.5

23.2 [6.8]-0.4 [-0.1]

4.4

22.4 [6.6]1.3 [0.4]

4.6

21.5 [6.3]1.2 [0.3]

4.5

20.8 [6.1]1.1 [0.3]

4.4

GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)–RACDZS102


CFM [L/s] 4100 [1935] 2900 [1369] 2700 [1274] 4100 [1935] 2900 [1369] 2700 [1274] 4100 [1935] 2900 [1369] 2700 [1274]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


57.6 [16.9]12.7 [3.7]

6.6

53.6 [15.7]10.7 [3.1]

6.4

52.9 [15.5]10.3 [3.0]

6.3

45.7 [13.4]14.6 [4.3]

5.2

42.5 [12.5]12.2 [3.6]

5.0

42.0 [12.3]11.8 [3.5]

5.0

51.3 [15.0]20.5 [6.0]

6.3

47.7 [14.0]17.2 [5.0]

6.1

47.1 [13.8]16.6 [4.9]

6.0

70[21.1]


52.7 [15.5]10.1 [3.0]

6.4

49.1 [14.4]8.5 [2.5]

6.1

48.4 [14.2]8.2 [2.4]

6.1

40.9 [12.0]11.9 [3.5]

5.0

38.0 [11.1]10.0 [2.9]

4.8

37.5 [11.0]9.7 [2.8]

4.8

46.4 [13.6]17.9 [5.2]

6.0

43.2 [12.7]15.0 [4.4]

5.8

42.6 [12.5]14.5 [4.2]

5.8

80[26.7]


46.3 [13.6]5.6 [1.6]

6.4

43.1 [12.6]4.7 [1.4]

6.1

42.6 [12.5]4.5 [1.3]

6.1

34.5 [10.1]7.4 [2.2]

5.0

32.1 [9.4]6.2 [1.8]

4.8

31.6 [9.3]6.0 [1.8]

4.8

40.0 [11.7]13.3 [3.9]

6.1

37.2 [10.9]11.2 [3.3]

5.8

36.7 [10.8]10.8 [3.2]

5.8

90[32.2]


38.4 [11.2]-0.9 [-0.3]

6.6

35.7 [10.5]-0.7 [-0.2]

6.4

35.2 [10.3]-0.7 [-0.2]

6.4

26.5 [7.8]0.9 [0.3]

5.2

24.7 [7.2]0.8 [0.2]

5.1

24.3 [7.1]0.8 [0.2]

5.0

32.1 [9.4]6.9 [2.0]

6.3

29.8 [8.7]5.8 [1.7]

6.1

29.4 [8.6]5.6 [1.6]

6.1

100[37.8]


28.9 [8.5]-9.2 [-2.7]

7.2

26.9 [7.9]-7.7 [-2.3]

6.9

26.5 [7.8]-7.5 [-2.2]

6.9

17.0 [5.0]-7.4 [-2.2]

5.8

15.8 [4.6]-6.2 [-1.8]

5.6

15.6 [4.6]-6.0 [-1.8]

5.5

22.6 [6.6]-1.5 [-0.4]

6.8

21.0 [6.1]-1.2 [-0.4]

6.6

20.7 [6.1]-1.2 [-0.4]

6.6

110[43.3]


17.9 [5.2]-19.5 [-5.7]

7.9

16.6 [4.9]-16.3 [-4.8]

7.7

16.4 [4.8]-15.8 [-4.6]

7.6

6.0 [1.8]-17.7 [-5.2]

6.5

5.6 [1.6]-14.8 [-4.3]

6.3

5.5 [1.6]-14.3 [-4.2]

6.3

11.5 [3.4]-11.7 [-3.4]

7.6

10.7 [3.1]-9.8 [-2.9]

7.4

10.6 [3.1]-9.5 [-2.8]

7.3

120[48.9]


5.3 [1.5]-31.6 [-9.3]

9.0

4.9 [1.4]-26.5 [-7.8]

8.7

4.9 [1.4]-25.7 [-7.5]

8.6

-6.6 [-1.9]-29.8 [-8.7]

7.6

-6.1 [-1.8]-25.0 [-7.3]

7.3

-6.0 [-1.8]-24.2 [-7.1]

7.3

-1.0 [-0.3]-23.9 [-7.0]

8.7

-1.0 [-0.3]-20.0 [-5.9]

8.4

-1.0 [-0.3]-19.4 [-5.7]

8.3





CFM [L/s] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133] 2000 [944]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


46.5 [13.6]12.9 [3.8]

4.6

44.4 [13.0]11.6 [3.4]

4.5

43.1 [12.6]10.7 [3.1]

4.4

43.1 [12.6]13.8 [4.0]

4.5

41.2 [12.1]12.3 [3.6]

4.4

40.0 [11.7]11.4 [3.3]

4.3

40.3 [11.8]18.5 [5.4]

4.5

38.6 [11.3]16.5 [4.8]

4.4

37.4 [11.0]15.3 [4.5]

4.3

65[18.3]


45.7 [13.4]10.5 [3.1]

4.6

43.7 [12.8]9.4 [2.8]

4.5

42.4 [12.4]8.7 [2.5]

4.5

42.3 [12.4]11.4 [3.3]

4.6

40.5 [11.9]10.2 [3.0]

4.5

39.3 [11.5]9.4 [2.8]

4.4

39.6 [11.6]16.1 [4.7]

4.5

37.8 [11.1]14.4 [4.2]

4.4

36.7 [10.8]13.3 [3.9]

4.4

70[21.1]


44.7 [13.1]8.3 [2.4]

4.7

42.7 [12.5]7.4 [2.2]

4.6

41.4 [12.1]6.9 [2.0]

4.6

41.3 [12.1]9.2 [2.7]

4.7

39.5 [11.6]8.2 [2.4]

4.6

38.3 [11.2]7.6 [2.2]

4.5

38.5 [11.3]13.9 [4.1]

4.6

36.9 [10.8]12.4 [3.6]

4.5

35.7 [10.5]11.4 [3.4]

4.5

75[23.9]


43.4 [12.7]6.3 [1.8]

4.9

41.5 [12.2]5.6 [1.7]

4.8

40.2 [11.8]5.2 [1.5]

4.7

40.0 [11.7]7.2 [2.1]

4.8

38.3 [11.2]6.4 [1.9]

4.7

37.1 [10.9]5.9 [1.7]

4.7

37.2 [10.9]11.9 [3.5]

4.8

35.6 [10.4]10.6 [3.1]

4.7

34.5 [10.1]9.8 [2.9]

4.6

80[26.7]


41.8 [12.2]4.5 [1.3]

5.1

40.0 [11.7]4.0 [1.2]

5

38.8 [11.4]3.7 [1.1]

4.9

38.4 [11.3]5.4 [1.6]

5

36.8 [10.8]4.8 [1.4]

4.9

35.6 [10.4]4.4 [1.3]

4.9

35.7 [10.5]10.1 [2.9]

5

34.1 [10.0]9.0 [2.6]

4.9

33.1 [9.7]8.3 [2.4]

4.8

85[29.4]


40.0 [11.7]2.9 [0.8]

5.4

38.2 [11.2]2.6 [0.8]

5.3

37.1 [10.9]2.4 [0.7]

5.2

36.6 [10.7]3.8 [1.1]

5.3

35.0 [10.3]3.4 [1.0]

5.2

33.9 [9.9]3.1 [0.9]

5.1

33.8 [9.9]8.5 [2.5]

5.3

32.4 [9.5]7.6 [2.2]

5.2

31.4 [9.2]7.0 [2.0]

5.1

90[32.2]


37.9 [11.1]1.5 [0.4]

5.7

36.2 [10.6]1.3 [0.4]

5.6

35.1 [10.3]1.2 [0.4]

5.5

34.5 [10.1]2.4 [0.7]

5.6

33.0 [9.7]2.1 [0.6]

5.5

32.0 [9.4]2.0 [0.6]

5.4

31.7 [9.3]7.1 [2.1]

5.6

30.4 [8.9]6.3 [1.9]

5.5

29.4 [8.6]5.8 [1.7]

5.4



CFM [L/s] 4800 [2265] 3800 [1793] 3200 [1510] 4800 [2265] 3800 [1793] 3200 [1510] 4800 [2265] 3800 [1793] 3200 [1510]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


58.1 [17.0]10.5 [3.1]

7.0

55.4 [16.2]9.3 [2.7]

6.9

53.9 [15.8]8.6 [2.5]

6.8

55.5 [16.3]15.6 [4.6]

6.9

53.0 [15.5]13.9 [4.1]

6.8

51.4 [15.1]12.9 [3.8]

6.7

53.1 [15.6]19.9 [5.8]

6.9

50.7 [14.9]17.7 [5.2]

6.8

49.2 [14.4]16.4 [4.8]

6.7

70[21.1]


53.4 [15.7]8.3 [2.4]

7.1

51.0 [14.9]7.4 [2.2]

7.0

49.5 [14.5]6.8 [2.0]

6.9

50.8 [14.9]13.4 [3.9]

7.0

48.5 [14.2]12.0 [3.5]

6.9

47.1 [13.8]11.1 [3.2]

6.8

48.4 [14.2]17.7 [5.2]

7.0

46.2 [13.5]15.8 [4.6]

6.9

44.9 [13.2]14.6 [4.3]

6.8

80[26.7]


48.4 [14.2]4.5 [1.3]

7.4

46.2 [13.5]4.0 [1.2]

7.3

44.9 [13.2]3.7 [1.1]

7.2

45.8 [13.4]9.7 [2.8]

7.3

43.7 [12.8]8.6 [2.5]

7.2

42.5 [12.4]8.0 [2.3]

7.1

43.4 [12.7]14.0 [4.1]

7.3

41.5 [12.1]12.5 [3.6]

7.2

40.3 [11.8]11.5 [3.4]

7.1

90[32.2]


43.1 [12.6]-0.8 [-0.2]

7.9

41.1 [12.0]-0.7 [-0.2]

7.7

39.9 [11.7]-0.6 [-0.2]

7.6

40.5 [11.9]4.4 [1.3]

7.8

38.6 [11.3]3.9 [1.1]

7.7

37.5 [11.0]3.6 [1.1]

7.5

38.1 [11.2]8.7 [2.5]

7.8

36.3 [10.6]7.7 [2.3]

7.6

35.3 [10.3]7.2 [2.1]

7.5

100[37.8]


37.4 [11.0]-7.6 [-2.2]

8.6

35.7 [10.5]-6.8 [-2.0]

8.4

34.6 [10.2]-6.3 [-1.8]

8.3

34.8 [10.2]-2.5 [-0.7]

8.5

33.2 [9.7]-2.2 [-0.6]

8.3

32.2 [9.4]-2.0 [-0.6]

8.2

32.4 [9.5]1.8 [0.5]

8.5

30.9 [9.1]1.6 [0.5]

8.3

30.0 [8.8]1.5 [0.4]

8.2

110[43.3]


31.3 [9.2]-16.0 [-4.7]

9.5

29.9 [8.8]-14.3 [-4.2]

9.3

29.0 [8.5]-13.2 [-3.9]

9.2

28.7 [8.4]-10.9 [-3.2]

9.4

27.4 [8.0]-9.7 [-2.8]

9.2

26.6 [7.8]-9.0 [-2.6]

9.1

26.3 [7.7]-6.6 [-1.9]

9.4

25.1 [7.4]-5.9 [-1.7]

9.2

24.4 [7.1]-5.5 [-1.6]

9.0

120[48.9]


24.9 [7.3]-26.0 [-7.6]

10.6

23.8 [7.0]-23.2 [-6.8]

10.3

23.1 [6.8]-21.5 [-6.3]

10.2

22.3 [6.5]-20.9 [-6.1]

10.5

21.3 [6.2]-18.6 [-5.5]

10.2

20.7 [6.1]-17.2 [-5.0]

10.1

19.9 [5.8]-16.6 [-4.9]

10.5

19.0 [5.6]-14.8 [-4.3]

10.2

18.5 [5.4]-13.7 [-4.0]

10.1





CFM [L/s] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133] 2000 [944]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


46.5 [13.6]12.9 [3.8]

4.6

44.4 [13.0]11.6 [3.4]

4.5

43.1 [12.6]10.7 [3.1]

4.4

43.1 [12.6]13.8 [4.0]

4.5

41.2 [12.1]12.3 [3.6]

4.4

40.0 [11.7]11.4 [3.3]

4.3

40.3 [11.8]18.5 [5.4]

4.5

38.6 [11.3]16.5 [4.8]

4.4

37.4 [11.0]15.3 [4.5]

4.3

65[18.3]


45.7 [13.4]10.5 [3.1]

4.6

43.7 [12.8]9.4 [2.8]

4.5

42.4 [12.4]8.7 [2.5]

4.5

42.3 [12.4]11.4 [3.3]

4.6

40.5 [11.9]10.2 [3.0]

4.5

39.3 [11.5]9.4 [2.8]

4.4

39.6 [11.6]16.1 [4.7]

4.5

37.8 [11.1]14.4 [4.2]

4.4

36.7 [10.8]13.3 [3.9]

4.4

70[21.1]


44.7 [13.1]8.3 [2.4]

4.7

42.7 [12.5]7.4 [2.2]

4.6

41.4 [12.1]6.9 [2.0]

4.6

41.3 [12.1]9.2 [2.7]

4.7

39.5 [11.6]8.2 [2.4]

4.6

38.3 [11.2]7.6 [2.2]

4.5

38.5 [11.3]13.9 [4.1]

4.6

36.9 [10.8]12.4 [3.6]

4.5

35.7 [10.5]11.4 [3.4]

4.5

75[23.9]


43.4 [12.7]6.3 [1.8]

4.9

41.5 [12.2]5.6 [1.7]

4.8

40.2 [11.8]5.2 [1.5]

4.7

40.0 [11.7]7.2 [2.1]

4.8

38.3 [11.2]6.4 [1.9]

4.7

37.1 [10.9]5.9 [1.7]

4.7

37.2 [10.9]11.9 [3.5]

4.8

35.6 [10.4]10.6 [3.1]

4.7

34.5 [10.1]9.8 [2.9]

4.6

80[26.7]


41.8 [12.2]4.5 [1.3]

5.1

40.0 [11.7]4.0 [1.2]

5

38.8 [11.4]3.7 [1.1]

4.9

38.4 [11.3]5.4 [1.6]

5

36.8 [10.8]4.8 [1.4]

4.9

35.6 [10.4]4.4 [1.3]

4.9

35.7 [10.5]10.1 [2.9]

5

34.1 [10.0]9.0 [2.6]

4.9

33.1 [9.7]8.3 [2.4]

4.8

85[29.4]


40.0 [11.7]2.9 [0.8]

5.4

38.2 [11.2]2.6 [0.8]

5.3

37.1 [10.9]2.4 [0.7]

5.2

36.6 [10.7]3.8 [1.1]

5.3

35.0 [10.3]3.4 [1.0]

5.2

33.9 [9.9]3.1 [0.9]

5.1

33.8 [9.9]8.5 [2.5]

5.3

32.4 [9.5]7.6 [2.2]

5.2

31.4 [9.2]7.0 [2.0]

5.1

90[32.2]


37.9 [11.1]1.5 [0.4]

5.7

36.2 [10.6]1.3 [0.4]

5.6

35.1 [10.3]1.2 [0.4]

5.5

34.5 [10.1]2.4 [0.7]

5.6

33.0 [9.7]2.1 [0.6]

5.5

32.0 [9.4]2.0 [0.6]

5.4

31.7 [9.3]7.1 [2.1]

5.6

30.4 [8.9]6.3 [1.9]

5.5

29.4 [8.6]5.8 [1.7]

5.4



CFM [L/s] 6000 [2832] 4100 [1935] 4000 [1888] 6000 [2832] 4100 [1935] 4000 [1888] 6000 [2832] 4100 [1935] 4000 [1888]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60ºF[15.6]


99.3 [29.1]33.3 [9.7]

9.5

91.5 [26.8]27.4 [8.0]

9.1

91.1 [26.7]27.0 [7.9]

9.1

101.6 [29.8]40.1 [11.8]

9.3

93.7 [27.4]33.0 [9.7]

8.9

93.2 [27.3]32.6 [9.6]

8.9

92.7 [27.2]46.4 [13.6]

9.3

85.5 [25.1]38.1 [11.2]

8.9

85.2 [25.0]37.7 [11.0]

8.9

70ºF[21.1]


94.4 [27.7]27 [7.9]

9.7

87.1 [25.5]22.2 [6.5]

9.3

86.7 [25.4]21.9 [6.4]

9.3

96.7 [28.3]33.9 [9.9]

9.5

89.2 [26.1]27.9 [8.2]

9.2

88.8 [26.0]27.5 [8.1]

9.2

87.9 [25.8]40.1 [11.7]

9.5

81.1 [23.8]33.0 [9.7]

9.2

80.7 [23.7]32.6 [9.5]

9.1

80ºF[26.7]


87.6 [25.7]20.1 [5.9]

10.2

80.8 [23.7]16.5 [4.8]

9.8

80.4 [23.6]16.3 [4.8]

9.8

89.9 [26.3]27.0 [7.9]

10

82.9 [24.3]22.2 [6.5]

9.6

82.5 [24.2]21.9 [6.4]

9.6

81.1 [23.8]33.2 [9.7]

10

74.8 [21.9]27.3 [8.0]

9.6

74.4 [21.8]27.0 [7.9]

9.6

90ºF[32.2]


78.7 [23.1]12.5 [3.7]

11

72.6 [21.3]10.3 [3.0]

10.5

72.3 [21.2]10.2 [3.0]

10.5

81.0 [23.7]19.4 [5.7]

10.8

74.7 [21.9]15.9 [4.7]

10.4

74.4 [21.8]15.8 [4.6]

10.3

72.2 [21.2]25.6 [7.5]

10.8

66.6 [19.5]21.0 [6.2]

10.3

66.3 [19.4]20.8 [6.1]

10.3

100ºF[37.8]


67.8 [19.9]4.3 [1.3]

11.9

62.5 [18.3]3.5 [1.0]

11.5

62.3 [18.2]3.5 [1.0]

11.4

70.1 [20.5]11.2 [3.3]

11.8

64.7 [18.9]9.2 [2.7]

11.3

64.4 [18.9]9.1 [2.7]

11.3

61.3 [18.0]17.4 [5.1]

11.8

56.5 [16.6]14.3 [4.2]

11.3

56.3 [16.5]14.1 [4.1]

11.3

110[43.3]


54.9 [16.1]-4.6 [-1.3]

13.2

50.6 [14.8]-3.8 [-1.1]

12.6

50.4 [14.8]-3.7 [-1.1]

12.6

57.2 [16.8]2.3 [0.7]

13

52.7 [15.5]1.9 [0.5]

12.5

52.5 [15.4]1.9 [0.5]

12.4

48.4 [14.2]8.5 [2.5]

13

44.6 [13.1]7.0 [2.0]

12.5

44.4 [13.0]6.9 [2.0]

12.4

120[48.9]


40.0 [11.7]-14.1 [-4.1]

14.6

36.8 [10.8]-11.6 [-3.4]

14.1

36.7 [10.8]-11.5 [-3.4]

14

42.3 [12.4]-7.2 [-2.1]

14.5

39.0 [11.4]-6.0 [-1.7]

13.9

38.8 [11.4]-5.9 [-1.7]

13.9

33.4 [9.8]-1.0 [-0.3]

14.4

30.8 [0.9]-0.9 [-0.2]

13.9

30.7 [9.0]-0.8 [-0.2]

13.8





CFM [L/s] 1800 [850] 1700 [802] 1200 [566] 1800 [850] 1700 [802] 1200 [566] 1800 [850] 1700 [802] 1200 [566]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


29.7 [8.7]6.5 [1.9]

3.2

29.4 [8.6]6.3 [1.8]

3.1

27.9 [8.2]5.4 [1.6]

3.1

27.0 [7.9]9.0 [2.6]

3.2

26.7 [7.8]8.7 [2.6]

3.2

25.3 [7.4]7.5 [2.2]

3.1

26.6 [7.8]11.4 [3.4]

3.2

26.4 [7.7]11.1 [3.3]

3.2

24.9 [7.3]9.6 [2.8]

3.1

65[18.3]


29.5 [8.6]5.0 [1.5]

3.2

29.2 [8.5]4.9 [1.4]

3.2

27.6 [8.1]4.2 [1.2]

3.1

26.7 [7.8]7.6 [2.2]

3.3

26.4 [7.7]7.4 [2.2]

3.2

25.0 [7.3]6.3 [1.9]

3.2

26.4 [7.7]10.0 [2.9]

3.2

26.1 [7.6]9.7 [2.9]

3.2

24.7 [7.2]8.4 [2.5]

3.1

70[21.1]


28.8 [8.4]3.7 [1.1]

3.2

28.5 [8.4]3.6 [1.0]

3.2

27.0 [7.9]3.1 [0.9]

3.1

26.0 [7.6]6.2 [1.8]

3.3

25.8 [7.6]6.0 [1.8]

3.3

24.4 [7.1]5.2 [1.5]

3.2

25.7 [7.5]8.6 [2.5]

3.3

25.4 [7.5]8.4 [2.5]

3.3

24.1 [7.1]7.2 [2.1]

3.2

75[23.9]


27.8 [8.1]2.3 [0.7]

3.3

27.5 [8.1]2.3 [0.7]

3.3

26.0 [7.6]2.0 [0.6]

3.2

25.0 [7.3]4.9 [1.4]

3.4

24.7 [7.2]4.7 [1.4]

3.4

23.4 [6.9]4.1 [1.2]

3.3

24.7 [7.2]7.3 [2.1]

3.4

24.4 [7.2]7.1 [2.1]

3.4

23.1 [6.8]6.1 [1.8]

3.3

80[26.7]


26.3 [7.7]1.1 [0.3]

3.4

26.0 [7.6]1.0 [0.3]

3.4

24.6 [7.2]0.9 [0.3]

3.3

23.5 [6.9]3.6 [1.0]

3.5

23.3 [6.8]3.5 [1.0]

3.5

22.1 [6.5]3.0 [0.9]

3.4

23.2 [6.8]6.0 [1.8]

3.5

23.0 [6.7]5.9 [1.7]

3.5

21.7 [6.4]5.1 [1.5]

3.4

85[29.4]


24.5 [7.2]-0.2 [-0.1]

3.6

24.2 [7.1]-0.2 [0.0]

3.6

22.9 [6.7]-0.1 [0.0]

3.5

21.7 [6.4]2.4 [0.7]

3.7

21.5 [6.3]2.3 [0.7]

3.6

20.3 [6.0]2.0 [0.6]

3.6

21.4 [6.3]4.8 [1.4]

3.6

21.1 [6.2]4.7 [1.4]

3.6

20.0 [5.9]4.0 [1.2]

3.5

90[32.2]


22.2 [6.5]-1.3 [-0.4]

3.8

22.0 [6.4]-1.3 [-0.4]

3.7

20.8 [6.1]-1.1 [-0.3]

3.6

19.5 [5.7]1.2 [0.3]

3.8

19.3 [5.6]1.1 [0.3]

3.8

18.2 [5.3]1.0 [0.3]

3.7

19.1 [5.6]3.6 [1.1]

3.8

18.9 [5.5]3.5 [1.0]

3.8

17.9 [5.3]3.0 [0.9]

3.7

GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)—RACDZT090


CFM [L/s] 3600 [1699] 2900 [1369] 2400 [1133] 3600 [1699] 2900 [1369] 2400 [1133] 3600 [1699] 2900 [1369] 2400 [1133]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


41.7 [12.2]8.9 [2.6]

5.0

39.9 [11.7]8.0 [2.4]

4.9

38.7 [11.3]7.4 [2.2]

4.8

40.1 [11.8]12.8 [3.7]

4.9

38.4 [11.3]11.5 [3.4]

4.8

37.2 [10.9]10.5 [3.1]

4.8

40.0 [11.7]18.5 [5.4]

4.9

38.3 [11.2]16.7 [4.9]

4.8

37.1 [10.9]15.3 [4.5]

4.8

70[21.1]


39.8 [11.7]5.9 [1.7]

5.1

38.1 [11.2]5.3 [1.6]

5.0

36.9 [10.8]4.9 [1.4]

4.9

38.3 [11.2]9.8 [2.9]

5.1

36.7 [10.7]8.8 [2.6]

5.0

35.5 [10.4]8.1 [2.4]

4.9

38.1 [11.2]15.5 [4.6]

5.0

36.5 [10.7]14.0 [4.1]

4.9

35.4 [10.4]12.8 [3.8]

4.9

80[26.7]


36.7 [10.7]2.1 [0.6]

5.4

35.1 [10.3]1.9 [0.5]

5.3

34.0 [10.0]1.7 [0.5]

5.2

35.1 [10.3]5.9 [1.7]

5.3

33.7 [9.9]5.3 [1.6]

5.2

32.6 [9.6]4.9 [1.4]

5.1

35.0 [10.3]11.7 [3.4]

5.3

33.5 [9.8]10.5 [3.1]

5.2

32.5 [9.5]9.6 [2.8]

5.1

90[32.2]


32.3 [9.5]-2.7 [-0.8]

5.8

30.9 [9.1]-2.4 [-0.7]

5.6

30.0 [8.8]-2.2 [-0.6]

5.6

30.8 [9.0]1.2 [0.3]

5.7

29.5 [8.6]1.0 [0.3]

5.6

28.5 [8.4]1.0 [0.3]

5.5

30.6 [9.0]6.9 [2.0]

5.7

29.3 [8.6]6.2 [1.8]

5.6

28.4 [8.3]5.7 [1.7]

5.5

100[37.8]


26.7 [7.8]-8.3 [-2.4]

6.3

25.5 [7.5]-7.4 [-2.2]

6.2

24.7 [7.3]-6.8 [-2.0]

6.1

25.1 [7.4]-4.4 [-1.3]

6.2

24.1 [7.1]-4.0 [-1.2]

6.1

23.3 [6.8]-3.7 [-1.1]

6.0

25.0 [7.3]1.3 [0.4]

6.2

23.9 [7.0]1.2 [0.4]

6.1

23.2 [6.8]1.1 [0.3]

6.0

110[43.3]


19.8 [5.8]-14.7 [-4.3]

6.9

19.0 [5.6]-13.2 [-3.9]

6.8

18.4 [5.4]-12.2 [-3.6]

6.7

18.3 [5.4]-10.9 [-3.2]

6.9

17.5 [5.1]-9.8 [-2.9]

6.7

17.0 [5.0]-9.0 [-2.6]

6.6

18.1 [5.3]-5.1 [-1.5]

6.9

17.4 [5.1]-4.6 [-1.4]

6.7

16.8 [4.9]-4.2 [-1.2]

6.6

120[48.9]


11.7 [3.4]-22.1 [-6.5]

7.8

11.2 [3.3]-19.8 [-5.8]

7.6

10.8 [3.2]-18.2 [-5.3]

7.5

10.1 [3.0]-18.2 [-5.3]

7.7

9.7 [2.8]-16.4 [-4.8]

7.5

9.4 [2.8]-15.1 [-4.4]

7.4

10.0 [2.9]-12.5 [-3.7]

7.7

9.6 [2.8]-11.2 [-3.3]

7.5

9.3 [2.7]-10.3 [-3.0]

7.4

GROSS SYSTEMS PERFORMANCE DATA (HIGH REHEAT MODE)—RACDZT090




CFM [L/s] 2100 [991] 1700 [802] 1400 [661] 2100 [991] 1700 [802] 1400 [661] 2100 [991] 1700 [802] 1400 [661]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


36.6 [10.7]7.1 [2.1]

3.9

35.1 [10.3]6.4 [1.9]

3.8

33.9 [9.9]5.9 [1.7]

3.7

34.5 [10.1]9.0 [2.6]

3.8

33.1 [9.7]8.1 [2.4]

3.8

32.1 [9.4]7.4 [2.2]

3.7

31.9 [9.3]10.7 [3.1]

3.8

30.6 [9.0]9.7 [2.8]

3.8

29.6 [8.7]8.9 [2.6]

3.7

65[18.3]


35.5 [10.4]6.1 [1.8]

3.9

34.0 [10.0]5.5 [1.6]

3.8

32.9 [9.6]5.0 [1.5]

3.8

33.4 [9.8]8.0 [2.3]

3.9

32.1 [9.4]7.2 [2.1]

3.8

31.0 [9.1]6.6 [1.9]

3.8

30.8 [9.0]9.7 [2.8]

3.9

29.5 [8.6]8.7 [2.6]

3.8

28.6 [8.4]8.0 [2.4]

3.8

70[21.1]


34.1 [10.0]4.8 [1.4]

4.0

32.7 [9.6]4.3 [1.3]

3.9

31.7 [9.3]4.0 [1.2]

3.9

32.1 [9.4]6.7 [2.0]

4.0

30.8 [9.0]6.0 [1.8]

3.9

29.8 [8.7]5.5 [1.6]

3.9

29.5 [8.6]8.5 [2.5]

4.0

28.3 [8.3]7.6 [2.2]

3.9

27.4 [8.0]7.0 [2.0]

3.9

75[23.9]


32.7 [9.6]3.3 [1.0]

4.1

31.3 [9.2]3.0 [0.9]

4.0

30.3 [8.9]2.8 [0.8]

4.0

30.6 [9.0]5.2 [1.5]

4.1

29.4 [8.6]4.7 [1.4]

4.0

28.4 [8.3]4.3 [1.3]

4.0

28.0 [8.2]7.0 [2.0]

4.1

26.8 [7.9]6.3 [1.8]

4.0

26.0 [7.6]5.8 [1.7]

4.0

80[26.7]


31.0 [9.1]1.7 [0.5]

4.3

29.7 [8.7]1.5 [0.4]

4.2

28.8 [8.4]1.4 [0.4]

4.1

29.0 [8.5]3.6 [1.0]

4.3

27.8 [8.1]3.2 [0.9]

4.2

26.9 [7.9]2.9 [0.9]

4.1

26.3 [7.7]5.3 [1.6]

4.3

25.2 [7.4]4.8 [1.4]

4.2

24.4 [7.2]4.4 [1.3]

4.1

85[29.4]


29.1 [8.5]-0.2 [-0.1]

4.4

27.9 [8.2]-0.2 [-0.1]

4.3

27.0 [7.9]-0.2 [-0.1]

4.3

27.1 [7.9]1.7 [0.5]

4.4

26.0 [7.6]1.5 [0.4]

4.3

25.1 [7.4]1.4 [0.4]

4.3

24.4 [7.2]3.4 [1.0]

4.4

23.4 [6.9]3.1 [0.9]

4.3

22.7 [6.6]2.8 [0.8]

4.3

90[32.2]


27.1 [7.9]-2.3 [-0.7]

4.6

26.0 [7.6]-2.1 [-0.6]

4.5

25.1 [7.4]-1.9 [-0.6]

4.4

25.0 [7.3]-0.4 [-0.1]

4.6

24.0 [7.0]-0.4 [-0.1]

4.5

23.2 [6.8]-0.4 [-0.1]

4.4

22.4 [6.6]1.3 [0.4]

4.6

21.5 [6.3]1.2 [0.3]

4.5

20.8 [6.1]1.1 [0.3]

4.4

GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)–RACDZT102


CFM [L/s] 4100 [1935] 2900 [1369] 2700 [1274] 4100 [1935] 2900 [1369] 2700 [1274] 4100 [1935] 2900 [1369] 2700 [1274]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


57.6 [16.9]12.7 [3.7]

6.6

53.6 [15.7]10.7 [3.1]

6.4

52.9 [15.5]10.3 [3.0]

6.3

45.7 [13.4]14.6 [4.3]

5.2

42.5 [12.5]12.2 [3.6]

5.0

42.0 [12.3]11.8 [3.5]

5.0

51.3 [15.0]20.5 [6.0]

6.3

47.7 [14.0]17.2 [5.0]

6.1

47.1 [13.8]16.6 [4.9]

6.0

70[21.1]


52.7 [15.5]10.1 [3.0]

6.4

49.1 [14.4]8.5 [2.5]

6.1

48.4 [14.2]8.2 [2.4]

6.1

40.9 [12.0]11.9 [3.5]

5.0

38.0 [11.1]10.0 [2.9]

4.8

37.5 [11.0]9.7 [2.8]

4.8

46.4 [13.6]17.9 [5.2]

6.0

43.2 [12.7]15.0 [4.4]

5.8

42.6 [12.5]14.5 [4.2]

5.8

80[26.7]


46.3 [13.6]5.6 [1.6]

6.4

43.1 [12.6]4.7 [1.4]

6.1

42.6 [12.5]4.5 [1.3]

6.1

34.5 [10.1]7.4 [2.2]

5.0

32.1 [9.4]6.2 [1.8]

4.8

31.6 [9.3]6.0 [1.8]

4.8

40.0 [11.7]13.3 [3.9]

6.1

37.2 [10.9]11.2 [3.3]

5.8

36.7 [10.8]10.8 [3.2]

5.8

90[32.2]


38.4 [11.2]-0.9 [-0.3]

6.6

35.7 [10.5]-0.7 [-0.2]

6.4

35.2 [10.3]-0.7 [-0.2]

6.4

26.5 [7.8]0.9 [0.3]

5.2

24.7 [7.2]0.8 [0.2]

5.1

24.3 [7.1]0.8 [0.2]

5.0

32.1 [9.4]6.9 [2.0]

6.3

29.8 [8.7]5.8 [1.7]

6.1

29.4 [8.6]5.6 [1.6]

6.1

100[37.8]


28.9 [8.5]-9.2 [-2.7]

7.2

26.9 [7.9]-7.7 [-2.3]

6.9

26.5 [7.8]-7.5 [-2.2]

6.9

17.0 [5.0]-7.4 [-2.2]

5.8

15.8 [4.6]-6.2 [-1.8]

5.6

15.6 [4.6]-6.0 [-1.8]

5.5

22.6 [6.6]-1.5 [-0.4]

6.8

21.0 [6.1]-1.2 [-0.4]

6.6

20.7 [6.1]-1.2 [-0.4]

6.6

110[43.3]


17.9 [5.2]-19.5 [-5.7]

7.9

16.6 [4.9]-16.3 [-4.8]

7.7

16.4 [4.8]-15.8 [-4.6]

7.6

6.0 [1.8]-17.7 [-5.2]

6.5

5.6 [1.6]-14.8 [-4.3]

6.3

5.5 [1.6]-14.3 [-4.2]

6.3

11.5 [3.4]-11.7 [-3.4]

7.6

10.7 [3.1]-9.8 [-2.9]

7.4

10.6 [3.1]-9.5 [-2.8]

7.3

120[48.9]


5.3 [1.5]-31.6 [-9.3]

9.0

4.9 [1.4]-26.5 [-7.8]

8.7

4.9 [1.4]-25.7 [-7.5]

8.6

-6.6 [-1.9]-29.8 [-8.7]

7.6

-6.1 [-1.8]-25.0 [-7.3]

7.3

-6.0 [-1.8]-24.2 [-7.1]

7.3

-1.0 [-0.3]-23.9 [-7.0]

8.7

-1.0 [-0.3]-20.0 [-5.9]

8.4

-1.0 [-0.3]-19.4 [-5.7]

8.3





CFM [L/s] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133] 2000 [944]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


46.5 [13.6]12.9 [3.8]

4.6

44.4 [13.0]11.6 [3.4]

4.5

43.1 [12.6]10.7 [3.1]

4.4

43.1 [12.6]13.8 [4.0]

4.5

41.2 [12.1]12.3 [3.6]

4.4

40.0 [11.7]11.4 [3.3]

4.3

40.3 [11.8]18.5 [5.4]

4.5

38.6 [11.3]16.5 [4.8]

4.4

37.4 [11.0]15.3 [4.5]

4.3

65[18.3]


45.7 [13.4]10.5 [3.1]

4.6

43.7 [12.8]9.4 [2.8]

4.5

42.4 [12.4]8.7 [2.5]

4.5

42.3 [12.4]11.4 [3.3]

4.6

40.5 [11.9]10.2 [3.0]

4.5

39.3 [11.5]9.4 [2.8]

4.4

39.6 [11.6]16.1 [4.7]

4.5

37.8 [11.1]14.4 [4.2]

4.4

36.7 [10.8]13.3 [3.9]

4.4

70[21.1]


44.7 [13.1]8.3 [2.4]

4.7

42.7 [12.5]7.4 [2.2]

4.6

41.4 [12.1]6.9 [2.0]

4.6

41.3 [12.1]9.2 [2.7]

4.7

39.5 [11.6]8.2 [2.4]

4.6

38.3 [11.2]7.6 [2.2]

4.5

38.5 [11.3]13.9 [4.1]

4.6

36.9 [10.8]12.4 [3.6]

4.5

35.7 [10.5]11.4 [3.4]

4.5

75[23.9]


43.4 [12.7]6.3 [1.8]

4.9

41.5 [12.2]5.6 [1.7]

4.8

40.2 [11.8]5.2 [1.5]

4.7

40.0 [11.7]7.2 [2.1]

4.8

38.3 [11.2]6.4 [1.9]

4.7

37.1 [10.9]5.9 [1.7]

4.7

37.2 [10.9]11.9 [3.5]

4.8

35.6 [10.4]10.6 [3.1]

4.7

34.5 [10.1]9.8 [2.9]

4.6

80[26.7]


41.8 [12.2]4.5 [1.3]

5.1

40.0 [11.7]4.0 [1.2]

5

38.8 [11.4]3.7 [1.1]

4.9

38.4 [11.3]5.4 [1.6]

5

36.8 [10.8]4.8 [1.4]

4.9

35.6 [10.4]4.4 [1.3]

4.9

35.7 [10.5]10.1 [2.9]

5

34.1 [10.0]9.0 [2.6]

4.9

33.1 [9.7]8.3 [2.4]

4.8

85[29.4]


40.0 [11.7]2.9 [0.8]

5.4

38.2 [11.2]2.6 [0.8]

5.3

37.1 [10.9]2.4 [0.7]

5.2

36.6 [10.7]3.8 [1.1]

5.3

35.0 [10.3]3.4 [1.0]

5.2

33.9 [9.9]3.1 [0.9]

5.1

33.8 [9.9]8.5 [2.5]

5.3

32.4 [9.5]7.6 [2.2]

5.2

31.4 [9.2]7.0 [2.0]

5.1

90[32.2]


37.9 [11.1]1.5 [0.4]

5.7

36.2 [10.6]1.3 [0.4]

5.6

35.1 [10.3]1.2 [0.4]

5.5

34.5 [10.1]2.4 [0.7]

5.6

33.0 [9.7]2.1 [0.6]

5.5

32.0 [9.4]2.0 [0.6]

5.4

31.7 [9.3]7.1 [2.1]

5.6

30.4 [8.9]6.3 [1.9]

5.5

29.4 [8.6]5.8 [1.7]

5.4



CFM [L/s] 4800 [2265] 3800 [1793] 3200 [1510] 4800 [2265] 3800 [1793] 3200 [1510] 4800 [2265] 3800 [1793] 3200 [1510]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


58.1 [17.0]10.5 [3.1]

7.0

55.4 [16.2]9.3 [2.7]

6.9

53.9 [15.8]8.6 [2.5]

6.8

55.5 [16.3]15.6 [4.6]

6.9

53.0 [15.5]13.9 [4.1]

6.8

51.4 [15.1]12.9 [3.8]

6.7

53.1 [15.6]19.9 [5.8]

6.9

50.7 [14.9]17.7 [5.2]

6.8

49.2 [14.4]16.4 [4.8]

6.7

70[21.1]


53.4 [15.7]8.3 [2.4]

7.1

51.0 [14.9]7.4 [2.2]

7.0

49.5 [14.5]6.8 [2.0]

6.9

50.8 [14.9]13.4 [3.9]

7.0

48.5 [14.2]12.0 [3.5]

6.9

47.1 [13.8]11.1 [3.2]

6.8

48.4 [14.2]17.7 [5.2]

7.0

46.2 [13.5]15.8 [4.6]

6.9

44.9 [13.2]14.6 [4.3]

6.8

80[26.7]


48.4 [14.2]4.5 [1.3]

7.4

46.2 [13.5]4.0 [1.2]

7.3

44.9 [13.2]3.7 [1.1]

7.2

45.8 [13.4]9.7 [2.8]

7.3

43.7 [12.8]8.6 [2.5]

7.2

42.5 [12.4]8.0 [2.3]

7.1

43.4 [12.7]14.0 [4.1]

7.3

41.5 [12.1]12.5 [3.6]

7.2

40.3 [11.8]11.5 [3.4]

7.1

90[32.2]


43.1 [12.6]-0.8 [-0.2]

7.9

41.1 [12.0]-0.7 [-0.2]

7.7

39.9 [11.7]-0.6 [-0.2]

7.6

40.5 [11.9]4.4 [1.3]

7.8

38.6 [11.3]3.9 [1.1]

7.7

37.5 [11.0]3.6 [1.1]

7.5

38.1 [11.2]8.7 [2.5]

7.8

36.3 [10.6]7.7 [2.3]

7.6

35.3 [10.3]7.2 [2.1]

7.5

100[37.8]


37.4 [11.0]-7.6 [-2.2]

8.6

35.7 [10.5]-6.8 [-2.0]

8.4

34.6 [10.2]-6.3 [-1.8]

8.3

34.8 [10.2]-2.5 [-0.7]

8.5

33.2 [9.7]-2.2 [-0.6]

8.3

32.2 [9.4]-2.0 [-0.6]

8.2

32.4 [9.5]1.8 [0.5]

8.5

30.9 [9.1]1.6 [0.5]

8.3

30.0 [8.8]1.5 [0.4]

8.2

110[43.3]


31.3 [9.2]-16.0 [-4.7]

9.5

29.9 [8.8]-14.3 [-4.2]

9.3

29.0 [8.5]-13.2 [-3.9]

9.2

28.7 [8.4]-10.9 [-3.2]

9.4

27.4 [8.0]-9.7 [-2.8]

9.2

26.6 [7.8]-9.0 [-2.6]

9.1

26.3 [7.7]-6.6 [-1.9]

9.4

25.1 [7.4]-5.9 [-1.7]

9.2

24.4 [7.1]-5.5 [-1.6]

9.0

120[48.9]


24.9 [7.3]-26.0 [-7.6]

10.6

23.8 [7.0]-23.2 [-6.8]

10.3

23.1 [6.8]-21.5 [-6.3]

10.2

22.3 [6.5]-20.9 [-6.1]

10.5

21.3 [6.2]-18.6 [-5.5]

10.2

20.7 [6.1]-17.2 [-5.0]

10.1

19.9 [5.8]-16.6 [-4.9]

10.5

19.0 [5.6]-14.8 [-4.3]

10.2

18.5 [5.4]-13.7 [-4.0]

10.1





CFM [L/s] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133] 2000 [944]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60[15.6]


46.5 [13.6]12.9 [3.8]

4.6

44.4 [13.0]11.6 [3.4]

4.5

43.1 [12.6]10.7 [3.1]

4.4

43.1 [12.6]13.8 [4.0]

4.5

41.2 [12.1]12.3 [3.6]

4.4

40.0 [11.7]11.4 [3.3]

4.3

40.3 [11.8]18.5 [5.4]

4.5

38.6 [11.3]16.5 [4.8]

4.4

37.4 [11.0]15.3 [4.5]

4.3

65[18.3]


45.7 [13.4]10.5 [3.1]

4.6

43.7 [12.8]9.4 [2.8]

4.5

42.4 [12.4]8.7 [2.5]

4.5

42.3 [12.4]11.4 [3.3]

4.6

40.5 [11.9]10.2 [3.0]

4.5

39.3 [11.5]9.4 [2.8]

4.4

39.6 [11.6]16.1 [4.7]

4.5

37.8 [11.1]14.4 [4.2]

4.4

36.7 [10.8]13.3 [3.9]

4.4

70[21.1]


44.7 [13.1]8.3 [2.4]

4.7

42.7 [12.5]7.4 [2.2]

4.6

41.4 [12.1]6.9 [2.0]

4.6

41.3 [12.1]9.2 [2.7]

4.7

39.5 [11.6]8.2 [2.4]

4.6

38.3 [11.2]7.6 [2.2]

4.5

38.5 [11.3]13.9 [4.1]

4.6

36.9 [10.8]12.4 [3.6]

4.5

35.7 [10.5]11.4 [3.4]

4.5

75[23.9]


43.4 [12.7]6.3 [1.8]

4.9

41.5 [12.2]5.6 [1.7]

4.8

40.2 [11.8]5.2 [1.5]

4.7

40.0 [11.7]7.2 [2.1]

4.8

38.3 [11.2]6.4 [1.9]

4.7

37.1 [10.9]5.9 [1.7]

4.7

37.2 [10.9]11.9 [3.5]

4.8

35.6 [10.4]10.6 [3.1]

4.7

34.5 [10.1]9.8 [2.9]

4.6

80[26.7]


41.8 [12.2]4.5 [1.3]

5.1

40.0 [11.7]4.0 [1.2]

5

38.8 [11.4]3.7 [1.1]

4.9

38.4 [11.3]5.4 [1.6]

5

36.8 [10.8]4.8 [1.4]

4.9

35.6 [10.4]4.4 [1.3]

4.9

35.7 [10.5]10.1 [2.9]

5

34.1 [10.0]9.0 [2.6]

4.9

33.1 [9.7]8.3 [2.4]

4.8

85[29.4]


40.0 [11.7]2.9 [0.8]

5.4

38.2 [11.2]2.6 [0.8]

5.3

37.1 [10.9]2.4 [0.7]

5.2

36.6 [10.7]3.8 [1.1]

5.3

35.0 [10.3]3.4 [1.0]

5.2

33.9 [9.9]3.1 [0.9]

5.1

33.8 [9.9]8.5 [2.5]

5.3

32.4 [9.5]7.6 [2.2]

5.2

31.4 [9.2]7.0 [2.0]

5.1

90[32.2]


37.9 [11.1]1.5 [0.4]

5.7

36.2 [10.6]1.3 [0.4]

5.6

35.1 [10.3]1.2 [0.4]

5.5

34.5 [10.1]2.4 [0.7]

5.6

33.0 [9.7]2.1 [0.6]

5.5

32.0 [9.4]2.0 [0.6]

5.4

31.7 [9.3]7.1 [2.1]

5.6

30.4 [8.9]6.3 [1.9]

5.5

29.4 [8.6]5.8 [1.7]

5.4



CFM [L/s] 6000 [2832] 4100 [1935] 4000 [1888] 6000 [2832] 4100 [1935] 4000 [1888] 6000 [2832] 4100 [1935] 4000 [1888]

OUTDOOR

DRY

BULB

TEMPERATURE

°F[°C]

60ºF[15.6]


99.3 [29.1]33.3 [9.7]

9.5

91.5 [26.8]27.4 [8.0]

9.1

91.1 [26.7]27.0 [7.9]

9.1

101.6 [29.8]40.1 [11.8]

9.3

93.7 [27.4]33.0 [9.7]

8.9

93.2 [27.3]32.6 [9.6]

8.9

92.7 [27.2]46.4 [13.6]

9.3

85.5 [25.1]38.1 [11.2]

8.9

85.2 [25.0]37.7 [11.0]

8.9

70ºF[21.1]


94.4 [27.7]27 [7.9]

9.7

87.1 [25.5]22.2 [6.5]

9.3

86.7 [25.4]21.9 [6.4]

9.3

96.7 [28.3]33.9 [9.9]

9.5

89.2 [26.1]27.9 [8.2]

9.2

88.8 [26.0]27.5 [8.1]

9.2

87.9 [25.8]40.1 [11.7]

9.5

81.1 [23.8]33.0 [9.7]

9.2

80.7 [23.7]32.6 [9.5]

9.1

80ºF[26.7]


87.6 [25.7]20.1 [5.9]

10.2

80.8 [23.7]16.5 [4.8]

9.8

80.4 [23.6]16.3 [4.8]

9.8

89.9 [26.3]27.0 [7.9]

10

82.9 [24.3]22.2 [6.5]

9.6

82.5 [24.2]21.9 [6.4]

9.6

81.1 [23.8]33.2 [9.7]

10

74.8 [21.9]27.3 [8.0]

9.6

74.4 [21.8]27.0 [7.9]

9.6

90ºF[32.2]


78.7 [23.1]12.5 [3.7]

11

72.6 [21.3]10.3 [3.0]

10.5

72.3 [21.2]10.2 [3.0]

10.5

81.0 [23.7]19.4 [5.7]

10.8

74.7 [21.9]15.9 [4.7]

10.4

74.4 [21.8]15.8 [4.6]

10.3

72.2 [21.2]25.6 [7.5]

10.8

66.6 [19.5]21.0 [6.2]

10.3

66.3 [19.4]20.8 [6.1]

10.3

100ºF[37.8]


67.8 [19.9]4.3 [1.3]

11.9

62.5 [18.3]3.5 [1.0]

11.5

62.3 [18.2]3.5 [1.0]

11.4

70.1 [20.5]11.2 [3.3]

11.8

64.7 [18.9]9.2 [2.7]

11.3

64.4 [18.9]9.1 [2.7]

11.3

61.3 [18.0]17.4 [5.1]

11.8

56.5 [16.6]14.3 [4.2]

11.3

56.3 [16.5]14.1 [4.1]

11.3

110[43.3]


54.9 [16.1]-4.6 [-1.3]

13.2

50.6 [14.8]-3.8 [-1.1]

12.6

50.4 [14.8]-3.7 [-1.1]

12.6

57.2 [16.8]2.3 [0.7]

13

52.7 [15.5]1.9 [0.5]

12.5

52.5 [15.4]1.9 [0.5]

12.4

48.4 [14.2]8.5 [2.5]

13

44.6 [13.1]7.0 [2.0]

12.5

44.4 [13.0]6.9 [2.0]

12.4

120[48.9]


40.0 [11.7]-14.1 [-4.1]

14.6

36.8 [10.8]-11.6 [-3.4]

14.1

36.7 [10.8]-11.5 [-3.4]

14

42.3 [12.4]-7.2 [-2.1]

14.5

39.0 [11.4]-6.0 [-1.7]

13.9

38.8 [11.4]-5.9 [-1.7]

13.9

33.4 [9.8]-1.0 [-0.3]

14.4

30.8 [0.9]-0.9 [-0.2]

13.9

30.7 [9.0]-0.8 [-0.2]

13.8




AIR

FLO

W P

ER

FOR

MA

NC

E—

7.5

TON

[26.

4 kW

] — 6

0 H

z —

DO

WN

FLO

WAi

rFl

owCF

M [L

/s]

Mod

el R

ACD

Z*09

0*Vo

ltage

208

/230

, 460

, 575

— 3

pha

se 6

0 H

zEx

tern

al S

tatic

Pre

ssur

e—In

ches

of W

ater

[kPa

]0.

1 [.

02]

0.2

[.05

]0.

3 [.

07]

0.4

[.10

]0.

5 [.

12]

0.6

[.15

]0.

7 [.

17]

0.8

[.20

]0.

9 [.

22]

1.0

[.25

]1.

1 [.

27]

1.2

[.30

]1.

3 [.

32]

1.4

[.35

]1.

5 [.

37]

1.6

[.40

]1.

7 [.

42]

1.8

[.45

]1.

9 [.

47]

2.0

[.50

]R

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

W24

00 [1

133]

——

551

782

585

814

619

848

652

885

684

926

717

969

748

1016

780

1065

810

1118

841

1174

870

1233

900

1294

929

1359

957

1427

985

1498

1012

1572

1039

1649

1065

1729

1091

1813

2500

[118

0]—

—56

281

659

684

862

988

466

192

369

396

472

510

0975

610

5778

711

0881

711

6284

612

1987

612

7990

413

4393

314

0996

014

7898

715

5010

1416

2610

4017

0410

6617

8610

9218

7026

00 [1

227]

——

574

851

607

885

639

922

671

962

702

1006

733

1052

764

1101

794

1153

823

1209

852

1267

881

1329

909

1393

937

1461

964

1531

990

1605

1016

1682

1042

1762

1067

1844

1092

1930

2700

[127

4]55

385

758

588

961

892

565

096

368

110

0471

210

4974

210

9677

211

4780

112

0183

012

5885

813

1788

613

8091

414

4694

115

1596

715

8799

316

6210

1917

4010

4418

2110

6819

0510

9219

9328

00 [1

321]

565

896

597

930

629

966

660

1006

691

1049

721

1095

751

1144

780

1196

808

1251

837

1309

864

1370

892

1434

919

1501

945

1572

971

1645

996

1721

1021

1801

1045

1883

1069

1969

1093

2057

2900

[136

8]57

793

760

997

264

010

1067

010

5170

110

9673

011

4375

911

9378

812

4681

613

0384

313

6287

114

2589

714

9092

315

5994

916

3097

417

0599

917

8310

2318

6410

4719

4810

7020

3510

9321

2430

00 [1

416]

590

981

621

1017

651

1057

681

1099

710

1145

739

1193

768

1245

796

1300

823

1357

850

1418

877

1482

903

1549

928

1619

953

1692

978

1768

1002

1847

1026

1929

1049

2014

1072

2103

1094

2194

3100

[146

3]60

210

2763

310

6566

211

0569

211

4972

011

9674

912

4677

712

9980

413

5583

114

1485

714

7688

315

4190

816

1093

316

8195

817

5598

218

3310

0519

1310

2819

9710

5120

8310

7321

7310

9422

6632

00 [1

510]

615

1075

645

1114

674

1157

702

1202

731

1250

758

1301

785

1356

812

1413

838

1473

864

1537

889

1603

914

1673

938

1746

962

1821

986

1900

1008

1982

1031

2067

1053

2155

1074

2246

1095

2340

3300

[155

7]62

811

2665

711

6668

512

1071

312

5674

113

0676

813

5979

414

1482

014

7384

615

3587

116

0089

616

6892

017

3994

418

1396

718

9098

919

7010

1220

5310

3321

3910

5522

2910

7523

2110

9624

1634

00 [1

604]

640

1179

669

1221

697

1266

724

1314

751

1365

777

1419

803

1476

829

1536

854

1599

878

1665

902

1734

926

1807

949

1882

971

1960

993

2042

1015

2126

1036

2214

1057

2305

1077

2398

1097

2495

3500

[165

2]65

312

3568

112

7870

813

2473

513

7376

114

2578

714

8181

215

3983

716

0186

116

6588

517

3390

918

0393

218

7795

419

5497

620

3499

721

1610

1822

0210

3922

9110

5923

8310

7824

7810

9725

7636

00 [1

699]

666

1292

693

1337

720

1384

746

1435

771

1489

797

1545

821

1605

845

1668

869

1734

892

1803

915

1875

938

1950

959

2028

981

2109

1001

2193

1022

2280

1042

2371

1061

2464

1080

2560

1098

2660

NOTE

: A/F

-Driv

e le

ft of

the

bold

line

, B/G

-Driv

e rig

ht o

f bol

d lin

es, C

/H-D

rive

right

of d

oubl

e lin

e.

Driv

e Pa

ckag

eA/

FB/

GC/

HM

otor

H.P

. [W

]2

[149

1.4]

3 [2

237.

1]3

[223

7.1]

Blow

er S

heav

eAK

84H

AK84

HAK

84H

Mot

or S

heav

e1V

L40*

7/8

1VP5

0*7/

81V

P56*

7/8

Belt

A49

A50

A51

Turn

s O

pen

01

23

45

01

23

45

01

23

45

RPM

767

721

678

635

590

548

992

949

908

866

823

782

1108

1067

1029

987

946

905

NOTE

S: 1

. Fac

tory

she

ave

setti

ngs

are

show

n in

bol

d ty

pe.

2. D

o no

t set

mot

or s

heav

e be

low

min

imum

or m

axim

um tu

rns

open

sho

wn.

3. R

e-ad

just

men

t of s

heav

e re

quire

d to

ach

ieve

rate

d ai

rflow

at A

HRI m

inim

um E

xter

nal S

tatic

Pre

ssur

e4.

Add

com

pone

nt re

sist

ance

(bel

ow) t

o du

ct re

sist

ance

to d

eter

min

e to

tal E

xter

nal S

tatic

Pre

ssur

e.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

7.5

TON

[26.

4 kW

] — 6

0 H

z —

DO

WN

FLO

W (c

on’t.

)

Airf

low

AIR

FLO

W C

OR

REC

TIO

N F

ACTO

RS

*CO

MPO

NEN

T AI

RFL

OW

RES

ISTA

NCE

Wet

Coi

lVe

rtic

al E

cono

miz

erR

A D

ampe

r Ope

n

Conc

entr

ic D

iffus

er

RXR

N-A

EF20

00 &

Conc

entr

ic A

dapt

erR

XMC-

DD

01 (F

lush

)

Conc

entr

ic D

iffus

erR

XRN

-AED

2000

&Co

ncen

tric

Ada

pter

RXM

C-D

D01

(Dro

p)CF

M [L

/s]

Tota

l MBH

Sens

ible

MBH

Pow

er k

WR

esis

tanc

e —

Inch

es o

f Wat

er [k

Pa]

2400

[113

3]0.

960.

890.

980.

04 [.

01]

0.01

[.00

]0.

66 [.

16]

0.53

[.13

]25

00 [1

180]

0.96

0.90

0.99

0.05

[.01

]0.

02 [.

00]

0.71

[.18

]0.

57 [.

14]

2600

[122

7]0.

970.

920.

990.

05 [.

01]

0.02

[.01

]0.

75 [.

19]

0.60

[.15

]27

00 [1

274]

0.97

0.93

0.99

0.05

[.01

]0.

03 [.

01]

0.80

[.20

]0.

65 [.

16]

2800

[132

1]0.

980.

950.

990.

06 [.

01]

0.04

[.01

]0.

85 [.

21]

0.69

[.17

]29

00 [1

368]

0.98

0.96

1.00

0.06

[.02

]0.

04 [.

01]

0.91

[.23

]0.

74 [.

18]

3000

[141

6]0.

990.

971.

000.

07 [.

02]

0.05

[.01

]0.

96 [.

24]

0.79

[.20

]31

00 [1

463]

1.00

0.99

1.00

0.07

[.02

]0.

06 [.

02]

1.02

[.25

]0.

86 [.

21]

3200

[151

0]1.

001.

001.

010.

07 [.

02]

0.07

[.02

]1.

08 [.

27]

0.92

[.23

]33

00 [1

557]

1.01

1.02

1.01

0.08

[.02

]0.

08 [.

02]

1.15

[.29

]0.

99 [.

25]

3400

[160

4]1.

011.

031.

010.

08 [.

02]

0.09

[.02

]1.

21 [.

30]

1.05

[.26

]35

00 [1

652]

1.02

1.05

1.01

0.09

[.02

]0.

10 [.

02]

1.29

[.32

]1.

09 [.

27]

3600

[169

9]1.

021.

061.

020.

09 [.

02]

0.11

[.03

]1.

36 [.

34]

1.13

[.28

]

*Mul

tiply

cor

rect

ion

fact

or ti

mes

gro

ss p

erfo

rman

ce d

ata

resu

lting

sen

sibl

e ca

paci

ty c

anno

t exc

eed

tota

l cap

acity

.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

7.5

TON

[26.

4 kW

] — 6

0 H

z —

SID

EFL

OW

Air

Flow

CFM

[L/s

]

Mod

el R

ACD

Z*09

0*Vo

ltage

208

/230

, 460

, 575

— 3

pha

se 6

0 H

zEx

tern

al S

tatic

Pre

ssur

e—In

ches

of W

ater

[kPa

]0.

1 [.

02]

0.2

[.05

]0.

3 [.

07]

0.4

[.10

]0.

5 [.

12]

0.6

[.15

]0.

7 [.

17]

0.8

[.20

]0.

9 [.

22]

1.0

[.25

]1.

1 [.

27]

1.2

[.30

]1.

3 [.

32]

1.4

[.35

]1.

5 [.

37]

1.6

[.40

]1.

7 [.

42]

1.8

[.45

]1.

9 [.

47]

2.0

[.50

]R

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

W24

00 [1

133]

——

——

558

822

594

853

629

887

663

925

697

965

730

1009

763

1056

794

1106

826

1159

856

1216

886

1275

915

1338

943

1404

971

1474

998

1546

1025

1622

1051

1700

1076

1782

2500

[118

0]—

——

—56

884

860

488

163

891

767

295

670

599

873

810

4476

910

9280

111

4483

111

9986

112

5889

013

1991

913

8494

714

5297

415

2310

0115

9710

2716

7410

5217

5510

7718

3826

00 [1

227]

——

543

846

579

877

613

912

647

950

681

991

713

1035

745

1082

777

1132

807

1186

837

1243

867

1303

895

1366

923

1433

951

1502

978

1575

1004

1651

1029

1730

1054

1812

1078

1898

2700

[127

4]—

—55

487

758

991

062

394

665

798

668

910

2972

210

7475

311

2478

411

7681

412

3184

412

9087

213

5290

114

1792

814

8595

515

5698

116

3110

0717

0810

3217

8910

5618

7310

7919

6128

00 [1

321]

——

566

911

600

946

634

984

666

1026

699

1070

730

1118

761

1169

792

1223

821

1280

850

1340

878

1404

906

1470

933

1540

959

1613

985

1690

1010

1769

1034

1852

1058

1938

1081

2027

2900

[136

8]54

391

657

794

961

198

664

410

2667

610

6970

811

1573

911

6477

012

1779

912

7382

813

3285

713

9488

514

5991

215

2893

815

9996

416

7498

917

5210

1418

3310

3719

1810

6120

0510

8320

9630

00 [1

416]

555

955

589

990

622

1029

655

1070

687

1115

718

1163

748

1214

778

1269

807

1326

836

1387

864

1451

891

1518

918

1588

944

1662

969

1738

994

1818

1017

1901

1041

1987

1063

2077

1085

2169

3100

[146

3]56

899

860

110

3563

410

7566

611

1869

711

6572

812

1575

812

6878

713

2481

613

8384

414

4587

115

1189

815

8092

416

5294

917

2797

418

0699

818

8710

2219

7210

4420

6010

6621

5110

8822

4532

00 [1

510]

581

1044

614

1083

646

1125

677

1170

708

1218

738

1270

768

1324

796

1382

824

1443

852

1507

879

1575

905

1646

931

1719

955

1796

980

1876

1003

1960

1026

2046

1048

2136

1070

2229

1091

2325

3300

[155

7]59

410

9362

611

3465

811

7868

912

2571

912

7574

913

2877

813

8480

614

4483

315

0786

015

7388

716

4291

217

1493

717

9096

218

6998

519

5110

0820

3610

3121

2410

5222

1610

7323

1010

9424

0834

00 [1

604]

607

1146

639

1189

670

1234

701

1283

730

1335

759

1390

788

1448

815

1509

843

1574

869

1642

895

1713

920

1787

944

1864

968

1945

991

2028

1014

2115

1036

2205

1057

2298

1077

2395

1097

2494

3500

[165

2]62

112

0365

212

4768

312

9471

313

4474

213

9877

014

5579

815

1582

515

7885

216

4487

817

1490

317

8692

818

6295

219

4197

520

2499

721

0910

1921

9810

4122

9010

6123

8510

8124

8311

0125

8436

00 [1

699]

635

1262

666

1308

696

1357

725

1409

754

1465

782

1523

809

1585

836

1650

862

1718

887

1789

912

1864

936

1941

959

2022

982

2106

1004

2194

1025

2284

1046

2378

1066

2474

1086

2574

1104

2677

NOTE

: A/F

-Driv

e le

ft of

the

bold

line

, B/G

-Driv

e rig

ht o

f bol

d lin

es, C

/H-D

rive

right

of d

oubl

e lin

e.

Driv

e Pa

ckag

eA/

FB/

GC/

HM

otor

H.P

. [W

]2

[149

1.4]

3 [2

237.

1]3

[223

7.1]

Blow

er S

heav

eAK

84H

AK84

HAK

84H

Mot

or S

heav

e1V

L40*

7/8

1VP5

0*7/

81V

P56*

7/8

Belt

A49

A50

A51

Turn

s O

pen

01

23

45

01

23

45

01

23

45

RPM

765

720

676

633

589

544

989

949

908

865

823

780

1108

1067

1029

987

946

905

NOTE

S: 1

. Fac

tory

she

ave

setti

ngs

are

show

n in

bol

d ty

pe.

2. D

o no

t set

mot

or s

heav

e be

low

min

imum

or m

axim

um tu

rns

open

sho

wn.

3. R

e-ad

just

men

t of s

heav

e re

quire

d to

ach

ieve

rate

d ai

rflow

at A

HRI m

inim

um E

xter

nal S

tatic

Pre

ssur

e4.

Add

com

pone

nt re

sist

ance

(bel

ow) t

o du

ct re

sist

ance

to d

eter

min

e to

tal E

xter

nal S

tatic

Pre

ssur

e.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

7.5

TON

[26.

4 kW

] — 6

0 H

z —

SID

EFL

OW

(con

’t.)

Airf

low

AIR

FLO

W C

OR

REC

TIO

N F

ACTO

RS

*CO

MPO

NEN

T AI

RFL

OW

RES

ISTA

NCE

Wet

Coi

lH

oriz

onta

l Eco

nom

izer

RA

Dam

per O

pen

Conc

entr

ic D

iffus

er

RXR

N-A

EF20

00 &

Conc

entr

ic A

dapt

erR

XMC-

DD

01 (F

lush

)

Conc

entr

ic D

iffus

erR

XRN

-AED

2000

&Co

ncen

tric

Ada

pter

RXM

C-D

D01

(Dro

p)CF

M [L

/s]

Tota

l MBH

Sens

ible

MBH

Pow

er k

WR

esis

tanc

e —

Inch

es o

f Wat

er [k

Pa]

2400

[113

3]0.

960.

890.

980.

04 [.

01]

0.01

[.00

]0.

66 [.

16]

0.53

[.13

]25

00 [1

180]

0.96

0.90

0.99

0.05

[.01

]0.

02 [.

00]

0.71

[.18

]0.

57 [.

14]

2600

[122

7]0.

970.

920.

990.

05 [.

01]

0.02

[.00

]0.

75 [.

19]

0.60

[.15

]27

00 [1

274]

0.97

0.93

0.99

0.05

[.01

]0.

03 [.

01]

0.80

[.20

]0.

65 [.

16]

2800

[132

1]0.

980.

950.

990.

06 [.

01]

0.04

[.01

]0.

85 [.

21]

0.69

[.17

]29

00 [1

368]

0.98

0.96

1.00

0.06

[.02

]0.

04 [.

01]

0.91

[.23

]0.

74 [.

18]

3000

[141

6]0.

990.

971.

000.

07 [.

02]

0.05

[.01

]0.

96 [.

24]

0.79

[.20

]31

00 [1

463]

1.00

0.99

1.00

0.07

[.02

]0.

06 [.

01]

1.02

[.25

]0.

86 [.

21]

3200

[151

0]1.

001.

001.

010.

07 [.

02]

0.07

[.02

]1.

08 [.

27]

0.92

[.23

]33

00 [1

557]

1.01

1.02

1.01

0.08

[.02

]0.

08 [.

02]

1.15

[.29

]0.

99 [.

25]

3400

[160

4]1.

011.

031.

010.

08 [.

02]

0.09

[.02

]1.

21 [.

30]

1.05

[.26

]35

00 [1

652]

1.02

1.05

1.01

0.09

[.02

]0.

10 [.

02]

1.29

[.32

]1.

09 [.

27]

3600

[169

9]1.

021.

061.

020.

09 [.

02]

0.11

[.03

]1.

36 [.

34]

1.13

[.28

]

*Mul

tiply

cor

rect

ion

fact

or ti

mes

gro

ss p

erfo

rman

ce d

ata

resu

lting

sen

sibl

e ca

paci

ty c

anno

t exc

eed

tota

l cap

acity

.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

8.5

TON

[29.

9 kW

] — 6

0 H

z —

DO

WN

FLO

WAi

rFl

owCF

M [L

/s]

Mod

el R

ACD

Z*10

2*Vo

ltage

208

/230

, 460

, 575

— 3

pha

se 6

0 H

zEx

tern

al S

tatic

Pre

ssur

e—In

ches

of W

ater

[kPa

]0.

1 [.

02]

0.2

[.05

]0.

3 [.

07]

0.4

[.10

]0.

5 [.

12]

0.6

[.15

]0.

7 [.

17]

0.8

[.20

]0.

9 [.

22]

1.0

[.25

]1.

1 [.

27]

1.2

[.30

]1.

3 [.

32]

1.4

[.35

]1.

5 [.

37]

1.6

[.40

]1.

7 [.

42]

1.8

[.45

]1.

9 [.

47]

2.0

[.50

]R

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

W27

00 [

1274

]—

—56

189

459

693

463

197

566

510

1869

810

6273

011

0876

211

5579

312

0382

312

5385

313

0488

213

5791

014

1193

714

6796

415

2499

015

8310

1516

4310

3917

0410

6317

6710

8618

3228

00 [

1321

]—

—57

392

760

896

964

210

1367

610

5870

811

0474

011

5277

112

0180

212

5283

213

0486

113

5888

914

1391

714

7094

315

2897

015

8799

516

4810

2017

1110

4417

7510

6718

4010

9019

0729

00 [

1368

]—

—58

696

462

010

0865

410

5468

711

0171

911

5075

012

0078

112

5281

113

0584

013

6086

914

1689

714

7392

415

3295

015

9397

616

5410

0117

1810

2517

8210

4818

4810

7119

1610

9319

8530

00 [

1416

]56

495

959

910

0463

310

5166

610

9969

811

4973

012

0076

112

5379

113

0782

013

6284

914

1987

714

7790

415

3793

115

9895

716

6198

217

2510

0617

9110

3018

5810

5319

2610

7519

9610

9720

6731

00 [

1463

]57

810

0161

210

4864

510

9867

811

4871

012

0074

112

5477

113

0880

113

6583

014

2385

814

8288

615

4291

216

0593

916

6896

417

3398

918

0010

1218

6810

3619

3710

5820

0810

8020

8011

0121

5432

00 [

1510

]59

210

4662

510

9665

811

4869

012

0172

112

5575

213

1178

213

6881

114

2784

014

8786

715

4889

416

1192

116

7694

617

4297

118

0999

518

7810

1919

4810

4120

2010

6320

9310

8521

6811

0522

4433

00 [

1557

]60

510

9663

811

4867

112

0270

212

5773

313

1476

313

7279

314

3282

114

9384

915

5587

716

1990

316

8492

917

5195

418

1997

918

8910

0219

6010

2520

3310

4721

0710

6921

8210

9022

5911

1023

3734

00 [

1604

]61

911

4965

212

0468

412

6071

513

1774

513

7677

514

3780

414

9983

215

6286

016

2788

616

9391

217

6193

818

3096

219

0098

619

7210

0920

4610

3221

2110

5321

9710

7422

7510

9523

5411

1424

3535

00 [

1652

]63

412

0666

612

6369

713

2272

813

8275

814

4378

715

0681

515

7084

316

3587

017

0289

617

7192

218

4194

619

1297

019

8599

420

6010

1721

3510

3822

1310

6022

9110

8023

7111

0024

5311

1925

3636

00 [

1699

]64

812

6768

013

2671

113

8774

114

4977

015

1379

915

7882

716

4585

417

1388

017

8290

618

5393

119

2595

519

9997

920

7410

0221

5110

2422

2910

4523

0810

6623

8910

8624

7211

0525

5611

2426

4137

00 [

1746

]66

313

3269

413

9372

414

5675

415

2178

315

8781

116

5483

817

2386

517

9389

118

6591

619

3894

120

1396

520

8998

821

6710

1022

4610

3223

2610

5324

0810

7324

9110

9225

7611

1126

6211

2927

5038

00 [

1793

]67

814

0070

814

6473

815

2976

715

9679

516

6582

317

3485

018

0587

618

7890

219

5292

620

2895

121

0597

421

8399

622

6310

1823

4410

3924

2710

6025

1110

8025

9710

9926

8411

1727

7211

3428

6239

00 [

1840

]69

314

7272

315

3875

216

0678

116

7580

817

4683

618

1886

218

9288

819

6691

320

4393

721

2196

122

0098

322

8110

0523

6310

2724

4710

4825

3210

6726

1810

8727

0611

0527

9611

2328

8611

4029

7940

00 [

1888

]70

815

4873

716

1776

616

8779

417

5882

218

3184

819

0687

419

8190

020

5992

421

3794

822

1897

122

9999

323

8210

1524

6710

3625

5310

5626

4010

7527

2910

9428

1911

1229

1111

2930

0411

4630

9941

00 [

1935

]72

316

2875

216

9978

117

7180

818

4583

519

2086

119

9788

720

7591

121

5593

522

3695

923

1898

124

0210

0324

8810

2425

7410

4526

6310

6427

5210

8328

4411

0129

3611

1930

3011

3631

2611

5232

23

NOTE

: A/F

-Driv

e le

ft of

the

bold

line

, B/G

-Driv

e rig

ht o

f bol

d lin

es, C

/H-D

rive

right

of d

oubl

e lin

e.

Driv

e Pa

ckag

eA/

FB/

GC/

HM

otor

H.P

. [W

]2

[149

1.4]

3 [2

237.

1]3

[223

7.1]

Blow

er S

heav

eAK

79H

AK79

HAK

79H

Mot

or S

heav

e1V

L40*

7/8

1VP5

0*7/

81V

P56*

7/8

Belt

A49

A50

A51

Turn

s O

pen

01

23

45

01

23

45

01

23

45

RPM

804

758

710

661

616

559

1048

1003

959

914

872

826

1168

1128

1087

1044

1002

957

NOTE

S: 1

. Fac

tory

she

ave

setti

ngs

are

show

n in

bol

d ty

pe.

2. D

o no

t set

mot

or s

heav

e be

low

min

imum

or m

axim

um tu

rns

open

sho

wn.

3. R

e-ad

just

men

t of s

heav

e re

quire

d to

ach

ieve

rate

d ai

rflow

at A

HRI m

inim

um E

xter

nal S

tatic

Pre

ssur

e4.

Add

com

pone

nt re

sist

ance

(bel

ow) t

o du

ct re

sist

ance

to d

eter

min

e to

tal E

xter

nal S

tatic

Pre

ssur

e.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

8.5

TON

[29.

9 kW

] — 6

0 H

z —

DO

WN

FLO

W (c

on’t.

)

Airf

low

AIR

FLO

W C

OR

REC

TIO

N F

ACTO

RS

*CO

MPO

NEN

T AI

RFL

OW

RES

ISTA

NCE

Wet

Coi

lVe

rtic

al E

cono

miz

erR

A D

ampe

r Ope

n

Conc

entr

ic D

iffus

er

RXR

N-A

EF20

00 &

Conc

entr

ic A

dapt

erR

XMC-

DD

01 (F

lush

)

Conc

entr

ic D

iffus

erR

XRN

-AED

2000

&Co

ncen

tric

Ada

pter

RXM

C-D

D01

(Dro

p)CF

M [L

/s]

Tota

l MBH

Sens

ible

MBH

Pow

er k

WR

esis

tanc

e —

Inch

es o

f Wat

er [k

Pa]

2700

[127

4]0.

970.

930.

990.

07 [.

02]

0.03

[.01

]0.

80 [.

20]

0.65

[.16

]28

00 [1

321]

0.98

0.94

0.99

0.07

[.02

]0.

03 [.

01]

0.85

[.21

]0.

69 [.

17]

2900

[136

8]0.

980.

960.

990.

08 [.

02]

0.04

[.01

]0.

91 [.

23]

0.74

[.18

]30

00 [1

416]

0.99

0.97

1.00

0.08

[.02

]0.

05 [.

01]

0.96

[.24

]0.

79 [.

20]

3100

[146

3]0.

990.

991.

000.

09 [.

02]

0.06

[.01

]1.

02 [.

25]

0.86

[.21

]32

00 [1

510]

1.00

1.00

1.00

0.10

[.02

]0.

07 [.

02]

1.08

[.27

]0.

92 [.

23]

3300

[155

7]1.

011.

011.

000.

10 [.

03]

0.08

[.02

]1.

15 [.

29]

0.99

[.25

]34

00 [1

604]

1.01

1.03

1.01

0.11

[.03

]0.

09 [.

02]

1.21

[.30

]1.

05 [.

26]

3500

[165

2]1.

021.

041.

010.

11 [.

03]

0.10

[.02

]1.

29 [.

32]

1.09

[.27

]36

00 [1

699]

1.02

1.06

1.01

0.12

[.03

]0.

11 [.

03]

1.36

[.34

]1.

13 [.

28]

3700

[174

6]1.

031.

071.

020.

13 [.

03]

0.12

[.03

]1.

43 [.

36]

1.18

[.29

]38

00 [1

793]

1.03

1.09

1.02

0.13

[.03

]0.

13 [.

03]

1.50

[.37

]1.

23 [.

31]

3900

[184

0]1.

041.

101.

020.

14 [.

04]

0.15

[.04

]1.

59 [.

40]

1.31

[.33

]40

00 [1

888]

1.05

1.12

1.02

0.14

[.04

]0.

16 [.

04]

1.68

[.42

]1.

38 [.

34]

4100

[193

5]1.

051.

131.

030.

15 [.

04]

0.17

[.04

]1.

74 [.

43]

1.44

[.36

]

*Mul

tiply

cor

rect

ion

fact

or ti

mes

gro

ss p

erfo

rman

ce d

ata

resu

lting

sen

sibl

e ca

paci

ty c

anno

t exc

eed

tota

l cap

acity

.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

8.5

TON

[29.

9 kW

] — 6

0 H

z —

SID

EFL

OW

Air

Flow

CFM

[L/s

]

Mod

el R

ACD

Z*10

2*Vo

ltage

208

/230

, 460

, 575

— 3

pha

se 6

0 H

zEx

tern

al S

tatic

Pre

ssur

e—In

ches

of W

ater

[kPa

]0.

1 [.

02]

0.2

[.05

]0.

3 [.

07]

0.4

[.10

]0.

5 [.

12]

0.6

[.15

]0.

7 [.

17]

0.8

[.20

]0.

9 [.

22]

1.0

[.25

]1.

1 [.

27]

1.2

[.30

]1.

3 [.

32]

1.4

[.35

]1.

5 [.

37]

1.6

[.40

]1.

7 [.

42]

1.8

[.45

]1.

9 [.

47]

2.0

[.50

]R

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

W27

00 [

1274

]—

——

—57

793

261

196

964

410

0967

710

5271

010

9874

211

4777

411

9980

612

5483

713

1286

813

7389

814

3792

915

0595

915

7598

816

4810

1717

2510

4618

0410

7418

8611

0219

7228

00 [

1321

]—

—55

692

658

996

262

210

0065

510

4268

710

8771

911

3475

111

8578

312

3981

412

9584

413

5587

514

1890

514

8493

415

5396

316

2499

216

9910

2117

7710

4918

5810

7719

4211

0520

2929

00 [

1368

]—

—56

895

860

199

563

310

3666

610

7969

711

2572

911

7476

012

2779

112

8282

113

4085

114

0288

114

6691

115

3394

016

0496

816

7799

717

5410

2518

3410

5219

1610

8020

0211

0720

9030

00 [

1416

]—

—58

099

461

310

3364

510

7467

611

1970

811

6773

812

1876

912

7279

913

2982

913

8985

914

5288

815

1891

715

8794

516

5997

317

3410

0118

1210

2918

9410

5619

7810

8220

6511

0921

5531

00 [

1463

]56

199

659

310

3362

410

7365

611

1768

711

6371

812

1374

812

6577

813

2180

813

7983

714

4186

615

0689

515

7392

316

4495

117

1897

817

9410

0618

7410

3319

5710

5920

4310

8521

3211

1122

2432

00 [

1510

]57

410

3760

510

7663

611

1866

711

6369

812

1172

812

6275

813

1678

713

7381

614

3484

514

9787

315

6390

216

3292

917

0595

717

8098

418

5810

1019

4010

3720

2410

6321

1210

8822

0211

1322

9633

00 [

1557

]58

710

8261

811

2264

811

6667

912

1270

912

6273

813

1576

713

7179

614

3082

514

9185

315

5688

116

2490

816

9593

617

6996

218

4698

919

2610

1520

0910

4120

9510

6621

8410

9122

7611

1623

7234

00 [

1604

]60

011

3063

011

7266

012

1769

012

6672

013

1774

913

7177

714

2980

614

8983

415

5386

116

1988

816

8991

517

6194

218

3796

819

1699

419

9710

2020

8210

4521

7010

7022

6010

9423

5411

1824

5135

00 [

1652

]61

311

8264

312

2667

212

7370

213

2373

013

7675

914

3278

714

9181

515

5384

216

1886

916

8689

617

5792

218

3194

819

0997

419

8999

920

7210

2421

5810

4922

4810

7323

4010

9724

3611

2125

3436

00 [

1699

]62

612

3865

612

8368

513

3271

313

8374

114

3876

914

9579

715

5682

416

2085

116

8787

717

5690

418

2992

919

0595

519

8498

020

6610

0521

5110

2922

3810

5323

2910

7724

2311

0025

2011

2326

2137

00 [

1746

]64

012

9766

813

4469

713

9472

514

4775

315

0478

015

6380

716

2583

316

9086

017

5988

618

3091

119

0593

719

8296

120

6398

621

4610

1022

3310

3423

2210

5724

1510

8125

1011

0326

0911

2627

1138

00 [

1793

]65

313

6068

114

0970

914

6073

715

1576

415

7379

016

3481

716

9884

317

6586

918

3589

419

0891

919

8494

420

6396

821

4599

222

3010

1623

1810

3924

1010

6225

0410

8426

0111

0727

0111

2828

0539

00 [

1840

]66

714

2669

414

7772

115

3074

815

8777

516

4680

117

0982

717

7485

218

4387

819

1490

219

8992

720

6795

121

4797

522

3199

823

1810

2124

0810

4425

0010

6625

9610

8826

9511

1027

9711

3129

0240

00 [

1888

]68

014

9670

715

4873

416

0476

016

6278

617

2381

217

8783

718

5486

219

2488

719

9891

120

7493

521

5395

822

3598

123

2110

0424

0910

2725

0110

4925

9510

7126

9310

9227

9311

1328

9711

3430

0341

00 [

1935

]69

415

7072

016

2474

616

8177

217

4079

718

0382

218

6984

719

3887

220

0989

620

8491

921

6294

322

4396

523

2798

824

1410

1025

0410

3225

9710

5426

9310

7527

9210

9628

9511

1630

0011

3731

08

NOTE

: A/F

-Driv

e le

ft of

the

bold

line

, B/G

-Driv

e rig

ht o

f bol

d lin

es, C

/H-D

rive

right

of d

oubl

e lin

e.

Driv

e Pa

ckag

eA/

FB/

GC/

HM

otor

H.P

. [W

]2

[149

1.4]

3 [2

237.

1]3

[223

7.1]

Blow

er S

heav

eAK

79H

AK79

HAK

79H

Mot

or S

heav

e1V

L40*

7/8

1VP5

0*7/

81V

P56*

7/8

Belt

A49

A50

A51

Turn

s O

pen

01

23

45

01

23

45

01

23

45

RPM

802

754

707

662

616

555

1048

1005

960

916

870

827

1170

1126

1085

1044

1000

956

NOTE

S: 1

. Fac

tory

she

ave

setti

ngs

are

show

n in

bol

d ty

pe.

2. D

o no

t set

mot

or s

heav

e be

low

min

imum

or m

axim

um tu

rns

open

sho

wn.

3. R

e-ad

just

men

t of s

heav

e re

quire

d to

ach

ieve

rate

d ai

rflow

at A

HRI m

inim

um E

xter

nal S

tatic

Pre

ssur

e4.

Add

com

pone

nt re

sist

ance

(bel

ow) t

o du

ct re

sist

ance

to d

eter

min

e to

tal E

xter

nal S

tatic

Pre

ssur

e.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

8.5

TON

[29.

9 kW

] — 6

0 H

z —

SID

EFL

OW

(con

’t.)

Airf

low

AIR

FLO

W C

OR

REC

TIO

N F

ACTO

RS

*CO

MPO

NEN

T AI

RFL

OW

RES

ISTA

NCE

Wet

Coi

lH

oriz

onta

l Eco

nom

izer

RA

Dam

per O

pen

Conc

entr

ic D

iffus

er

RXR

N-A

EF20

00 &

Conc

entr

ic A

dapt

erR

XMC-

DD

01 (F

lush

)

Conc

entr

ic D

iffus

erR

XRN

-AED

2000

&Co

ncen

tric

Ada

pter

RXM

C-D

D01

(Dro

p)CF

M [L

/s]

Tota

l MBH

Sens

ible

MBH

Pow

er k

WR

esis

tanc

e —

Inch

es o

f Wat

er [k

Pa]

2700

[127

4]0.

970.

930.

990.

07 [.

02]

0.03

[.01

]0.

80 [.

20]

0.65

[.16

]28

00 [1

321]

0.98

0.94

0.99

0.07

[.02

]0.

03 [.

01]

0.85

[.21

]0.

69 [.

17]

2900

[136

8]0.

980.

960.

990.

08 [.

02]

0.04

[.01

]0.

91 [.

23]

0.74

[.18

]30

00 [1

416]

0.99

0.97

1.00

0.08

[.02

]0.

05 [.

01]

0.96

[.24

]0.

79 [.

20]

3100

[146

3]0.

990.

991.

000.

09 [.

02]

0.06

[.01

]1.

02 [.

25]

0.86

[.21

]32

00 [1

510]

1.00

1.00

1.00

0.10

[.02

]0.

07 [.

02]

1.08

[.27

]0.

92 [.

23]

3300

[155

7]1.

011.

011.

000.

10 [.

03]

0.08

[.02

]1.

15 [.

29]

0.99

[.25

]34

00 [1

604]

1.01

1.03

1.01

0.11

[.03

]0.

09 [.

02]

1.21

[.30

]1.

05 [.

26]

3500

[165

2]1.

021.

041.

010.

11 [.

03]

0.10

[.02

]1.

29 [.

32]

1.09

[.27

]36

00 [1

699]

1.02

1.06

1.01

0.12

[.03

]0.

11 [.

03]

1.36

[.34

]1.

13 [.

28]

3700

[174

6]1.

031.

071.

020.

13 [.

03]

0.12

[.03

]1.

43 [.

36]

1.18

[.29

]38

00 [1

793]

1.03

1.09

1.02

0.13

[.03

]0.

13 [.

03]

1.50

[.37

]1.

23 [.

31]

3900

[184

0]1.

041.

101.

020.

14 [.

04]

0.15

[.04

]1.

59 [.

40]

1.31

[.33

]40

00 [1

888]

1.05

1.12

1.02

0.15

[.04

]0.

16 [.

04]

1.68

[.42

]1.

38 [.

34]

4100

[193

5]1.

051.

131.

030.

15 [.

04]

0.17

[.04

]1.

74 [.

43]

1.44

[.36

]

*Mul

tiply

cor

rect

ion

fact

or ti

mes

gro

ss p

erfo

rman

ce d

ata

resu

lting

sen

sibl

e ca

paci

ty c

anno

t exc

eed

tota

l cap

acity

.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

10 T

ON

[35.

1 kW

] — 6

0 H

z —

DO

WN

FLO

WAi

rFl

owCF

M [L

/s]

Mod

el R

ACD

Z*12

0*Vo

ltage

208

/230

, 460

, 575

— 3

pha

se 6

0 H

zEx

tern

al S

tatic

Pre

ssur

e—In

ches

of W

ater

[kPa

]0.

1 [.

02]

0.2

[.05

]0.

3 [.

07]

0.4

[.10

]0.

5 [.

12]

0.6

[.15

]0.

7 [.

17]

0.8

[.20

]0.

9 [.

22]

1.0

[.25

]1.

1 [.

27]

1.2

[.30

]1.

3 [.

32]

1.4

[.35

]1.

5 [.

37]

1.6

[.40

]1.

7 [.

42]

1.8

[.45

]1.

9 [.

47]

2.0

[.50

]R

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

W32

00 [1

510]

597

1046

629

1092

661

1141

692

1191

723

1242

753

1296

782

1351

811

1409

839

1468

867

1528

893

1591

920

1655

945

1722

970

1790

994

1859

1018

1931

1041

2004

1064

2080

1085

2157

1107

2236

3300

[155

7]61

010

9264

211

4167

411

9270

512

4473

512

9976

413

5579

314

1382

214

7384

915

3587

615

9990

316

6492

817

3195

418

0097

818

7110

0219

4310

2520

1810

4820

9410

7021

7210

9122

5111

1223

3334

00 [1

604]

624

1142

655

1194

686

1247

717

1303

747

1360

776

1419

804

1480

832

1542

859

1607

886

1673

912

1741

937

1811

962

1883

986

1956

1010

2031

1032

2108

1055

2187

1076

2268

1097

2350

1117

2435

3500

[165

2]63

811

9666

912

5169

913

0772

913

6575

914

2578

714

8781

515

5084

316

1687

016

8389

617

5292

118

2394

618

9597

119

6999

420

4610

1721

2410

4022

0310

6122

8510

8323

6811

0324

5411

2325

4136

00 [1

699]

651

1255

682

1312

712

1371

742

1432

771

1494

799

1559

827

1625

854

1693

880

1763

906

1835

931

1908

955

1984

979

2061

1003

2140

1025

2220

1047

2303

1068

2387

1089

2473

1109

2561

1129

2651

3700

[174

6]66

513

1769

613

7772

514

3975

515

0378

315

6881

116

3583

817

0486

517

7589

118

4891

619

2294

119

9896

520

7698

821

5610

1122

3810

3323

2110

5524

0610

7524

9310

9625

8211

1526

7311

3427

6538

00 [1

793]

679

1385

709

1447

739

1512

767

1578

795

1646

823

1716

850

1788

876

1861

901

1937

926

2014

950

2093

974

2173

997

2256

1019

2340

1041

2426

1062

2514

1083

2604

1102

2696

1122

2789

1140

2884

3900

[184

0]69

314

5672

315

2175

215

8978

016

5880

817

2883

518

0186

118

7588

719

5291

220

3093

621

1096

021

9198

322

7510

0623

6010

2824

4710

4925

3610

7026

2710

9027

1911

0928

1311

2829

0911

4630

0740

00 [1

888]

708

1532

737

1600

765

1670

793

1741

820

1815

847

1890

873

1967

898

2046

923

2127

947

2210

970

2294

993

2380

1015

2468

1036

2558

1057

2650

1077

2743

1097

2838

1116

2935

1134

3034

1152

3135

4100

[193

5]72

216

1275

116

8277

917

5580

618

3083

319

0685

919

8488

420

6490

921

4593

322

2995

723

1498

024

0110

0224

9010

2425

8110

4526

7310

6527

6810

8528

6411

0429

6211

2330

6111

4131

6311

5832

6642

00 [1

982]

736

1696

765

1769

792

1845

819

1922

845

2001

871

2082

896

2164

921

2249

944

2335

968

2423

990

2513

1012

2604

1033

2698

1054

2793

1074

2890

1093

2989

1112

3090

1130

3192

1147

3296

1164

3402

4300

[202

9]75

117

8477

918

6180

619

3983

220

1985

821

0088

321

8490

822

6993

223

5695

524

4597

825

3610

0026

2910

2227

2310

4328

1910

6329

1710

8230

1711

0131

1811

1932

2211

3733

2711

5434

34—

—44

00 [2

076]

765

1877

793

1956

820

2037

846

2120

871

2204

896

2290

920

2378

944

2468

967

2560

989

2653

1010

2749

1032

2846

1052

2945

1072

3045

1091

3148

1109

3252

1127

3358

1144

3466

1161

3576

——

4500

[212

3]78

019

7480

720

5683

321

4085

922

2588

423

1290

824

0193

224

9295

525

8497

826

7910

0027

7510

2128

7310

4129

7310

6130

7410

8131

7810

9932

8311

1733

9011

3534

9911

5236

0911

6837

22—

—46

00 [2

171]

795

2076

821

2160

847

2246

872

2335

897

2424

921

2516

944

2610

967

2705

989

2802

1010

2901

1031

3002

1051

3104

1071

3208

1090

3314

1108

3422

1126

3532

1143

3644

1159

3757

——

——

4700

[221

8]81

021

8183

622

6986

123

5888

624

4891

025

4193

426

3595

727

3297

928

3010

0029

2910

2130

3110

4231

3410

6232

4010

8133

4710

9934

5511

1735

6611

3436

7911

5137

9311

6739

09—

——

—48

00 [2

265]

825

2291

850

2381

875

2473

900

2567

923

2662

946

2759

969

2858

991

2959

1012

3061

1033

3165

1052

3272

1072

3380

1090

3489

1108

3601

1126

3714

1143

3829

1159

3946

——

——

——

NOTE

: A/F

-Driv

e le

ft of

the

bold

line

, B/G

-Driv

e rig

ht o

f bol

d lin

es, C

/H-D

rive

right

of d

oubl

e lin

e.

Driv

e Pa

ckag

eA/

FB/

GC/

HM

otor

H.P

. [W

]2

[149

1.4]

3 [2

237.

1]3

[223

7.1]

Blow

er S

heav

eAK

79H

AK79

HAK

79H

Mot

or S

heav

e1V

L40*

7/8

1VP5

0*7/

81V

P56*

7/8

Belt

A49

A50

A51

Turn

s O

pen

01

23

45

01

23

45

01

23

45

RPM

802

758

710

661

616

559

1040

999

955

911

868

824

1155

1120

1080

1039

996

953

NOTE

S: 1

. Fac

tory

she

ave

setti

ngs

are

show

n in

bol

d ty

pe.

2. D

o no

t set

mot

or s

heav

e be

low

min

imum

or m

axim

um tu

rns

open

sho

wn.

3. R

e-ad

just

men

t of s

heav

e re

quire

d to

ach

ieve

rate

d ai

rflow

at A

HRI m

inim

um E

xter

nal S

tatic

Pre

ssur

e4.

Add

com

pone

nt re

sist

ance

(bel

ow) t

o du

ct re

sist

ance

to d

eter

min

e to

tal E

xter

nal S

tatic

Pre

ssur

e.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

10 T

ON

[35.

1 kW

] — 6

0 H

z —

DO

WN

FLO

W (c

on’t.

)

Airf

low

AIR

FLO

W C

OR

REC

TIO

N F

ACTO

RS

*CO

MPO

NEN

T AI

RFL

OW

RES

ISTA

NCE

Wet

Coi

lVe

rtic

al E

cono

miz

erR

A D

ampe

r Ope

n

Conc

entr

ic D

iffus

er

RXR

N-A

EF34

15 &

Diff

user

RXM

C-D

D02

(Flu

sh)

Conc

entr

ic D

iffus

erR

XRN

-AED

3415

&D

iffus

erR

XMC-

DD

02 (D

rop)

CFM

[L/s

]To

tal M

BHSe

nsib

le M

BHPo

wer

kW

Res

ista

nce

— In

ches

of W

ater

[kPa

]

3200

[151

0]0.

970.

930.

990.

10 [.

02]

0.07

[.02

]0.

74 [.

18]

0.56

[.14

]33

00 [1

557]

0.98

0.94

0.99

0.10

[.03

]0.

08 [.

02]

0.79

[.20

]0.

59 [.

15]

3400

[160

4]0.

980.

960.

990.

11 [.

03]

0.09

[.02

]0.

84 [.

21]

0.62

[.15

]35

00 [1

652]

0.99

0.97

1.00

0.11

[.03

]0.

10 [.

02]

0.9

[.22]

0.66

[.16

]36

00 [1

699]

0.99

0.98

1.00

0.12

[.03

]0.

11 [.

03]

0.95

[.24

]0.

69 [.

17]

3700

[174

6]1.

000.

991.

000.

13 [.

03]

0.12

[.03

]1.

00 [.

25]

0.73

[.18

]38

00 [1

793]

1.00

1.01

1.00

0.13

[.03

]0.

13 [.

03]

1.04

[.26

]0.

76 [.

19]

3900

[184

0]1.

011.

021.

000.

14 [.

04]

0.15

[.04

]1.

09 [.

27]

0.80

[.20

]40

00 [1

888]

1.01

1.03

1.01

0.15

[.04

]0.

16 [.

04]

1.13

[.28

]0.

84 [.

21]

4100

[193

5]1.

021.

041.

010.

15 [.

04]

0.17

[.04

]1.

19 [.

30]

0.88

[.22

]42

00 [1

982]

1.02

1.06

1.01

0.16

[.04

]0.

19 [.

05]

1.24

[.31

]0.

92 [.

23]

4300

[202

9]1.

031.

071.

010.

17 [.

04]

0.20

[.05

]1.

31 [.

33]

0.97

[.24

]44

00 [2

076]

1.03

1.08

1.01

0.18

[.04

]0.

21 [.

05]

1.37

[.34

]1.

02 [.

25]

4500

[212

3]1.

041.

091.

020.

19 [.

05]

0.23

[.06

]1.

43 [.

35]

1.07

[.27

]46

00 [2

171]

1.04

1.11

1.02

0.19

[.05

]0.

24 [.

06]

1.48

[.37

]1.

11 [.

28]

4700

[221

8]1.

051.

121.

020.

20 [.

05]

0.26

[.06

]1.

54 [.

38]

1.15

[.29

]48

00 [2

265]

1.05

1.13

1.02

0.21

[.05

]0.

28 [.

07]

1.59

[.40

]1.

19 [.

30]

*Mul

tiply

cor

rect

ion

fact

or ti

mes

gro

ss p

erfo

rman

ce d

ata

resu

lting

sen

sibl

e ca

paci

ty c

anno

t exc

eed

tota

l cap

acity

.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

10 T

ON

[35.

1 kW

] — 6

0 H

z —

SID

EFL

OW

Air

Flow

CFM

[L/s

]

Mod

el R

ACD

Z*12

0*Vo

ltage

208

/230

, 460

, 575

— 3

pha

se 6

0 H

zEx

tern

al S

tatic

Pre

ssur

e—In

ches

of W

ater

[kPa

]0.

1 [.

02]

0.2

[.05

]0.

3 [.

07]

0.4

[.10

]0.

5 [.

12]

0.6

[.15

]0.

7 [.

17]

0.8

[.20

]0.

9 [.

22]

1.0

[.25

]1.

1 [.

27]

1.2

[.30

]1.

3 [.

32]

1.4

[.35

]1.

5 [.

37]

1.6

[.40

]1.

7 [.

42]

1.8

[.45

]1.

9 [.

47]

2.0

[.50

]R

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

W32

00 [1

510]

575

1018

607

1057

637

1099

667

1143

697

1191

727

1240

756

1293

785

1348

814

1406

842

1466

870

1529

897

1595

924

1664

951

1735

978

1809

1004

1885

1030

1965

1055

2047

1080

2131

1105

2219

3300

[155

7]58

810

6061

811

0164

911

4667

911

9270

812

4273

712

9476

613

4979

514

0682

314

6685

015

2987

815

9590

516

6393

217

3495

818

0898

418

8410

1019

6310

3520

4510

6021

2910

8522

1611

0923

0634

00 [1

604]

600

1106

630

1150

660

1196

690

1245

719

1297

748

1352

776

1409

804

1469

832

1531

859

1597

886

1664

913

1735

939

1808

965

1884

990

1963

1016

2044

1040

2128

1065

2215

1089

2305

1113

2397

3500

[165

2]61

311

5664

312

0267

212

5170

113

0273

013

5775

814

1378

614

7381

415

3584

116

0086

816

6889

417

3892

018

1194

618

8797

219

6599

720

4610

2221

3010

4622

1710

7023

0610

9423

9711

1724

9236

00 [1

699]

626

1210

655

1258

684

1310

713

1364

741

1420

769

1479

796

1541

823

1606

850

1673

877

1743

903

1816

929

1892

954

1970

979

2050

1004

2134

1028

2220

1052

2309

1076

2400

1099

2494

1122

2591

3700

[174

6]63

912

6866

813

1969

613

7372

414

2975

214

8877

915

5080

616

1483

316

8186

017

5188

618

2391

118

9893

719

7696

220

5698

621

4010

1122

2510

3523

1410

5824

0510

8124

9911

0425

9611

2726

9538

00 [1

793]

652

1330

680

1384

708

1440

736

1498

763

1560

790

1624

817

1690

843

1760

869

1832

895

1907

920

1984

945

2064

970

2147

994

2233

1018

2321

1041

2412

1064

2505

1087

2602

1110

2701

1132

2802

3900

[184

0]66

513

9769

314

5272

115

1174

815

7277

516

3680

117

0282

817

7185

418

4387

919

1790

419

9592

920

7595

421

5797

822

4210

0123

3010

2524

2110

4825

1410

7126

1010

9327

0911

1528

1011

3729

1440

00 [1

888]

678

1467

706

1525

733

1586

760

1650

787

1716

813

1785

839

1856

864

1930

889

2007

914

2087

938

2169

962

2254

986

2341

1009

2432

1032

2525

1055

2620

1077

2719

1099

2820

1121

2923

1142

3030

4100

[193

5]69

215

4271

916

0274

616

6677

217

3179

818

0082

418

7185

019

4587

520

2289

921

0192

321

8394

722

6797

123

5599

424

4510

1725

3710

4026

3310

6227

3110

8428

3111

0529

3511

2630

4111

4731

5042

00 [1

982]

706

1621

732

1684

759

1749

785

1817

810

1888

836

1962

861

2038

885

2117

909

2199

933

2283

957

2370

980

2460

1003

2552

1025

2647

1047

2745

1069

2845

1091

2948

1112

3054

1132

3163

1153

3274

4300

[202

9]72

017

0474

617

6977

218

3779

719

0782

319

8184

720

5787

221

3589

622

1792

023

0194

323

8796

624

7798

925

6910

1226

6410

3427

6110

5528

6110

7729

6410

9830

6911

1831

7811

3932

8811

5834

0244

00 [2

076]

734

1791

760

1858

785

1928

810

2001

835

2077

859

2155

883

2237

907

2320

931

2407

954

2496

976

2587

999

2682

1020

2779

1042

2879

1063

2981

1084

3087

1105

3195

1125

3305

1145

3418

——

4500

[212

3]74

818

8277

319

5279

820

2482

321

0084

721

7887

122

5989

523

4291

824

2894

125

1796

426

0898

627

0210

0827

9910

3028

9910

5130

0110

7131

0610

9232

1411

1233

2411

3234

3711

5135

52—

—46

00 [2

171]

762

1977

787

2049

812

2124

836

2202

860

2283

884

2366

907

2451

930

2540

952

2631

974

2725

996

2822

1018

2921

1039

3023

1059

3127

1080

3235

1100

3345

1120

3457

1139

3573

1158

3691

——

4700

[221

8]77

720

7680

121

5182

622

2884

923

0987

323

9189

624

7791

925

6594

126

5696

327

5098

528

4610

0629

4510

2730

4610

4831

5110

6832

5810

8833

6711

0834

8011

2735

9511

4637

12—

——

—48

00 [2

265]

792

2180

816

2257

840

2337

863

2419

886

2504

909

2592

931

2683

953

2776

975

2872

996

2971

1017

3072

1037

3176

1058

3283

1077

3392

1097

3504

1116

3619

1135

3736

1153

3856

——

——

NOTE

: A/F

-Driv

e le

ft of

the

bold

line

, B/G

-Driv

e rig

ht o

f bol

d lin

es, C

/H-D

rive

right

of d

oubl

e lin

e.

Driv

e Pa

ckag

eA/

FB/

GC/

HM

otor

H.P

. [W

]2

[149

1.4]

3 [2

237.

1]3

[223

7.1]

Blow

er S

heav

eAK

79H

AK79

HAK

79H

Mot

or S

heav

e1V

L40*

7/8

1VP5

0*7/

81V

P56*

7/8

Belt

A49

A50

A51

Turn

s O

pen

01

23

45

01

23

45

01

23

45

RPM

798

753

707

663

616

556

1041

998

955

912

867

824

1155

1119

1078

1037

994

951

NOTE

S: 1

. Fac

tory

she

ave

setti

ngs

are

show

n in

bol

d ty

pe.

2. D

o no

t set

mot

or s

heav

e be

low

min

imum

or m

axim

um tu

rns

open

sho

wn.

3. R

e-ad

just

men

t of s

heav

e re

quire

d to

ach

ieve

rate

d ai

rflow

at A

HRI m

inim

um E

xter

nal S

tatic

Pre

ssur

e4.

Add

com

pone

nt re

sist

ance

(bel

ow) t

o du

ct re

sist

ance

to d

eter

min

e to

tal E

xter

nal S

tatic

Pre

ssur

e.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

10 T

ON

[35.

1 kW

] — 6

0 H

z —

SID

EFL

OW

(con

’t.)

Airf

low

AIR

FLO

W C

OR

REC

TIO

N F

ACTO

RS

*CO

MPO

NEN

T AI

RFL

OW

RES

ISTA

NCE

Wet

Coi

lH

oriz

onta

l Eco

nom

izer

RA

Dam

per O

pen

Conc

entr

ic D

iffus

er

RXR

N-A

EF34

15 &

Diff

user

RXM

C-D

D02

(Flu

sh)

Conc

entr

ic D

iffus

erR

XRN

-AED

3415

&D

iffus

erR

XMC-

DD

02 (D

rop)

CFM

[L/s

]To

tal M

BHSe

nsib

le M

BHPo

wer

kW

Res

ista

nce

— In

ches

of W

ater

[kPa

]

3200

[151

0]0.

970.

930.

990.

10 [.

02]

0.07

[.02

]0.

74 [.

18]

0.56

[.14

]33

00 [1

557]

0.98

0.94

0.99

0.10

[.03

]0.

08 [.

02]

0.79

[.20

]0.

59 [.

15]

3400

[160

4]0.

980.

960.

990.

11 [.

03]

0.09

[.02

]0.

84 [.

21]

0.62

[.15

]35

00 [1

652]

0.99

0.97

1.00

0.11

[.03

]0.

10 [.

02]

0.90

[.22

]0.

66 [.

16]

3600

[169

9]0.

990.

981.

000.

12 [.

03]

0.11

[.03

]0.

95 [.

24]

0.69

[.17

]37

00 [1

746]

1.00

0.99

1.00

0.13

[.03

]0.

12 [.

03]

1.00

[.25

]0.

73 [.

18]

3800

[179

3]1.

001.

011.

000.

13 [.

03]

0.13

[.03

]1.

04 [.

26]

0.76

[.19

]39

00 [1

840]

1.01

1.02

1.00

0.14

[.04

]0.

15 [.

04]

1.09

[.27

]0.

80 [.

20]

4000

[188

8]1.

011.

031.

010.

15 [.

04]

0.16

[.04

]1.

13 [.

28]

0.84

[.21

]41

00 [1

935]

1.02

1.04

1.01

0.15

[.04

]0.

17 [.

04]

1.19

[.30

]0.

88 [.

22]

4200

[198

2]1.

021.

061.

010.

16 [.

04]

0.19

[.05

]1.

24 [.

31]

0.92

[.23

]43

00 [2

029]

1.03

1.07

1.01

0.17

[.04

]0.

20 [.

05]

1.31

[.33

]0.

97 [.

24]

4400

[207

6]1.

031.

081.

010.

18 [.

04]

0.21

[.05

]1.

37 [.

34]

1.02

[.25

]45

00 [2

123]

1.04

1.09

1.02

0.19

[.05

]0.

23 [.

06]

1.43

[.35

]1.

07 [.

27]

4600

[217

1]1.

041.

111.

020.

19 [.

05]

0.24

[.06

]1.

48 [.

37]

1.11

[.28

]47

00 [2

218]

1.05

1.12

1.02

0.20

[.05

]0.

26 [.

06]

1.54

[.38

]1.

15 [.

29]

4800

[226

5]1.

051.

131.

020.

21 [.

05]

0.28

[.07

]1.

59 [.

40]

1.19

[.30

]

*Mul

tiply

cor

rect

ion

fact

or ti

mes

gro

ss p

erfo

rman

ce d

ata

resu

lting

sen

sibl

e ca

paci

ty c

anno

t exc

eed

tota

l cap

acity

.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

12.5

TO

N [4

3.9

kW] —

60

Hz

— D

OW

NFL

OW

Air

Flow

CFM

[L/s

]

Mod

el R

ACD

Z*15

0*Vo

ltage

208

/230

, 460

, 575

— 3

pha

se 6

0 H

zEx

tern

al S

tatic

Pre

ssur

e—In

ches

of W

ater

[kPa

]0.

1 [.

02]

0.2

[.05

]0.

3 [.

07]

0.4

[.10

]0.

5 [.

12]

0.6

[.15

]0.

7 [.

17]

0.8

[.20

]0.

9 [.

22]

1.0

[.25

]1.

1 [.

27]

1.2

[.30

]1.

3 [.

32]

1.4

[.35

]1.

5 [.

37]

1.6

[.40

]1.

7 [.

42]

1.8

[.45

]1.

9 [.

47]

2.0

[.50

]R

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

W40

00 [

1888

]76

617

7679

518

0682

418

4285

118

8387

819

3190

419

8592

920

4495

321

1097

621

8199

822

5910

1923

4210

4024

3110

5925

2610

7826

2710

9627

3411

1328

4711

2929

6611

4430

9111

5832

2111

7133

5841

00 [

1935

]77

818

2080

718

5683

518

9786

219

4488

819

9791

320

5693

721

2096

121

9198

322

6810

0523

5010

2624

3910

4525

3310

6426

3410

8227

4010

9928

5211

1629

7011

3130

9411

4532

2411

5933

6011

7135

0242

00 [

1982

]79

218

7582

019

1584

719

6187

320

1489

920

7292

321

3694

722

0696

922

8299

123

6410

1224

5110

3225

4510

5126

4510

7027

5010

8728

6211

0329

7911

1931

0211

3432

3211

4733

6711

6035

0811

7236

5543

00 [

2029

]80

619

3883

319

8485

920

3688

520

9391

021

5693

422

2695

723

0197

923

8210

0024

6910

2025

6210

4026

6110

5827

6610

7628

7710

9229

9311

0831

1611

2332

4411

3733

7911

5035

1911

6236

6511

7438

1844

00 [

2076

]82

020

1284

720

6387

321

1989

821

8292

222

5194

523

2596

724

0698

924

9210

0925

8410

2926

8210

4827

8710

6528

9710

8230

1310

9831

3411

1332

6211

2833

9611

4135

3611

5436

8111

6538

3311

7639

9045

00 [

2123

]83

520

9586

121

5188

622

1391

122

8193

423

5595

724

3497

825

2099

926

1110

1927

0910

3828

1210

5629

2210

7330

3710

9031

5811

0532

8511

1934

1811

3335

5711

4637

0211

5838

5311

6840

0911

7841

7246

00 [

2171

]85

121

8787

622

4990

123

1692

523

8994

724

6896

925

5399

026

4410

1027

4010

3028

4310

4829

5210

6530

6610

8231

8710

9733

1311

1234

4511

2635

8411

3937

2811

5138

7811

6240

3411

7241

9611

8243

6347

00 [

2218

]86

722

9089

223

5691

624

2893

925

0796

125

9198

226

8110

0327

7710

2228

7910

4129

8710

5831

0110

7532

2010

9133

4611

0634

7811

2036

1511

3337

5911

4539

0811

5740

6311

6742

2411

7743

9111

8645

6448

00 [

2265

]88

424

0190

824

7393

225

5195

426

3497

527

2399

628

1910

1629

2010

3430

2710

5231

4010

6932

5910

8533

8411

0135

1511

1536

5211

2837

9511

4139

4311

5340

9811

6342

5811

7344

2511

8245

9711

9047

7549

00 [

2312

]90

225

2392

525

9994

826

8296

927

7199

028

6610

1029

6610

2930

7310

4731

8510

6533

0310

8134

2710

9735

5811

1136

9411

2538

3611

3839

8411

4941

3711

6042

9711

7044

6311

8046

3411

8848

1211

9549

9550

00 [

2359

]92

026

5394

327

3696

528

2498

629

1710

0630

1710

2531

2310

4432

3510

6133

5210

7834

7610

9336

0511

0837

4111

2238

8211

3540

2911

4741

8211

5843

4111

6945

0611

7846

7711

8748

5411

9450

3612

0152

2551

00 [

2407

]93

927

9496

128

8198

229

7410

0330

7310

2231

7910

4132

8910

5834

0610

7535

2910

9136

5811

0637

9211

2039

3311

3440

7911

4642

3211

5843

9011

6845

5411

7847

2511

8749

0111

9450

8312

0152

7012

0854

6452

00 [

2454

]95

829

4498

030

3610

0031

3510

2032

3910

3933

4910

5734

6510

7435

8810

9037

1611

0538

4911

2039

8911

3341

3511

4642

8711

5844

4411

6846

0811

7847

7711

8749

5311

9651

3412

0353

2112

0955

1412

1557

1353

00 [

2501

]97

831

0399

932

0110

1933

0510

3834

1410

5635

3010

7436

5110

9037

7811

0639

1211

2040

5111

3441

9611

4743

4711

5945

0411

7046

6611

8048

3511

8950

1011

9851

9012

0553

7712

1255

6912

1757

6712

2259

7254

00 [

2548

]99

932

7310

1933

7610

3834

8410

5735

9910

7437

2010

9138

4611

0739

7911

2241

1711

3642

6111

4944

1211

6145

6811

7247

3011

8348

9811

9250

7212

0152

5212

0954

3812

1556

2912

2158

2712

2660

30—

—55

00 [

2595

]10

2034

5110

4035

5910

5836

7310

7637

9310

9339

1911

0940

5111

2441

8911

3843

3211

5244

8211

6446

3711

7647

9911

8649

6611

9651

3912

0553

1812

1355

0312

2056

9412

2658

91—

——

——

—56

00 [

2643

]10

4236

4010

6137

5310

7938

7210

9639

9711

1241

2811

2842

6511

4244

0811

5645

5711

6847

1211

8048

7211

9150

3912

0152

1212

1053

9012

1855

7412

2657

65—

——

——

——

——

—57

00 [

2690

]10

6438

3810

8339

5611

0040

8011

1742

1111

3243

4711

4744

8911

6146

3711

7447

9111

8649

5111

9751

1712

0752

8912

1654

6712

2556

50—

——

——

——

——

——

——

—58

00 [

2737

]10

8840

4511

0541

6911

2242

9811

3844

3411

5345

7511

6747

2311

8048

7611

9250

3512

0452

0012

1453

7112

2455

48—

——

——

——

——

——

——

——

——

—59

00 [

2784

]11

1142

6211

2843

9111

4445

2611

6046

6611

7448

1311

8749

6612

0051

2412

1152

8912

2254

59—

——

——

——

——

——

——

——

——

——

——

—60

00 [

2831

]11

3644

8911

5246

2311

6747

6311

8249

0911

9650

6112

0852

1812

2053

82—

——

——

——

——

——

——

——

——

——

——

——

——

—

NOTE

: A/F

-Driv

e le

ft of

the

bold

line

, B/G

-Driv

e rig

ht o

f bol

d lin

es.

Driv

e Pa

ckag

eA/

FB/

GM

otor

H.P

. [W

]3

[223

7.1]

5 [3

728.

5]Bl

ower

She

ave

AK71

HAK

79H

Mot

or S

heav

e1V

L44*

7/8

1VP6

0*1x

1/8

Belt

A48

A52

Turn

s O

pen

01

23

45

01

23

45

RPM

1003

958

912

863

814

764

1220

1171

1127

1085

1039

994

NOTE

S: 1

. Fac

tory

she

ave

setti

ngs

are

show

n in

bol

d ty

pe.

2. D

o no

t set

mot

or s

heav

e be

low

min

imum

or m

axim

um tu

rns

open

sho

wn.

3. R

e-ad

just

men

t of s

heav

e re

quire

d to

ach

ieve

rate

d ai

rflow

at A

HRI m

inim

um E

xter

nal S

tatic

Pre

ssur

e4.

Add

com

pone

nt re

sist

ance

(bel

ow) t

o du

ct re

sist

ance

to d

eter

min

e to

tal E

xter

nal S

tatic

Pre

ssur

e.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

12.5

TO

N [4

3.9

kW] —

60

Hz

— D

OW

NFL

OW

(con

’t.)

Airf

low

AIR

FLO

W C

OR

REC

TIO

N F

ACTO

RS

*CO

MPO

NEN

T AI

RFL

OW

RES

ISTA

NCE

Wet

Coi

lVe

rtic

al E

cono

miz

erR

A D

ampe

r Ope

n

Conc

entr

ic D

iffus

er

RXR

N-A

EF36

18 &

Conc

entr

ic A

dapt

erR

XMC-

DD

03 (F

lush

)

Conc

entr

ic D

iffus

erR

XRN

-AED

3618

&Co

ncen

tric

Ada

pter

RXM

C-D

D03

(Dro

p)CF

M [L

/s]

Tota

l MBH

Sens

ible

MBH

Pow

er k

WR

esis

tanc

e —

Inch

es o

f Wat

er [k

Pa]

4000

[188

8]1.

011.

031.

010.

15 [.

04]

0.16

[.04

]0.

76 [.

19]

0.68

[.17

]41

00 [1

935]

1.02

1.04

1.01

0.16

[.04

]0.

17 [.

04]

0.79

[.20

]0.

72 [.

18]

4200

[198

2]1.

021.

061.

010.

17 [.

04]

0.19

[.05

]0.

82 [.

20]

0.75

[.19

]43

00 [2

029]

1.03

1.07

1.01

0.17

[.04

]0.

20 [.

05]

0.86

[.21

]0.

79 [.

20]

4400

[207

6]1.

031.

081.

010.

18 [.

05]

0.21

[.05

]0.

90 [.

22]

0.83

[.21

]45

00 [2

123]

1.04

1.09

1.02

0.19

[.05

]0.

23 [.

06]

0.94

[.23

]0.

86 [.

21]

4600

[217

1]1.

041.

111.

020.

20 [.

05]

0.24

[.06

]0.

98 [.

24]

0.89

[.22

]47

00 [2

218]

1.05

1.12

1.02

0.21

[.05

]0.

26 [.

06]

1.02

[.25

]0.

94 [.

23]

4800

[226

5]1.

051.

131.

020.

21 [.

05]

0.28

[.07

]1.

06 [.

26]

0.98

[.24

]49

00 [2

312]

1.06

1.14

1.02

0.22

[.06

]0.

29 [.

07]

1.10

[.27

]1.

01 [.

25]

5000

[235

9]1.

061.

161.

030.

23 [.

06]

0.31

[.08

]1.

14 [.

28]

1.04

[.26

]51

00 [2

407]

1.07

1.17

1.03

0.24

[.06

]0.

33 [.

08]

1.18

[.29

]1.

07 [.

27]

5200

[245

4]1.

071.

181.

030.

25 [.

06]

0.35

[.09

]1.

22 [.

30]

1.10

[.27

]53

00 [2

501]

1.08

1.19

1.03

0.26

[.06

]0.

36 [.

09]

1.27

[.32

]1.

15 [.

29]

5400

[254

8]1.

081.

211.

030.

27 [.

07]

0.38

[.09

]1.

33 [.

33]

1.20

[.30

]55

00 [2

595]

1.09

1.22

1.04

0.28

[.07

]0.

40 [.

10]

1.37

[.34

]1.

25 [.

31]

5600

[264

3]1.

091.

231.

040.

29 [.

07]

0.42

[.10

]1.

42 [.

35]

1.30

[.32

]57

00 [2

690]

1.10

1.24

1.04

0.30

[.07

]0.

44 [.

11]

1.47

[.37

]1.

34 [.

33]

5800

[273

7]1.

101.

261.

040.

31 [.

08]

0.46

[.11

]1.

52 [.

38]

1.38

[.34

]59

00 [2

784]

1.10

1.27

1.05

0.32

[.08

]0.

48 [.

12]

1.56

[.39

]1.

42 [.

35]

6000

[283

1]1.

111.

281.

050.

33 [.

08]

0.51

[.13

]1.

60 [.

40]

1.45

[.36

]

*Mul

tiply

cor

rect

ion

fact

or ti

mes

gro

ss p

erfo

rman

ce d

ata

resu

lting

sen

sibl

e ca

paci

ty c

anno

t exc

eed

tota

l cap

acity

.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

12.5

TO

N [4

3.9

kW] —

60

Hz

— S

IDE

FLO

WAi

rFl

owCF

M [L

/s]

Mod

el R

ACD

Z*15

0*Vo

ltage

208

/230

, 460

, 575

— 3

pha

se 6

0 H

zEx

tern

al S

tatic

Pre

ssur

e—In

ches

of W

ater

[kPa

]0.

1 [.

02]

0.2

[.05

]0.

3 [.

07]

0.4

[.10

]0.

5 [.

12]

0.6

[.15

]0.

7 [.

17]

0.8

[.20

]0.

9 [.

22]

1.0

[.25

]1.

1 [.

27]

1.2

[.30

]1.

3 [.

32]

1.4

[.35

]1.

5 [.

37]

1.6

[.40

]1.

7 [.

42]

1.8

[.45

]1.

9 [.

47]

2.0

[.50

]R

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

WR

PMW

RPM

W40

00 [

1888

]—

—79

117

5781

918

2484

618

9287

219

6189

720

3192

221

0194

621

7397

022

4599

323

1810

1523

9210

3624

6710

5725

4210

7726

1910

9626

9611

1527

7411

3328

5311

5029

3311

6730

1411

8330

9541

00 [

1935

]78

217

7380

918

4183

619

1186

319

8288

820

5391

321

2593

721

9896

122

7298

423

4610

0624

2210

2724

9810

4825

7610

6826

5410

8827

3311

0628

1211

2428

9311

4229

7511

5830

5711

7431

4011

8932

2442

00 [

1982

]80

118

6082

819

3285

420

0488

020

7790

521

5092

922

2595

223

0097

523

7799

724

5410

1925

3210

4026

1110

6026

9110

7927

7110

9828

5311

1629

3511

3330

1811

5031

0211

6631

8711

8132

7211

9633

5943

00 [

2029

]81

919

5484

520

2887

121

0289

621

7792

022

5494

423

3196

724

0998

924

8810

1125

6710

3226

4810

5227

2910

7128

1110

9028

9411

0829

7811

2530

6311

4231

4911

5832

3511

7433

2311

8834

1112

0235

0044

00 [

2076

]83

720

5386

321

2988

822

0791

222

8493

623

6395

924

4398

125

2310

0326

0510

2426

8710

4427

7010

6428

5410

8229

3811

0130

2411

1831

1011

3531

9711

5132

8611

6633

7511

8134

6411

9535

5512

0836

4645

00 [

2123

]85

521

5988

022

3790

523

1792

923

9795

224

7997

425

6199

626

4410

1627

2710

3728

1210

5628

9710

7529

8410

9330

7111

1131

5911

2832

4811

4433

3811

5934

2811

7435

2011

8836

1212

0137

0512

1437

9946

00 [

2171

]87

322

7089

823

5192

124

3394

425

1696

726

0098

826

8410

0927

7010

3028

5610

4929

4310

6830

3110

8631

2011

0432

1011

2133

0011

3733

9211

5234

8411

6735

7711

8136

7111

9537

6612

0738

6112

1939

5847

00 [

2218

]89

123

8791

424

7193

825

5696

026

4198

227

2710

0328

1410

2329

0210

4329

9110

6230

8010

8031

7110

9732

6211

1433

5411

3034

4711

4635

4111

6136

3611

7537

3211

8838

2812

0139

2512

1340

23—

—48

00 [

2265

]90

825

1193

125

9795

426

8497

527

7299

628

6010

1729

5010

3630

4010

5531

3210

7432

2410

9133

1711

0834

1011

2435

0511

4036

0111

5536

9711

6937

9411

8238

9211

9539

9112

0740

9112

1941

91—

—49

00 [

2312

]92

526

4094

727

2996

928

1899

029

0810

1130

0010

3130

9210

5031

8410

6832

7810

8633

7311

0234

6811

1935

6511

3436

6211

4937

6011

6338

5911

7739

5811

9040

5912

0241

6012

1342

62—

——

—50

00 [

2359

]94

227

7596

428

6698

529

5810

0530

5110

2531

4510

4432

3910

6233

3510

8034

3110

9735

2811

1336

2611

2937

2511

4438

2411

5839

2511

7240

2611

8541

2811

9742

3112

0843

3512

1944

40—

——

—51

00 [

2407

]95

829

1697

930

1010

0031

0410

2032

0010

3932

9610

5733

9310

7534

9110

9235

8911

0836

8911

2437

8911

3938

9111

5339

9311

6740

9611

8042

0011

9243

0412

0444

1012

1445

16—

——

——

—52

00 [

2454

]97

530

6399

531

6010

1532

5610

3433

5410

5334

5310

7035

5210

8736

5311

0437

5411

2038

5611

3539

5911

4940

6311

6241

6711

7542

7311

8843

7911

9944

8612

1045

9412

2047

03—

——

——

—53

00 [

2501

]99

132

1710

1033

1510

3034

1510

4835

1510

6636

1610

8337

1811

0038

2111

1539

2411

3040

2911

4541

3411

5842

4111

7143

4811

8444

5611

9545

6412

0646

7412

1647

85—

——

——

——

—54

00 [

2548

]10

0633

7610

2634

7710

4435

7910

6236

8110

7937

8510

9638

8911

1139

9511

2641

0111

4142

0811

5543

1611

6844

2511

8045

3411

9246

4512

0347

5612

1348

68—

——

——

——

——

—55

00 [

2595

]10

2235

4110

4036

4410

5837

4910

7538

5410

9239

6011

0840

6711

2341

7511

3742

8311

5143

9311

6445

0311

7746

1411

8847

2611

9948

3912

1049

5312

1950

68—

——

——

——

——

—56

00 [

2643

]10

3737

1210

5538

1810

7239

2410

8940

3211

0541

4111

2042

5011

3443

6111

4844

7211

6145

8411

7446

9711

8548

1011

9649

2512

0750

4012

1651

56—

——

——

——

——

——

—57

00 [

2690

]10

5238

8810

6939

9710

8641

0611

0242

1711

1743

2811

3244

4011

4545

5211

5946

6611

7147

8011

8348

9611

9450

1212

0451

2912

1452

47—

——

——

——

——

——

——

—58

00 [

2737

]10

6740

7110

8341

8210

9942

9411

1544

0711

2945

2011

4346

3511

5647

5011

6948

6611

8149

8311

9251

0112

0252

2012

1253

3912

2154

60—

——

——

——

——

——

——

—59

00 [

2784

]10

8142

6010

9743

7411

1344

8811

2746

0311

4147

1911

5448

3611

6749

5411

7950

7311

9051

9212

0053

1212

1054

3312

1955

55—

——

——

——

——

——

——

——

—60

00 [

2831

]10

9544

5511

1145

7111

2646

8811

3948

0511

5349

2411

6550

4311

7751

6411

8852

8511

9954

0712

0955

2912

1856

53—

——

——

——

——

——

——

——

——

—

NOTE

: A/F

-Driv

e le

ft of

the

bold

line

, B/G

-Driv

e rig

ht o

f bol

d lin

es.

Driv

e Pa

ckag

eA/

FB/

GM

otor

H.P

. [W

]3

[223

7.1]

5 [3

728.

5]Bl

ower

She

ave

AK71

HAK

79H

Mot

or S

heav

e1V

L44*

7/8

1VP6

0*1x

1/2

Belt

A48

A52

Turn

s O

pen

01

23

45

01

23

45

RPM

1002

955

909

862

813

765

1208

1171

1127

1084

1038

995

NOTE

S: 1

. Fac

tory

she

ave

setti

ngs

are

show

n in

bol

d ty

pe.

2. D

o no

t set

mot

or s

heav

e be

low

min

imum

or m

axim

um tu

rns

open

sho

wn.

3. R

e-ad

just

men

t of s

heav

e re

quire

d to

ach

ieve

rate

d ai

rflow

at A

HRI m

inim

um E

xter

nal S

tatic

Pre

ssur

e4.

Add

com

pone

nt re

sist

ance

(bel

ow) t

o du

ct re

sist

ance

to d

eter

min

e to

tal E

xter

nal S

tatic

Pre

ssur

e.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



AIR

FLO

W P

ER

FOR

MA

NC

E—

12.5

TO

N [4

3.9

kW] —

60

Hz

— S

IDE

FLO

W (c

on’t.

)

Airf

low

AIR

FLO

W C

OR

REC

TIO

N F

ACTO

RS

*CO

MPO

NEN

T AI

RFL

OW

RES

ISTA

NCE

Wet

Coi

lH

oriz

onta

l Eco

nom

izer

RA

Dam

per O

pen

Conc

entr

ic D

iffus

er

RXR

N-A

EF36

18 &

Conc

entr

ic A

dapt

erR

XMC-

DD

03 (F

lush

)

Conc

entr

ic D

iffus

erR

XRN

-AED

3618

&Co

ncen

tric

Ada

pter

RXM

C-D

D03

(Dro

p)CF

M [L

/s]

Tota

l MBH

Sens

ible

MBH

Pow

er k

WR

esis

tanc

e —

Inch

es o

f Wat

er [k

Pa]

4000

[188

8]1.

011.

031.

010.

15 [.

04]

0.16

[.04

]0.

76 [.

19]

0.68

[.17

]41

00 [1

935]

1.02

1.04

1.01

0.16

[.04

]0.

17 [.

04]

0.79

[.20

]0.

72 [.

18]

4200

[198

2]1.

021.

061.

010.

17 [.

04]

0.19

[.05

]0.

82 [.

20]

0.75

[.19

]43

00 [2

029]

1.03

1.07

1.01

0.17

[.04

]0.

20 [.

05]

0.86

[.21

]0.

79 [.

20]

4400

[207

6]1.

031.

081.

010.

18 [.

05]

0.21

[.05

]0.

90 [.

22]

0.83

[.21

]45

00 [2

123]

1.04

1.09

1.02

0.19

[.05

]0.

23 [.

06]

0.94

[.23

]0.

86 [.

21]

4600

[217

1]1.

041.

111.

020.

20 [.

05]

0.24

[.06

]0.

98 [.

24]

0.89

[.22

]47

00 [2

218]

1.05

1.12

1.02

0.21

[.05

]0.

26 [.

06]

1.02

[.25

]0.

94 [.

23]

4800

[226

5]1.

051.

131.

020.

21 [.

05]

0.28

[.07

]1.

06 [.

26]

0.98

[.24

]49

00 [2

312]

1.06

1.14

1.02

0.22

[.06

]0.

29 [.

07]

1.10

[.27

]1.

01 [.

25]

5000

[235

9]1.

061.

161.

030.

23 [.

06]

0.31

[.08

]1.

14 [.

28]

1.04

[.26

]51

00 [2

407]

1.07

1.17

1.03

0.24

[.06

]0.

33 [.

08]

1.18

[.29

]1.

07 [.

27]

5200

[245

4]1.

071.

181.

030.

25 [.

06]

0.35

[.09

]1.

22 [.

30]

1.10

[.27

]53

00 [2

501]

1.08

1.19

1.03

0.26

[.06

]0.

36 [.

09]

1.27

[.32

]1.

15 [.

29]

5400

[254

8]1.

081.

211.

030.

27 [.

07]

0.38

[.09

]1.

33 [.

33]

1.20

[.30

]55

00 [2

595]

1.09

1.22

1.04

0.28

[.07

]0.

40 [.

10]

1.37

[.34

]1.

25 [.

31]

5600

[264

3]1.

091.

231.

040.

29 [.

07]

0.42

[.10

]1.

42 [.

35]

1.30

[.32

]57

00 [2

690]

1.10

1.24

1.04

0.30

[.07

]0.

44 [.

11]

1.47

[.37

]1.

34 [.

33]

5800

[273

7]1.

101.

261.

040.

31 [.

08]

0.46

[.11

]1.

52 [.

38]

1.38

[.34

]59

00 [2

784]

1.10

1.27

1.05

0.32

[.08

]0.

48 [.

12]

1.56

[.39

]1.

42 [.

35]

6000

[283

1]1.

111.

281.

050.

33 [.

08]

0.51

[.13

]1.

60 [.

40]

1.45

[.36

]

*Mul

tiply

cor

rect

ion

fact

or ti

mes

gro

ss p

erfo

rman

ce d

ata

resu

lting

sen

sibl

e ca

paci

ty c

anno

t exc

eed

tota

l cap

acity

.

[ ]

Des

igna

tes

Met

ric

Co

nver

sio

ns



ELECTRICAL DATA – ACDZR SERIES

090ACA 090ACB090ACC 090ADA 090ADB

090ADC

Uni

t Inf

orm

atio

n

Unit OperatingVoltage Range 187-253 187-253 414-506 414-506

Volts 208/230 208/230 460 460Phase 3 3 3 3

Hz 60 60 60 60Minimum Circuit Ampacity 41 43 21 23

Minimum OvercurrentProtection Device Size 50 50 25 30

Maximum OvercurrentProtection Device Size 60 60 30 35

Com

pres

sor M

otor

No. 1 1 1 1Volts 208/230 208/230 460 460Phase 3 3 3 3RPM 3450 3450 3450 3450

HP, Compressor 1 7 7 7 7Amps (RLA), Comp. 1 25 25 12.8 12.8Amps (LRA), Comp. 1 164 164 100 100

Cond

ense

r Mot

or

No. 2 2 2 2Volts 208/230 208/230 460 460Phase 1 1 1 1

HP 1/5 1/5 1/5 1/5Amps (FLA, each) 1.2 1.2 0.8 0.8Amps (LRA, each) 2.3 2.3 1.4 1.4

Evap

orat

or F

an

No. 1 1 1 1Volts 208/230 208/230 460 460Phase 3 3 3 3

HP 2 3 2 3Amps (FLA, each) 6.6 9.1 3.3 4.6Amps (LRA, each) 47 74.5 22.5 38.1



ELECTRICAL DATA – ACDZR SERIES102ACA 102ACB 102ACC 102ADA 102ADB 102ADC

Uni

t Inf

orm

atio

n

Unit OperatingVoltage Range 187-253 187-253 187-253 414-506 414-506 414-506

Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3

Hz 60 60 60 60 60 60Minimum Circuit Ampacity 44 46 49 22 23 24

Minimum OvercurrentProtection Device Size 60 60 60 25 30 30

Maximum OvercurrentProtection Device Size 70 70 70 30 35 35

Com

pres

sor M

otor

No. 1 1 1 1 1 1Volts 208/230 209/230 208/230 460 460 460Phase 3 3 3 3 3 3RPM 3450 3450 3450 3450 3450 3450

HP, Compressor 1 7 1/2 7 1/2 7 1/2 7 1/2 7 1/2 7 1/2Amps (RLA), Comp. 1 27.6 27.6 27.6 12.8 12.8 12.8Amps (LRA), Comp. 1 191 191 191 100 100 100

Cond

ense

r Mot

or

No. 2 2 2 2 2 2Volts 208/230 208/230 208/230 460 460 460Phase 1 1 1 1 1 1

HP 1/5 1/5 1/5 1/5 1/5 1/5Amps (FLA, each) 1.2 1.2 1.2 0.8 0.8 0.8Amps (LRA, each) 2.3 2.3 2.3 1.4 1.4 1.4

Evap

orat

or F

an

No. 1 1 1 1 1 1Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3

HP 2 3 3 2 3 3Amps (FLA, each) 7.1 9.1 12 3.5 4.6 6Amps (LRA, each) 45 74.5 74.5 22.5 38.1 38.1



ELECTRICAL DATA – ACDZR SERIES120ACA 120ACB 120ACC 120ADA 120ADB 120ADC

Uni

t Inf

orm

atio

n


Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3




Com

pres

sor M

otor


HP, Compressor 1 10 10 10 10 10 10Amps (RLA), Comp. 1 28.2 28.2 28.2 14.7 14.7 14.7Amps (LRA), Comp. 1 239 239 239 130 130 130

Cond

ense

r Mot

or

No. 2 2 2 2 2 2Volts 208/230 208/230 208/230 460 460 460Phase 1 1 1 1 1 1


Evap

orat

or F

an

No. 1 1 1 1 1 1Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3

HP 2 3 3 2 3 3Amps (FLA, each) 7.9 10.1 12 3.9 5 6Amps (LRA, each) 45 74.5 74.5 22.5 38.1 38.1



ELECTRICAL DATA – ACDZS SERIES

090ACA090ACF

090ACB090ACG090ACH090ACC

090ADA090ADF

090ADB090ADC090ADG090ADH

Uni

t Inf

orm

atio

n


Volts 208/230 208/230 460 460Phase 3 3 3 3




Com

pres

sor M

otor


HP, Compressor 1 7 7 7 7Amps (RLA), Comp. 1 25.3 25.3 9.6 9.6Amps (LRA), Comp. 1 184 184 84 84

Cond

ense

r Mot

or

No. 2 2 2 2Volts 208/230 208/230 460 460Phase 1 1 1 1


Evap

orat

or F

an

No. 1 1 1 1Volts 208/230 208/230 460 460Phase 3 3 3 3

HP 2 3 2 3Amps (FLA, each) 6.6 9.1 3.2 9.1Amps (LRA, each) 22.5 74.5 22.5 38.1



ELECTRICAL DATA – ACDZS SERIES102ACA102ACF

102ACB102ACG

102ACC102ACH

102ADA102ADF

102ADB102ADG 102ADC 102ADH

Uni

t Inf

orm

atio

n

Unit OperatingVoltage Range 187-253 187-253 187-253 414-506 414-506 414-506 414-506

Volts 208/230 208/230 208/230 460 460 460 460Phase 3 3 3 3 3 3 3

Hz 60 60 60 60 60 60 60Minimum Circuit Ampacity 46 48 51 21 22 24 24

Minimum OvercurrentProtection Device Size 60 60 60 25 25 30 30

Maximum OvercurrentProtection Device Size 70 70 70 30 30 35 35

Com

pres

sor M

otor

No. 1 1 1 1 1 1 1Volts 208/230 208/230 208/230 460 460 460 460Phase 3 3 3 3 3 3 3RPM 3450 3450 3450 3450 3450 3450 3450

HP, Compressor 1 7 1/2 7 1/2 7 1/2 7 1/2 7 1/2 7 1/2 7 1/2Amps (RLA), Comp. 1 28.8 28.8 28.8 12.5 12.5 12.5 12.5Amps (LRA), Comp. 1 191 191 191 100 100 100 100

Cond

ense

r Mot

or

No. 2 2 2 2 2 2 2Volts 208/230 208/230 208/230 460 460 460 460Phase 1 1 1 1 1 1 1

HP 1/5 1/5 1/5 1/5 1/5 1/5 1/5Amps (FLA, each) 1.2 1.2 1.2 0.8 0.8 0.8 0.8Amps (LRA, each) 2.3 2.3 2.3 1.4 1.4 1.4 1.4

Evap

orat

or F

an

No. 1 1 1 1 1 1 1Volts 208/230 208/230 208/230 460 460 460 460Phase 3 3 3 3 3 3 3

HP 2 3 3 2 3 3 3Amps (FLA, each) 7.1 9.1 12 3.5 9.1 9.1 12Amps (LRA, each) 45 74.5 74.5 22.5 38.1 38.1 38.1



ELECTRICAL DATA – ACDZS SERIES120ACA120ACF

120ACB120ACG

120ACC120ACH

120ADA120ADF

120ADB120ADG

120ADC120ADH

Uni

t Inf

orm

atio

n


Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3




Com

pres

sor M

otor



Cond

ense

r Mot

or

No. 2 2 2 2 2 2Volts 208/230 208/230 208/230 460 460 460Phase 1 1 1 1 1 1


Evap

orat

or F

an

No. 1 1 1 1 1 1Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3




ELECTRICAL DATA – ACDZS SERIES

150ACA 150ACB150ACG 150ACF 150ADA

150ADF150ADB150ADG

Uni

t Inf

orm

atio

n

Unit OperatingVoltage Range 187-253 187-253 187-253 414-506 414-506

Volts 208/230 208/230 208/230 460 460Phase 3 3 3 3 3

Hz 60 60 60 60 60Minimum Circuit Ampacity 51 75 70 34 37

Minimum OvercurrentProtection Device Size 60 90 80 40 40

Maximum OvercurrentProtection Device Size 70 90 90 40 45

Com

pres

sor M

otor

No. 2 2 2 2 2Volts 208/230 208/230 208/230 460 460Phase 3 3 3 3 3RPM 3450 3450 3450 3450 3450

HP, Compressor 1 6 6 6 6 6Amps (RLA), Comp. 1 25 25 25 12.8 12.8Amps (LRA), Comp. 1 164 164 164 100 100

HP, Compressor 2 0 0 0 0 0Amps (RLA), Comp. 2 25 25 25 12.8 12.8Amps (LRA), Comp. 2 164 164 164 100 100

Cond

ense

r Mot

or

No. 2 2 2 2 2Volts 208/230 208/230 208/230 460 460Phase 1 1 1 1 1

HP 3/4 3/4 3/4 3/4 3/4Amps (FLA, each) 4.2 4.2 4.2 2.3 2.3Amps (LRA, each) 10.1 10.1 10.1 4.9 4.9

Evap

orat

or F

an

No. 1 1 1 1 1Volts 208/230 208/230 208/230 460 460Phase 3 3 3 3 3

HP 3 5 3 3 5Amps (FLA, each) 10.4 16 10.4 5.2 8Amps (LRA, each) 74.5 82 74.5 38.1 41



ELECTRICAL DATA – ACDZT SERIES

090ACF 090ACG090ACH 090ADF 090ADG

090ADH

Uni

t Inf

orm

atio

n


Volts 208/230 208/230 460 460Phase 3 3 3 3




Com

pres

sor M

otor


HP, Compressor 1 7 7 7 7Amps (RLA), Comp. 1 25.3 25.3 9.6 9.6Amps (LRA), Comp. 1 184 184 84 84

Cond

ense

r Mot

or

No. 2 2 2 2Volts 208/230 208/230 460 460Phase 1 1 1 1


Evap

orat

or F

an

No. 1 1 1 1Volts 208/230 208/230 460 460Phase 3 3 3 3

HP 2 3 2 3Amps (FLA, each) 6.6 9.1 3.2 9.1Amps (LRA, each) 22.5 74.5 22.5 38.1



ELECTRICAL DATA – ACDZT SERIES102ACF 102ACG 102ACH 102ADF 102ADG 102ADH

Uni

t Inf

orm

atio

n


Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3




Com

pres

sor M

otor


HP, Compressor 1 7 1/2 7 1/2 7 1/2 7 1/2 7 1/2 7 1/2Amps (RLA), Comp. 1 28.8 28.8 28.8 12.5 12.5 12.5Amps (LRA), Comp. 1 191 191 191 100 100 100

Cond

ense

r Mot

or

No. 2 2 2 2 2 2Volts 208/230 208/230 208/230 460 460 460Phase 1 1 1 1 1 1


Evap

orat

or F

an

No. 1 1 1 1 1 1Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3

HP 2 3 3 2 3 3Amps (FLA, each) 7 9.1 12 3.5 9.1 12Amps (LRA, each) 45 74.5 74.5 22.5 38.1 38.1



ELECTRICAL DATA – ACDZT SERIES120ACF 120ACG 120ACH 120ADF 120ADG 120ADH

Uni

t Inf

orm

atio

n


Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3




Com

pres

sor M

otor



Cond

ense

r Mot

or

No. 2 2 2 2 2 2Volts 208/230 208/230 208/230 460 460 460Phase 1 1 1 1 1 1


Evap

orat

or F

an

No. 1 1 1 1 1 1Volts 208/230 208/230 208/230 460 460 460Phase 3 3 3 3 3 3




ELECTRICAL DATA – ACDZT SERIES150ACF 150ACG 150ADF 150ADG

Uni

t Inf

orm

atio

n


Volts 208/230 208/230 460 460Phase 3 3 3 3




Com

pres

sor M

otor




Cond

ense

r Mot

or

No. 2 2 2 2Volts 208/230 208/230 460 460Phase 1 1 1 1


Evap

orat

or F

an

No. 1 1 1 1Volts 208/230 208/230 460 460Phase 3 3 3 3

HP 3 5 3 5Amps (FLA, each) 10.4 16 5.2 8Amps (LRA, each) 74.5 82 38.1 41



208/

240

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

208

/240

V

Hea

ter

KBTU

/Hr

@ 2

08/2

40 V

Hea

ter

Amp.

@ 2

08/2

40 V

Uni

t Min

. Ckt

.Am

paci

ty@

208

/240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

208/

240

V

Max

. Fus

eSi

ze20

8/24

0 V

Min

. Cir

cuit

Ampa

city

208/

240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 2

08 V

Min

./M

ax.

@ 2

40 V

Min

./M

ax.

@ 2

08 V

Min

./M

ax.

@ 2

40 V

R09

0ACA

No

Hea

t—

——

—41

/41

50/6

050

/60

——

41/4

150

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

841

/41

50/5

050

/50

26/3

030

/30

41/4

150

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

46/5

250

/50

60/6

038

/44

40/4

541

/41

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

660

/68

60/6

070

/70

52/6

060

/60

41/4

150

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

84/9

590

/90

100/

100

75/8

780

/90

41/4

150

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

2/12

812

5/12

515

0/15

010

4/11

911

0/12

541

/41

50/6

050

/60

R09

0ACB

No

Hea

t—

——

—43

/43

50/6

050

/60

——

43/4

350

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

843

/43

50/5

050

/50

26/3

030

/30

43/4

350

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

550

/50

60/6

038

/44

40/4

543

/43

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

43/4

350

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

43/4

350

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

543

/43

50/6

050

/60

R09

0ACC

No

Hea

t—

——

—43

/43

50/6

050

/60

——

43/4

350

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

843

/43

50/5

050

/50

26/3

030

/30

43/4

350

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

550

/50

60/6

038

/44

40/4

543

/43

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

43/4

350

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

43/4

350

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

543

/43

50/6

050

/60

R10

2ACA

No

Hea

t—

——

—44

/44

60/7

060

/70

——

44/4

460

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

844

/44

60/6

060

/60

26/3

030

/30

44/4

460

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

47/5

360

/60

60/6

038

/44

40/4

544

/44

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

661

/69

70/7

070

/70

52/6

060

/60

44/4

460

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

84/9

690

/90

100/

100

75/8

780

/90

44/4

460

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

2/12

812

5/12

515

0/15

010

4/11

911

0/12

544

/44

60/7

060

/70

R10

2ACB

No

Hea

t—

——

—46

/46

60/7

060

/70

——

46/4

660

/70

60/7

0D

D10

CP1

7.4/

9.9

7.4/

9.9

20.6

/23.

846

/46

60/6

060

/60

26/3

030

/30

46/4

660

/70

60/7

0D

D15

CP1

10.8

/14.

410

.8/1

4.4

30.0

/34.

649

/55

60/6

060

/60

38/4

440

/45

46/4

660

/70

60/7

0D

D20

CP1

14.9

/19.

814

.9/1

9.8

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

46/4

660

/70

60/7

0D

D30

CP1

21.6

/28.

821

.6/2

8.8

60.0

/69.

387

/98

90/9

010

0/10

075

/87

80/9

046

/46

60/7

060

/70

DD

40CP

129

.7/3

9.6

29.7

/39.

682

.5/9

5.2

115/

131

125/

125

150/

150

104/

119

110/

125

46/4

660

/70

60/7

0

R10

2ACC

No

Hea

t—

——

—49

/49

60/7

060

/70

——

49/4

960

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

849

/49

60/6

060

/60

26/3

030

/30

49/4

960

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

53/5

960

/60

60/6

038

/44

40/4

549

/49

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

667

/75

70/7

080

/80

52/6

060

/60

49/4

960

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

90/1

0290

/90

110/

110

75/8

780

/90

49/4

960

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

9/13

412

5/12

515

0/15

010

4/11

911

0/12

549

/49

60/7

060

/70

*= F

or C

anad

ian

use

only

. Use

s “P

” fu

ses

for i

nduc

tive

circ

uit.

+ =

Fie

ld in

stal

led

only

.



208/

240

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

208

/240

V

Hea

ter

KBTU

/Hr

@ 2

08/2

40 V

Hea

ter

Amp.

@ 2

08/2

40 V

Uni

t Min

. Ckt

.Am

paci

ty@

208

/240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

208/

240

V

Max

. Fus

eSi

ze20

8/24

0 V

Min

. Cir

cuit

Ampa

city

208/

240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 2

08 V

Min

./M

ax.

@ 2

40 V

Min

./M

ax.

@ 2

08 V

Min

./M

ax.

@ 2

40 V

R12

0ACA

No

Hea

t—

——

—48

/48

60/7

060

/70

——

48/4

860

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

848

/48

60/6

060

/60

26/3

030

/30

48/4

860

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

48/5

460

/60

60/6

038

/44

40/4

548

/48

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

662

/70

70/7

070

/70

52/6

060

/60

48/4

860

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

85/9

790

/90

100/

100

75/8

780

/90

48/4

860

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

3/12

912

5/12

515

0/15

010

4/11

911

0/12

548

/48

60/7

060

/70

R12

0ACB

No

Hea

t—

——

—51

/51

60/7

060

/70

——

51/5

160

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

851

/51

60/6

060

/60

26/3

030

/30

51/5

160

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

51/5

660

/60

60/6

038

/44

40/4

551

/51

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

665

/73

70/7

080

/80

52/6

060

/60

51/5

160

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

88/1

0090

/90

100/

100

75/8

780

/90

51/5

160

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

6/13

212

5/12

515

0/15

010

4/11

911

0/12

551

/51

60/7

060

/70

R12

0ACC

No

Hea

t—

——

—53

/53

60/8

060

/80

——

53/5

360

/80

60/8

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

853

/53

60/6

060

/60

26/3

030

/30

53/5

360

/80

60/8

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

53/5

960

/60

60/6

038

/44

40/4

553

/53

60/8

060

/80

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

667

/75

70/7

080

/80

52/6

060

/60

53/5

360

/80

60/8

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

90/1

0290

/90

110/

110

75/8

780

/90

53/5

360

/80

60/8

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

9/13

412

5/12

515

0/15

010

4/11

911

0/12

553

/53

60/8

060

/80

S090

ACA

No

Hea

t—

——

—41

/41

50/6

050

/60

——

41/4

150

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

841

/41

50/5

050

/50

26/3

030

/30

41/4

150

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

46/5

250

/50

60/6

038

/44

40/4

541

/41

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

660

/68

60/6

070

/70

52/6

060

/60

41/4

150

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

84/9

590

/90

100/

100

75/8

780

/90

41/4

150

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

2/12

812

5/12

515

0/15

010

4/11

911

0/12

541

/41

50/6

050

/60

S090

ACB

No

Hea

t—

——

—44

/44

50/6

050

/60

——

44/4

450

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

844

/44

50/5

050

/50

26/3

030

/30

44/4

450

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

550

/50

60/6

038

/44

40/4

544

/44

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

44/4

450

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

44/4

450

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

544

/44

50/6

050

/60

S090

ACC

No

Hea

t—

——

—44

/44

50/6

050

/60

——

44/4

450

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

844

/44

50/5

050

/50

26/3

030

/30

44/4

450

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

550

/50

60/6

038

/44

40/4

544

/44

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

44/4

450

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

44/4

450

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

544

/44

50/6

050

/60

*= F

or C

anad

ian

use

only

. Use

s “P

” fu

ses

for i

nduc

tive

circ

uit.

+ =

Fie

ld in

stal

led

only

.



208/

240

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

208

/240

V

Hea

ter

KBTU

/Hr

@ 2

08/2

40 V

Hea

ter

Amp.

@ 2

08/2

40 V

Uni

t Min

. Ckt

.Am

paci

ty@

208

/240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

208/

240

V

Max

. Fus

eSi

ze20

8/24

0 V

Min

. Cir

cuit

Ampa

city

208/

240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 2

08 V

Min

./M

ax.

@ 2

40 V

Min

./M

ax.

@ 2

08 V

Min

./M

ax.

@ 2

40 V

S090

ACF

No

Hea

t—

——

—41

/41

50/6

050

/60

——

41/4

150

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

841

/41

50/5

050

/50

26/3

030

/30

41/4

150

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

46/5

250

/50

60/6

038

/44

40/4

541

/41

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

660

/68

60/6

070

/70

52/6

060

/60

41/4

150

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

84/9

590

/90

100/

100

75/8

780

/90

41/4

150

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

2/12

812

5/12

515

0/15

010

4/11

911

0/12

541

/41

50/6

050

/60

S090

ACG

No

Hea

t—

——

—44

/44

50/6

050

/60

——

44/4

450

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

844

/44

50/5

050

/50

26/3

030

/30

44/4

450

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

550

/50

60/6

038

/44

40/4

544

/44

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

44/4

450

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

44/4

450

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

544

/44

50/6

050

/60

S090

ACH

No

Hea

t—

——

—44

/44

50/6

050

/60

——

44/4

450

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

844

/44

50/5

050

/50

26/3

030

/30

44/4

450

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

550

/50

60/6

038

/44

40/4

544

/44

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

44/4

450

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

44/4

450

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

544

/44

50/6

050

/60

S102

ACA

No

Hea

t—

——

—46

/46

60/7

060

/70

——

46/4

660

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

846

/46

60/6

060

/60

26/3

030

/30

46/4

660

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

47/5

260

/60

60/6

038

/44

40/4

546

/46

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

661

/69

70/7

070

/70

52/6

060

/60

46/4

660

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

84/9

690

/90

100/

100

75/8

780

/90

46/4

660

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

2/12

812

5/12

515

0/15

010

4/11

911

0/12

546

/46

60/7

060

/70

S102

ACB

No

Hea

t—

——

—48

/48

60/7

060

/70

——

48/4

860

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

848

/48

60/6

060

/60

26/3

030

/30

48/4

860

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

560

/60

60/6

038

/44

40/4

548

/48

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

48/4

860

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

48/4

860

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

548

/48

60/7

060

/70

S102

ACC

No

Hea

t—

——

—51

/51

60/7

060

/70

——

51/5

160

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

851

/51

60/6

060

/60

26/3

030

/30

51/5

160

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

53/5

960

/60

60/6

038

/44

40/4

551

/51

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

667

/75

70/7

080

/80

52/6

060

/60

51/5

160

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

90/1

0290

/90

100/

100

75/8

780

/90

51/5

160

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

9/13

412

5/12

515

0/15

010

4/11

911

0/12

551

/51

60/7

060

/70

*= F

or C

anad

ian

use

only

. Use

s “P

” fu

ses

for i

nduc

tive

circ

uit.

+ =

Fie

ld in

stal

led

only

.



208/

240

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

208

/240

V

Hea

ter

KBTU

/Hr

@ 2

08/2

40 V

Hea

ter

Amp.

@ 2

08/2

40 V

Uni

t Min

. Ckt

.Am

paci

ty@

208

/240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

208/

240

V

Max

. Fus

eSi

ze20

8/24

0 V

Min

. Cir

cuit

Ampa

city

208/

240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 2

08 V

Min

./M

ax.

@ 2

40 V

Min

./M

ax.

@ 2

08 V

Min

./M

ax.

@ 2

40 V

S102

ACF

No

Hea

t—

——

—46

/46

60/7

060

/70

——

46/4

660

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

846

/46

60/6

060

/60

26/3

030

/30

46/4

660

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

47/5

360

/60

60/6

038

/44

40/4

546

/46

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

661

/69

70/7

070

/70

52/6

060

/60

46/4

660

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

84/9

690

/90

100/

100

75/8

780

/90

46/4

660

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

2/12

812

5/12

515

0/15

010

4/11

911

0/12

546

/46

60/7

060

/70

S102

ACG

No

Hea

t—

——

—48

/48

60/7

060

/70

——

48/4

860

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

848

/48

60/6

060

/60

26/3

030

/30

48/4

860

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

560

/60

60/6

038

/44

40/4

548

/48

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

48/4

860

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

48/4

860

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

548

/48

60/7

060

/70

S102

ACH

No

Hea

t—

——

—51

/51

60/7

060

/70

——

51/5

160

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

851

/51

60/6

060

/60

26/3

030

/30

51/5

160

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

53/5

960

/60

60/6

038

/44

40/4

551

/51

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

667

/75

70/7

080

/80

52/6

060

/60

51/5

160

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

90/1

0290

/90

110/

110

75/8

780

/90

51/5

160

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

9/13

412

5/12

515

0/15

010

4/11

911

0/12

551

/51

60/7

060

/70

S120

ACA

No

Hea

t—

——

—54

/54

70/8

070

/80

——

54/5

470

/80

70/8

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

854

/54

70/7

070

/70

26/3

030

/30

54/5

470

/80

70/8

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

54/5

470

/70

70/7

038

/44

40/4

554

/54

70/8

070

/80

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

662

/70

70/7

070

/70

52/6

060

/60

54/5

470

/80

70/8

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

85/9

790

/90

100/

100

75/8

780

/90

54/5

470

/80

70/8

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

3/12

912

5/12

515

0/15

010

4/11

911

0/12

554

/54

70/8

070

/80

S120

ACB

No

Hea

t—

——

—56

/56

70/8

070

/80

——

56/5

670

/80

70/8

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

856

/56

70/7

070

/70

26/3

030

/30

56/5

670

/80

70/8

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

56/5

670

/70

70/7

038

/44

40/4

556

/56

70/8

070

/80

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

665

/73

70/7

080

/80

52/6

060

/60

56/5

670

/80

70/8

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

88/1

0090

/90

100/

100

75/8

780

/90

56/5

670

/80

70/8

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

6/13

212

5/12

515

0/15

010

4/11

911

0/12

556

/56

70/8

070

/80

S120

ACC

No

Hea

t—

——

—58

/58

70/9

070

/90

——

58/5

870

/90

70/9

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

858

/58

70/7

070

/70

26/3

030

/30

58/5

870

/90

70/9

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

58/5

970

/70

70/7

038

/44

40/4

558

/58

70/9

070

/90

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

667

/75

70/7

080

/80

52/6

060

/60

58/5

870

/90

70/9

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

90/1

0290

/90

110/

110

75/8

780

/90

58/5

870

/90

70/9

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

9/13

412

5/12

515

0/15

010

4/11

911

0/12

558

/58

70/9

070

/90

*= F

or C

anad

ian

use

only

. Use

s “P

” fu

ses

for i

nduc

tive

circ

uit.

+ =

Fie

ld in

stal

led

only

.



208/

240

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

208

/240

V

Hea

ter

KBTU

/Hr

@ 2

08/2

40 V

Hea

ter

Amp.

@ 2

08/2

40 V

Uni

t Min

. Ckt

.Am

paci

ty@

208

/240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

208/

240

V

Max

. Fus

eSi

ze20

8/24

0 V

Min

. Cir

cuit

Ampa

city

208/

240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 2

08 V

Min

./M

ax.

@ 2

40 V

Min

./M

ax.

@ 2

08 V

Min

./M

ax.

@ 2

40 V

S120

ACF

No

Hea

t—

——

—54

/54

70/8

070

/80

——

54/5

470

/80

70/8

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

854

/54

70/7

070

/70

26/3

030

/30

54/5

470

/80

70/8

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

54/5

470

/70

70/7

038

/44

40/4

554

/54

70/8

070

/80

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

662

/70

70/7

070

/70

52/6

060

/60

54/5

470

/80

70/8

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

85/9

790

/90

100/

100

75/8

780

/90

54/5

470

/80

70/8

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

3/12

912

5/12

515

0/15

010

4/11

911

0/12

554

/54

70/8

070

/80

S120

ACG

No

Hea

t—

——

—56

/56

70/8

070

/80

——

56/5

670

/80

70/8

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

856

/56

70/7

070

/70

26/3

030

/30

56/5

670

/80

70/8

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

56/5

670

/70

70/7

038

/44

40/4

556

/56

70/8

070

/80

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

665

/73

70/7

080

/80

52/6

060

/60

56/5

670

/80

70/8

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

88/1

0090

/90

100/

100

75/8

780

/90

56/5

670

/80

70/8

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

6/13

212

5/12

515

0/15

010

4/11

911

0/12

556

/56

70/8

070

/80

S120

ACH

No

Hea

t—

——

—58

/58

70/9

070

/90

——

58/5

870

/90

70/9

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

858

/58

70/7

070

/70

26/3

030

/30

58/5

870

/90

70/9

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

58/5

970

/70

70/7

038

/44

40/4

558

/58

70/9

070

/90

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

667

/75

70/7

080

/80

52/6

060

/60

58/5

870

/90

70/9

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

90/1

0290

/90

110/

110

75/8

780

/90

58/5

870

/90

70/9

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

9/13

412

5/12

515

0/15

010

4/11

911

0/12

558

/58

70/9

070

/90

S150

ACA

No

Hea

t—

——

—70

/70

80/9

080

/90

——

70/7

080

/90

80/9

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

870

/70

80/9

080

/90

26/3

030

/30

70/7

080

/90

80/9

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

70/7

080

/90

80/9

038

/44

40/4

570

/70

80/9

080

/90

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

670

/73

80/9

080

/90

52/6

060

/60

70/7

080

/90

80/9

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

88/1

0090

/90

100/

100

75/8

780

/90

70/7

080

/90

80/9

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

7/13

212

5/12

515

0/15

010

4/11

911

0/12

570

/70

80/9

080

/90

S150

ACB

No

Hea

t—

——

—75

/75

90/9

090

/90

——

75/7

590

/90

90/9

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

875

/75

90/9

090

/90

26/3

030

/30

75/7

590

/90

90/9

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

75/7

590

/90

90/9

038

/44

40/4

575

/75

90/9

090

/90

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

675

/80

90/9

090

/90

52/6

060

/60

75/7

590

/90

90/9

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

95/1

0710

0/10

011

0/11

075

/87

80/9

075

/75

90/9

090

/90

DD

40CP

129

.7/3

9.6

101.

34/1

35.1

282

.5/9

5.2

124/

139

125/

125

150/

150

104/

119

110/

125

75/7

590

/90

90/9

0

S150

ACF

No

Hea

t—

——

—70

/70

80/9

080

/90

——

70/7

080

/90

80/9

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

870

/70

80/9

080

/90

26/3

030

/30

70/7

080

/90

80/9

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

70/7

080

/90

80/9

038

/44

40/4

570

/70

80/9

080

/90

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

670

/73

80/9

080

/90

52/6

060

/60

70/7

080

/90

80/9

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

88/1

0090

/90

100/

100

75/8

780

/90

70/7

080

/90

80/9

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

7/13

212

5/12

515

0/15

010

4/11

911

0/12

570

/70

80/9

080

/90

*= F

or C

anad

ian

use

only

. Use

s “P

” fu

ses

for i

nduc

tive

circ

uit.

+ =

Fie

ld in

stal

led

only

.



208/

240

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

208

/240

V

Hea

ter

KBTU

/Hr

@ 2

08/2

40 V

Hea

ter

Amp.

@ 2

08/2

40 V

Uni

t Min

. Ckt

.Am

paci

ty@

208

/240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

208/

240

V

Max

. Fus

eSi

ze20

8/24

0 V

Min

. Cir

cuit

Ampa

city

208/

240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 2

08 V

Min

./M

ax.

@ 2

40 V

Min

./M

ax.

@ 2

08 V

Min

./M

ax.

@ 2

40 V

S150

ACG

No

Hea

t—

——

—75

/75

90/9

090

/90

——

75/7

590

/90

90/9

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

875

/75

90/9

090

/90

26/3

030

/30

75/7

590

/90

90/9

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

75/7

590

/90

90/9

038

/44

40/4

575

/75

90/9

090

/90

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

675

/80

90/9

090

/90

52/6

060

/60

75/7

590

/90

90/9

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

95/1

0710

0/10

011

0/11

075

/87

80/9

075

/75

90/9

090

/90

DD

40CP

129

.7/3

9.6

101.

34/1

35.1

282

.5/9

5.2

124/

139

125/

125

150/

150

104/

119

110/

125

75/7

590

/90

90/9

0

T090

ACF

No

Hea

t—

——

—41

/41

50/6

050

/60

——

41/4

150

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

841

/41

50/5

050

/50

26/3

030

/30

41/4

150

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

46/5

250

/50

60/6

038

/44

40/4

541

/41

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

660

/68

60/6

070

/70

52/6

060

/60

41/4

150

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

84/9

590

/90

100/

100

75/8

780

/90

41/4

150

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

2/12

812

5/12

515

0/15

010

4/11

911

0/12

541

/41

50/6

050

/60

T090

ACG

No

Hea

t—

——

—44

/44

50/6

050

/60

——

44/4

450

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

844

/44

50/5

050

/50

26/3

030

/30

44/4

450

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

550

/50

60/6

038

/44

40/4

544

/44

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

44/4

450

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

44/4

450

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

544

/44

50/6

050

/60

T090

ACH

No

Hea

t—

——

—44

/44

50/6

050

/60

——

44/4

450

/60

50/6

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

844

/44

50/5

050

/50

26/3

030

/30

44/4

450

/60

50/6

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

550

/50

60/6

038

/44

40/4

544

/44

50/6

050

/60

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

44/4

450

/60

50/6

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

44/4

450

/60

50/6

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

544

/44

50/6

050

/60

T102

ACF

No

Hea

t—

——

—46

/46

60/7

060

/70

——

46/4

660

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

846

/46

60/6

060

/60

26/3

030

/30

46/4

660

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

47/5

260

/60

60/6

038

/44

40/4

546

/46

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

661

/69

70/7

070

/70

52/6

060

/60

46/4

660

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

84/9

690

/90

100/

100

75/8

780

/90

46/4

660

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

2/12

812

5/12

515

0/15

010

4/11

911

0/12

546

/46

60/7

060

/70

T102

ACG

No

Hea

t—

——

—48

/48

60/7

060

/70

——

48/4

860

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

848

/48

60/6

060

/60

26/3

030

/30

48/4

860

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

49/5

560

/60

60/6

038

/44

40/4

548

/48

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

663

/71

70/7

080

/80

52/6

060

/60

48/4

860

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

87/9

890

/90

100/

100

75/8

780

/90

48/4

860

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

5/13

112

5/12

515

0/15

010

4/11

911

0/12

548

/48

60/7

060

/70

*= F

or C

anad

ian

use

only

. Use

s “P

” fu

ses

for i

nduc

tive

circ

uit.

+ =

Fie

ld in

stal

led

only

.



208/

240

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

208

/240

V

Hea

ter

KBTU

/Hr

@ 2

08/2

40 V

Hea

ter

Amp.

@ 2

08/2

40 V

Uni

t Min

. Ckt

.Am

paci

ty@

208

/240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

208/

240

V

Max

. Fus

eSi

ze20

8/24

0 V

Min

. Cir

cuit

Ampa

city

208/

240

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 2

08 V

Min

./M

ax.

@ 2

40 V

Min

./M

ax.

@ 2

08 V

Min

./M

ax.

@ 2

40 V

T102

ACH

No

Hea

t—

——

—51

/51

60/7

060

/70

——

51/5

160

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

851

/51

60/6

060

/60

26/3

030

/30

51/5

160

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

53/5

960

/60

60/6

038

/44

40/4

551

/51

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

667

/75

70/7

080

/80

52/6

060

/60

51/5

160

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

90/1

0290

/90

110/

110

75/8

780

/90

51/5

160

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

9/13

412

5/12

515

0/15

010

4/11

911

0/12

551

/51

60/7

060

/70

T120

ACF

No

Hea

t—

——

—54

/54

70/8

070

/80

——

54/5

470

/80

70/8

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

854

/54

70/7

070

/70

26/3

030

/30

54/5

470

/80

70/8

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

54/5

470

/70

70/7

038

/44

40/4

554

/54

70/8

070

/80

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

662

/70

70/7

070

/70

52/6

060

/60

54/5

470

/80

70/8

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

85/9

790

/90

100/

100

75/8

780

/90

54/5

470

/80

70/8

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

3/12

912

5/12

515

0/15

010

4/11

911

0/12

554

/54

70/8

070

/80

T120

ACG

No

Hea

t—

——

—56

/56

70/8

070

/80

——

56/5

670

/80

70/8

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

856

/56

70/7

070

/70

26/3

030

/30

56/5

670

/80

70/8

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

56/5

670

/70

70/7

038

/44

40/4

556

/56

70/8

070

/80

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

665

/73

70/7

080

/80

52/6

060

/60

56/5

670

/80

70/8

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

88/1

0090

/90

100/

100

75/8

780

/90

56/5

670

/80

70/8

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

6/13

212

5/12

515

0/15

010

4/11

911

0/12

556

/56

70/8

070

/80

T120

ACH

No

Hea

t—

——

—58

/58

70/9

070

/90

——

58/5

870

/90

70/9

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

858

/58

70/7

070

/70

26/3

030

/30

58/5

870

/90

70/9

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

58/5

970

/70

70/7

038

/44

40/4

558

/58

70/9

070

/90

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

667

/75

70/7

080

/80

52/6

060

/60

58/5

870

/90

70/9

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

90/1

0290

/90

110/

110

75/8

780

/90

58/5

870

/90

70/9

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

9/13

412

5/12

515

0/15

010

4/11

911

0/12

558

/58

70/9

070

/90

T150

ACF

No

Hea

t—

——

—51

/51

60/7

060

/70

——

51/5

160

/70

60/7

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

851

/51

60/7

060

/70

26/3

030

/30

51/5

160

/70

60/7

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

51/5

760

/70

60/7

038

/44

40/4

551

/51

60/7

060

/70

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

665

/73

70/7

080

/80

52/6

060

/60

51/5

160

/70

60/7

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

88/1

0090

/90

100/

100

75/8

780

/90

51/5

160

/70

60/7

0D

D40

CP1

29.7

/39.

610

1.34

/135

.12

82.5

/95.

211

7/13

212

5/12

515

0/15

010

4/11

911

0/12

551

/51

60/7

060

/70

T150

ACG

No

Hea

t—

——

—56

/56

70/8

070

/80

——

56/5

670

/80

70/8

0D

D10

CP1

7.4/

9.9

25.2

5/33

.78

20.6

/23.

856

/56

70/8

070

/80

26/3

030

/30

56/5

670

/80

70/8

0D

D15

CP1

10.8

/14.

436

.85/

49.1

330

.0/3

4.6

58/6

470

/80

70/8

038

/44

40/4

556

/56

70/8

070

/80

DD

20CP

114

.9/1

9.8

50.8

4/67

.56

41.3

/47.

672

/80

80/8

080

/80

52/6

060

/60

56/5

670

/80

70/8

0D

D30

CP1

21.6

/28.

873

.70/

98.2

760

.0/6

9.3

95/1

0710

0/10

011

0/11

075

/87

80/9

056

/56

70/8

070

/80

DD

40CP

129

.7/3

9.6

101.

34/1

35.1

282

.5/9

5.2

124/

139

125/

125

150/

150

104/

119

110/

125

56/5

670

/80

70/8

0*=

For

Can

adia

n us

e on

ly. U

ses

“P”

fuse

s fo

r ind

uctiv

e ci

rcui

t.+

= F

ield

inst

alle

d on

ly.



480

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

480

V

Hea

ter

KBTU

/Hr

@ 4

80 V

Hea

ter

Amp.

@ 4

80 V

Uni

t Min

. Ckt

.Am

paci

ty@

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

480

V

Max

. Fus

eSi

ze48

0 V

Min

. Cir

cuit

Ampa

city

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 4

80 V

Min

./M

ax@

480

VM

in./

Max

.@

480

VM

in./

Max

@ 4

80 V

R09

0AD

A

No

Hea

t—

——

—21

25/3

0—

——

2125

/30

—D

D10

DN

V1

9.9

33.7

811

.921

25/2

5—

1515

2125

/30

—D

D15

DN

V1

14.4

49.1

317

.326

30/3

0—

2225

2125

/30

—D

D20

DN

V1

19.8

67.5

623

.834

35/3

5—

3030

2125

/30

—D

D30

DN

V1

28.8

98.2

734

.648

50/5

0—

4445

2125

/30

—D

D40

DN

V1

39.6

135.

1247

.664

70/7

0—

6060

2125

/30

—

R09

0AD

B

No

Hea

t—

——

—23

30/3

5—

——

2330

/35

—D

D10

DN

V1

9.9

33.7

811

.923

30/3

0—

1515

2330

/35

—D

D15

DN

V1

14.4

49.1

317

.328

30/3

0—

2225

2330

/35

—D

D20

DN

V1

19.8

67.5

623

.836

40/4

0—

3030

2330

/35

—D

D30

DN

V1

28.8

98.2

734

.649

50/5

0—

4445

2330

/35

—D

D40

DN

V1

39.6

135.

1247

.666

70/7

0—

6060

2330

/35

—

R09

0AD

C

No

Hea

t—

——

—23

30/3

5—

——

2330

/35

—D

D10

DN

V1

9.9

33.7

811

.923

30/3

0—

1515

2330

/35

—D

D15

DN

V1

14.4

49.1

317

.328

30/3

0—

2225

2330

/35

—D

D20

DN

V1

19.8

67.5

623

.836

40/4

0—

3030

2330

/35

—D

D30

DN

V1

28.8

98.2

734

.649

50/5

0—

4445

2330

/35

—D

D40

DN

V1

39.6

135.

1247

.666

70/7

0—

6060

2330

/35

—

R10

2AD

A

No

Hea

t—

——

—22

25/3

0—

——

2225

/30

—D

D10

CP1

36.2

123.

5245

.662

70/7

0—

5760

2225

/30

—D

D15

CP1

52.8

180.

1666

.388

90/9

0—

8390

2225

/30

—D

D20

CP1

72.9

248.

7591

.311

912

5/12

5—

115

125

2225

/30

—D

D30

CP1

105.

636

0.32

132.

717

117

5/17

5—

166

175

2225

/30

—D

D40

CP1

145.

349

5.78

182.

523

325

0/25

0—

229

250

2225

/30

—

R10

2AD

B

No

Hea

t—

——

—23

30/3

5—

——

2330

/35

—D

D10

CP1

36.2

123.

5245

.663

70/7

0—

5760

2330

/35

—D

D15

CP1

52.8

180.

1666

.389

90/9

0—

8390

2330

/35

—D

D20

CP1

72.9

248.

7591

.312

012

5/12

5—

115

125

2330

/35

—D

D30

CP1

105.

636

0.32

132.

717

217

5/17

5—

166

175

2330

/35

—D

D40

CP1

145.

349

5.78

182.

523

425

0/25

0—

229

250

2330

/35

—

R10

2AD

C

No

Hea

t—

——

—24

30/3

5—

——

2430

/35

—D

D10

CP1

36.2

123.

5245

.665

70/7

0—

5760

2430

/35

—D

D15

CP1

52.8

180.

1666

.391

100/

100

—83

9024

30/3

5—

DD

20CP

172

.924

8.75

91.3

122

125/

125

—11

512

524

30/3

5—

DD

30CP

110

5.6

360.

3213

2.7

174

175/

175

—16

617

524

30/3

5—

DD

40CP

114

5.3

495.

7818

2.5

236

250/

250

—22

925

024

30/3

5—

*= F

or C

anad

ian

use

only

. Use

s “P

” fu

ses

for i

nduc

tive

circ

uit.

+ =

Fie

ld in

stal

led

only

.



480

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

480

V

Hea

ter

KBTU

/Hr

@ 4

80 V

Hea

ter

Amp.

@ 4

80 V

Uni

t Min

. Ckt

.Am

paci

ty@

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

480

V

Max

. Fus

eSi

ze48

0 V

Min

. Cir

cuit

Ampa

city

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 4

80 V

Min

./M

ax@

480

VM

in./

Max

.@

480

VM

in./

Max

@ 4

80 V

R12

0AD

A

No

Hea

t—

——

—26

30/3

5—

——

2630

/35

—D

D10

DN

V1

9.9

33.7

811

.926

30/3

0—

1515

2630

/35

—D

D15

DN

V1

14.4

49.1

317

.327

30/3

0—

2225

2630

/35

—D

D20

DN

V1

19.8

67.5

623

.835

35/3

5—

3030

2630

/35

—D

D30

DN

V1

28.8

98.2

734

.649

50/5

0—

4445

2630

/35

—D

D40

DN

V1

39.6

135.

1247

.665

70/7

0—

6060

2630

/35

—

R12

0AD

B

No

Hea

t—

——

—27

30/4

0—

——

2730

/40

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

2730

/40

—D

D15

DN

V1

14.4

49.1

317

.328

30/3

0—

2225

2730

/40

—D

D20

DN

V1

19.8

67.5

623

.836

40/4

0—

3030

2730

/40

—D

D30

DN

V1

28.8

98.2

734

.650

50/5

0—

4445

2730

/40

—D

D40

DN

V1

39.6

135.

1247

.666

70/7

0—

6060

2730

/40

—

R12

0AD

C

No

Hea

t—

——

—28

35/4

0—

——

2835

/40

—D

D10

DN

V1

9.9

33.7

811

.928

35/3

5—

1515

2835

/40

—D

D15

DN

V1

14.4

49.1

317

.330

35/3

5—

2225

2835

/40

—D

D20

DN

V1

19.8

67.5

623

.838

40/4

0—

3030

2835

/40

—D

D30

DN

V1

28.8

98.2

734

.651

60/6

0—

4445

2835

/40

—D

D40

DN

V1

39.6

135.

1247

.667

70/7

0—

6060

2835

/40

—

S090

ADA

No

Hea

t—

——

—17

20/2

5—

——

1720

/25

—D

D10

DN

V1

9.9

33.7

811

.919

20/2

0—

1515

1720

/25

—D

D15

DN

V1

14.4

49.1

317

.326

30/3

0—

2225

1720

/25

—D

D20

DN

V1

19.8

67.5

623

.834

35/3

5—

3030

1720

/25

—D

D30

DN

V1

28.8

98.2

734

.648

50/5

0—

4445

1720

/25

—D

D40

DN

V1

39.6

135.

1247

.664

70/7

0—

6060

1720

/25

—

S090

ADB

No

Hea

t—

——

—19

25/2

5—

——

1925

/25

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

1925

/25

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

1925

/25

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

1925

/25

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

1925

/25

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

1925

/25

—

S090

ADC

No

Hea

t—

——

—19

25/2

5—

——

1925

/25

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

1925

/25

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

1925

/25

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

1925

/25

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

1925

/25

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

1925

/25

—*=

For

Can

adia

n us

e on

ly. U

ses

“P”

fuse

s fo

r ind

uctiv

e ci

rcui

t.+

= F

ield

inst

alle

d on

ly.



480

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

480

V

Hea

ter

KBTU

/Hr

@ 4

80 V

Hea

ter

Amp.

@ 4

80 V

Uni

t Min

. Ckt

.Am

paci

ty@

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

480

V

Max

. Fus

eSi

ze48

0 V

Min

. Cir

cuit

Ampa

city

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 4

80 V

Min

./M

ax@

480

VM

in./

Max

.@

480

VM

in./

Max

@ 4

80 V

S090

ADF

No

Hea

t—

——

—17

20/2

5—

——

1720

/25

—D

D10

DN

V1

9.9

33.7

811

.919

20/2

0—

1515

1720

/25

—D

D15

DN

V1

14.4

49.1

317

.326

30/3

0—

2225

1720

/25

—D

D20

DN

V1

19.8

67.5

623

.834

35/3

5—

3030

1720

/25

—D

D30

DN

V1

28.8

98.2

734

.648

50/5

0—

4445

1720

/25

—D

D40

DN

V1

39.6

135.

1247

.664

70/7

0—

6060

1720

/25

—

S090

ADG

No

Hea

t—

——

—19

25/2

5—

——

1925

/25

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

1925

/25

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

1925

/25

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

1925

/25

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

1925

/25

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

1925

/25

—

S090

ADH

No

Hea

t—

——

—19

25/2

5—

——

1925

/25

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

1925

/25

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

1925

/25

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

1925

/25

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

1925

/25

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

1925

/25

—

S102

ADA

No

Hea

t—

——

—21

25/3

0—

——

2125

/30

—D

D10

DN

V1

9.9

33.7

811

.921

25/2

5—

1515

2125

/30

—D

D15

DN

V1

14.4

49.1

317

.326

30/3

0—

2225

2125

/30

—D

D20

DN

V1

19.8

67.5

623

.835

35/3

5—

3030

2125

/30

—D

D30

DN

V1

28.8

98.2

734

.648

50/5

0—

4445

2125

/30

—D

D40

DN

V1

39.6

135.

1247

.664

70/7

0—

6060

2125

/30

—

S102

ADB

No

Hea

t—

——

—22

25/3

0—

——

2225

/30

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

2225

/30

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

2225

/30

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

2225

/30

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

2225

/30

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

2225

/30

—

S102

ADC

No

Hea

t—

——

—24

30/3

5—

——

2430

/35

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

2430

/35

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

2430

/35

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

2430

/35

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

2430

/35

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

2430

/35

—*=

For

Can

adia

n us

e on

ly. U

ses

“P”

fuse

s fo

r ind

uctiv

e ci

rcui

t.+

= F

ield

inst

alle

d on

ly.



480

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

480

V

Hea

ter

KBTU

/Hr

@ 4

80 V

Hea

ter

Amp.

@ 4

80 V

Uni

t Min

. Ckt

.Am

paci

ty@

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

480

V

Max

. Fus

eSi

ze48

0 V

Min

. Cir

cuit

Ampa

city

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 4

80 V

Min

./M

ax@

480

VM

in./

Max

.@

480

VM

in./

Max

@ 4

80 V

S102

ADF

No

Hea

t—

——

—21

25/3

0—

——

2125

/30

—D

D10

DN

V1

9.9

33.7

811

.921

25/2

5—

1515

2125

/30

—D

D15

DN

V1

14.4

49.1

317

.326

30/3

0—

2225

2125

/30

—D

D20

DN

V1

19.8

67.5

623

.835

35/3

5—

3030

2125

/30

—D

D30

DN

V1

28.8

98.2

734

.648

50/5

0—

4445

2125

/30

—D

D40

DN

V1

39.6

135.

1247

.664

70/7

0—

6060

2125

/30

—

S102

ADG

No

Hea

t—

——

—22

25/3

0—

——

2225

/30

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

2225

/30

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

2225

/30

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

2225

/30

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

2225

/30

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

2225

/30

—

S102

ADH

No

Hea

t—

——

—24

30/3

5—

——

2430

/35

—D

D10

DN

V1

9.9

33.7

811

.930

30/3

5—

1515

2430

/35

—D

D15

DN

V1

14.4

49.1

317

.337

40/4

0—

2225

2430

/35

—D

D20

DN

V1

19.8

67.5

623

.845

45/5

0—

3030

2430

/35

—D

D30

DN

V1

28.8

98.2

734

.659

60/6

0—

4445

2430

/35

—D

D40

DN

V1

39.6

135.

1247

.675

80/8

0—

6060

2430

/35

—

S120

ADA

No

Hea

t—

——

—26

30/4

0—

——

2630

/40

—D

D10

DN

V1

9.9

33.7

811

.926

30/3

0—

1515

2630

/40

—D

D15

DN

V1

14.4

49.1

317

.327

30/3

0—

2225

2630

/40

—D

D20

DN

V1

19.8

67.5

623

.835

35/3

5—

3030

2630

/40

—D

D30

DN

V1

28.8

98.2

734

.649

50/5

0—

4445

2630

/40

—D

D40

DN

V1

39.6

135.

1247

.665

70/7

0—

6060

2630

/40

—

S120

ADB

No

Hea

t—

——

—32

40/4

5—

——

3240

/45

—D

D10

DN

V1

9.9

33.7

811

.932

40/4

0—

1515

3240

/45

—D

D15

DN

V1

14.4

49.1

317

.335

40/4

0—

2225

3240

/45

—D

D20

DN

V1

19.8

67.5

623

.843

45/4

5—

3030

3240

/45

—D

D30

DN

V1

28.8

98.2

734

.656

60/6

0—

4445

3240

/45

—D

D40

DN

V1

39.6

135.

1247

.673

80/8

0—

6060

3240

/45

—

S120

ADC

No

Hea

t—

——

—34

40/4

5—

——

3440

/45

—D

D10

DN

V1

9.9

33.7

811

.934

40/4

0—

1515

3440

/45

—D

D15

DN

V1

14.4

49.1

317

.337

40/4

0—

2225

3440

/45

—D

D20

DN

V1

19.8

67.5

623

.845

45/5

0—

3030

3440

/45

—D

D30

DN

V1

28.8

98.2

734

.659

60/6

0—

4445

3440

/45

—D

D40

DN

V1

39.6

135.

1247

.675

80/8

0—

6060

3440

/45

—*=

For

Can

adia

n us

e on

ly. U

ses

“P”

fuse

s fo

r ind

uctiv

e ci

rcui

t.+

= F

ield

inst

alle

d on

ly.



480

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

480

V

Hea

ter

KBTU

/Hr

@ 4

80 V

Hea

ter

Amp.

@ 4

80 V

Uni

t Min

. Ckt

.Am

paci

ty@

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

480

V

Max

. Fus

eSi

ze48

0 V

Min

. Cir

cuit

Ampa

city

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 4

80 V

Min

./M

ax@

480

VM

in./

Max

.@

480

VM

in./

Max

@ 4

80 V

S120

ADF

No

Hea

t—

——

—26

30/4

0—

——

2630

/40

—D

D10

DN

V1

9.9

33.7

811

.926

30/3

0—

1515

2630

/40

—D

D15

DN

V1

14.4

49.1

317

.327

30/3

0—

2225

2630

/40

—D

D20

DN

V1

19.8

67.5

623

.835

35/3

5—

3030

2630

/40

—D

D30

DN

V1

28.8

98.2

734

.649

50/5

0—

4445

2630

/40

—D

D40

DN

V1

39.6

135.

1247

.665

70/7

0—

6060

2630

/40

—

S120

ADG

No

Hea

t—

——

—32

40/4

5—

——

3240

/45

—D

D10

DN

V1

9.9

33.7

811

.932

40/4

0—

1515

3240

/45

—D

D15

DN

V1

14.4

49.1

317

.335

40/4

0—

2225

3240

/45

—D

D20

DN

V1

19.8

67.5

623

.843

45/4

5—

3030

3240

/45

—D

D30

DN

V1

28.8

98.2

734

.656

60/6

0—

4445

3240

/45

—D

D40

DN

V1

39.6

135.

1247

.673

80/8

0—

6060

3240

/45

—

S120

ADH

No

Hea

t—

——

—34

40/4

5—

——

3440

/45

—D

D10

DN

V1

9.9

33.7

811

.934

40/4

0—

1515

3440

/45

—D

D15

DN

V1

14.4

49.1

317

.337

40/4

0—

2225

3440

/45

—D

D20

DN

V1

19.8

67.5

623

.845

45/5

0—

3030

3440

/45

—D

D30

DN

V1

28.8

98.2

734

.659

60/6

0—

4445

3440

/45

—D

D40

DN

V1

39.6

135.

1247

.675

80/8

0—

6060

3440

/45

—

S150

ADA

No

Hea

t—

——

—34

40/4

0—

——

3440

/40

—D

D10

DN

V1

9.9

33.7

811

.934

40/4

0—

1515

3440

/40

—D

D15

DN

V1

14.4

49.1

317

.334

40/4

0—

2225

3440

/40

—D

D20

DN

V1

19.8

67.5

623

.837

40/4

0—

3030

3440

/40

—D

D30

DN

V1

28.8

98.2

734

.650

50/5

0—

4445

3440

/40

—D

D40

DN

V1

39.6

135.

1247

.666

70/7

0—

6060

3440

/40

—

S150

ADB

No

Hea

t—

——

—37

40/4

5—

——

3740

/45

—D

D10

DN

V1

9.9

33.7

811

.937

40/4

5—

1515

3740

/45

—D

D15

DN

V1

14.4

49.1

317

.337

40/4

5—

2225

3740

/45

—D

D20

DN

V1

19.8

67.5

623

.840

40/4

5—

3030

3740

/45

—D

D30

DN

V1

28.8

98.2

734

.654

60/6

0—

4445

3740

/45

—D

D40

DN

V1

39.6

135.

1247

.670

70/7

0—

6060

3740

/45

—

S150

ADF

No

Hea

t—

——

—34

40/4

0—

——

3440

/40

—D

D10

DN

V1

9.9

33.7

811

.934

40/4

0—

1515

3440

/40

—D

D15

DN

V1

14.4

49.1

317

.334

40/4

0—

2225

3440

/40

—D

D20

DN

V1

19.8

67.5

623

.837

40/4

0—

3030

3440

/40

—D

D30

DN

V1

28.8

98.2

734

.650

50/5

0—

4445

3440

/40

—D

D40

DN

V1

39.6

135.

1247

.666

70/7

0—

6060

3440

/40

—*=

For

Can

adia

n us

e on

ly. U

ses

“P”

fuse

s fo

r ind

uctiv

e ci

rcui

t.+

= F

ield

inst

alle

d on

ly.



480

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

480

V

Hea

ter

KBTU

/Hr

@ 4

80 V

Hea

ter

Amp.

@ 4

80 V

Uni

t Min

. Ckt

.Am

paci

ty@

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

480

V

Max

. Fus

eSi

ze48

0 V

Min

. Cir

cuit

Ampa

city

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 4

80 V

Min

./M

ax@

480

VM

in./

Max

.@

480

VM

in./

Max

@ 4

80 V

S150

ADG

No

Hea

t—

——

—37

40/4

5—

——

3740

/45

—D

D10

DN

V1

9.9

33.7

811

.937

40/4

5—

1515

3740

/45

—D

D15

DN

V1

14.4

49.1

317

.337

40/4

5—

2225

3740

/45

—D

D20

DN

V1

19.8

67.5

623

.840

40/4

5—

3030

3740

/45

—D

D30

DN

V1

28.8

98.2

734

.654

60/6

0—

4445

3740

/45

—D

D40

DN

V1

39.6

135.

1247

.670

70/7

0—

6060

3740

/45

—

T090

ADF

No

Hea

t—

——

—21

20/2

5—

——

2120

/25

—D

D10

DN

V1

9.9

33.7

811

.921

20/2

5—

1515

2120

/25

—D

D15

DN

V1

14.4

49.1

317

.326

30/3

0—

2225

2120

/25

—D

D20

DN

V1

19.8

67.5

623

.834

35/3

5—

3030

2120

/25

—D

D30

DN

V1

28.8

98.2

734

.648

50/5

0—

4445

2120

/25

—D

D40

DN

V1

39.6

135.

1247

.664

70/7

0—

6060

2120

/25

—

T090

ADG

No

Hea

t—

——

—21

30/3

0—

——

2130

/30

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

2130

/30

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

2130

/30

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

2130

/30

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

2130

/30

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

2130

/30

—

T090

ADH

No

Hea

t—

——

—21

30/3

0—

——

2130

/30

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

2130

/30

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

2130

/30

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

2130

/30

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

2130

/30

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

2130

/30

—

T102

ADF

No

Hea

t—

——

—21

25/3

0—

——

2125

/30

—D

D10

DN

V1

9.9

33.7

811

.921

25/2

5—

1515

2125

/30

—D

D15

DN

V1

14.4

49.1

317

.326

30/3

0—

2225

2125

/30

—D

D20

DN

V1

19.8

67.5

623

.835

35/3

5—

3030

2125

/30

—D

D30

DN

V1

28.8

98.2

734

.648

50/5

0—

4445

2125

/30

—D

D40

DN

V1

39.6

135.

1247

.664

70/7

0—

6060

2125

/30

—

T102

ADG

No

Hea

t—

——

—22

30/3

5—

——

2230

/35

—D

D10

DN

V1

9.9

33.7

811

.927

30/3

0—

1515

2230

/35

—D

D15

DN

V1

14.4

49.1

317

.333

35/3

5—

2225

2230

/35

—D

D20

DN

V1

19.8

67.5

623

.842

45/4

5—

3030

2230

/35

—D

D30

DN

V1

28.8

98.2

734

.655

60/6

0—

4445

2230

/35

—D

D40

DN

V1

39.6

135.

1247

.671

80/8

0—

6060

2230

/35

—*=

For

Can

adia

n us

e on

ly. U

ses

“P”

fuse

s fo

r ind

uctiv

e ci

rcui

t.+

= F

ield

inst

alle

d on

ly.



480

VOLT

, TH

REE

PH

ASE,

60

Hz,

AU

XILI

ARY

ELEC

TRIC

HEA

TER

KIT

S CH

ARAC

TER

ISTI

CS A

ND

APP

LICA

TIO

NSi

ngle

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Sepa

rate

Pow

er S

uppl

y Fo

r Bot

h U

nit a

nd H

eate

r Kit

Uni

tM

odel

No.

RAC

DZ-

Hea

ter K

itAi

r Con

ditio

ner

Hea

ter K

itAi

r Con

ditio

ner

RXJ

J-H

eate

r Kit

Nom

inal

kW

No.

of

Sequ

ence

Step

s

Rat

edH

eate

r kW

@

480

V

Hea

ter

KBTU

/Hr

@ 4

80 V

Hea

ter

Amp.

@ 4

80 V

Uni

t Min

. Ckt

.Am

paci

ty@

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in. C

kt.

Ampa

city

480

V

Max

. Fus

eSi

ze48

0 V

Min

. Cir

cuit

Ampa

city

480

V

Ove

r Cur

rent

Prot

ectiv

e D

evic

e Si

zeM

in./

Max

@ 4

80 V

Min

./M

ax@

480

VM

in./

Max

.@

480

VM

in./

Max

@ 4

80 V

T102

ADH

No

Hea

t—

——

—30

35/4

0—

——

3035

/40

—D

D10

DN

V1

9.9

33.7

811

.930

35/3

5—

1515

3035

/40

—D

D15

DN

V1

14.4

49.1

317

.337

40/4

0—

2225

3035

/40

—D

D20

DN

V1

19.8

67.5

623

.845

45/5

0—

3030

3035

/40

—D

D30

DN

V1

28.8

98.2

734

.659

60/6

0—

4445

3035

/40

—D

D40

DN

V1

39.6

135.

1247

.675

80/8

0—

6060

3035

/40

—

T120

ADF

No

Hea

t—

——

—26

30/4

0—

——

2630

/40

—D

D10

DN

V1

9.9

33.7

811

.926

30/3

0—

1515

2630

/40

—D

D15

DN

V1

14.4

49.1

317

.327

30/3

0—

2225

2630

/40

—D

D20

DN

V1

19.8

67.5

623

.835

35/3

5—

3030

2630

/40

—D

D30

DN

V1

28.8

98.2

734

.649

50/5

0—

4445

2630

/40

—D

D40

DN

V1

39.6

135.

1247

.665

70/7

0—

6060

2630

/40

—

T120

ADG

No

Hea

t—

——

—32

40/4

5—

——

3240

/45

—D

D10

DN

V1

9.9

33.7

811

.932

40/4

0—

1515

3240

/45

—D

D15

DN

V1

14.4

49.1

317

.335

40/4

0—

2225

3240

/45

—D

D20

DN

V1

19.8

67.5

623

.843

45/4

5—

3030

3240

/45

—D

D30

DN

V1

28.8

98.2

734

.656

60/6

0—

4445

3240

/45

—D

D40

DN

V1

39.6

135.

1247

.673

80/8

0—

6060

3240

/45

—

T120

ADH

No

Hea

t—

——

—34

40/4

5—

——

3440

/45

—D

D10

DN

V1

9.9

33.7

811

.934

40/4

0—

1515

3440

/45

—D

D15

DN

V1

14.4

49.1

317

.337

40/4

0—

2225

3440

/45

—D

D20

DN

V1

19.8

67.5

623

.845

45/5

0—

3030

3440

/45

—D

D30

DN

V1

28.8

98.2

734

.659

60/6

0—

4445

3440

/45

—D

D40

DN

V1

39.6

135.

1247

.675

80/8

0—

6060

3440

/45

—

T150

ADF

No

Hea

t—

——

—26

30/3

5—

——

2630

/35

—D

D10

DN

V1

9.9

33.7

811

.926

30/3

5—

1515

2630

/35

—D

D15

DN

V1

14.4

49.1

317

.329

30/3

5—

2225

2630

/35

—D

D20

DN

V1

19.8

67.5

623

.837

40/4

0—

3030

2630

/35

—D

D30

DN

V1

28.8

98.2

734

.650

50/5

0—

4445

2630

/35

—D

D40

DN

V1

39.6

135.

1247

.666

70/7

0—

6060

2630

/35

—

T150

ADG

No

Hea

t—

——

—29

35/4

0—

——

2935

/40

—D

D10

DN

V1

9.9

33.7

811

.929

35/4

0—

1515

2935

/40

—D

D15

DN

V1

14.4

49.1

317

.332

35/4

0—

2225

2935

/40

—D

D20

DN

V1

19.8

67.5

623

.840

40/4

0—

3030

2935

/40

—D

D30

DN

V1

28.8

98.2

734

.654

60/6

0—

4445

2935

/40

—D

D40

DN

V1

39.6

135.

1247

.670

70/7

0—

6060

2935

/40

—*=

For

Can

adia

n us

e on

ly. U

ses

“P”

fuse

s fo

r ind

uctiv

e ci

rcui

t.+

= F

ield

inst

alle

d on

ly.



IllustrationST-A1273-26-00

RETURN COVER

DRAIN PAN

SUPPLY COVER

ACCESS PANELBLOWER

ACCESS PANELHEAT EXCHANGER

150 MODEL60�

[1524 mm]

090 THRU 120MODELS

50�[1270 mm]

89�[2261 mm]

577/8�[1470 mm]

CONTROL ACCESS

SERVICE DISCONNECTKNOCKOUT

ACCESS PANEL COMPRESSOR

IllustrationST-A1273-01_D-00

FILTERACCESS PANEL

INDOOR COILACCESS PANEL

33/4�[97 mm]

901/8�[2289 mm]

591/2�[1511 mm]

41/4�[110 mm]

291/4�[743 mm]

323/4�[832 mm]

POWERENTRY

RECEPTACLE

SERVICEPORT DOOR




901/8�[2289 mm]

863/4�[2203 mm]

363/8�[924 mm]

13/8�[35 mm]

61/2�[165 mm]

65/8�[321 mm]

51/2�[140 mm]

281/2�[724 mm]

63/8�[162 mm]

13/8�[35 mm]

263/4�[679 mm]

591/8�[1507 mm]

591/2�[1511 mm]

553/8�[1407 mm]

143/8�[366 mm]

2�[51 mm]

TYP. (3) SIDES

SUPPLYAIR

RETURN AIR

(VIEW FROM BOTTOM LOOKING UP)

371/2�[954 mm]

14�[356 mm]

IllustrationST-A1273-01_A-00

SUPPLY AND RETURN DIMENSIONS FOR DOWNFLOW APPLICATIONS


71/4�[184 mm]

311/4�[794 mm]

65/8�[170 mm]

593/8�[1510 mm]

57/8�[149 mm]

283/8�[721 mm]

197/8�[505 mm]

213/4�[555 mm]

37/8�[99 mm]

137/8�[353 mm] SUPPLY AIR

RETURNAIR

REMOVABLEDRAIN PAN

125/8�[321 mm]

51/4�[57 mm]


SUPPLY AND RETURN DIMENSIONS FOR HORIZONTAL APPLICATIONS



WEIGHTS

A B C D26% 34% 17% 23%

Capacity Tons [kW]

7.5-12.5 [21.1-44.0]

Corner Weights by Percentage

VERTICALCLEARANCE

A

B

D

C

E

IllustrationST-A1273-01_I-00

CLEARANCESThe following minimum clearances mustbe observed for proper unit performanceand serviceability.

RECOMMENDEDCLEARANCE In. [mm] LOCATION

48 [1219] A - FRONT24 [609] B - CONDENSER END48 [1219] ¿ C - DUCT END24 [609] ¡ D - FILTER SIDE

60 [1524] E - ABOVE

¿ 18" [457 mm] MINIMUM IF DRAINPANWILL NOT BE REMOVED.

¡ 48" [1219 MM] MINIMUM IF ECONOMIZER IS INSTALLED.

431/2�[1104.9 mm]

237/8�[606.4 mm]

5/8� [14.9 mm] SHACKLE(EACH CORNER)

LIFTING BEAM

SPREADER BAR

CABLE OR CHAIN

CENTEROF

GRAVITY

D

A

B

C

IllustrationST-A1273-01_J-00

REPLACE IMAGE

COMING SOON



FIELD INSTALLED ACCESSORY EQUIPMENT (cont’d.)


ShippingWeight

Lbs. [kg]

InstalledWeight

Lbs. [kg]

FactoryInstallationAvailable?

Economizer w/Single Enthalpy (Downflow) RXRD-01MDDAM3 86 [39.0] 57 [25.9] Yes

Economizer w/Single Enthalpy (Horizontal) RXRD-01MDHAM3 84 [38.1] 55 [24.9] Yes

Economizer-w/Single Enthalpy (Downflow) DDC RXRD-01MDDBM3 86 [39.0] 57 [25.9] No

Economizer w/Single Enthalpy (Horizontal) DDC RXRD-01MDHBM3 84 [38.1] 55 [24.9] No

Dual Enthalpy Kit RXRX-BV01 1 [.5] 1 [.5] No

Dual Enthalpy Kit DDC RXRX-BV02 1 [.5] 1 [.5] No

Carbon Dioxide Sensor (Wall Mount) RXRX-AR02 3 [1.4] 2 [1.0] No

Power Exhaust RXRX-CDF01C 58 [26.3] 48 [21.8] No

Power Exhaust RXRX-CDF01D 50 [22.7] 44 [20.0] No

Power Exhaust RXRX-CDF01Y 58 [26.3] 48 [21.8] No

Manual Fresh Air Damper RXRF-ADA1 15 [6.8] 12 [5.4] No

Motorized Fresh Air Damper RXRF-ADB1 38 [17.2] 31 [14.06] No

Motorized Fresh Air Damper (DDC) RXRF-ADC1 38 [17.2] 31 [14.06] No

Roofcurb, 14" RXKG-DDD14 109 [49.4] 104 [47.2] No

Roofcurb, 24' RXKG-DDD24 145 [65.8] 140 [63.5] No

Roofcurb Adapter RXRX-DDCAE 235 [106.6] 215 [97.5] No

Concentric Diffuser 7.5/8.5 Ton Flush RXRN-GEF2000 235 [106.6] 215 [97.5] No

Concentric Diffuser 10.0 Ton Flush RXRN-GEF3415 30 [13.6] 25 [11.3] No

Concentric Diffuser 12.5 Ton Flush RXRN-GEF3618 250 [113.4] 130 [59] No

Concentric Diffuser 7.5/8.5 Ton Drop RXRN-GED2000 275 [124.7] 170 [77.1] No

Concentric Diffuser 10.0 Ton Drop RXRN-GED3415 35 [15.9] 30 [13.6] No

Concentric Diffuser 12.5 Ton Drop RXRN-GED3618 270 [122.5] 160 [72.6] No

Concentric Adapter 7.5/8.5 Ton Drop RXMC=DD01 300 [136.1] 180 [81.6] No

Concentric Adapter 10 Ton Drop RXMC-DD02 25 [11.3] 20 [9.1] No

Concentric Adapter 12.5 Ton Drop RXMC-DD03 75 [34] 65 [29.5] No

Outdoor Coil Louver Kit - ACD/090/102/120 RXRX-ADD04A 52 [23.6] 47 [21.3] Yes

Outdoor Coil Louver Kit - ACD150 RXRX-ADD04B 43 [19.5] 39 [17.7] Yes

Unwired Convenience Outlet RXRX-BN01 2 [1.0] 1.5 [.7] Yes

Unfused Service Disconnect RXRX-BP01 10 [4.5] 9 [4.1] Yes

Comfort Alert (1 Per Compressor) RXRX-AZ01 TBD 3 [1.5] 2 [0.9] Yes

BACnet Communication Card RXRX-AY01 1 [0.5] 1 [0.5] No

LonWorks Communication Card RXRX-AY02 1 [0.5] 1 [0.5] No

Room Humidity Sensor RHC-ZNS4 1 [0.5] 1 [0.5] No

Room Temperature and Relative Humidity Sensor RHC-ZNS5 1 [0.5] 1 [0.5] No

Low-Ambient Control Kit RXRZ-A04 4 [1.8] 3 [1.4] Yes

Freeze Stat Kit RXRX-AM01 2 [1.0] 1.5 [.7] Yes




FIELD INSTALLED ACCESSORY EQUIPMENT


ShippingWeight

Lbs. [kg]

InstalledWeight

Lbs. [kg]

FactoryInstallationAvailable?

Variable Frequency Drive Kit

RXRX-AC02 9.1 [4.1] 7.6 [3.4] No

RXRX-AC03 11.7 [5.3] 10.2 [4.6] No

RXRX-AC05 11.7 [5.3] 10.2 [4.6] No

RXRX-AD02 9.4 [4.3] 7.9 [3.6] No

RXRX-AD03 12.3 [5.6] 10.8 [4.9] No

RXRX-AD05 12.3 [5.6] 10.8 [4.9] No

RXRX-CC02 9.1 [4.1] 7.6 [3.4] No

RXRX-CC03 11.7 [5.3] 10.2 [4.6] No

RXRX-CC05 11.7 [5.3] 10.2 [4.6] No

RXRX-CD02 9.4 [4.3] 7.9 [3.6] No

RXRX-CD03 12.3 [5.6] 10.8 [4.9] No

RXRX-CD05 12.3 [5.6] 10.8 [4.9] No

Electric Heater Kits

RXJJ-DD10CP 30 [13.6] 27.5 [12.5] Yes

RXJJ-DD15CP 32 [14.5] 29.5 [13.4] Yes

RXJJ-DD20CP 34 [15.4] 31.5 [14.3] Yes

RXJJ-DD30CP 37 [16.8] 34.5 [15.6] Yes

RXJJ-DD40CP 40 [18.1] 37.5 [17] Yes

RXJJ-DD10DNV 30 [13.6] 27.5 [12.5] Yes

RXJJ-DD15DNV 32 [14.5] 29.5 [13.4] Yes

RXJJ-DD20DNV 34 [15.4] 31.5 [14.3] Yes

RXJJ-DD30DNV 37 [16.8] 34.5 [15.6] Yes

RXJJ-DD40DNV 40 [18.1] 37.5 [17] Yes

Single Point Wiring Kit

RXJX-AB03 23 [10.4] 25 [11.3] No

RXJX-AB04 24 [10.9] 26 [11.8] No

RXJX-AC03 25 [11.3] 27 [12.2] No

RXJX-AC04 26 [11.8] 28 [12.7] No




ROOM TEMPERATURE SENSOR ZNS-101with TIMED OVERRIDE BUTTON

10kΩ room temperature sensor transmits room temperature to DDC system. Timed override buttonallows tenant to change from unoccupied temperature setpoint to occupied temperature setpoint for apreset time.

ROOM TEMPERATURE SENSOR ZNS-102with TIMED OVERRIDE BUTTON and STATUS INDICATOR

10kΩ room temperature sensor transmits room temperature to DDC system. Timed override buttonallows tenant to change from unoccupied temperature setpoint to occupied temperature setpoint for apreset time. Status Indicator Light transmits ALARM flash code to occupied space.

ROOM TEMPERATURE SENSOR ZNS-103with SETPOINT ADJUSTMENT and TIMED OVERRIDE BUTTON

10kΩ room temperature sensor with setpoint adjustment transmits room temperature to DDC systemalong with desired occupied room temperature setpoint. Timed override button allows tenant to changefrom unoccupied temperature setpoint to occupied temperature setpoint for a preset time.

ROOM HUMIDITY SENSOR RHC-ZNS4

Transmits room relative humidity to DDC System.

ROOM TEMPERATURE AND RELATIVE HUMIDITY SENSOR RHC-ZNS5

Transmits room temperature and relative humidity to DDC System.

FLUSH MOUNT ROOM TEMPERATURE SENSORS FOR NETWORKED DDC APPLICATIONS



BACnet® COMMUNICATION CARD RXRX-AY01

The field installed BACnet® Communication Card allows the RTU-C unit controller to communicate witha third party building management system that supports the BACnet Application Specific Controllerdevice profile. The BACnet® Communication Module plugs onto the unit RTU-C controller and allowscommunication between the RTU-C and the BACnet MSTP network.

LonWorks® COMMUNICATION CARD RXRX-AY02

The field installed LonWorks® Communication Card allows the RTU-C unit controller to communicatewith a third party building management system that supports the LonMark Space Comfort Controller(SCC) functional profile or LonMark Discharge Air Controller (DAC) functional profile. The LonMarkCommunication Module plugs onto the RTU-C controller and allows communication between the RTU-C and a LonWorks Network.

COMMUNICATION CARDSField Installed



■ Features Honeywell Controls■ Available Factory Installed or Field Accessory■ Gear Driven Direct Drive Actuator■ Fully Modulating (0-100%)■ Low Leakage Dampers■ Slip-In Design for Easy Installation■ Standard Barometric Relief Damper■ Single Enthalpy with Dual Enthalpy

Upgrade Kit Available■ CO2 Input Sensor Available■ Field Assembled Hood Ships with

Economizer■ Economizer Ships Complete for

Downflow Duct Application.■ Optional Remote Minimum

Position Potentiometer (270 ohm) (Honeywell #S963B1136) is Available from Prostock.

■ Field Installed Power Exhaust Available■ Prewired for Smoke Detector■ If connected to a Building Automation

System (BAS), all economizer functions can be viewed on the (BAS) or 16 x 2 LCD screen

■ If connected to thermostat, all economizer functions can be viewed on 16 x 2 LCD screen

NON-DDC ECONOMIZER FOR DOWNFLOW DUCT INSTALLATIONUse to Select Factory Installed Options OnlyRXRD-01MDDAM3—Single Enthalpy (Outdoor) and AXRD-SJCM3

Single Enthalpy with Smoke DetectorRXRX-BV02—Dual Enthalpy Upgrade KitRXRX-AR02—Optional Wall-Mounted CO2 Sensor

1911/16�[500.1 mm]

451/64�[121.8 mm]

833/64�[216.3 mm]

431/32�[126.5 mm]

471/2�[1207.5 mm]

RAINHOOD

IllustrationST-A1273-01_G-00


89/16�[217.6 mm]

291/16�[738.3 mm]

DDC

ACTUATOR

ENTHALPY

187/16�[468.5 mm]

4143/64�[1058.5 mm]

IllustrationST-A1283-01



NON-DDC ECONOMIZER FOR HORIZONTAL DUCT INSTALLATIONField Installed OnlyRXRD-01DAHM3—Single Enthalpy (Outdoor)RXRX-BV01—Dual Enthalpy Upgrade KitRXRX-AR02—Wall-mounted CO2 Sensor

■ Features Honeywell Controls■ Available as a Field Installed Accessory Only■ Gear Driven Direct Drive Actuator■ Fully Modulating (0-100%)■ Low Leakage Dampers■ Slip-In Design for Easy Installation■ Standard Barometric Relief Damper■ Single Enthalpy with Dual Enthalpy

Upgrade Kit Available■ CO2 Input Sensor Available■ Field Assembled Hood Ships with

Economizer■ Economizer Ships Complete for

Hovrizontal Duct Application■ Optional Remote Minimum

Position Potentiometer (270 ohm) (Honeywell #S963B1136) is Available from Prostock

■ Field Installed Power Exhaust Available■ If connected to a Building Automation

System (BAS), all economizer functions can be viewed on the (BAS) or 16 x 2 LCD screen

■ If connected to thermostat, all economizer functions can be viewed on 16 x 2 LCD screen

CUT OUT125/8� � 363/8�

[320.7 mm � 924 mm]OPENING DUCT

373/4� [958.8 mm]

123/8�[314.3 mm]

MANUAL FRESHAIR DAMPER

SUPPLY DUCT

RETURN DUCT

4� [101.6 mm]MINIMUM

RECOMMENDED



4257/64�[1089 mm]

169/16�[421 mm]

2823/64�[720 mm]

533/64�[140 mm]

ACTUATOR

ENTHALPY SENSOR




POWER EXHAUST

BAROMETRIC RELIEFDAMPERS

OUTSIDE AIR INTAKE HOODWITH MIST ELIMINATOR

ECONOMIZER/DAMPERBRACKET


POWER EXHAUST KIT FOR RXRD-01MDDAM3, RXRD-01MDDBM3, RXRD-01MDHAM3, RXRD-01MDHBM3 ECONOMIZERSRXRX-CDF01

*Voltage Code

VERTICAL AIRFLOW

HORIZONTAL AIRFLOW

IllustrationSTA1000-01

Model No. No.of Fans Volts Phase HP

(ea.)Low Speed

RXRX-BFF02C 2 208-230 1 0.33 2200 [1038] 1518 2500 [1179]

High Speed ➀

1670 1.48

FLA(ea.)

3.6

LRA(ea.)

RXRX-BFF02D 2 460 1 0.33 2200 [1038] 1518 2500 [1179] 1670 0.75 1.8

CFM [L/s] ➁ RPM CFM [L/s] ➁ RPM

NOTES: ➀ Power exhaust is factory set on high speed motor tap. [ ] Designates Metric Conversions ➁ CFM is per fan at 0" w.c. external static pressure.

IMAGE COMING SOON

DATA COMING SOON



FRESH AIR DAMPERMOTORIZED DAMPER KITRXRF-ADB1


MOTORIZED DAMPER KITRXRX-ADC1(Motor Kit for DDC Models)

RXRX-AW04(Modulating Motor Kit w/position feedback for AXRF-KDA1)■ Features Honeywell Controls■ Gear Driven Direct Drive Actuator■ Fully Modulating (0-100%)■ Low Leakage Dampers■ Slip-In Design for Easy Installation■ Plug-In Polarized 12-pin and 4-pin Electrical Connections■ Pre-Configured—No Field Adjustments Necessary■ Addition of Dual Enthalpy Upgrade Kit allows limited economizer function■ CO2 Sensor Input Available for Demand Control Ventilation (DCV)■ Optional Remote Minimum Position Potentiometer (270 ohm) (Honeywell #S963B1136) is available from Prostock■ All fresh air damper functions can be viewed at the RTU-C unit controller display■ If connected to a Building Automation System (BAS), all fresh air damper functions can be viewed on the (BAS)

RAINHOOD

IllustrationST-A1273-01_G-00

471/2�[1207.5 mm]

431/32�[126.5 mm]

833/64�[216.3 mm]

451/64�[121.8 mm]

1911/16�[500.1 mm]

413/4�[1059 mm]

111/2�[292 mm]

13�[330 mm]341/2�

[878 mm]





FRESH AIR DAMPER (Cont.)RXRF-ADA1


123/8�[314.3 mm]


HORIZONTAL APPLICATION


DOWNFLOW APPLICATION


SUPPLY DUCT

RETURN DUCT

4� [101.6 mm]MINIMUM

RECOMMENDED


373/4�[958.8 mm]

123/8�[314.3 mm]

CUT OUT125/8� � 363/8�

[320.7 mm � 924 mm]OPENING DUCT



ROOFCURBS (Full Perimeter)■ Sure Comfort’s roofcurb design can be utilized on all

7.5-12.5 ton [26.4-44.0 kW] RACD.

■ Two available heights (14" [356 mm] and24" [610 mm]) for ALL models.

■ Quick assembly corners for simple and fast assembly.

■ Opening provided in bottom pan to match the “Thru the Curb” electrical connection opening provided on the unit base pan.

■ 1" [25 mm] x 4" [102 mm] Nailer provided.

■ Insulating panels not required because of insulated outdoor base pan.

■ Sealing gasket (40' [12.2 m]) providedwith Roofcurb.

■ Packaged for easy field assembly.

Roofcurb Model Height of CurbRXKG-DDD14 14" [356 mm]RXKG-DDD24 24" [610 mm]

IllustrationADS-106190-01

14�[355.6 mm]

403/16�[1020.8 mm]

1513/16�[401.6 mm]

3117/32�[800.9 mm]

213/8�[542.9 mm]

1515/32�[392.9 mm]

853/8�[2168.5 mm]

531/2�[1358.9 mm]



ROOFCURB INSTALLATION



ROOFCURB ADAPTERS (Cont.)RXRX-DDCAE

531/2�[1358.9 mm]

14�[355.6 mm]853/8�

[2117.7 mm]

IllustrationADS-106176-01SHEET 1

817/8� I.D.[2079.6 mm]

403/16�[1020.8 mm]

R/A & S/A

547/8�[1393.8 mm]

EX O.D.

14�[355.6 mm]

3119/32�[802.5 mm]

S/A

1513/32�[391.3 mm]R/A

901/16� EX O.D.[2287.6 mm]

50� I.D.[1270 mm]

277/8�[708 mm]

411/16�[1043 mm]

EX R/A

2931/32�[761.2 mm]

EX S/A

25/8�[66.7 mm]

2019/32�[523.1 mm]EX R/A

3�[76.2 mm]

25/8�[66.7 mm]

24�[609.6 mm]

EX S/A

853/8� O.D.[2168.5 mm]

531/2� O.D.[1358.9 mm]

IllustrationADS-106176-01SHEET 2


TOP VIEW

@2,000 = 0.06" w.g.@3,000 = 0.12" w.g.

@4,000 = 0.22" w.g.

@5,000 = 0.36" w.g.

APPROXIMATE STATIC PRESSURE DROP



CONCENTRIC DIFFUSER APPLICATION

DOWNFLOW TRANSITION DRAWINGSRXMC-DD02

■ Used with RXRN-AEF3415or RXRN-AED3415Concentric Diffusers.

RIGHT

RIGHT

147/8�[377.8 mm]

I.D.

147/8�[377.8 mm]

I.D.

101/32�[254.9 mm]

303/4�[781 mm]

I.D.327/32� [97.8 mm]

3923/64�[999.7 mm]

I.D.

2�[50.8 mm]

34�[863.6 mm]

15�[381 mm]

15�[381 mm]

153/16�[385.7 mm]

I.D.

153/16�[385.7 mm]

I.D.

3923/64�[999.7 mm]

I.D.

3043/64�[779.1 mm]

I.D.



DOWNFLOWTRANSITIONS

ROOFCURB

FIELD SUPPLIEDDUCTS

CONCENTRICDIFFUSER




147/8�[377.8 mm]

I.D.

147/8�[377.8 mm]

I.D.

101/32�[254.9 mm]

3043/64�[779.1 mm]

I.D.3889/1000� [98.7 mm]

3923/64�[999.7 mm]

I.D.

2�[50.8 mm]

18�[457.2 mm]

18�[457.2 mm]

153/16�[385.7 mm]

I.D.

153/16�[385.7 mm]

I.D.

3923/64�[999.7 mm]

I.D.

3043/64�[779.1 mm]

I.D.


36�[914.4 mm]


DOWNFLOW TRANSITION DRAWINGS (Cont.)RXMC-DD03




1�[25 mm]

1�[25 mm]

1�[25 mm]

1�[25 mm]

4�[102 mm]

4�[102 mm]

305/8�[777 mm]

395/8�[1006 mm]

155/8�[397 mm]

143/4�[376 mm]



DOWNFLOW TRANSITION DRAWINGS (Cont.)RXMC-DD01




Model No.Flow RateCFM [L/s]

Throw ➁ ➂Feet [m]

Neck Velocityfpm [m/s]

Noise Level ➃(dbA)

RXRN-AED2000

2600 [1222] 22-39 [6.7-11.9] 669 [3.4] 322800 [1316] 23-40 [7.1-12.2] 720 [3.7] 383000 [1410] 25-42 [7.6-12.8] 772 [3.9] 403200 [1504] 26-43 [7.9-13.1] 823 [4.2] 413400 [1598] 27-45 [8.2-13.7] 874 [4.4] 423600 [1692] 30-50 [9.1-15.2] 925.5 [4.7] 453800 [1786] 32-53 [9.8-16.2] 976.8 [4.9] 484000 [1880] 34-56 [10.4-17.1] 1028.1 [5.2] 50

ENGINEERING DATA➀

213/4�[552 mm]

453/4�[1214 mm]

12�[305mm]

63/8�[162 mm]

27/8�[73 mm]

473/4�[1214 mm]

133/4�[349 mm]

133/4�[349 mm]

271/2�[699 mm]

293/4�[757 mm]

63/4�[171 mm]

12�[305mm]


NOTES: ➀ All data is based on the air diffusion council guidelines.➁ Throw data is based on 75 FPM Terminal Velocities using isothermal air.➂ Throw is based on diffuser blades being directed in a straight pattern.➃ Actual noise levels may vary due to duct design and do not include transmitted unit noise.

Adequate duct attenuation must be provided to reduce sound output from the unit.


CONCENTRIC DIFFUSER—STEP DOWNRXRN-AED2000 (7.5 & 8.5 Ton [26.4 & 29.9 kW] Models)

For Use With Downflow Transition (RXMC-DD01)and 20" [508 mm] Round Supply and Return Ducts

■ All aluminum diffuser with aluminumreturn air eggcrate.

■ Built-in anti-sweat gasket.

■ Molded fiberglass supports.

■ Built-in hanging supports.

■ Diffuser box constructed of sheetmetal insulated with 1" [25.4 mm] 1.5 lbs. [.7 kg] duct liner.



83/8�[211.9 mm]

283/8�[719.9 mm]

20�[508 mm]

ADJUSTABLEBLADES

401/4� SQ.[1023.1 mm]

15�[381 mm] 15�

[381 mm]34�[863.6 mm]

34�[863.6 mm]

391/2� SQ.[1003.3 mm]


ENGINEERING DATA➀





RXRN-AED3415

3600 [1692] 26-53 [7.9-16.2] 851 [4.3] 273800 [1786] 27-55 [8.2-16.8] 898 [4.5] 294000 [1880] 29-58 [8.8-17.7] 946 [4.8] 304200 [1974] 31-61 [9.4-18.6] 993 [5.1] 324400 [2068] 32-64 [9.8-19.5] 1040 [5.3] 334600 [2162] 34-66 [10.4-20.1] 1087.5 [5.5] 35




CONCENTRIC DIFFUSER—STEP DOWN15" x 34" [381 x 836 mm]RXRN-AED3415 (8.5 & 10 Ton [29.9 kW & 35.2] Models)

For Use With Downflow Transition (RXMC-DD02)and 15" x 34" [381 x 836 mm]Supply and Return Ducts





■ Diffuser box constructed of sheetmetal insulated with 1" [25.4 mm] 1.5 lbs.[.7 kg] duct liner.

■ Double deflection diffuser with the blades secured by spring steel.



CONCENTRIC DIFFUSER—STEP DOWN18" x 36" [457 x 914 mm]RXRN-AED3618 (12.5 & 15 Ton [44.0 & 52.8 kW] Models)

For Use With Downflow Transition (RXMC-DD03)and 18" x 36" [457 x 914 mm] Supply and Return Ducts

■ All aluminum diffuser with aluminum return air eggcrate.




■ Diffuser box constructed of sheetmetal insulated with 1" [25.4 mm] 1.5 lbs. [.7 kg] duct liner.

■ Double deflection diffuser with the blades secured by spring steel.





RXRN-AED3618

4400 [2068] 29-55 [8.8-16.8] 841 [4.3] 264600 [2162] 31-57 [9.4-17.4] 875 [4.4] 284800 [2256] 32-60 [9.8-18.3] 915 [4.6] 295000 [2350] 33-62 [10.1-18.9] 951 [4.8] 305200 [2444] 34-65 [10.4-19.8] 988 [5.1] 315400 [2538] 36-67 [10.9-20.4] 1025 [5.2] 32

ENGINEERING DATA➀




2�[51 mm]

20�[508 mm]

455/8�[1158 mm]

451/2�[1156 mm]

18�[457 mm]

18�[457 mm]

23/8�[60 mm]

31/2�[90 mm]

31/2�[90 mm]

36�[914 mm]

SUPPLY

RETURN

43/4�[121 mm]

43/4�[121 mm]

473/4�[1213 mm]

473/4�[1213 mm]




FLUSH MOUNT CONCENTRIC DIFFUSER—FLUSHRXRX-AEF2000 (7.5 & 8.5 Ton [26.4 & 29.9 kW] Models)





RXRN-AEF2000

2600 [1222] 17-24 [5.2-7.3] 663 [3.4] 302800 [1316] 18-28 [5.5-8.5] 714 [3.6] 353000 [1410] 20-30 [6.1-9.1] 765 [3.9] 353200 [1504] 22-33 [6.7-10.1] 816 [4.1] 403400 [1598] 23-37 [7-11.3] 867 [4.4] 403600 [1692] 25-38 [7.6-11.6] 918 [4.7] 433800 [1786] 26-39 [7.9-11.9] 969 [4.9] 454000 [1880] 27-40 [8.2-12.2] 1020 [5.2] 48




For Use With Downflow Transition (RXMC-DD01)20" [508 mm] Round Supply and Return Ducts





■ Diffuser box constructed ofsheetmetal insulated with 1" [25.4 mm] 1.5 lbs. [.7 kg] duct liner.

30�[762 mm]

27/8�[73 mm] 48�

[1219 mm]

131/4�[337 mm]

131/4�[337 mm]

271/8�[689 mm]

213/8�[543 mm]

121/8�[310 mm]

121/8�[310 mm]

441/2�[1130 mm]

13�[330 mm]


ENGINEERING DATA➀



21/4�[57 mm]

35/8�[92 mm]

23/4�[70 mm]

23/4�[70 mm]

353/4�[909 mm]

257/8�[658 mm]

357/8�[911 mm]

2�[51 mm]

35/8�[92 mm]

15�[381 mm]

15�[381 mm]

34�[864 mm]

413/4�[1060 mm]

RETURN

SUPPLY

413/4�[1060 mm]


CONCENTRIC DIFFUSER—FLUSH15" x 34" [381 x 864 mm]RXRN-AEF3415 (8.5 & 10 Ton [29.9 & 35.2] Models)

For Use With Downflow Transition (RXMC-DD02)15" x 34" [381 x 864 mm]Supply and Return Ducts





■ Diffuser box constructed of sheetmetalinsulated with 1" [25.4 mm] 1.5 lbs. [.7 kg] duct liner.





RXRN-AEF3415

3600 [1692] 14-34 [4.3-10.4] 844 [4.3] 273800 [1786] 15-36 [4.6-11.1] 891 [4.5] 294000 [1880] 16-37 [4.9-11.3] 938 [4.8] 304200 [1974] 17-39 [5.2-11.9] 985 [5.1] 324400 [2068] 18-41 [5.5-12.5] 1032 [5.2] 334600 [2162] 19-43 [5.8-13.1] 1079 [5.5] 354800 [2256] 20-45 [6.1-13.7] 1126 [5.7] 36




ENGINEERING DATA➀



CONCENTRIC DIFFUSER—FLUSH18" x 36" [457 x 914 mm]RXRN-AEF3618 (12.5 Ton [44.0 kW] Models)

For Use With Downflow Transition (RXMC-DD03)and 18" x 36" [457 x 914 mm]Supply and Return Ducts

■ All aluminum diffuser with aluminum return air eggcrate.




■ Diffuser box constructed of sheetmetalinsulated with 1" [25.4 mm] 1.5 lbs. [.7 kg] duct liner.

ENGINEERING DATA➀





RXRN-AEF3618

4400 [2068] 13-28 [4.1-8.5] 922 [47] 354600 [2162] 14-30 [4.3-9.1] 962 [4.9] 374800 [2256] 15-31 [4.6-9.4] 1002 [5.1] 395000 [2350] 16-32 [4.9-9.8] 1043 [5.3] 405200 [2444] 17-33 [5.2-10.1] 1083 [5.5] 425400 [2538] 18-35 [5.5-10.7] 1123 [5.7] 43




36�[914 mm]

413/4�[1061 mm]

417/8�[1063 mm]

267/8�[683 mm]

2�[51 mm]

RETURN

473/4�[1213 mm]

473/4�[1213 mm]

18�[457 mm]

18�[457 mm]

23/8�[60 mm]

31/2�[90 mm]

31/2�[90 mm]

SUPPLY

43/4�[121 mm]

43/4�[121 mm]




GUIDE SPECIFICATIONS – RACD-090 thru 150You may copy this document directly into your building specification. This specification is written to comply with the 2016 version ofthe “master format” as published by the Construction Specification Institute. www.csinet.org.

ELECTRIC HEAT PACKAGED ROOFTOPHVAC Guide SpecificationsSize Range: 7.5 to 12.5 Nominal TonsSection Description23 06 80 Schedules for Decentralized HVAC Equipment

23 06 80.13 Decentralized Unitary HVAC Equipment Schedule23 06 80.13.A. Rooftop unit schedule

1. Schedule is per the project specification requirements.23 07 16 HVAC Equipment Insulation

23 07 16.00.A Decentralized, Rooftop Units:1. Interior cabinet surfaces shall be insulated with a minimum 1/2-in. thick, minimum 1.6 lb density, flexible fiberglass insulation

bonded with a phenolic binder, with aluminum foil facing on the air side.2. Insulation and adhesive shall meet NFPA 90A requirements for flame spread and smoke generation.

23 09 13 Instrumentation and Control Devices for HVAC23 09 13.23 Sensors and Transmitters23 09 13.23.A. Thermostats

1. Thermostat musta. have capability to energize 2 different stages of cooling, and 2 different stages of heating.b. must include capability for occupancy scheduling.

23 09 23 Direct-Digital Control System for HVAC23 09 23.00.A. RTU-C controller

1. Shall be ASHRAE 62-2001 compliant.2. Shall accept 18-32VAC input power.3. Shall have an operating temperature range from �40ºF (�40ºC) to 158ºF (70ºC), 10%–95% RH (non-condensing).4. Controller shall accept the following inputs: space temperature, setpoint adjustment, outdoor air temperature, indoor air

quality, outdoor air enthalpy, fire shutdown, return air enthalpy, fan status, remote time clock/door switch.5. Shall accept a CO2 sensor in the conditioned space, and be Demand Control Ventilation (DCV) ready.6. Shall provide the following outputs: Economizer, fan, cooling stage 1, cooling stage 2, heat stage 1, heat stage 2,

exhaust, occupied.7. Unit shall provide surge protection for the controller through a circuit breaker.8. Shall have a field installed communication card allowing the unit to be Internet capable, and communicate at a Baud rate of

19.2K or faster9. Shall have an LED display independently showing the status of activity on the communication bus, and processor operation.

10. Shall have either a field installed BACnet® plug-in communication card which includes an EIA-485 protocol communicationport, or a field installed LonWorks™ plug-in communications card.

11. Software upgrades will be accomplished by local download. Software upgrades through chip replacements are not allowed.12. Shall be shock resistant in all planes to 5G peak, 11ms during operation, and 100G peak, 11ms during storage.13. Shall be vibration resistant in all planes to 1.5G @ 20-300 Hz.14. Shall support a bus length of 4000 ft max, 60 devices per 1000 ft section, and 1 RS-485 repeater per 1000 ft sections.

23 09 23.00.B. Open protocol, direct digital controller:1. Shall be ASHRAE 62-2001 compliant.2. Shall accept 18-30VAC, 50-60Hz, and consumer 15VA or less power.3. Shall have an operating temperature range from -40ºF (-40ºC) to 130ºF (54ºC), 10% - 90% RH (non-condensing).4. Shall have either a field installed BACnet® plug-in communication card which includes an EIA-485 protocol communication

port, or a field installed LonWorks™ plug-in communications card.5. The BACnet® plug in communication card shall include built-in protocol for BACNET (MS/TP and PTP modes)6. The LonWorks™ plug in communication card shall include the Echelon processor required for all Lon applications.7. Shall allow access of up to 62 network variables (SNVT). Shall be compatible with all open controllers8. Baud rate Controller shall be selectable through the EIA-485 protocol communication port.9. Shall have an LED display independently showing the status of serial communication, running, errors, power, all digital

outputs, and all analog inputs.



10. Shall accept the following inputs: space temperature, setpoint adjustment, outdoor air temperature, indoor air quality, outdoorair enthalpy, compressor lock-out, fire shutdown, enthalpy switch, and fan status/filter status/ humidity/ remote occupancy.

11. Shall provide the following outputs: economizer, fan, cooling stage 1, cooling stage 2, heat stage 1, heat stage 2, exhaust.12. Software upgrades will be accomplished by either local or remote download. No software upgrades through chip replacements

are allowed.6323 09 33 Electric and Electronic Control System for HVAC

23 09 33.00.A. General:1. Shall be complete with self-contained low-voltage control circuit protected by a resettable circuit breaker on the 24-v

transformer side. Transformer shall have 100VA capabilities.2. Shall utilize color-coded wiring.3. Shall include a central control terminal board to conveniently and safely provide connection points for vital control functions

such as: smoke detectors, phase monitor, economizer, thermostat, DDC control options, loss of charge, freeze sensor, highpressure switches.

4. Unit shall include a minimum of one 10-pin screw terminal connection board for connection of control wiring.23 09 33.00.B. Safeties:

1. Compressor over-temperature, over current.2. Loss of charge switch.

a. Units with 2 compressors shall have different colored wires for the circuit 1 and circuit 2 low and high pressure switches.b. Loss of charge switch shall use different color wire than the high pressure switch. The purpose is to assist the installer

and service technician to correctly wire and or troubleshoot the rooftop unit.c. Loss of charge switch shall have a different sized connector than the high pressure switch. They shall physically prevent

the cross-wiring of the safety switches between the high and low pressure side of the system.3. High-pressure switch.

a. Units with 2 compressors shall have different colored wires for the circuit 1 and circuit 2 low and high pressure switches.b. High pressure switch shall use different color wire than the low pressure switch. The purpose is to assist the installer and

service person to correctly wire and or troubleshoot the rooftop unit.c. High pressure switch shall have a different sized connector than the loss of charge switch. They shall physically prevent

the cross-wiring of the safety switches between the high and low pressure side of the system.4. Freeze protection sensor, evaporator coil.5. Automatic reset, motor thermal overload protector.

23 09 93 Sequence of Operations for HVAC Controls23 09 93.00.A INSERT SEQUENCE OF OPERATION

23 41 13 Panel Air Filters23 41 13.00.A. Standard filter section shall

1. Shall consist of factory-installed, low velocity, throwaway 2-in. thick fiberglass filters of commercially available sizes.2. Filters shall be accessible through an access panel as described in the unit cabinet section of this specification (23 81 19.13.H).

23 81 19 Self-Contained Air Conditioners23 81 19.13 Small-Capacity Self-Contained Air Conditioners23 81 19.13.A. General

1. Outdoor, rooftop mounted, electrically controlled, heating and cooling unit utilizing a(n) hermetic scroll compressor(s) forcooling duty and heat pump for heating duty.

2. Factory assembled, single-piece heating and cooling rooftop unit. Contained within the unit enclosure shall be all factorywiring, piping, controls, and special features required prior to field start-up.

3. Unit shall use environmentally sound R-410a refrigerant.4. Unit shall be installed in accordance with the manufacturer’s instructions.5. Unit must be selected and installed in compliance with local, state, and federal codes.

23 81 19.13.B. Quality Assurance1. Unit meets ASHRAE 90.1-2013 minimum efficiency requirements.2. 3 phase units are Energy Star qualified.3. Unit shall be rated in accordance with AHRI Standards 210/240 and 340/360.4. Unit shall be designed to conform to ASHRAE 15.5. Unit shall be UL-tested and certified in accordance with ANSI Z21.47 Standards and UL-listed and certified under Canadian

standards as a total package for safety requirements.6. Insulation and adhesive shall meet NFPA 90A requirements for flame spread and smoke generation.7. Unit casing shall be capable of withstanding 500-hour salt spray exposure per ASTM B117 (scribed specimen).



8. Unit shall be designed in accordance with ISO 9001:2000, and shall be manufactured in a facility registered by ISO9001:2000.

9. Roof curb shall be designed to conform to NRCA Standards.10. Unit shall be subjected to a completely automated run test on the assembly line. The data for each unit will be stored at the

factory, and must be available upon request.11. Unit shall be designed in accordance with UL Standard 1995, Fifth Edition including tested to withstand rain.12. Unit shall be constructed to prevent intrusion of snow and tested to prevent snow intrusion into the control box up to 40 mph.

23 81 19.13.C. Delivery, Storage, and Handling1. Unit shall be stored and handled per manufacturer’s recommendations.2. Lifted by crane requires either shipping top panel or spreader bars.3. Unit shall only be stored or positioned in the upright position.

23 81 19.13.E. Project Conditions1. As specified in the contract.

23 81 19.13.F. Operating Characteristics1. Unit shall be capable of starting and running at 115ºF (46ºC) ambient outdoor temperature, meeting maximum load criteria

of AHRI Standard 210/240 or 340/360 at ± 10% voltage.2. Compressor with standard controls shall be capable of operation from 40ºF (4ºC) , ambient outdoor temperatures.

Accessory low ambient kit is necessary if mechanically cooling at ambient temperatures below 40ºF (4ºC).3. Unit shall discharge supply air vertically or horizontally as shown on contract drawings.4. Unit shall be factory configured for vertical supply & return configurations.5. Unit shall be field convertible from vertical to horizontal configuration.

23 81 19.13.G. Electrical Requirements1. Main power supply voltage, phase, and frequency must match those required by the manufacturer.

23 81 19.13.H. Unit Cabinet1. Unit cabinet shall be constructed of galvanized pre-painted steel.2. Unit cabinet exterior paint shall be: film thickness, (dry) 0.003 inches minimum, flat (per ASTM D523, 60ºF): 60, Hardness: H-

2H Pencil hardness.3. Evaporator fan compartment interior cabinet insulation shall conform to AHRI Standards 210/240 or 340/360 minimum

exterior sweat criteria. Interior surfaces shall be insulated with a minimum 1/2-in. thick, 1.6 lb density, flexible fiberglassinsulation, aluminum foil-faced on the air side.

4. Base of unit shall have locations for thru-the-base electrical connections (factory installed or field installed), standard.5. Base Rail

a. Unit shall have base rails on all sides.b. Holes shall be provided in the base rails for rigging shackles to facilitate maneuvering and overhead rigging.c. Holes shall be provided in the base rail for moving the rooftop by fork truck.d. Base rail shall be a minimum of 14 gauge thickness.

6. Condensate pan and connections:a. Shall be a sloped condensate drain pan made of a non-corrosive material.b. Shall comply with ASHRAE Standard 62.c. Shall use a 1� -11 1/2 NPT drain connection, through the side of the drain pan. Connection shall be made per

manufacturer’s recommendations.7. Top panel:

a. Indoor section shall be a single piece top panel.8. Electrical Connections

a. All unit power wiring shall enter unit cabinet at a single, factory-prepared, knockout location.b. Thru-the-base capability

1. Standard unit shall have a thru-the-base electrical location(s) using a raised, embossed portion of the unit basepan.2. No basepan penetration, other than those authorized by the manufacturer, is permitted.

9. Component access panels (standard)a. Cabinet panels shall be easily removable for servicing.b. Stainless steel metal hinges are standard on all doors.c. Panels covering control box, indoor fan, indoor fan motor, and electric or gas heater components (where applicable), shall

have 1/4 turn latches.



23 81 19.13.J. Coils1. Standard Aluminum Micro Channel Coils: on all models.

a. Standard evaporator and condenser coils shall have aluminum micro channel coils.b. Evaporator and Condenser coils shall be leak tested to 150 psig, pressure tested to 550 psig, and qualified to UL 1995

burst test at 2,200 psig.23 81 19.13.K. Refrigerant Components

1. Refrigerant circuit shall include the following control, safety, and maintenance features:a. Thermal Expansion Valve (TXV) with venturi type distributor .b. Refrigerant filter drier.c. External service gauge connections to unit suction and discharge lines.

2. Compressorsa. Unit shall use one fully hermetic, scroll compressor for each independent refrigeration circuit.b. Compressor motors shall be cooled by refrigerant gas passing through motor windings.d. Compressors shall be internally protected from high discharge temperature conditions.e. Compressors shall be protected from an over-temperature and over-amperage conditions by an internal, motor

overload device.f. Compressor shall be factory mounted on rubber grommets.g. Compressor motors shall have internal line break thermal, current overload and high pressure differential protection.h. Crankcase heaters shall not be required for normal operating range.

23 81 19.13.L. Filter Section1. Filters access is specified in the unit cabinet section of this specification.2. Filters shall be held in place by a sliding filter tray, facilitating easy removal and installation.3. Shall consist of factory-installed, low velocity, throw-away 2-in. thick fiberglass filters.4. Filters shall be standard, commercially available sizes.5. Filter face velocity shall not exceed 365 fpm at nominal airflows.

23 81 19.13.M. Evaporator Fan and Motor1. Evaporator fan motor:

a. Shall have permanently lubricated bearings.b. Shall have inherent automatic-reset thermal overload protection or circuit breaker.c. Shall have a maximum continuous bhp rating for continuous duty operation; no safety factors above that rating shall

be required.2. Belt-driven Evaporator Fan:

a. Belt drive shall include an adjustable-pitch motor pulley.b. Shall use sealed, permanently lubricated ball-bearing type.c. Blower fan shall be double-inlet type with forward-curved blades.d. Shall be constructed from steel with a corrosion resistant finish and dynamically balanced.

23 81 19.13.N. Condenser Fans and Motors1. Condenser fan motors:

a. Shall be a totally enclosed motor.b. Shall use permanently lubricated bearings.c. Shall have inherent thermal overload protection with an automatic reset feature.d. Shall use a shaft-down design. Shaft-up designs including those with “rain-slinger devices” shall not be allowed.

2. Condenser Fans:a. Shall be a direct-driven propeller type fan.b. Shall have aluminum blades riveted to corrosion-resistant steel spiders and shall be dynamically balanced.

23 81 19.13.O. Special Features, Options and Accessories1. Integrated Economizers:

a. Integrated, gear-driven parallel modulating blade design type capable of simultaneous economizer and compressor operation.

b. Independent modules for vertical or horizontal return configurations shall be available. Vertical return modules shall be available as a factory installed option.

c. Damper blades shall be galvanized steel with metal gears. Plastic or composite blades on intake or return shall not be acceptable.



d. Shall include all hardware and controls to provide free cooling with outdoor air when temperature and/or humidity arebelow setpoints.

e. Shall be equipped with gear driven dampers for both the outdoor ventilation air and the return air for positive air stream control.

f. Shall be capable of introducing up to 100% outdoor air.g. Shall be equipped with a barometric relief damper capable of relieving up to 100% return air.h. Shall be designed to close damper(s) during loss-of-power situations with spring return built into motor.i. An outdoor single enthalpy sensor shall be provided as standard. Outdoor air sensor setpoint shall be adjustable and

shall range from the enthalpy equivalent of 63°F @ 50% rh to 73°F @ 50% rh. Additional sensor options shall be availableas accessories.

j. The economizer controller shall also provide control of an accessory power exhaust unit function. Factory set at 70%,with a range of 0% to 100%.

k. The economizer shall maintain minimum airflow into the building during occupied period and provide design ventilationrate for full occupancy. A remote potentiometer may be used to override the damper setpoint.

l. Dampers shall be completely closed when the unit is in the unoccupied mode.m. Economizer controller shall accept a 2-10Vdc CO2 sensor input for IAQ/DCV control. In this mode, dampers shall modulate

the outdoor-air damper to provide ventilation based on the sensor input.n. Compressor lockout sensor on the unit controller is factory set at 35°F and is adjustable from 30ºF (�1ºC) to 50ºF (10ºC)

and resets the cooling lockout at 5°F (�2.7°C) above the set point.o. Actuator shall be direct coupled to economizer gear. No linkage arms or control rods shall be acceptable.p. Economizer controller shall provide indications when in free cooling mode, in the DCV mode, or the exhaust fan contact

is closed.q. Economizer wire harness will have provision for smoke detector.

2. Two-Position Motorized Dampera. Damper shall be a Two-Position Motorized Damper. Damper travel shall be from the full closed position to the field

adjustable %-open setpoint.b. Damper shall include adjustable damper travel from 25% to 100% (full open).c. Damper shall include single or dual blade, gear driven dampers and actuator motor.d. Actuator shall be direct coupled to damper gear. No linkage arms or control rods shall be acceptable.e. Damper will admit up to 100% outdoor air for applicable rooftop units.f. Damper shall close upon indoor (evaporator) fan shutoff and/or loss of power.g. The damper actuator shall plug into the rooftop unit’s wiring harness plug. No hard wiring shall be required.h. Outside air hood shall include aluminum water entrainment filter

3. Manual dampera. Manual damper package shall consist of damper, air inlet screen, and rain hood which can be preset to admit up to

50% outdoor air for year round ventilation.4. Head Pressure Control Package

a. Controller shall control coil head pressure by condenser-fan cycling.5. Condenser Coil Hail Guard Assembly

a. Shall protect against damage from hail.b. Shall be louvered design.

6. Convenience Outlet:a. Non-Powered convenience outlet.

1. Outlet shall be powered from a separate 115-120v power source.2. A transformer shall not be included.3. Outlet shall be factory-installed and internally mounted with easily accessible 115-v female receptacle.4. Outlet shall include 15 amp GFI receptacles.5. Outlet shall be accessible from outside the unit.

7. Fan/Filter Status Switch:a. Switch shall provide status of indoor evaporator fan (ON/OFF) or filter (CLEAN/DIRTY).b. Status shall be displayed either over communication bus (when used with direct digital controls) or through the controller

LCD display inside the unit control box.8. Propeller Power Exhaust:

a. Power exhaust shall be used in conjunction with an integrated economizer.b. Independent modules for vertical or horizontal return configurations shall be available.



c. Horizontal power exhaust is shall be mounted in return ductwork.d. Power exhaust shall be controlled by economizer controller operation. Exhaust fans shall be energized when dampers

open past the 0-100% adjustable setpoint on the economizer control.9. Roof Curbs (Vertical):

a. Full perimeter roof curb with exhaust capability providing separate air streams for energy recovery from the exhaust airwithout supply air contamination.

b. Formed galvanized steel with wood nailer strip and shall be capable of supporting entire unit weight.c. Permits installation and securing of ductwork to curb prior to mounting unit on the curb.

10. High-Static Indoor Fan Motor(s) and Drive(s):a. High-static motor(s) and drive(s) shall be factory-installed to provide additional performance range.

11. Outdoor Air Enthalpy Sensor:a. The outdoor air enthalpy sensor shall be used to provide single enthalpy control. When used in conjunction with a return

air enthalpy sensor, the unit will provide differential enthalpy control. The sensor allows the unit to determine if outside airis suitable for free cooling.

12.13. Return Air Enthalpy Sensor:

a. The return air enthalpy sensor shall be used in conjunction with an outdoor air enthalpy sensor to provide differentialenthalpy control.

14. Indoor Air Quality (CO2) Sensor:a. Shall be able to provide demand ventilation indoor air quality (IAQ) control.b. The IAQ sensor shall be available in wall mount with LED display. The setpoint shall have adjustment capability.

15. Smoke detectors:a. Shall be a Four-Wire Controller and Detector.b. Shall be environmental compensated with differential sensing for reliable, stable, and drift-free sensitivity.c. Shall use magnet-activated test/reset sensor switches.d. Shall have a recessed momentary switch for testing and resetting the detector.e. Controller shall include:

1. One set of normally open alarm initiation contacts for connection to an initiating device circuit on a fire alarm control panel.

2. Two Form-C auxiliary alarm relays for interface with rooftop unit or other equipment.3. One Form-C supervision (trouble) relay to control the operation of the Trouble LED on a remote test/reset station.4. Capable of direct connection to two individual detector modules.5. Can be wired to up to 14 other duct smoke detectors for multiple fan shutdown applications.

16. Electric Heat:a. Heating Section

1. Heater element open coil resistance wire, nickel-chrome alloy, strung through ceramic insulators mounted on metalframe. Coil ends are staked and welded to terminal screw slots.

2. Heater assemblies are provided with integral fusing for protection of internal heater circuits not exceeding 48 ampseach. Auto reset thermo limit controls, magnetic heater contactors (24 v coil) and terminal block all mounted in electricheater control box (minimum 18 ga galvanized steel) attached to end of heater assembly.

26 29 23.12. Adjustable Frequency Drive1. Unit shall be supplied with an electronic variable frequency drive for the supply air fan.2. Drive shall be factory installed in an enclosed cabinet.3. Drive shall meet UL Standard 95-5V.4. The completed unit assembly shall be UL listed.5. Drives are to be accessible through a tooled access hinged door assembly.6. The unit manufacturer shall install all power and control wiring.7. The supply air fan drive output shall be controlled by the factory installed main unit control system and drive status and

operating speed shall be monitored and displayed at the main unit control panel.8. Drive shall be programmed and factory run tested in the unit.



GENERAL TERMS OF LIMITED WARRANTY*Sure Comfort will furnish a replacement for any part of thisproduct which fails in normal use and service within theapplicable periods stated, in accordance with the terms ofthe limited warranty.*For complete details of the Limited and Conditional Warranties, includingapplicable terms and conditions, contact your local contractor or theManufacturer for a copy of the product warranty certificate.

Compressor 3 Phase, Commercial Applications................Five (5) YearsParts 3 Phase, Commercial Applications................One (1) Year

BEFORE PURCHASING THIS APPLIANCE, READ IMPORTANT ENERGY COST AND EFFICIENCY INFORMATION AVAILABLE FROM YOUR RETAILER.







12/17 QG FORM NO. SSC-983

Before proceeding with installation, referto installation instructions packagedwith each model, as well as complyingwith all Federal, State, Provincial, andLocal codes, regulations, and practices.

Sure Comfort®

P.O. Box 17010, Fort Smith, AR 72917

Date post:	26-Jul-2018
Category:	Documents
Upload:	nguyenquynh
View:	215 times
Download:	0 times

RACD Package Air Conditioner - Amazon S3 · 2017-12-11 · makes servicing internal components such...

Documents