Fire Solutions Catalog

33 Chestnut Street New Haven, CT 06511 888-382-9669 FAX 203- WWW.EVAX.COM752-1906

FIRE 1Addressable

Fire Alarm Control Panel

FEATURES:

· Digital Addressable · Addressable & Conventional inputs

· Modular in design· 126 Addressable devices per Loop· 8 Addressable Loops· 1008 Addressable Devices· 15 remote LCD Annunciators· Day / Night sensitivity settings· Alarm Verification· Automatic Drift Compensation· 4 Option Power Supply· 4 NAC circuits· 7 Amps Power Supply· Remote programming option· Panel to Panel Network capable· Holiday Scheduling· Set up Groups· 60 Conventional Zones· 6,000 ft extended addressable loop

option· Flash Non-Flash LED option· Constant Power option

DESCRIPTION

The Evax Fire 1 Fire Alarm Control Panel (FACP) is a completely modular design that can be addressable and/or conventional. The basic FACP comes with 2 addressable Signaling Line Circuits (SLC) and can be expanded to 4 addressable loops in the same cabinet. In addition to the four (4) loops being housed in the main cabinet of the Fire 1 two (2) additional SLC loop cards can be remotely added to the system.

These remote SLC loop cards can be mounted up to 6,000 feet from the main FACP. The Fire 1 is also capable of controlling conventional fire inputs (zone) in increments of 10 zones per input card (maximum of 60 conventional zones). Each addressable SLC loop can handle addressable input/output device monitoring and/or control 126 devices per loop for a total of 1008 addressable devices.

The Fire 1 FACP has the ability of remotely troubleshooting and or programming the panel through the use of an optional modem installed at the FACP (you must following NFPA guidelines for testing when this option is used).

The Fire 1 can auto program devices on an addressable loop or program conventional zones on your system. Additionally the Fire 1 provides automatic drift compensation and is easily programmed from either the Fire panel or through the user friendly Evax system program software.The Fire 1 FACP also has alarm and trouble contacts rated at 10A @ 30VDC, 10A @ 240VAC resistive, 3A @ 240VAC inductive.

The equipment described in this document is listed by Underwriters Laboratories, Inc. for use in fire alarm signaling systems, only when installed in accordance with the installation manual and the latest National Fire Protection Association Standards NFPA 72; the National Electrical Code (NFPA 70); the Life Safety Code (NFPA 101); and/or the local authority having jurisdiction (AHJ).It is possible to apply system components incorrectly or arrange system components and installation wiring so that required life safety functions are NOT performed. As a result, lives may be lost.To minimize this possibility:DO NOT deviate from any manufacturers instructions.DO NOT assume any installation details not shown in instruction manual, code, and/or requirements of the Authority Having Jurisdiction (AHJ) in the locale of the installationDO NOT alter any mechanical or electrical features of the equipment suppliedBE FAMILIAR with the building code, fire prevention code, and/or requirements of the Authority Having Jurisdiction (AHJ) in the locale of the installation

Pending

Specifications are subject to change without notice. Specificationsare provided for information only and no responsibility is assumedby Evax Systems, LLC for their use.

How to Order:

EF1-2FACP 2 Loop Addressable FACP w/Cab 120vac

EF1-2FACP220 2 Loop Addressable FACP w/Cab 220vac

EF1-10CFACP 10 Zone Conventional FACP w/Cab 120vac

EF1-10CFACP220 10 Zone Conventional FACP w/Cab 220vac

EF1-FACP-CAB Fire 1 Cabinet only (backbox & door)

EF1-2EXP 2 Addressable Loop expander w/cabEF1-LC 2 Addressable Loop expander

board onlyEF1-EXP5RC 10 Class B or 5 Class A Zone

Conventional expander w/Caband one relay board

EF1-10CM 10 Zone Conventional expanderBoard only

EF1-EXPDR-CAB Expander Cabinet only (backbox & door)

EF1-ANN Remote LCD/LED Annunciator in Cabinet

EF1-RAN Remote LCD/LED Annunciator Board only

EF1-A-CAB Remote Annunciator Cabinet only

EF1-MBC-120 120V Common System components(MMC, PDC-UL, FPC & Power Supply)

EF1-MBC-220 220 V Common System components(MMC, PDC-UL, FPC & Power Supply)

EF1-RLT2C 2 Form C relay boardEF1-RCCBL Flat ribbon cable for the EF1-RLT2C to

comm boardEF1-MOD Remote communication ModemEF1-DACT-R Universal DACT for Central Station

Transmission

EF1-CA PC Communication AdapterEF1-KIT Mounting Hardware kit for Expander

panelsEF1-CA-CBL EF1-CA - 9-Pin Communication Cable

Engineering Specification

The Fire Alarm Control Panel (FACP) shall be Addressable loop and Conventional Zone capable. Standard FACP shall be two (2) loops of addressable circuits expandable to eight (8). The system shall be capable of 126 addressable devices per loop for a total of 1008 addressable devices. Each expander module shall add an addition 2 addressable loops or 10 conventional zones. These expander cards shall be housed in their own cabinets and be capable of being remotely located up to 6,000 feet from the main FACP. The main FACP shall communicate with addressable devices in a digital format, analog communications will not be accepted, system shall have auto program capability, sensitivity adjustments, day/night sensitivity, holiday scheduling, off site programming and troubleshooting, shall be capable of adding internal Form “C” relay contacts housed in the main FACP cabinet, and be capable of automatic drift compensation. System shall be programmed using propriety software or from the main FACP. Panel shall have the ability to add up to 15 remote LCD/LED Annunciators and have the option for digital communications. Panel shall charge up to 40 Amps of standby batteries without the use of an external power supply.

s

The panel shall contain four (4) on-board Notification Appliance Circuits (NACs) that support multiple synchronization protocols and can be programmed auxiliary power. The panel shall utilize a 68 x 128 character Liquid Crystal Display (LCD) with LED backlight and a 1,000-event history log. The panel hall be an Evax Fire 1.

EF1-FACP 04.06

Hin

ge

use existing lower left knockoutsin panel for 120 VAC power and/or

24VDC batteries(non-power limited)up to 1” knockout OK. Use of larger

pipe may interfere with operationof swing door assembly.

use existing top knockoutsin panel for HMX NetComm Loop

wiring (copper or fiber optic).up to 1” knockout OK. Use of larger


use existing top knockoutsin panel for HMX NetComm Loop

wiring (copper or fiber optic).up to 1” knockout OK. Use of larger


use existing lower right knockoutsin panel for fiber optic lines (if applicable)

or non-power limited interconnections.up to 1” knockout OK. Use of larger


NO

PIP

E IN

TH

IS A

RE

A

NO

PIP

E IN

TH

IS A

RE

A

(4) NAC Circuits

(TO PC)RS-232

RS-485 Network

Relay Contacts(2) Programmable(1) Trouble

Relay Contacts(2) Per RC

Relay Contacts(2) Per RC

RC(8) Max

RC(8) Max

SLC(2) PER LC

RAN / ANN(15) MAX

DC(5) CLASS A OR(10) CLASS B

PER CM

CA

MBCMain Board

LC(1) MIN(4) MAX

CM(6) MAX

P1 P2

P3

shd shdRS485 RS485- - - - + ++ +

B+ B+ B+ B+

NC

NC

NC

B- B- B- B-A+ A+ A+ A+

NO

NO

NO

A- A- A- A-

CO

MC

OM

CO

M

24VDC 24VDC1 6 2 7 3 8 4 9 5 10

20 24 28 32

11

14

1

7

21 25 29 33

12

1

51

8

22 26 30 34

13

1

6

19

23 27 31 35

P4

P5

P6 P7 P8 P9


EF1-EXPDRAddressable / Conventional

FACP Expander

FEATURES:

· Addressable Intelligent · Addressable & Conventional inputs· Modular in design· 128 Addressable devices per Loop· 8 Addressable Loops on 4 Expanders· 1008 Addressable Devices· 15 remote LCD Annunciators· Day / Night sensitivity settings· Alarm Verification· Automatic Drift Compensation· FACP 4 Option Power Supply· 4 NAC circuits· 7 Amps Power Supply· Remote programming option· Panel to Panel Network capable· Holiday Scheduling· Set up Groups· 60 Conventional Zones· 6,000 ft extended addressable loop

option· Flash Non-Flash LED option· Constant Power option

DESCRIPTIONThe Evax Fire 1 Fire Alarm Control Panel (FACP) is a completely modular design that can be addressable and/or conventional. The basic FACP comes with 2 addressable Signaling Line Circuits (SLC) and can be expanded to 4 addressable loops in the same cabinet. In addition to the four (4) loops being housed in the main cabinet of the Fire 1 two (2) additional SLC loop cards can be remotely added to the system. These remote SLC loop cards can be mounted up to 6,000 feet from the main FACP. The Fire 1 is also capable of controlling conventional fire inputs (zone) in increments of 10 zones per input card (maximum of 60 conventional zones). Each addressable SLC loop can handle and addressable input output device monitoring and or controlling 126 devices per loop for a total of 1008 addressable devices.resistive, 3A @ 240VAC inductive.The Fire 1 FACP has the ability of remotely troubleshooting and or programming the panel through the use of an optional modem installed at the FACP (you must following NFPA guidelines for testing when this option is used).The Fire 1 can auto program devices on an addressable loop or program conventional zones on your system. Additionally the Fire 1 provides automatic drift compensation and is easily programmed from either the Fire panel or through the user friendly Evax system program software.The Fire 1 FACP also has alarm and trouble contacts rated at 10A @ 30VDC, 10A @ 240VAC

EF1-EXPDR-2A DESCRIPTION:

The EF1-EXPDR-2A module provides two loops Class A and/or B for Evax addressable devices. The loop module provides 252 devices (126 per loop). The modules may be mounted in the standard Main Cabinet (one or two units or a Separated Cabinet. The Model EF1-EXPDR-CAB cabinet is used as Separated Cabinet for the remote EF1-EXPDR-2ABO mounting. A maximum of two EF1-EXPDR-2Acan be installed in one Cabinet. A maximum of four loop modules can be used in the system.

The EF1-EXPDR-2A provides the following functions: · Two Signaling Line Circuits (SLCs).

· Up to 126 addressable analog devices can be installed to any loop.

· Compatible with Evax or Apollo's Discovery, XP95 and Series 90 devices.

· Automatic detection of Class-A and Class-B connections.

· Each SLC is supervised for removing and adding of devices, and for ground fault for both class A and B.

· Each SLC is supervised for open-circuit in Class A and Class B.

Each SLC provides protection for loop overload or shorting with restart mode. Overload or shorting of

one loop, does not have an effect on the other loop

Pending


How to Order:

EF1-FACP-2A 2 Loop Addressable FACP w/Cab 120vac

EF1-FACP-2A220 2 Loop Addressable FACP w/Cab 220vac

EF1-FACP-10C 10 Zone Conventional FACP w/Cab 120vac

EF1-FACP-10C220 10 Zone Conventional FACP w/Cab 220vac


EF1-EXPDR-2A 2 Addressable Loop expander w/cabEF1-EXPDR-2ABO 2 Addressable Loop expander

board onlyEF1-EXPDR-10C 10 Zone Conventional expander w/CabEF1-EXPDR-10CBO 10 Zone Conventional expander

Board onlyEF1-EXPDR-CAB Expander Cabinet only

(backbox & door)

EF1-ANN-LCD Remote LCD/LED Annunciator in Cabinet

EF1-ANN-BO Remote LCD/LED Annunciator Board only

EF1-ANN-CAB Remote Annunciator Cabinet only

EF1-MBC-120 120V Common System componentsEF1-MBC-220 220 V Common System components



Transmission

EF1-CA Communication AdapterEF1-EXPDR-KIT Hardware kit for Expander panelsEF1-COMM-CBL EF1-CA - 9-Pin Communication CableEF1-BAT-20WRE Battery Cable for 15 or 20 A hr batteryEF1-BAT-40WRE Battery Cable for 40 A hr battery



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EF1-FACP 04.06

EF1-EXPDR-10C Conventional Zone Module EXPANDER

The Conventional Initiating Zone Expansion is implemented by EF1-EXPDR-10C module. The Fire 1 FACP allows for six conventional initiating zone expansion modules. The EF1-EXPDR-10C module outputs are compatible with various two wire fire detectors, and any normally open contact devices. The circuits may also be used as a supervisory circuit to monitor the normally open contacts of supervisory devices or water flow or pressure switches in sprinkler systems.

The EF1-EXPDR-10C module provides five Class A initiating loops or ten Class B initiating loops. The EF1-EXPDR-10C supervises each Evax Fire series or Apollo smoke detectors the S60 and S65.TheEF1-EXPDR-10C modules are mounted in the standard Main Cabinet (one module) or a Separated Cabinet EF1-EXPDR-CAB.

TO LOWER MODULE

T8000-LC

T8000-EXP

P1

P4SLC2

P2

P3SLC1

24VDC 24VDCshd shdRS485 RS485

- - - - + ++ +

-B-B -A-A +B+B +A+A

1 2

1

2

3 4

T8

00

0-L

C

P2P1

24VDC24VDC shdshd RS485RS485

- - - - ++ ++

-B-B

+A

+A

+A

-A-A

+B

+B

+B

+B

+B

-A-A

-A

+A

+A

-B-B

-B20

16

1

12

5

19

15

2

11

6

18

14

3

10

7

17

13

4

9 8

NO NONC NCCOM COM NO NONC NCCOM COM

T8000-LC

T8000-RC T8000-RC


FIRE 1EF1-ANN-LCD

Remote Annunciator

Fire 1 FACP FEATURES:

· Digital Addressable · Addressable & Conventional inputs

· Modular in design· 126 Addressable devices per Loop· 8 Addressable Loops· 1008 Addressable Devices· 15 remote LCD Annunciators· Day / Night sensitivity settings· Alarm Verification· Automatic Drift Compensation· 4 Level Power Supply· 4 NAC circuits· 7 Amps Power Supply· Remote programming option· Panel to Panel Network capable· Holiday Scheduling· Set up Groups· 60 Conventional Zones· 6,000 ft extended addressable loop

option· Flash Non-Flash LED option· Constant Power option The Remote Annunciator is intended for surface or

flush mounting and includes the Remote Annunciator module that is placed inside the cabinet.

EF1-ANN-LCD module contains:

· Graphical LCD display 64x128 points with LED backlight. · 17 key keyboard.· 25 System Status LEDs

EF1-ANN-LCD module provides the following functions: · Indication by LCD screen of the system

events and input/output system configuration parameters.

· LCD indication font 6x8 points.· Characters numbers 160 (8 lines x 20

characters).· Multi language options - according to the

customer order.· System command entering by keyboard· System status indication by LEDs· Communication with main Panel by

RS485 internal network· Nominal power supply voltage - 24 VDC

DESCRIPTION:

The Evax Fire 1 is a sophisticated microprocessor-based analog addressable fire alarm control system suited to the various needs of commercial, industrial and institutional applications. The Evax Fire 1 provides the ability to “software” configure and label 1008 Signal Line Circuits (SLC) points plus system and network points. It functions in accordance with the National Fire Protection Association (NFPA) Standard 72 Fire Alarm Code as a manual, automatic and water flow control system for local, central station, and remote station applications. Activation of a compatible sensor or normally open fire alarm initiating devices will sound audible appliances, notify a remote station, annunciate a fire or alarm condition, and energize supplementary relays

Remote Annunciator SPECIFICATIONS

In additional to the local control of the Evax Fire 1 FACP allows you to connect remote Display Annunciators (EF1-ANN-LCD). The total Remote Annunciator quantity that can connect to one Panel is 15.

Pending




s


EF1-Ann 04.06

Dimensions:

Backbox: 10” x 8 5/8”

Front Plate: 11 ½” x 10”

Painted: Red

How to Order:

EF1-2FACP 2 Loop Addressable FACP w/Cab 120vac

EF1-2FACP220 2 Loop Addressable FACP w/Cab 220vac

EF1-10CFACP 10 Zone Conventional FACP w/Cab 120vac

EF1-10CFACP220 10 Zone Conventional FACP w/Cab 220vac


EF1-2EXP 2 Addressable Loop expander w/cabEF1-LC 2 Addressable Loop expander

board onlyEF1-EXP5RC 10 Class B or 5 Class A Zone

Conventional expander w/Cab and one relay board

EF1-10CM 10 Zone Conventional expanderBoard only

EF1-EXPDR-CAB Expander Cabinet only (backbox & door)

EF1-ANN Remote LCD/LED Annunciator in Cabinet

EF1-RAN Remote LCD/LED Annunciator Board only

EF1-A-CAB Remote Annunciator Cabinet only

EF1-MBC-120 120V Common System components(MMC, PDC-UL, FPC & Power Supply)

EF1-MBC-220 220 V Common System components(MMC, PDC-UL, FPC & Power Supply)



Transmission

EF1-CA PC Communication AdapterEF1-KIT Mounting Hardware kit for Expander

panelsEF1-CA-CBL EF1-CA - 9-Pin Communication Cable

P1 P2

P3

shd shdRS485 RS485- - - - + ++ +

B+ B+ B+ B+

NC

NC

NC

B- B- B- B-A+ A+ A+ A+

NO

NO

NO

A- A- A- A-

CO

MC

OM

CO

M

24VDC 24VDC1 6 2 7 3 8 4 9 5 10

20 24 28 32

11

14

17

21 25 29 33

12

15

18

22 26 30 34

13

16

19

23 27 31 35

P4

P5

P6 P7 P8 P9


EF-DACTDigital Communicator Control

Features

· UL 864 Listed for NFPA 72 Central Station and Remote Supervising Station Fire Alarm System Service.

· FM approved.· Can be used as a stand-alone or as a Slave DACT.· Six fully supervised inputs: one Class A (Style D)

input, and five Class B (Style A) inputs.· Downloadable for remote programming.· Fuseless overload protection with automatic reset

circuitry and fault indicators eliminates the cause of most field calls.

· Dual phone line interface Automatic self tests every 24 hours with report sent to central station.

· Reports in SIA and most major communications formats.

· 60 hours of standby power.· Operates on loop start phone lines ahead of the

building PBX system.· A single, programmable output is provided for alarm

or dialer failed conditions (cannot be used for evacuation purposes).

Model 5104 Fire Control CommunicatorThe Silent Knight Model 5104 is a six-zone fire control communicator providing digital fire reporting over ordinary telephone lines, eliminating the need for costly leased lines. It's UL 864 and NFPA 72 approved for monitoring local evacuation controls.As a stand-alone unit, it can be used to monitor: Sprinkler systems for waterflow, supervisory, and gate valve tamper conditions. Automatic fire detection systems for structures that are not required to have a fire alarm system but want property protection (e.g. to call the fire department after hours). Monitors dry contact alarms, trouble and supervisory outputs, then transmits a separate code for each.The Model 5104 is fully supervised.Its microprocessor constantly runs programs to monitor AC, standby battery, zone inputs and telephone line connections. If a fault condition is detected, it sounds a local trouble audible and reports the condition to the central station. If one of the telephone lines faults for more than 60 seconds, it will automatically switch to the other to report the failure.The communicator will signal activation, restoration and trouble conditions on any of six inputs. If an application requires a different input configuration, the individual input styles may be changed by using a Model 7181 Fire Zone Converter Module. The 7181 also allows use of two-wire type smoke detectors, instead of the normal four-wire contact type, for automatic fire detection applications

Model 5230 Remote Alphanumeric AnnunciatorThe 5104 can be programmed through the use of the optional Model 5230 Remote Alphanumeric Annunciator. Programming options include: telephone numbers, reporting format, account number, loop response times (electronic retard), test time, output activation, user and installer codes. System programming is stored in a nonvolatile EEPROM chip which is reprogrammable hundreds of times.The 5104 accommodates up to three remote annunciators via a four-wire connection. A quick connect plug allows temporary connection of the annunciator for programming.

The Model 5561 Downloading PackageAllows for remote programming and status checking of the 5104, Includes a 3 1/2-inch disk and Silent Knight proprietary modem. Allows the installing company to view the default programming, modify it, and if necessary, troubleshoot the system. Designed to be used on an IBM or compatible PC. The downloadingsoftware also contains programs for other Silent Knight downloadable products.


How to Order:

EF-DACT-5104 Digital Communicator ControlEF-DACT-5230 Remote Alphanumeric AnnunciatorEF-DACT-5561 Download Software

It shall sound a local trouble signal if the telephone service is interrupted for longer than 60 seconds and it shall transmit a signal indicating the loss of phone line service to the central station over the remaining phone line. A signal shall also be transmitted to indicate the restoral of phone service. The control/communicator shall be able to report the loss of either phone line without regard to which phone line failed first. If both lines fail, a local signal shall sound.The control/communicator shall have the ability to send a test signal to the central station every 24 hours. The test signal shall be able to be transmitted at a specific time of day or night by setting a program within the panel.The digital communicator shall provide a secondary power supply utilizing rechargeable batteries. The secondary supply shall be capable of supplying power, under maximum normal load, for 24 hours for central station or proprietary applications or 60 hours for remote supervising station system application in accordance with NFPA 72.The communicator shall be able to transmit all signals in the Standard SIA format (Security Industry Association). The alarm signals transmitted to the central station shall indicate which of the six zones is in alarm and which zones are in trouble. Restoral from alarm or trouble shall be capable of communicating to Silent Knight, and other industry standard receivers.

EF-DACT 03.06

Engineering SpecificationThe contractor shall provide an approved digital communicator to transmit the fire alarm and supervisory and trouble signals to a central station.The digital communicator shall be UL or FM listed for fire reporting to a central station and shall conform to the requirements of NFPA 72.The digital communicator shall provide power and necessary components for six supervised detection circuits. One shall be Class A (Style D) and five shall be Class B (Style A). The detection circuits shall accommodate sprinkler flow switches, gate valve supervisory switches, thermal detectors and contact-type smoke detectors intermixed as desired and permitted by NFPA 72. The control/communicator shall have the capability to supervise two telephone lines, seize the phone line and send the alarm signal on one or both lines without the addition of any more equipment. It shall test each telephone line (number) at alternating 24-hour intervals in accordance with NFPA 72.

SILENT KNIGHTMODEL 5104

6 ChannelCommunicator

SILENT KNIGHTMODEL 5230

(optional)

Class B Inputs(supervised)

Gate valve tamper or PIVsupervision - must connect

normally open

Tel. Line #1

Tel. Line #2

OptionalSounder

Remote Annunciator(3 max per system)

12VDC 7 AH

To RJ31X

Class A Input(supervised)

Max 5 waterflowdevices as per NFPA 72

120VAC 60 Hz

Specifications

Electrical

Slave Applications - Not UL Listed

FCC Registration #: AC698R-17462-AL-ERINGER EQUIVALENCE 0.0B

Type of Jack: RJ31X (2 Required)

Mechanical

Optional Accessories:

Communication:

Approvals:

Formats: SIA,SK 3/1, Sescoa 3/1, Contact ID, SK 4/2, Radionics BFSK

5230 Remote Annunciator/Programmer

5561 Download Package

7181 Fire Zone Converter Module

7860 Telephone Connecting Cord for RJ31X Jack (2 required)

FM Approved

CSFM Approved

MEA - New York City

ULC - Canada

UL Listed-UL864/NFPA72 Central and Remote SupervisingStation Fire Alarm System Service

Dimensions: 12.25” W x 14.5” H x 3.0” D (31.1cm W x 36.8cm H x 7.6cm D

Weight: 15 lbs. (6.75 kg) Color: Red

Input: 24VDC from a UL Listed Fire Control PanelTotal DC load: 75mA minimum at 24VDC 600mA maximum at 24VDC

Current:Standby 50 mA Alarm135 mA

Stand Alone Applications

Input: 120VAC 60Hz 40 wattsStandby: 12 volt 7 amp hour rechargeable battery (supplied)

5230 Remote Annunciator (three maximum per system)

Load: 60mA standby 120mA alarm

Indicator Lights (LEDs):

Power On (Green)

Trouble Silenced (Yellow)Until Trouble os Cleared / Flashing = Supervisory

Dialer Failure (Yellow)

Telephone Line Fault (2 Red)Inside Cabinet at L1 and L2 Inputs


FIRE 2Addressable Fire Alarm & Audio Control Panel

FEATURES:

· Digital Addressable Loops · Addressable & Conventional inputs

· Modular in design· 126 Addressable devices per Loop· 2 Addressable Loops· 252 Addressable Devices· 25, 50, or 100 Watt Audio Output· Up to 8 Class”B” Speaker Circuits· Audio All Call· Built in Alert & Alarm Signals· 3 minute Message Capacity· Live Microphone Override· 15 remote LCD Annunciators· Day / Night sensitivity settings· Alarm Verification· Automatic Drift Compensation· 4 Level Power Supply· 4 NAC circuits· 7 Amps Power Supply· Remote programming option· Holiday Scheduling· Set up Groups· Flash Non-Flash LED option· Constant Power option

DESCRIPTION

The Evax Fire 2 Fire Alarm Control Panel (FACP) comes with 2 addressable Signaling Line Circuits (SLC) and cannot be expanded.

The Fire 2 two (2) SLC loop FACP is combined with either a 25, 50 or 100 Watt module combines Studio Quality Audio with quality reliable Fire products in a single enclosure. The Audio Speaker Circuits can be either Class A or Class B.

The Audio portion of the panel can be separated into 8 Class “B” (4 Class “A”) speaker circuits plus “All Call”. Remote microphone panels and expander audio amplifier modules the Fire/Audio combination can be configured to satisfy most applications.

A digital Message Repeater is built into the Panel. The selection of alarm tone and automatic message repeats as well as a 6 hour delay of AC power failure reporting are all field configurable.

Each addressable SLC loop can handle addressable input/output device monitoring and/or control 126 devices per loop for a total of 252 addressable devices.

The Fire 2 FACP has the ability of remotely troubleshooting and or programming the panel through the use of an optional modem installed at the FACP (you must following NFPA guidelines for testing when this option is used).

The Fire portion of the Fire 2 can auto program devices on an addressable loop or program conventional zones on your system. Additionally the Fire 2 provides automatic drift compensation and is easily programmed from either the Fire panel or through the user friendly Evax system program software.

The Fire 2 FACP also has alarm and trouble contacts rated at 10A @ 30VDC, 10A @ 240VAC resistive, 3A @ 240VAC inductive.

The equipment described in this document is listed by Underwriters Laboratories, Inc. for use in fire alarm signaling systems, only when installed in accordance with the installation manual and the latest National Fire Protection Association Standards NFPA 72; the National Electrical Code (NFPA 70); the Life Safety Code (NFPA 101); and/or the local authority having jurisdiction (AHJ).

Pending

P1 P2

P3

shd shdRS485 RS485- - - - + ++ +

B+ B+ B+ B+

NC

NC

NC

B- B- B- B-A+ A+ A+ A+

NO

NO

NO

A- A- A- A-

CO

MC

OM

CO

M

24VDC 24VDC1 6 2 7 3 8 4 9 5 10

20 24 28 32

11

14

17

21 25 29 33

12

15

18

22 26 30 34

13

16

19

23 27 31 35

P4

P5

P6 P7 P8 P9

AVAILABLE 7/06

AVAILABLE 7/06



The Fire Alarm Control Panel (FACP) shall be Addressable . Standard FACP shall be two (2) loops of addressable circuits . The system shall be capable of 126 addressable devices per loop for a total of 512 addressable devices.

In addition to the Fire Alarm capabilities the system shall have Audio. The audio shall be 25, 50 or 100-watt capable with 4 or 8 speaker zones (2 or 4 Class A).Fire Alarm expander cards shall be housed in their own cabinets and be capable of being remotely located up to 6,000 feet from the main FACP.

The main FACP shall communicate with addressable devices in a digital format, analog communications will not be accepted, system shall have auto program capability, sensitivity adjustments, day/night sensitivity, holiday scheduling, off site programming and troubleshooting, shall be capable of adding internal Form “C” relay contacts housed in the main FACP cabinet, and be capable of automatic drift compensation. System shall be programmed using propriety software or from the main FACP. Panel shall have the ability to add up to 15 remote LCD/LED Annunciators and have the option for digital communications. Panel shall charge up to 40 Amps of standby batteries without the use of an external power supply.

s

The panel shall contain four (4) on-board Notification Appliance Circuits (NACs) that support multiple synchronization protocols and can be programmed auxiliary power. The panel shall utilize a 68 x 128 character Liquid Crystal Display (LCD) with LED backlight and a 1,000-event history log. The panel hall be an Evax EF2-FACP-#.

EF2-FACP/EVAX 12.05

EF2-FACP-2A-120 2 Loop FACP Addressable (not Expandable) 120VACEF2-FACP-2A-220 2 Loop FACP Addressable (not Expandable) 220 VAC

EF2-FACP-2A-25 2 Loop FACP w/ 25-Watt Amp and 1 Class A or B Speaker Circuit EF2-FACP-2A-25/2ZA 2 Loop FACP w/ 25-Watt Amp and 2 Class A Speaker Circuits & All CallEF2-FACP-2A-25/4ZA 2 Loop FACP w/ 25-Watt Amp and 4 Class A Speaker Circuits & All CallEF2-FACP-2A-25/4Z 2 Loop FACP w/ 25-Watt Amp and 4 Class B Speaker Circuits & All CallEF2-FACP-2A-25/8Z 2 Loop FACP w/ 25-Watt Amp and 8 Class B Speaker Circuits & All Call



HOW TO ORDER:

TB1

TB2

JP1

S1

S2

S3

S4

S5

J1

TB3

1 2 3 4 5 6 7

EVX-4Z

TB1

TB2

JP1

S1

S2

S3

S4

J1

TB3

1 2 3 4 5 6 7

EVX-4Z

TB1

1 2 3 4 5 6 7 8

TB312345678

MESSAGEGAIN

MICGAIN

FAULT

NORMAL

ALARM

YEL

GRN

RED

TB2

123456789

1011

P2

U6

S1SN2 SN1

1 2 3

J2

J11

2

EVX-25, 50, 100

NO

NO

NC

NC

CO

MC

OM

NO

NO

NC

NC

CO

MC

OM

(snaptrack)

T-17528Transformer

AVAILABLE 7/06

AVAILABLE 7/06

P1 P2

P3

shd shdRS485 RS485- - - - + ++ +

B+ B+ B+ B+

NC

NC

NC

B- B- B- B-A+ A+ A+ A+

NO

NO

NO

A- A- A- A-

CO

MC

OM

CO

M

24VDC 24VDC1 6 2 7 3 8 4 9 5 10

20 24 28 32

11

14

17

21 25 29 33

12

15

18

22 26 30 34

13

16

19

23 27 31 35

P4

P5

P6 P7 P8 P9


FIRE 2402Conventional

Fire Alarm Control Panel

FEATURES:

· CleanMe® Smoke detector maintenance · One-man test (Auto Reset)· Fire drill· Password protection· Built-in piezo buzzer· LCD display (optional) with view adjustment· 4 alarm Initiating Device Circuits (IDCs) Style D (Class

A) or Style B (Class B) configurable for alarm, waterflow and alarm verify

· 1 supervisory Initiating Device Circuit· 2 Notification Appliance Circuits (NACs) Style Y (Class

B), or Style Z (Class A) with optional module· Up to 2 Amps per NAC (2.5 Amps total available for

NACs and auxiliary circuits)· Remote supervisory output (reverse polarity type) for

trouble and supervisory signals· Remote alarm output (reverse polarity type) for alarm

and trouble signals (configurable)· Auxiliary alarm contacts rated 2A at 30VDC, 1A at

120VAC· Auxiliary trouble contacts rated 2A at 30VDC, 1A at

120VAC· Up to 1 Amp auxiliary power / 4- wire detector power

(2.5 Amps total available for NACs and auxiliary circuits)

· ISO 9001 Quality Crafted Options· On-board 2x16 character LCD· On-board Zone Digital Alarm Communicator

Transmitter (ZDACT)· Remote annunciator with 2x16 character LCD, up to 2

per panel· Style Z (Class A) NAC module· City tie (master box) module· Bezel trim for semi-flush mounting Applications

The EFC-2402 is an economical, conventional Fire Alarm Control Panel with an extensive list of features. The EFC-2402 is available with a LCD/ LED display. If the ZDACT is used, configuring the system requires an “OPLCD” or a “RALCD” to program the dialer through the system keypad. The LCD offers the ability for entering custom messages for zones.

The EFC-2402 LCD FACP housing is 18-gauge sheet steel with hinged, removable, locked door with a red finish. It is 18-1/2” H x 14-1/4” W x 3-3/4” D and has two combination (1/2” & 3/4”) knockouts on each side, top, and back. The FACP has sufficient space to house two 12VDC 7Amp hour batteries. If a larger battery is required, an additional battery cabinet and batteries must be ordered separately. When installed with an appropriate battery backup supply, the EFC-2402 provides a complete fire alarm control system for most applications.

Pending

HOW TO ORDER:

EFC-2402 4 Zone IDC Style B or D (Class B or A) conventional FACP, with 2 NAC circuits Style Y (Class B) at 2 A.

EFC-ZDACT Digital Alarm Communicator (by zone)

EFC-RALCD Remote LCD annunciator with acknowledge, signal silence and reset features.

EFC-CAM Style Z (Class A) NAC converter module.

SPECIFICATION:

The Fire Alarm Control Panel (FACP) shall be Conventional Zone capable. Standard FACP shall be four (4) conventional zones and one (1) supervisory initiating device circuit. The panel shall consist of two (2) style Y (Class B) NAC circuits at 2 amps with optional add on modules to convert to Style Z (Class A). Panel shall have the ability to add up to 2 remote LCD/LED Annunciators and have the option for per zone digital communications and or city Tie connection. Auxiliary alarm and trouble contacts shall be rated at 2A at 30VDC and 1A at 120VAC. In addition the panel shall be capable of providing 1 Amp of auxiliary power. The panel shall contain two (2) on-board Notification Appliance Circuits (NACs).The panel shall utilize a 2 x 16 character Liquid Crystal Display (LCD). The panel shall be an Evax EFC-2402.

ISO9001

CertifiedManagementSystem


EF1-FACP 12.05

NOTES:1) Use only smoke detectors that are listed in compatibility.

2)Any zone (except supervisory) can be operated Style D (Class A)

3)Leave End of Line resisters in unused zones

4)Combined load of all external appliances cannot exceed 2.5Amps.

5)Polarity shown is normal condition

6) Combined load of remote annunciators, 4-wire detectors, and auxiliar y power not to exceed 1 Amp.

Power Limited:

All circuits are power limited except Transformer, battery, auxiliary alarm and trouble connections are not.

1 3 5

19 29

157

21 31

179

23 33

E11

25 35

13

27 37 40 43

2 4 6

20 30

168

22 32

1810

24 34

12

26 36 39 42

14

28 38 41 44

TRANSFORMERCONNECTOR

BATTERYCONNECTOR(Supervised)

ZONE 3(Supervised)

POWER RATING120VAC - 100VA - 60 Hz(2) 12V, 6,5,or 8 aH batteries are requiredMaximum battery charge current 1ASee Note 4

ZONE 4(Supervised)

SEE ZONES 1 AND 2 AND BELL 1FOR TYPICAL CONNECTIONS

BELL 2(Supervised)

BELL 1(Supervised)

(Not Supervised)

ALARM

RA(Supervised)

SUPERVISORY

RS(Supervised)

24 VDC .015A MAXEACH CIRCUITUSE POWER LIMITED

CIRCUITS ONLY.

AUX. CONTACTS RATED2A @ 30VDC

4-WIREDET. PWR

(Supervised)AUXILIARY

ALARM

ZONE 1(Supervised)

ZONE 2(Supervised)

SUPERVISORY(Supervised)

REMOTE ANNUNCIATOR(Supervised)(2 MAX, 100mA PER UNIT)

SECONDARYWIRING OFTRANSFORMER

P2 BATT (+)

(+)

(+)

(+)(-)

(-)

(-)

(-) TB1

TB2

TB4

TB1A

TYPICAL CLASS AWIRING

TYPICAL CLASS BWIRING

USE N.O. SUPVSWITCHES

WIRING

USE POLARIZEDDEVICES ONLY

24VDC, 2A MAX

5.1K

5.1K

5.1K

5.1K

(+)

(+)

(+)(-)

(-)

(-)

D D* GND +24V EARTH (OPTIONAL)

REMOTE ANNUNCIATOR

(+) (-) (-) (-) (-) (-) (-)(+) (+) (+) (+) (+) (+) (+)(-)

AUXILIARYTROUBLE

EGND

AUXPWR

24VDCSEE NOTE 6

REMOTE STATION

INTENDED FORCONNECTION TO APOLARITY REVERSALCIRCUIT OF A REMOTESTATION RECEIVINGUNIT THAT HASCOMPATIBLE RATINGS

*THE REMOTE STATIONMUST PROVIDESUPERVISION

N.C. COM N.O. N.C. COM N.O.

5.1K 5.1K

14 LCD1 1

+ ZONE 1 - + ZONE 3 -+ ZONE 2 - + ZONE 4 - +B2 - NC COM NO E NC COM NO +B1- +RA- +RS- + COM +SUPER D D* GND 24V EARTH

TB1ATB2TB4

TB1

BAT1P2

Typical Optional ModulePlacement Diagram

Optional ZDACT Module

Battery Connector Remote Annunciator Connector Transformer Connector

Earth Ground Connection

Optional LCD Module Viewing Angle Adjustment

RESET

ACK/SILENCE

CITYTIE

DISABLE

ZONE 1DISABLE

ZONE 3DISABLE

SCROLLUP

DOWN

MODE

BACK

ENTER

DRILL(HOLD 2

SECONDS)

ZONE 2DISABLE

ZONE 4DISABLE

AUTORESET

TEST

B1 StrobeB1 TemporalTrbl-rem almAnnunc discZ1 WaterflowZ1 VerifyZ1 Class AZ2 WaterflowZ2 VerifyZ2 Class AZ3 WaterflowZ3 VerifyZ3 Class AZ4 WaterflowZ4 VerifyZ4 Class A

1 2 3 4 5 6 7 8 9 10 11 12 13 14 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 4415 16 17 18 E

1 10

DACTLINETRBL

DACTPANELTRBL

CITY TIE DISABLED AUXILIARY

GROUND FAULT BATTERY

ANNUNCIATORTROUBLE AC

BELL TROUBLEBELL SILENCED SYSTEM TROUBLE

SUPERVISORYTROUBLE SUPERVISORY

TROUBLE ZONE 1 ALARM ZONE 1





EFD-PHAddressable Photoelectric

Smoke Detector

SMOKE OPERATING PRINCIPLESThe Evax Fire Discovery smoke detector has a molded white polycarbonate case with wind-resistant smoke inlets and is distinguished by the indicator LEDs which are clear when the detector is in quiescent state and red in alarm. Within the case is a printed circuit board which, on one side, has the light-proof chamber with integral gauze surrounding the optical measuring system and, on the other, the signal processing and communications electronics. An infra-red light emitting diode within its collimator is arranged at an obtuse angle to the photo-diode.

The photo-diode has an integral daylight-blocking filter. The IR LED emits a burst of collimated light every second. In clear air the photo-diode receives no light directly from the IR LED, because of the angular arrangement and the chamber baffles. When smoke enters the chamber it scatters light from the emitter IR LED onto the photo-diode in an amount related to the smoke characteristics and density. The photo-diode signal is processed to provide an analogue value for transmission when the detector is interrogated.

The selection of the most suitable mode depends on the application.

User bytes and other stored dataAll Evax Fire Discovery devices contain non-volatile memory, in the form of Electrically Erasable Programmable Read Only Memory (EEPROM), which is included primarily to store data needed for the correct operation of the device. However, four bytes of this EEPROM are available to the user and can be accessed by the control panel through the protocol. This block of non-volatile memory can be used, for example, to store the installation date, the site code or date of last service.

The Evax Fire Discovery optical smoke detector is suitable for slow burning or smoldering fires and should be positioned where these are most likely to occur. They can be set to a sensitivity mode best suited for the application

Sensitivity SelectionEach detector in the Evax Fire Discovery range can operate in one of five response modes, which can be selected from the control panel. Mode selection depends on application Mode 1 will give a higher sensitivity to fire than Mode 5.

Mode Alarm Threshold Minimum %/m time to alarm (seconds)

1 1.4 52 1.4 303 2.1 54 2.1 305 2.8 5

Evax Fire Photoelectric smoke detector

Conventional alarm facilityEvax Fire Discovery devices should be polled at regular intervals to maintain communication with the control panel and therefore enable correct monitoring of the protected premises.However, if the polling mechanism fails, for example because of a processor failure in the panel, the internal operation of the Evax Fire Discovery device will be unaffected as long as a DC supply is maintained. After 108± 4 seconds without protocol, the device will automatically switch to its conventional alarm mode. In this mode it will operate as if it were a conventional detector and will impose an alarm signal on the loop if an alarm condition is detected by the internal processing.

The alarm signal takes the form of periodic current pulses, which can be detected by simple hardware in the control panel.

Flashing LEDAll Evax Fire Discovery detectors have two integral LED indicators, which can be illuminated at any time by the control panel to indicate devices in alarm. When activated, the LEDs will draw an extra 3mA from the loop. In addition to this mode of operation LEDs will flash each time the device is polled. The device does not draw extra current in this mode since the LED current is part of the normal current pulse reply from the device. It is possible to disable the flashing LED mode by writing to one of the memory locations.

FEATURES:

· Rejection of transient signals · Dual status LED· Five sensitivity 'mode” settings · Drift Compensation· Alarm Flag for fast alarm reporting· 360 deg visibility · Conventional alarm default· Easy Installation and Operation· Internal non-volatile memory· Remote test · Remote LED· Digital Communications· Multiple base configurations

ISO9001



Remote test featureThis feature, available on all Evax Fire Discovery detectors is enabled from the CIE by changing the state of a forward command bit. On receipt of the command the detector is forced by electrical means into an alarm condition. After a delay of approximately 10 seconds due to signal processing, an analogue value of between 54 and 120 nominally 85 is returned, provided that the detector is functioning correctly. This value is sustained until the forward command bit is changed back to its original state, after which a period of 40 seconds is required for the detector to return to its normal analogue value.

Rejection of transient signalsAll Evax Fire Discovery detector algorithms are designed to give low sensitivity to very rapid changes in the sensor output, since these are unlikely to be caused by real fire conditions.This is achieved by digital low-pass filtering of the sensor values which optimizes the rejection of false alarm sources while maintaining the response to fire.

Servicing NoteThe “minimum time to alarm” referred to above is important when detectors are tested in place, for example using aerosol test gas. A delay in response may be apparent.

How to Order:EFD-PH 55000-650 Photo addressable Smoke Head

EFX-B4 45681-210 4” mounting base w/Xpert card

EFX-B4I 45681-211 4” Isolator mounting base

EFX-B4ISO 45681-321 4” base w built in isolator & Xpert card

EFX-B6LP 45681-234 6” low profile base w/Xpert card

EFX-B6R MB-RLYT-AA 6” low profile base w/relay, Xpert card

EFX-B6SND MB-SDRT-AA 6” low profile base w/ sounder, Xpert card

EFX-B6EZ 45681-250 6” E-Z fit mounting base w/ Xpert card

EFX-ISOH 55000-750 Isolator head only use w/EFX-B4I

EFX-XPERT 45682-127 Pre-programmed Xpert address cards 1-126

EFX-BLNKX 38531-771 Blank Xpert programming cards (per 12)

TECHNICAL DATAEvax Fire Discovery Optical Smoke DetectorSpecifications are typical at 24V, 23°C and 50% relative humidity unless otherwise stated.Detection principle: Photo-electric detection of light scattered in a forward direction by smoke particlesChamber configuration: Horizontal optical bench housing infra-red emitter and sensor, arranged radically to detect forward scattered lightSensor: Silicon PIN photo-diodeEmitter: GaAlAs infra-red light emitting diodeSampling frequency: 1 per secondSupply wiring: Two-wire supply, polarity insensitiveTerminal functions: L1 & L2 supply in and out connections+R remote indicator positive connection (internal 2.2k resistance to positive)R remote indicator negative connection (internal 2.2k resistance to negative)Operating voltage: 1728V DCCommunication protocol: Evax Fire Discovery 59V peak to peakQuiescent current: 400µA average 650µA peakPower-up surge current: 1mAMaximum power-up time: 10sAlarm current, LED illuminated: 3.4mARemote output characteristics: Connects to positive line through 4.5 (5mA maximum)Clean-air analogue value: 23 +4/0Alarm level analogue value: 55Alarm indicator: 2 colorless Light Emitting Diodes (LEDs); illuminating red in alarm, Optional remote LEDTemperature range: Max. continuous operating +140°F (+60°C) Min. continuous operating 32°F (0°C) Min. operating -4°F (20°C)(no condensation/icing) Storage -22°F to +176°F (30°C to +80°C)Humidity: 0 to 95% relative humidity (no condensation)Effect of temperature: Less than 15% change in sensitivity over rated range.Note: slow changes in ambient conditions will automatically be compensated and will not affect sensitivityEffect of atmospheric pressure: NoneEffect of wind: NoneDimensions: 3.93” (100mm) diameter; 1.65” (42mm) height, 1.96” (50mm) (height in base)Weight: Detector 3.68 oz (105g) Detector in base 5.62oz (160g)Materials: Housing: White polycarbonate V0 rated to UL94 Terminals: Nickel plated stainless steel

Engineering SpecificationThe photoelectric smoke detector shall be capable of several mounting base operation options and be capable of 5 different modes of operation; each mode shall adjust the alarm threshold as well as the response time is seconds. The detector shall include automatic drift compensation and shall be mechanically addressed; detector shall permit change of detector without rewiring or re addressing. The base shall have a permanently addressable card with the address clearly visible. The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. Detector shall be capable of electronic storage of non-volatile memory. The detector shall have automatic conventional false alarm mode if the detectors polling mechanism should fail. The detector shall transmit using digital protocol and shall be Evax part number EFD-PH where indicated on plans.

EFD-PH 03.06

Optical Chamber Address Buttons

Photo Diode

Infra-Red LEDCase Moulding

PCB Cover


EFD-IHAddressable Ionization

Smoke Detector

Ionization Smoke DetectorIonization detectors use a low activity radioactive foil to detect fires by irradiating the air in the smoke chambers and causing a current flow. If smoke enters the chamber, the current flow is reduced leading to an alarm. It is a good general purpose detector that responds well to fast burning, flaming fires.


Operating PrinciplesThe Evax Fire Discovery ionization smoke detector has a molded white polycarbonate case with wind-resistant smoke inlets. Inside the case is a printed circuit board which has the ionization chamber mounted on one side and the signal processing and communications electronics on the other. The outer smoke chamber has inlet apertures fitted with insect resistant mesh.The radioactive source holder and the smoke chamber form positive and negative electrodes respectively. An Americium 241 radioactive source mounted within the reference chamber irradiates the air in both chambers, producing positive and negative ions. A voltage across the electrodes produces an electric field. Ions are attracted to the electrode of the opposite sign to their own charge; many recombine but a small electric current flow between the electrodes. At the junction between reference and smoke chambers, the sensing electrode converts variations in chamber current into voltage changes. When smoke particles enter the ionization chamber, ions become attached to them with the result that the current flowing through the chamber decreases.



Mode Alarm Threshold Minimum y value time to alarm (seconds)

1 0.45 52 0.45 303 0.70 54 0.70 305 1.00 5

Evax Fire Photoelectric smoke detector

Conventional alarm facilityEvax Fire Discovery devices should be polled at regular intervals to maintain communication with the control panel and therefore enable correct monitoring of the protected premises. However, if the polling mechanism fails, for example because of a processor failure in the panel, the internal operation of the Evax Fire Discovery device will be unaffected as long as a DC supply is maintained. After 108± 4 seconds without protocol, the device will automatically switch to its conventional alarm mode. In this mode it will operate as if it were a conventional detector and will impose an alarm signal on the loop if an alarm condition is detected by the internal processing.The alarm signal takes the form of periodic current pulses, which can be detected by simple hardware in the control panel.


FEATURES:


ISO9001





Servicing NoteThe “minimum time to alarm” referred to above is important when detectors are tested in place, for example using aerosol test gas. A delay in response may be apparent.

How to Order:EFD-IH 58000-550 Ionization addressable Smoke Head











TECHNICAL DATAEvax Fire Discovery Ionization Smoke DetectorSpecifications are typical at 24V, 23°C and 50% relative humidity unless otherwise stated.Detection principle: Ionization chamberChamber configuration: Twin compensating chambers using one single sided ionizing radiation sourceRadioactive isotope: Americium 241Activity: 33.3 kBq, 0.9µCiType code: Bits 2 1 0 4 3 7 6 5, 0 1 1 0 0 0 0 0Supply wiring: Two-wire supply, polarity insensitiveTerminal functions: L1 & L2 supply in and out connections+R remote indicator positive connection (internal 2.2k resistance to positive)R remote indicator negative connection (internal 2.2k resistance to negative)Operating voltage: 1728V DCCommunication protocol: Evax Fire Discovery 59V peak to peakQuiescent current: 500µA average 750µA peakPower-up surge current: 1mAMaximum power-up time: 10sAlarm current, LED illuminated: 3.5mARemote output characteristics: Connects to positive line through 4.5k (5mA maximum) 23 +4/0Alarm level analogue value: 55Alarm indicator: 2 red Light Emitting Diodes (LEDs). Optional remote LEDTemperature range:Max. continuous operating +140°F (+60°C), Min. continuous operating +32°F (0° C), Min. operating -4°F (20°C), (no condensation/icing), Storage -22°F to +176°F (30°C to +80°C)Humidity: 0 to 95% relative humidity (no condensation)Effect of temperature: Less than 10% change in sensitivity over rated range Storage: If air freighted, this product should be placed in a pressurized hold. Operating: Suitable for installation up to 2,000ft above sea level.Effect of wind: Less than 20% change in sensitivity at speeds up to 10m/s.Note: slow changes in ambient conditions will automatically be compensated and will not affect sensitivity

Engineering SpecificationThe Ionization smoke detector shall be capable of several mounting base operation options and be capable of 5 different modes of operation; each mode shall adjust the alarm threshold as well as the response time is seconds. The detector shall include automatic drift compensation and shall be mechanically addressed; detector shall permit change of detector without rewiring or re addressing. The base shall have a permanently addressable card with the address clearly visible. The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. Detector shall be capable of electronic storage of non-volatile memory. The detector shall have automatic conventional false alarm mode if the detectors polling mechanism should fail. The detector shall transmit using digital protocol and shall be Evax part number EFD-IH where indicated on plans.

EFD-IH 03.06

Address Buttons10V on Foil Holder

Radioactive FoilCase Moulding

Lid Moulding

LEDLED

Inner Cover Inner Chamber 0V Smoke Chamber

PCB


EFD-THAddressable Heat Detector

Evax Fire Addressable Heat detector

FEATURES:

· Rejection of transient signals· Polarity Insensitive· Dual Status LED· Five Sensitivity Modes· Alarm Flag for Fast alarm reporting· 360 ° visibility· Conventional Alarm default· Easy Installation and Service· Internal Non-Volatile memory· Remote test, Remote LED· Digital Communications· Multiple Base configurations· Compatible with Evax Fire Panels

Heat DetectorThe Evax Fire Discovery heat detector, distinguishable by the low airflow resistant case, uses a single thermistor to sense the air temperature around the detector. This type of detector is particularly useful where the environment is dirty or smoky under normal conditions.


Operating PrinciplesEvax Fire Discovery heat detectors have a common profile with ionization and optical smoke detectors but have a low air flow resistance case made of self-extinguishing white polycarbonate.The Evax Fire Discovery heat detector uses a single thermistor to sense the air temperature at the detector position. The thermistor is connected in a resistor network, which produces a voltage output dependent on temperature.The design of the resistor network, together with the processing algorithm in the microcontroller, gives an approximately linear characteristic from 10°C to 80°C. This linearized signal is further processed, depending on the response mode selected, and converted to an analogue output.For the European standard version of the detector, the five modes correspond to five “classes” as defined in EN545:2000. The classes in this draft standard correspond with different response behavior, each of which is designed to be suitable for a range of application temperatures. All modes incorporate “fixed temperature” response, which is defined in the draft standard by the “static response temperature”. The application temperatures and static response temperatures for all response modes are shown separately.In addition to the basic classification, a detector may be given an “R” or “S” suffix. The “R” suffix indicates that the detector has been shown to have a rate-of-rise characteristic.Such a detector will still give a rapid response even when starting from an ambient temperature well below its typical application temperature. This type of detector is therefore suitable for areas such as unheated warehouses in which the ambient temperature may be very low for long periods.The “S” suffix on the other hand indicates that the detector will not respond below its minimum static response temperature even when exposed to high rates of rise of air temperature.This type is therefore suitable for areas such as kitchens and boiler rooms where large, rapid temperature changes are considered normal.



Conventional alarm facilityEvax Fire Discovery devices should be polled at regular intervals to maintain communication with the control panel and therefore enable correct monitoring of the protected premises. However, if the polling mechanism fails, for example because of a processor failure in the panel, the internal operation of the Evax Fire Discovery device will be unaffected as long as a DC supply is maintained. After 108± 4 seconds without protocol, the device will automatically switch to its conventional alarm mode. In this mode it will operate as if it were a conventional detector and will impose an alarm signal on the loop if an alarm condition is detected by the internal processing. The alarm signal takes the form of periodic current pulses, which can be detected by simple hardware in the control panel.

Application Static ResponseTemperature ° F Temperature ° F

MODE Typica Max Minimum Typical Max 1 77° 122° 129° 134° 149° 2 77° 122° 129° 141° 158° 3 77° 122° 129° 141° 158° 4 131° 176° 183° 194° 212° 5 131° 176° 183° 1 94° 212°

ISO9001


Pending





How to Order:EFD-TH 58000-450 Addressable Heat Detector Head











TECHNICAL DATA

Evax Fire Discovery Heat DetectorSpecifications are typical at 24V, 23°C and 50% relative humidity unless otherwise stated.Detection principle: Temperature sensitive resistance.Type code:, 2 1 0 4 3 7 6 5, 1 1 0 0 0 0 0 0Supply wiring: Two-wire supply, polarity insensitiveTerminal functions: L1 & L2 supply in and out connections +R remote indicator positive connection (internal 2.2k resistance to positive)R remote indicator negative connection (internal 2.2k resistance to negative)Operating voltage: 1728V DCCommunication protocol: Evax Fire Discovery 59V peak to peakQuiescent current: 500µA average 750µA peakPower-up surge current: 1mAMaximum power-up time: 10sAlarm current, LED illuminated: 3.4mARemote output characteristics: Connects to positive line through 4.5k (5mA maximum)Alarm level analogue value: 55Alarm indicator: 2 red Light Emitting Diodes (LEDs), Optional remote LEDTemperature range:Max. continuous operating See ChartMin. continuous operating +32°F (0°C)Min. operating -4°F (20°C) (no condensation/icing)Storage -22° to +176°F (30°C to +80°C)Humidity: 0 to 95% relative humidity (no condensation)Vibration, Impact and Shock: To EN545:2000IP rating: 53Dimensions: 3.93” (100mm) diameter; 1.65” (42mm) heightWeight: Detector 3.68oz (105g), Detector in base 5.62oz (160g)Materials: Housing: White polycarbonate V0 rated to UL94 Terminals: Nickel plated stainless steel

Engineering SpecificationThe heat detector shall be capable of several mounting base operation options and be capable of 5 different modes of operation; each mode shall adjust the alarm threshold as well as the temperature response. The base shall have a permanently addressable card with the address clearly visible. The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. Detector shall be capable of electronic storage of non-volatile memory. The detector shall have automatic conventional false alarm mode if the detectors polling mechanism should fail. The detector shall transmit using digital protocol and shall be Evax part number EFD-TH where indicated on plans.

EFD-IH 03.06

Address ButtonsThermistor bead Case Moulding

Lid Moulding

LED

Heat Shrink Sleeving

PCB


EFD-MHAddressable Multi

Smoke / Heat Detector

Evax Fire Addressable Multi Sensor

Multisensor DetectorThe Evax Fire Discovery multisensor detector comprises optical smoke and thermistor temperature sensors whose outputs are combined to give the final analogue value. As a result, the multisensor is useful over a wide range of applications and is highly immune to false alarms.

Operating PrinciplesThe Evax Fire Discovery multisensor detector contains an optical smoke sensor and a thermistor temperature sensor whose outputs are combined to give the final analogue value. The way in which the signals from the two sensors are combined depends on the response mode selected. The five modes provide response behavior which incorporates pure heat detection, pure smoke detection and a combination of both. The multisensor is therefore useful over the widest range of applications.The multisensor construction is similar to that of the optical detector but uses a different lid and optical moldings to accommodate the thermistor temperature sensor. The signals from the optical smoke sensing element and the temperature sensor are independent, and represent the smoke level and the air temperature respectively in the vicinity of the detector.The detector's microcontroller processes the two signals according to the mode selected. When the detector is operating as a multisensor (i.e. modes 1, 3 and 4) the temperature signal processing extracts only rate-of-rise information for combination with the optical signal. In these modes the detector will not respond to a slow temperature increase even if the temperature reaches a high level. A large sudden change in temperature can, however cause an alarm without the presence of smoke, if sustained for 20 seconds.The processing algorithms in modes 1 to 4 incorporate drift compensation.The characteristics of the five response modes are summarized below.Mode 1 has very high smoke sensitivity combined with high temperature sensitivity.This gives a high overall sensitivity to both smoldering and flaming fires.Mode 2 has a smoke sensitivity similar to that of a normal optical smoke detector but has no response to temperature. This mode is therefore equivalent to a standard optical detector. It is suitable for applications in which wide temperature changes occur under normal conditions.Mode 3 has moderate smoke sensitivity combined with a moderate sensitivity to heat.This combination is considered the optimum for most general applications since it offers good response to both smoldering and flaming fires.

Mode 4 has lower than normal smoke sensitivity combined with high heat sensitivity. This makes it suitable for applications in which a small amount of smoke is considered normal.Mode 5 has no smoke sensitivity at all, but gives a pure heat detector response meeting the response time requirements for a Class A1 detector in the European standard EN545:2000. In this mode the detector will respond to slowly changing temperatures and has a “fixed temperature” alarm threshold at 58°C. The analogue value in this mode will give the approximate air temperature over the range 15°C to 55°C.

The selection of the most suitable mode depends on the application

User bytes and other stored dataAll Evax Fire Discovery devices contain non-volatile memory, in the form of Electrically Erasable Programmable Read Only Memory (EEPROM), which is included primarily to store data needed for the correct operation of the device. However, four bytes of this EEPROM are available to the user and can be accessed by the control panel through the protocol. This block of non-volatile memory can be used, for example, to store the installation date, the site code or date of last service. The only restriction on use is that the maximum number of write cycles should not exceed 20,000 over the life of the device.

Conventional alarm facilityEvax Fire Discovery devices should be polled at regular intervals to maintain communication with the control panel and therefore enable correct monitoring of the protected premises.However, if the polling mechanism fails, for example because of a processor failure in the panel, the internal operation of the Evax Fire Discovery device will be unaffected as long as a DC supply is maintained. After 108± 4 seconds without protocol, the device will automatically switch to its conventional alarm mode.

Sensitivity SelectionEach detector in the Evax Fire Discovery range can operate in one of five response modes, which can be selected from the control panel. The response characteristics of the detectors have been carefully set so that the detectors will comply with the requirements of the relevant part of EN54 in all response modes. Mode selection depends on application Mode 1 will give a higher sensitivity to fire than Mode 5.

FEATURES:


ISO9001






How to Order:EFD-MH 58000-750 Addressable Multi Sensor Smoke/Heat

Detector Head











Engineering SpecificationThe heat detector shall be capable of several mounting base operation options and be capable of 5 different modes of operation; each mode shall adjust the alarm threshold as well as the temperature response. The base shall have a permanently addressable card with the address clearly visible. The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. Detector shall be capable of electronic storage of non-volatile memory. The detector shall have automatic conventional false alarm mode if the detectors polling mechanism should fail. The detector shall transmit using digital protocol and shall be Evax part number EFD-TH where indicated on plans.

EFD-MH 03.06

TECHNICAL DATAEvax Fire Discovery Multisensor Detector,Specifications are typical & apply at temperature 73°F (23°C) and relative humidity 50% unless otherwise stated.Detector principle: Smoke: Photo-electric detection of light scattered by smoke particles Heat: Temperature-sensitive resistanceType code: Bits 2 1 0 4 3 7 6 5, 1 0 1 1 1 0 0 0Supply wiring: Two-wire supply, polarity insensitiveTerminal functions: L1 & L2 supply in and out connections+R remote indicator positive connection (internal 2.2k resistance to positive)R remote indicator negative connection (internal 2.2k resistance to negative)Operating voltage: 1728V DCCommunication protocol: Evax Fire Discovery 59V peak to peakQuiescent current: 500µA average 750µA peakPower-up surge current: 1mAMaximum power-up time: 10sAlarm current, LED illuminated: 3.5mARemote output characteristics: Connects to positive line through 4.5k (5mA maximum)Clean-air analogue value: 23 +4/0Alarm level analogue value: 55Alarm indicator: 2 colorless Light Emitting Diodes (LEDs); illuminated red in alarm, Optional remote LEDTemperature range:Max. continuous operating +140°F (+60°C)Min. continuous operating +32° (0°C)Min. operating -4°F (20°C)(no condensation/icing)Storage -22°F to +176°F (30°C to +80°C)Humidity: 0 to 95% relative humidity (no condensation)Effect of temperature on optical sensor: Less than 15% change in sensitivity over rated range.Slow changes in ambient conditions will automatically be compensated and will not affect sensitivityEffect of atmospheric pressure on optical sensor: None

ExternalMoulding

PCB Twin Alarm LEDs RF Shield

Chamber cutaway to revealoptical bench

ThermistorOptical Chamber


EFX-BaseAddressable Detector

Bases

FUNCTIONThe Addressable bases offer low and ultra-low profile mounting base for addressable smoke, heat, thermal and combo detectors and can be fitted to mounting boxes up to 4in (100mm) in size. The bases come in both 4” and 6” configurations. Detectors fit into bases one way only, without snagging and require clockwise rotation without push force to be plugged in.

ADDRESSINGThe Addressing of the detectors is accomplished by the removal of the associated binary X-pert card numbered pins or tabs totaling the address required. This unique, patented X-pert card holds the address in the base keeping it entirely free from electronic parts. This plastic card is inserted into the base keeping the address at the base if a detector is replaced, as in servicing requirements.

INSTALLATIONThe complete line of EFX addressable mounting bases will accept any of the EVD Series of detectors. Depending on the size of the box insert one or both screws. Move the base to left or right until it is correctly positioned and tighten up both fixing screws. All bases provide for the installation of the XPERT address card for programming / addressing.

MECHANICAL CONSTRUCTIONAll bases are a self-extinguishing UL 94 V-O grade of polycarbonate molding with nickel-plated steel terminals for connecting a detector. The associated detector can be locked into the base using the normal locking screw. Bases offer a wide interior diameter for ease of access to cables and terminals and there ate two slots for fixing screws.

Evax Fire Addressable EZ fit Base

6” Addressable Base EZ fit mounting (EFX-B6EZ)The EZFit base is single piece ultra low profile 6 ¼” (150 mm) mounting base so designed that both screws of a 4” electrical box can be fitted loosely to it before offering up the base. In the case of smaller boxes one screw is fitted first. The screws are concealed in use by hinged covers, which are closed after tightening the fixing screws. The detector head itself locks the hinged covers when closed and, since the detector head can be locked into the base with the standard locking screw, the EZFit base offers a very high degree of protection against unauthorized removal of detectors.

6” Addressable Base (EFX-B6):This two piece 6” (15.24 cm) base accepts the addressable Range of detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of electrical boxes.

6” Addressable Base with Relay (EFX-B6R):This two piece 6” (15.24 cm) base accepts the addressable Range of detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of electrical boxes. The EFX-B6R base has a separately wired and powered form “C” relay with contacts rated at 0.04 Amps at 125 VAC resistive.

6” Addressable Base with Sounder (EFX-B6SND):This two piece 6” (15.24 cm) base accepts the addressable Range of detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of electrical boxes. The EFX-B6SND base has a separately wired and powered internal sounder (85db at 10' - 3.048 m) with separate captive terminals build into the base. Alarm current 0.030 Amps, standby current 2 micro Amps.

FEATURES:

· 4” and 6” Base Configuration options· Internal Relay option· Internal 85db sounder option· Device Address is stored in Base· Addressed by X-Pert Addressing Card· Non polarity Sensitive· Embedded terminal marking· Wide interior cable access· Compatible with Evax Addressable Fire

ISO9001



4” Addressable Base (EFX-B4):This 4” (10.16 cm) base accepts the addressable Range of detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of 3.5” (8.89cm) electrical boxes.

4” Addressable Base with Relay (EFX-B4R)This 4” (10.16 cm) base accepts the addressable Range of detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of 3.5” (8.89cm) electrical boxes. The EFX-B4R base has a separately wired and powered form “C” relay with contacts rated at 0.04 Amps at 125 VAC resistive.

How to Order:

EFD-PH 58000-650 Addressable Photoelectric Detector Head

EFD-IH 58000-550 Addressable Ionization Detector Head

EFD-TH 58000-450 Addressable Thermal Detector Head

EFD-MH 58000-750 Addressable Multi Sensor Smoke/Heat Detector Head












The contractor shall furnish and install where indicated on the plans either Photoelectron Ionization, Thermal or combination Photoelectric Thermal detectors with one of several different mounting base options available. The detectors shall be UL listed with Evax Addressable Fire Alarm Control Panels. The base shall permit interchange of detector sensor head without the need to change addressing. The addressing shall be accomplished by the use of X-pert programming cards and electronic addressing shall not be permitted or accepted.

EFX-Base 04.06

Wiring of EFX Base

EFX-B4 EFX-B4R

Electrical Specifications:

Model: EFX-B4, EFX-B6, EFX-B6EZAlarm Current: N/AStandby Current: N/ARelay Rating: N/ASounder Level: N/ACaptive Terminals: Yes

Model: EFX-B4R, EFX-B6RAlarm Current: .0036 AmpsStandby Current: 2 micro ampsRelay Rating: 0.04 A @ 125 VAC

2 A @ 30 VACSounder Level: N/ACaptive Terminals: Yes

Model: EFX-B6SNDRAlarm Current: .030 AmpsStandby Current: 2 micro ampsRelay Rating: N/ASounder Level: 85db @ 10' (3.048 m)Captive Terminals: Yes

L1L1 L1L1L2L2 L2L2 L1L1 L2L2ControlUnitInitiatingDeviceCircuit

ControlUnitInitiatingDeviceCircuit


EFX-ISOHDAddressable SLC

Isolator

Descriptions:

Addressable Isolator Head (EFX-ISOHD):

Any Signaling Line Circuit (SLC) can potentially become disabled by a short-circuit, by placing EVX-ISOHD devices along the addressable loop only those devices between isolators become isolated from the troubled circuit. The Isolator head mounts to an EVX-B4I base, this unique base will not accept any EVX detector heads just the Isolator head. In standby operation the isolator provides two-way power and data communication, if the incoming or outgoing supply falls below 15 V +/- 0.5 volts the isolator detects the change and opens the outgoing circuit. Upon resetting of the proper voltage rating the isolator reverts back to normal operation. The Isolator has a yellow trouble LED that illuminates upon activation, normal condition the LED is off.

4” Addressable Base with built in Isolator (EFX-B4ISO):

This 4” (10.16 cm) base accepts the addressable Range of detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of 3.5” (8.89cm) electrical boxes. The Isolating base senses and isolates circuit faults on the Signaling Line Circuits (SLC). Base is loop powered and polarity sensitive. If the circuit sensors a short circuit the detector associated with the base remains active, voltage sensing is continuous and should the affected area restore the system automatically restores. Recommendation of a maximum of 20 devices be installed between isolator devices providing their total switch on surge current not exceed 50mA at 17.5 volts.

Evax Fire Addressable Isolator

Isolator Base (EFX-B4I):

This 4” base is designed to accept EFX-ISO isolators only. This is a unique mounting base ensuring that Evax Fire detectors cannot be fitted to isolator bases in error. The Isolator base has only three terminals line in and out (L1 & L2: that are polarity sensitive) and an earth ground connection. 4” (10.16 cm) mounts to a 3.5” (8.89) octagonal box. This base is specific to the EVX-ISOHD only.

Standard Application:

The EFX-ISOHD Isolator and base should be utilized when the security and integrity of a Signaling Line Circuit (SLC) is essential.The Evax Isolator is recommended for use in any Style 4 application where a branch of the SLC circuits it paralleled or “T-tapped”.In a Style 6 closed loop applications the Isolators will isolator those devices from the troubled circuit.In a Style 7 closed loop applications a Isolator is required preceding and following each device on a SLC circuit, this application will eliminate only a single device on a troubled/shorted SLC circuit.Isolators provide additional protection by isolating zone monitoring devices.

FEATURES:

· Protects the integrity of Addressable circuits · Unique Base Configuration · Programmable Base option

o Device Address is stored in Base o Addressed by X-Pert Addressing Card

· Polarity Sensitive · Embedded terminal marking · Wide interior cable access · Low profile design · Integral yellow LED for active annunciation

· Compatible with Evax Addressable Fire Panels

ISO9001



How to Order:


EFD-PH 58000-650 Addressable Photoelectric Detector HeadEFD-IH 58000-550 Addressable Ionization Detector HeadEFD-TH 58000-450 Addressable Thermal Detector HeadEFD-MH 58000-750 Addressable Smoke/Heat Detector Head

EFX-B4 45681-210 4” mounting base w/Xpert cardEFX-B4I 45681-211 4” Isolator mounting baseEFX-B4ISO 45681-321 4” base w built in isolator & Xpert card

EFX-B6LP 45681-234 6” low profile base w/Xpert cardEFX-B6R MB-RLYT-AA 6” low profile base w/relay, Xpert cardEFX-B6SND MB-SDRT-AA 6” low profile base w/ sounder, Xpert cardEFX-B6EZ 45681-250 6” E-Z fit mounting base w/ Xpert cardEFX-ISOH 55000-750 Isolator head only use w/EFX-B4I

EFX-XPERT 45682-127 Pre-programmed Xpert address cards 1-126EFX-BLNKX 38531-771 Blank Xpert programming cards (per 12)


Addressable loop voltage: 14 to 41 VDC

Standby line Resistance: 0.4 ohm +/- 0.1

Standby current: 40 micro amps

Operated current: 0.0012 A continuous

Switching voltage: 15 Volts

Temperature (ambient): -4° F to 158° F (120° C to 70° C)

Operating Temperature: -20° C to 70° C

Short Circuit current: 1.0 Amp (maximum)

Load current: 600 mA

Line resistance: 80K ohm


The contractor shall furnish and install where indicated on the plans either Photoelectric, ionization, thermal or combination Photoelectric Thermal detectors with one of several different mounting base options available. The detectors shall be UL listed with Evax Addressable Fire Alarm Control Panels. The integrity of the Addressable loop (SLC) shall be protected from short circuits using the EFX-ISOHD head and base. The base shall either be unique to the Isolator head only or be permitted to have a device mounted with a internal isolator mounted in the base, this base shall permit interchange of detector sensor head without the need to change addressing. The addressing shall be accomplished by the use of X-pert programming cards and electronic addressing shall not be permitted or accepted.

EFX-ISOHD 04.06

EFX-B4IEFX-B4ISO

L1

L1 L2

IN

OUT

-VE LINE

-VE LINE TO NEXTDETECTOR

+VE LINE TO NEXTDETECTOR

+VE LINE

BASEISOLATOR

BASE

BASESWITCH

MONITOR

RED

BLACK

L2

L1

L2L1BASE

L2

L1 L1

L2

L1

A A B B- + - +

STYLE 4(CLASS B)


EFX-MM, -MMMAddressable Monitor

Module

DESCRIPTION

The EFX-MM and EFX-MMM monitor modules are designed monitor any Fire Alarm device that is capable of providing a normally open contact that closes on activation. The monitor module is designed to mount on a 4” square electrical Box. The Mini Module can be located inside an electrical box.

ADDRESSING

The Addressing of the detectors is accomplished by the setting of the binary dip switches located on the underside of the module. Numbered switches associate with the binary address of 1, 2, 4, 8, 16, 32, and 64 totals the address required. The first seven segments of the switch must be set to “0” or “1”. The eighth dip switch selects Class “A” or Class “B” input monitoring of the normally open device.All other programming is performed at The Fire Alarm Control Panel or through the Evax Software program.

INSTALLATION

It is important that the switch Monitor Modules be fully tested after installation. The device being monitored can be wired for fault, Pre-Alarm, and full Alarm with the use of specific end of line resistor values.

MECHANICAL CONSTRUCTION

EFX-MM mounting to center fit on a 4” box, NEMA OS-1-1989 or equivalent. Material white polycarbonate V-O rated to UL 94 (cover plate).

Evax Fire Addressable Monitor Module

FEATURES:

· Fast Response to contact closure· Addressed by 8 position dip switch· Non polarity Sensitive· Monitor any normally open contacts· Supervises DC power in· Mounts to standard 4” square electrical

boxes(MM)· Mounts in standard electrical

boxes(MMM)· Compatible with Evax Addressable Fire

Panels

ELECTRICAL SPECIFICATION:

Switch on surgeMaximum 65 ms 2.5 mA (MMM)

Quiescent 29K ohm EOL 1.2 mA (MMM)

Switch input closed (alarm LED on) 3.4 mA

Switch input Short circuit 3.5 mA

Supply Voltage 16-28 VDC

Styles 4, 6, or 7

Alarm indicator Red LED through cover

Termination (MM) Screw TerminalsTermination (MMM) 18 AWG Wire leads

End of Line Resistor 47K

Operating Temperature 0°F to +155° F

Humidity 0% to 95% relative humidity

Size (MM) 4” x 4” x 1.3” Size (MMM) 3” x 2” x 3/4”

Weight (MM) 3 oz (MM) 1.5 oz (mmm)

EFX-MMMMini Monitor Module

ISO9001


Pending


How to Order:

EFD-MM 55000-806 Monitor ModuleEFD-MMM 55000-550 Mini Monitor Module

EFX-IOM 55000-820 Input Output Module w/ Form “C” relayEFX-SCM 55000-825 Supervised Sounder Control Module


The contractor shall furnish and install where indicated on the plans Monitor Modules interfacing to all Normally Open contact devices to the Fire Alarm Control Panel. The interface devices shall communicate to the main Fire Alarm Control Panel via the Addressable Signaling Line Circuit. This communication format shall be Digital format analog communications will not be accepted. The addressing shall be accomplished by the use dip switches mechanically programmed, electronic addressing shall not be permitted or accepted. The Monitor Modules Shall be the Evax Fire EFX-MM or EFX-MMM modules.

EFX-MM 04.06

EFX-MM Monitor Module Shown Class “A” and Class “B”

STYLE B (CLASS B) WIRING

EFX-MMMINI MODULE

ANALOG ADDRESSABLELOOP (NON-POLARIZED)TO PREVIOUS AND NEXT

DEVICERED

BLACK

VIOLET

YELLOW

GREEN

WHITE

47KEOL0.5W

LOOP INLINES

LOOP OUTLINES

MONITOR MODULE

]- L2

]- L1

A/B+A+

AA/B

Class B wiring

ÙEOL47k0.5W

47K 0.5W resistor connected internallyacross terminals Ae and A

Ù

A/B+A+

AA/B

SW1

Class A wiring8 AB

7 64

6 32

5 16

4 8

3 4

2

2

ON1

1


EFX-IOMAddressable Input Output

Module

FEATURES:

· Fast Response to contact closure· Addressed by 8 position dip switch· Non polarity Sensitive· Monitor any normally open contacts· Supervises DC power in· Mounts to standard 4” square electrical

boxes· Form C 1A rated contacts· Class “A” Style “D” or Class “B” Style

“B” monitor circuit· Positive indication of activation· Remote LED activation indication option· Compatible with Evax Addressable Fire

Panels

DESCRIPTIONThe EFX-IOM Input Output module is designed monitor any Fire Alarm device that is capable of providing a normally open contact that closes on activation. The input circuit can be configured to produce a number of distinctive signals back to the Fire Alarm Control Panel (FACP) (in Class “B” style “B” configuration) including “fault”, “Pre-alarm” and “Alarm”. In addition to the input circuit the EFX-IOM has an independently controlled, Form “C” (NO, C, NC) output relay. This relay is rated at 1A @ 30VDC or 0.5A at 120 VAC and can be controlled from any number of inputs from the FACP. The EFX-IOM provides a positive indication of activation at the module. The Input Output module is designed to mount on a 4” square electrical Box.

ADDRESSINGThe Addressing of the detectors is accomplished by the setting of the binary dip switches located on the underside of the module. Numbered switches associate with the binary address of 1, 2, 4, 8, 16, 32, and 64 totals the address required. The first seven segments of the switch must be set to “0” or “1”. The eighth dip switch selects Class “A” or Class “B” input monitoring of the normally open device.All other programming is performed at The Fire Alarm Control Panel or through the Evax Software program.

INSTALLATIONIt is important that the EFX-IOM Module be fully tested after installation. The device being monitored can be wired for fault, Pre-Alarm, and full Alarm (in Class/Style “B” configuration) with the use of specific end of line resistor values. Mounting to center fit on a 4” box, NEMA OS-1-1989 or equivalent. Style 4, 6, or 7 Signaling Line Circuit (SLC) terminate on L1 & L2 (non-polarity sensitive), input monitor circuit A+, A/B+, A, A/B and Relay contacts on N/C, Com, and N/C. Optional remote indication can be wired to “OPTO INPUT”.

MECHANICAL CONSTRUCTIONMaterial white polycarbonate V-O rated to UL 94 (cover plate). Cover plate 4” x 4” x 1.3”.


Current consumption 5 mA max


Styles 4, 6, or 7


Termination Screw Terminals


Operating Temperature -2°F to +158° F


Size 4” x 4” x 1.3”

Weight 3 oz.

Output Contact rating 1A @ 24VDC, 0.5A @ 120VAC

Contact type Form “C”

Input Type Class “A” (style “D”) Class “B” (style “B”)

EFX-IOM Input Output Module

ISO9001



How to Order:




The contractor shall furnish and install where indicated on the plans Combination Input Output Monitor Modules interfacing to all Normally Open contact devices to the Fire Alarm Control Panel. The interface devices shall communicate to the main Fire Alarm Control Panel via the Addressable Signaling Line Circuit. The output relay portion shall be capable of being controlled by up to five device input groups, this relay shall be a Form “C” contact. This communication format shall be Digital format analog communications will not be accepted. The addressing shall be accomplished by the use dip switches mechanically programmed, electronic addressing shall not be permitted or accepted. The Monitor Modules Shall be the Evax Fire EFX-IOM modules.

EFX-IOM 04.06

EFX-IOM Input Output Module WiringClass “A” (Style “D”) or Class “B” (Style “B”)

1

2

3

4

5

6

7

8

ON

A

1

2

4

8

16

32

64

B

OPTO INPUT

]- L2 (+ve)

]- L1 ( ve)

LOOP INLINES

LOOP OUTLINES

TB2

TB5TB4

TB1

SW1

TB3

TB3

N/CCOMN/O

A/B+A+

AA/B

A/B+A+

AA/B

Class A wiring

Class B wiring

Ù

Ù

47K 0.5W resistor connected internallyacross terminals Ae and A

EOL47k0.5W


EFX-SCMAddressable Sounder

Control Module

FEATURES:

· Supervised Signal Output· Output can be programmed for Signals

or Speakers· Group Sounding Option· Addressed by 8 position dip switch· Non polarity Sensitive· Monitor any normally open contacts· Supervises DC power in· Mounts to standard 4” square electrical

boxes· Class “A” Style “Z” or Class “B” Style

“Y” signal circuit· Positive indication of activation· Compatible with Evax Addressable Fire

Panels

DESCRIPTIONThe EFX-SCM Signal Control module is designed provide a fully supervised Notification Appliance Circuit (NAC) for signaling appliances such as horns, strobes, horn/strobes, etc. The EFX-SCM is capable of switching 24 VDC providing all the necessary supervision of the circuits and trouble reporting by means of the Signaling Line Circuit (SLC). The EFX-SCM module can be wired Class “A” (style “D”) or Class “B” (style “B”). The EFX-SCM modules SLC circuit can be configured as Style 4, 6, or 7. The module may also be configured in “PA” mode should an Audio Amplifier replace the external power supply (providing wire supervision is accomplished per NFPA regulations). The EFX-SCM has a unique set of programming (SW2) that will allow all modules set to the same group point to activate upon alarm. The EFX-SCM provides a positive indication of activation at the module. The Signal Control Module is designed to mount on a 4” square electrical Box.

ADDRESSINGThe Addressing of the detectors is accomplished by the setting of the binary dip switches located on the underside of the module. Numbered switches associate with the binary address of 1, 2, 4, 8, 16, 32, and 64 totals the address required. The first seven segments of the switch must be set to “0” or “1”. The eighth dip switch selects Class “A” or Class “B” signal circuit monitoring.SW1 sets “group” sounding address.All other programming is performed at The Fire Alarm Control Panel or through the Evax Software program.

INSTALLATIONIt is important that the EFX-SCM Module be fully tested after installation. The supervised power supply and Notification Appliance can each be wired as Class “A” (Style “Z”) or Class “B” (Style “Y”). Mounting to center fit on a 4” box, NEMA OS-1-1989 or equivalent. Style 4, 6, or 7 Signaling Line Circuit (SLC) terminate on L1 & L2 (non-polarity sensitive), signal circuit wires to A+, A/B+, A, A/B. Switch S2 sets the “group” sounding address.

MECHANICAL CONSTRUCTIONMaterial white polycarbonate V-O rated to UL 94 (cover plate). Cover plate 4” x 4” x 1.3”.


Current consumption 1 mA max(sounder active)


SLC Styles 4, 6, or 7


Termination Screw Terminals5


Operating Temperature -0°F to +155° F


Size 4” x 4” x 1.3”

Weight 3 oz.

Signal Circuit rating 2A @ 30VDC

Signal Circuit rating 2A @ 30VDC,0.6A @ 120VAC

Signal Circuit Type Class “A” (style “Z”) Class “B” (style “Y”)

External Power supply Supervised 24VDC regulatedUL listed for Fire

EFX-SCM Signal Control Module

ISO9001



How to Order:




The contractor shall furnish and install where indicated on the plans supervised Signal Control Modules interfacing to the Fire Alarm Control Panel. The interface devices shall communicate to the main Fire Alarm Control Panel via the Addressable Signaling Line Circuit. The supervised output shall be capable of producing 2A at 30VDC or field selectable for PA speakers where applicable. The Signal Modules must be capable of signal grouping allowing for all signal associated within the same group to activate upon alarm input. The SLC communication format shall be Digital, Analog communications will not be accepted. The addressing shall be accomplished by the use dip switches mechanically programmed, electronic addressing shall not be permitted or accepted. The Monitor Modules Shall be the Evax Fire EFX-SCM modules.

EFX-SCM 04.06

EFX-SCM Signal Control Module WiringClass “A” (Style “Z”) or Class “B” (Style “Y”)

L2 L1

]

]

]]

]

]

LOOP INLINES

LOOP OUTLINES

EXTERNAL SUPPLY

+O

UT

+ININ

OU

T

Class A wiringClass B wiring

PA / SounderSelection

So PA

PA

So


EFX-DDAddressable Duct Smoke Detector

EFX-DD Duct Smoke Detector

FEATURES:

· Ionization or Photoelectric Smoke Sensors

· Polarity Insensitive Addressable circuit· Internal Dual 10 A Form “C” alarm relay

option· Remote Alarm and Test option· Detector Dust filtering design· Large wiring terminal screws· Minimal standby current· Clear plastic cover, steel back box design· No screens or filters to clean· Interchangeable detectors· Address stays with Detector Housing · Installation Template· Compatible with Evax Addressable Fire

Panels

DESCRIPTIONAnalog addressable duct smoke detectors provide early warning of smoke and particles of combustion present in air moving through an HVAC duct. Fans, blowers and complete systems can be shut down or activated by the two (2) form “C” relays (EFX-DD-IR or EFX-DD-PD) in alarm mode by a Fire Alarm Control Panel (FACP). The Evax Fire Dust detectors sensing heads can be interchangeable from Ionization or Photoelectric and necessary. The Duct smoke detectors digitally transmit their address and the sensors analog value for analysis at the FACP. The Duct smoke detectors sample the air inside the duct work by the use of metal tubes (EF-DD-ST-5, EF-DD-ST-10) that protrude through the duct work.. Visual indicators, (pilot and alarm) are visible from the front of the housing for status indication, the Duct Detectors also offer optional remote alarm and or test devices for remote annunciation and testing.

ADDRESSINGThe Addressing of the detectors is accomplished by the removal of the associated binary X-pert card numbered pins or tabs totaling the address required. This unique, patented X-pert card holds the address in the duct detector housing base keeping it entirely free from electronic parts. This plastic card is inserted into the base keeping the address at the base if a detector needs to be replaced, as in servicing requirements.

INSTALLATIONDuct Smoke Detector mounting is accomplished by use of the template and 4 mounting screws. Sampling tubes are required on the supply and return side of each duct detector with the sampling feed tube opening facing the air flow.

MECHANICAL CONSTRUCTION18GA steel back box, clear plastic cover (Makrolon 94 V-0), 7” exhaust sampling tube, mounting template and hardware included.


Standby current 340 micro amps (photo)280 micro amps (ion)

Alarm LED current 4 mA (photo)2 mA (ion)

Operating Voltage 16-28 VDC


Air velocity 500 to 4,000 ft / min

Pressure differential 0.01 to 1.2 inches1.524 to 20.32 m) / sec of water

Dimensions 10” x 8.25´x 2.25”(25.4 cm x 21.0 cm x 5.7 cm)

Weight 4.0 lbs (1.814 kg)



Radioactive element EFX-I & EFX-IR onlyAmericium 241 (0.9 micro curies)

Operating Temperature +32°F to +100° F(0°C to +38°C)


Weight 3 oz.

EFX-PR & EFX-IR relay version:

Current standby 0.010 A @ 24VDCCurrent alarm 0.055 A @ 24VDC

Operating Voltage 24 VDC

Relay Contact rating 10 Amp at 24 VDC resistive

Contact Type Two (2) Form “C” (NO, C, NC)

ISO9001



How to Order:

EFX-DD-P SL-DAA-P Addressable Photoelectric Duct DetectorEFX-DD-I SL-DAA-N Addressable Ionization Duct Detector

EFX-DD-PR SL-DA4R-P Addressable Photoelectric Duct Detector with on board control relay (4 wire)

EFX-DD-IR SL-DA4R-N Addressable Ionization Duct Detector with on board control relay (4 wire)

EFX-PH 55000-650 Addressable replacement Duct Photo HeadEFX-IH 55000-550 Addressable replacement Duct Ion Head

EF-RA MS-RA Remote Red Alarm LED on SG plateEF-DD-RAT MS-RA/P/R Remote Red Alarm LED, Green piolet

LED, push button test/reset switch on SG plateEF-DD-RAK MS-KA/P/R Remote Red Alarm LED, Green piolet

LED, key operated test/reset switch on SG plate

EF-DD-ST-5 STN-5.0 5” sampling TubeEF-DD-ST-10 STN-10.0 10” sampling Tube


The contractor shall furnish and install where indicated on the plans Addressable Duct type detectors. The detectors mechanical installation shall be accomplished without the removal of any electronics or protective housing. The addressing shall be contained in the detector base, electronic addressing shall not be permitted. The housing shall accept either Ionization or Photoelectric devices and be interchangeable. Where indicated on plans Duct type smoke detectors shall have dual internal Form “C” (NO, C, NC) alarm contacts capable of 10 Amps at 24 VDC resistive. Units shall have the option of either remote alarm annunciation and or test capable and shall mount to a single gang electrical box. The Detectors shall be EFX-DD-I or EFX-DD-IR for Ionization or EFX-DD-P or EFX-DD-PR for Photoelectric device sensing. Detectors shall be compatible with Evax Fire Alarm Control Panels.

EFX-DD 04.06

EFX-DD-I, -P Duct Smoke Detector Wiring Class “A” (Style “Z”) or Class “B” (Style “Y”)

EFX-DD-IR, -PRRelay operation example

AnalogAddressable

Detector Head

L1 L2 -R +R

1 2 3 4

- +

TO

NE

XT

DE

TE

CT

OR

OR

FIR

E A

LA

RM

CO

NT

RO

L P

AN

EL

FAN SHUTDOWN EXAMPLE

SUPPLY VOLTAGEFAN

7 8 9 10 11 12

NC

ALARM CONTACTS10A

ALARM CONTACTS10A

NC C C

NO NO

NOTE: Polarity on theloop is not important.

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Wiring


EFX-SensorsAddressable Sensors

Evax Fire EFX SensorsHeat, Ion, Photo, Multi

FEATURES:

· Digital Communication· Non-Polarity sensitive· Ionization or Photoelectric Smoke

Detector· Electronic Heat detector or Combination

Smoke/Heat detector· Multiple base configurations· Automatic Drift compensation (photo)· Automatic Type Identification· Address Confirmation· XP95 Device Flag· Parity Error Check· Interrupt or Alarm Address · Easily Maintained· Surface mounted components· X-pert Card addressing· Compatible with Evax Addressable Fire

Panels

OPERATION:The choosing of a detector follows a well established principle on design. The type of detector selected should depend upon the fire risk, fire load, and type of environment of where the sensor is to be placed.Smoke detectors are suggested for general use giving the highest level of protection. The Ionization have a high sensitivity to flaming, fast burning fires where as an Optical are more for smoldering type fires; Ionization for property protection, optical sensors for life protection.The Multisensor is an Optical sensor and will respond well to smoldering fire smoke plus the sensor also senses air temperature, giving it a response to fast burning (flaming) type fires. The Multi sensor might be recommended for those “Dirty” or “Smokey” environments (recommended the heat detector will only respond once the fire is “well established”).All EFX sensors are non-polarity sensitive and transmit its analogue value in a Digital format back to the Evax Fire Alarm Control Panel for processing and operation

DESCRIPTIONThe EFX series of fire intelligent detectors are advanced in design, improved in performance, and have unique features that benefit the installer and end users. All have a unobtrusive profile, a zero insertion force, user friendly addressing and extended data and alarm features.

ADDRESSINGThe Addressing of the detectors is accomplished by the removal of the associated binary X-pert card numbered pins or tabs totaling the address required. This unique, patented X-pert card holds the address in the base keeping it entirely free from electronic parts. This plastic card is inserted into the base keeping the address at the base if a detector is replaced, as in servicing requirements.

EFX-PH Optical DetectorThe EFX-PH optical sensor uses an internal pulsing LED and a photo-diode at an obtuse angle. In the event of smoke entering the chamber, the light pulse from the LED will be scattered and registered by the photo-diode. The voltage is measured and an analogue signal is converted to digital for transmission to control equipment. Pre-alarm or fire alarm is instigated by the micro-processor when smoke density increases to pre-set levels.

EFX-IH Ionization DetectorAir in the dual sensing chambers is irradiated to produce ions that travel to the positive and negative electrodes, creating a current flow. As smoke enters the outer chamber the flow drops and voltage increases. The voltage is measured and an analogue signal is converted to digital for transmission to control equipment. Pre-alarm or fire alarm is instigated by the micro-processor when smoke density increases to pre-set levels.

EFX-TH Thermal Heat DetectorThe XP95 Heat Detector has a low air-flow resistant case for good contact between sensing thermistor and surrounding air. Temperature is measured by a single thermistor network which gives a voltage output proportional to the external air temperature. The signal is processed and transmitted to control equipment..

EFX-MH Multisensor DetectorThe XP95 multisensor detector contains an optical smoke sensor and a thermistor temperature sensor whose outputs are combined to give the final analogue value.

ISO9001



How to Order:EFX-PH 55000-650 Photo addressable Smoke HeadEFX-IH 55000-550 Ionization Smoke Detector HeadEFX-TH 55000-450 Heat Senor Addressable headEFX-MH 55000-886 Multi Sensor Addressable Head











Engineering SpecificationThe alarming sensor shall be capable of several mounting base operation options. The photoelectric detector shall include automatic drift compensation and shall be mechanically addressed; detector shall permit change of detector without rewiring or re addressing. The base shall have a permanently addressable card with the address clearly visible. The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. The detector shall have automatic conventional false alarm mode if the detectors polling mechanism should fail. The LED shall be remotely indicated as shown on plans. The detector shall transmit using digital protocol and shall be Evax part number EFX-PH, -IH, -TH, MH as indicated on plans.

EFX-Sensors 04.06


Standby current 280 micro amps (ion)340 micro amps (photo)250 micro amps (thermal)500 micro amps (multi)

Alarm LED current 2 mA (ion)4 mA (photo)2 mA (thermal)3.5 mA (multi)



Supply Wiring two-wire supply, polarity insensitive

Wind Speed 10 m/s maximum

Dimensions 3.9” x 1.65” (100 mm x 42 mm) photo/io3.9” x 1.97”

(100 mm x 50 mm) heat/multi

Weight 3.7 oz (105 g)

Alarm indicator Red LED


Radioactive element EFX-IH onlyAmericium 241 (0.9 micro curies)

Operating Temperature 32°F to +155° F-20°C to +70°C


Optical Chamber Address Buttons

Photo Diode

Infra-Red LEDCase Molding

PCB Cover

Address Buttons10V on Foil Holder

Radioactive FoilCase Molding

Lid Molding

LEDLED

Inner Cover Inner Chamber 0V Smoke Chamber

PCB


EFX-BME-TRAddressableSmoke Beam

Smoke Beam Detector UnitTransmitter, Receiver & Interface unit

FEATURES:

· Operating Range of 30 - 330 Feet· SLC Loop powered Operation· Separate Control Electronics· Metal Construction· Self Check and Automatic Drift

Compensation· Low Current · Drift Compensation · Selectable Alarm Thresholds· Easily Installed and Serviced· Automatic gain control· Alignment Tool aid option· Compatible with Evax Fire Panels

DESCRIPTION:The Evax loop powered beam detector has been designed to protect large open areas such as atriums, churches, warehouses, factories, etc, It consist of 3 main parts: a transmitter, which transmits a beam of infrared light a receiver, which receives the light and produces an electrical signal and an interface which processes the signal and generates alarm or fault signals.The transmitter and receiver are designed to be mounted on opposite walls 1 to 2 feet (30cm to 60 cm) below the ceiling. The beam detector can protect areas up to 330' (100m) long and 50' (15m) wide.The beam detector can also be selected to be mounted on the same wall using an optional reflector. The SLC interface contains the circuitry needed to control the beam detector and communicate with the Fire Alarm Control Panel (FACP). In clear air the receiver registers the light being sent by the transmitter. If smoke is sensed from an incipient fire being present, the smoke rises and obscures the light being received, this decrease in the amount of light registered by the receiver causes beam detector to alarm.The detector automatically compensates for signal drift and should the unit meets its limit of compensation a fault is transmitted to the FACP. A fault will occur if the beam is totally & suddenly obscured.

LOOP POWERThe Addressable Beam Sensor has been designed to get it's 24V supply from the Signaling Line Circuit (SLC). This eliminates the need for additional power supplies.

COMPATIBILITYA unique feature of the Evax Addressable Beam detector is that if it should not be able to communicate with the FACP the unit will automatically convert to a conventional alarm detector and having reached its preset alarm threshold will still cause the FACP to alarm.

SELECTABLE ALARM LEVELSThe electrical interface has a switch setting that allows the installer to set it's obscuration alarm level. The detector can be set to alarm with: 25%, 35%, 50%, or 65% dependant on the beams sensing application (25% is most sensitive, 65% least sensitive).

REMOTE INTERFACEThe majority of the addressable Beams electronics are housed in the interface unit. The advantage of this is that it allows the installer to locate the interface in a easily accessible location for servicing and testing.

SIMPLE ALIGNMENT:During the commissioning of beam detector it is important that the transmitter and receiver by correctly aligned with each other. The beam is invisible to the naked eye. The receiver unit has a “high brightness” LED behind the lens and flashes while the transmitter is being aligned, once aligned the LED stops flashing. There is also an optional Alignment tool if deemed necessary.

ISO9001



How to Order:

EFX-BME-TR 55000-266 Beam Smoke detector Transmitter & Receiver unit

EFX-BME-165 55000-268 Self contained reflective type Beam Smoke Detector 165 ft Max


EFC-BME-ATL 0201-01-01 Alignment toolEFC-BME-PSM 23901 Beam Smoke detector Prism


The contractor shall furnish and install where indicated on the plans a loop powered addressable projected beam type smoke detectors. The detectors shall have a range from 30 ft to 330 ft and shall consist of a separate transmitter, receiver and Control unit. The Control unit shall be capable of being remotely mounted within 330 feet of the receiver unit and shall receive its power from the addressable loop, no separate power supplies will be accepted. Those beam detectors with internal control processing shall not be accepted. The beams shall be capable of obscuration settings of 25%, 35% or 50% with calibration verification and testing through the use of obscuration filters. The detectors shall incorporate automatic gain control processing circuitry. Detectors shall be compatible with Evax Fire Alarm Control Panels. All beam detectors that require adjustments shall be made at the control, detectors that require adjustments at the receiver shall not be acceptable. The beam smoke detectors shall be Evax Fire EFX-BME-TR.

EFX-BME-TR 03.06

AUTOMATIC GAIN CONTROLSignal strength of the transmitter to receiver unit can be compromised by component aging and or natural dust or dirt over time after installation. This will not cause an alarm condition on the Evax Fire Beam due to the Automatic Gain Control (AGC) circuit. The AGC compares the received signal against predetermined time interval signals (typically 1.5 hours) any difference of up to 7% are automatically compensated forA calibrated test filter is supplied with every unit this filter is used to verity sensitivity and alarm.

ABCD

Red ABlack BYellow CBlue D

Red ABlack BYellow CBlue D

Loop +

Loop -

remote??? LED

+-

+ -+ -

XP95 / DiscoveryLoop

rear view

NOTE: The beam detector is polarity sensitive.

Color Terminal

Color Terminal

From Receiver

Maximum cablelength 100m

Black

RedJunction box(not supplied)

Junction box(not supplied)

XP95/Discovery Loop.The transmitter can beconnected to any pointof the loop.

L1 L2The receiver isconnected tothe interface.


EFX-BME-165, -330Addressable Reflective

Smoke Beam

FEATURES:

· Single Self Contained unit· 15-165' (5-50m) operating range option· 165-330' (50-100m) operating range option· SLC Loop powered Operation· Metal Construction· Self Check and Automatic Drift

Compensation· Low Current · Drift Compensation · Selectable Alarm Thresholds· Easily Installed and Serviced· Automatic gain control· Alignment Tool aid option· Compatible with Evax Fire Panels

FUNCTION

The intelligent reflective beam detector is a compact detector for detecting smoke in large open areas such as atriums, warehouses, theaters and churches. It also has a built-in 20D negative bidirectional short circuit isolator.The transmitter and receiver form a single unit mounted to a wall of the building. A reflector which returns the IR beam from the transmitter to the receiver is mounted on the opposite wall. In the event of smoke partially obscuring the light an imbalance between the transmitted and received light will occur. On interrogation by the control panel the detector will then transmit an alarm value.The intelligent reflective beam detector is an addition to the Apollo range and not a replacement for the Evax loop-powered beam detector.

FEATURES

The intelligent reflective beam detector is supplied in two versions: one for use at distances of 165’ (5-50m) from detector to reflector and the other for distances of 330’ (50-100m).The detector is factory set to a beam obscuration of 35% which is the best setting for most factories and warehouses. The setting can be changed to 25% for offices and clean areas such as theaters or to 50% for hostile areas such as mills or foundries.The detector compensates automatically for gradual contamination of the lenses in order to avoid false alarms.The detector is non-latching and resets 30 seconds after an alarm event ceases and in 3 seconds after the removal of a fault.

This allows easy first fixing of the cabling and terminations to the intelligent reflective beam detector. The termination back box can be surface or flush mounted.

LOOP POWERThe Evax Addressable Beam has been designed to get it's 24V supply from the Signaling Line Circuit (SLC). This eliminates the need for additional power supplies.

COMPATIBILITYA unique feature of the Evax Addressable Beam detector is that if it should not be able to communicate with the FACP the unit will automatically convert to a conventional alarm detector and having reached its preset alarm threshold will still cause the FACP to alarm.

SELECTABLE ALARM LEVELSThe electrical interface has a switch setting that allows the installer to set it's obscuration alarm level. The detector can be set to alarm with: 25%, 35%, 50%, or 65% dependant on the beams sensing application (25% is most sensitive, 65% least sensitive).

ISO9001



How to Order:

EFX-BME-TR 55000-266 Beam Smoke detector Transmitter & Receiver unit



EFC-BME-ATL 0201-01-01 Alignment toolEFC-BME-PSM 23901 Beam Smoke detector Prism


The contractor shall furnish and install where indicated on the plans loop powered addressable projected beam type smoke detectors. The detectors shall have a range from 15 ft to 330 ft and shall consist of a single transmitter, receiver and Control unit. The beam shall be capable of being remotely mounted up to 330 feet of the reflector unit and shall receive its power from the addressable loop, no separate power supplies will be accepted. Only those beam detectors with internal control processing shall be accepted. The beams shall be capable of obscuration settings of 25%, 35% or 50% with calibration verification and testing through the use of obscuration filters. The detectors shall incorporate automatic gain control processing circuitry for ambient Detectors shall be compatible with Evax Fire Alarm Control Panels. All beam detectors that require adjustments shall be made at the sensor, detectors that require adjustments at a separate receiver shall not be acceptable. The beam smoke detectors shall be Evax Fire EFX-BME-165, or EFX-BME-330.

EFX-BME-# 04.06

AUTOMATIC GAIN CONTROLSignal strength of the transmitter to receiver unit can be compromised by component aging and or natural dust or dirt over time after installation. This will not cause an alarm condition on the Evax Fire Beam due to the Automatic Gain Control (AGC) circuit. The AGC compares the received signal against predetermined time interval signals (typically 1.5 hours) any difference of up to 7% are automatically compensated forA calibrated test filter is supplied with ever unit that is used to verity sensitivity and alarm.

Analog Value readings & their significance

Analog Value Actual obscuration at set obscuration level of: Returned 25% 35% 50% 45 16 23 33 46 16 26 34 47 17 27 35 48 18 28 36 49 19 29 38 50 20 30 40 51 21 31 42 52 22 32 44 53 23 33 46 54 24 34 48

Analog Value Significance0 Microprocessor Fault1 Sensor Fault2 Prism (reflector) targeting mode3 Alignment Mode4 General Fault Warning5 “Signal High” Fault6 Contamination compensation limit reached20 Alignment drift Negative25 Detector Normal30 Alignment drift Positive32 Contamination compensation level LOW (40%)33 Contamination compensation level MEDIUM (60%)34 Contamination compensation level HIGH (80%)45 to 54 Pre-Alarm values (see other table)64 Alarm


200 SeriesAddressable

Smoke Detectors

FEATURES:

· Sleek, low-profile design· Analog communications· Low standby current· Rotary address switches· Superior EMI protection

DESCRIPTION:

System Sensor 200 Series intelligent plug-in smoke detectors with integral communication provide features that surpass conventional detectors. Detector sensitivity can be programmed in the control panel software. Sensitivity is continuously monitored and reported to the panel.Point ID capability allows each detector's address to be set with decade address switches, providing exact detector locations for selective maintenance when chamber contamination reaches an unacceptable level.

Model 2251B photoelectric detector's unique optical sensing chamber is engineered to sense smoke produced by a wide range of combustion sources. Dual electronic thermistors add 135°F fixed temperature thermal sensing on the 2251TB.

Model 2251TMB is a photoelectric smoke detector with supplementary 135°F thermal. Also known as Acclimate™, it uses advanced on-board software to combine the signals from the photo and thermal elements. This software creates a true multi-criteria detector capable of rejecting nuisance sources, but still responding quickly to real fires. Acclimate has the capability of adjusting its sensitivity according to the type of environment that it is installed in.

Model 1251B ionization detector incorporates a unique single source, dual chamber design to respond quickly and dependably to a broad range of fires.

Models 5251B and 5251RB use an innovative thermistor sensing circuit to produce 135°F fixed and rate-of-rise thermal detection in a low profile package. Model 5251H provides fixed high temperature detection at 190ºF. These thermal detectors provide cost effective, intelligent property protection in a variety of applications.

Each device (detector, pull station…) has a unique number assigned to it called the address for reporting alarms and troubles.

Employs a Signaling Line Circuit (SLC) Loop along which all addressable input and output devices are connected to the fire alarm control panel. Each Addressable SLC loop can communicate with 99 addressable sensors (smoke, heat, etc.) and 99 addressable modules (MFA's, relays, etc.)

Addressable devices transmit an electronic message back to the Control Unit representing their state (Normal, Alarm, Trouble) when polled by the Control Unit.

Addressing is performed by “dialing” and associated unique number for each sensor wired to a SLC circuit (see rotary switch setting below).

Address 33


EF-SS-200 Series 04.06

HOW TO ORDER:

EF-SS-2251B Photoelectric Smoke DetectorEF-SS-2251TB Photoelectric with ThermalEF-SS-2251TMB Acclimate™ Multi-criteria

Smoke DetectorEF-SS-5251B Fixed Temperature Thermal

DetectorEF-SS-5251RB Rate-of-Rise Thermal DetectorEF-SS-5251H High Temperature Thermal

Detector

200 Series BasesEF-SS-B501 Flangeless Mounting BaseEF-SS-B210LP Flanged Mounting BaseEF-SS-B501BH Standard Sounder BaseEF-SS-B501BHT Temporal Tone Sounder BaseEF-SS-B224RB Relay BaseEF-SS-B224BI Isolator BaseEF-SS-RMK400 Recessed Mounting KitEF-SS-SMK400 Flangeless Surface Mounting

KitEF-SS-SMB600 Flanged Surface Mounting Kit

200 Series AccessoriesEF-SS-F110 Retrofit FlangeEF-SS-RA400Z Remote LED AnnunciatorEF-SS-M02-04-01 Detector Test MagnetEF-SS-M02-09-00 Telescoping Test MagnetEF-SS-XR2B Detector Removal Tool

(T55-127-000 included)EF-SS-XP-4 Extension for XR2 (515 ft.)EF-SS-T55-127-000 Detector Removal HeadEF-SS-BCK-200B Black Detector Kit

Remote LED & Smoke Detector Removal Tool


The automatic sensing detector shall be capable of several mounting base operation options including a Temporal sounder base and be capable of 99 unique addresses. The detector shall include automatic drift compensation and shall be mechanically addressed; detector shall have the address associated with the sensing unit. The base shall not contain the address. Associated Heat sensors shall be capable of rate of Rise and also have option for a high Temperature detection. The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. The detector shall transmit its unique address and shall be Evax part number EV-SS-200 Series where indicated on plans.

SPECIFICATIONS:

Height: 2.0 inches (51mm)Diameter: 6.1 inches (155 mm) installed in a B210LP base

4.1 inches (104 mm) installed in a B501 baseShipping Weight: Heat: 4.8 oz. (136 g)

Photo w/Heat: 5.2 oz. (147 g)Ion 5.4 oz. (153 g)

Operating Temperature: Ion/Photo: 32 ° to 120° F (0° to 49°C)Photo w/Heat: 32 ° to 100° F (0° to 38°C)Heat: -4 ° to 100° F (-20° to 38°C)High Temp Heat: -4 ° to 150° F (-20° to 66°C)

UL Listing for Velocity RangeIon: 0 1200 fpm (0 6.1 m/sec)Photo / Photo w/Heat: 0 4000 fpm (0 2- m/sec)(Suitable for installed in ducts)

Insect Screen Hole Size: Photo: 0.016 inch (0.41mm) nominalIon: 0.035 inch (0.89mm) nominal

Relative Humidity: 10% - 93% noncondensingThermal Rating: Fixed Temperature: 135°f (57°C)

Rate of Rise: 15°F/min (8.3°C/min)High Temp Heat: 190°F (88°C)

Voltage Range: 15 32 volts DC peakStandby Current (max avg)

Ion/Thermal: 150 mico amp @24VDC (w/o Communication LED off)200 micro amp @24VDc (one communication every 5 sec LED on)Photo / Photo w/Heat: 250 mico amp @24VDC (w/o Communication LED off)300 micro amp @24VDc (one communication every 5 sec LED on)

LED Current: 6.5 ma @ 24VDC (on)


EF-SS-BaseAddressable Bases

System Sensor mounting bases and kits provide a variety of ways to install detectors in any application. 200 Series detectors can be mounted in either flanged or flangeless bases depending on junction box selection (see junction box selection guide).

Features

Mounting

Relay, isolator, and sounder bases can be used to meet local code requirements. Relay bases provide one form C contact relay for control of auxiliary functions such as door closure and elevator recall. Isolator bases allow loops to continue to operate under fault conditions and automatically restore when the fault is removed. Sounder bases are available in temporal and non-temporal pattern versions depending on whether the signal is to be used for evacuation purposes.

The recessed mounting kit provides the most aesthetically pleasing installation. Surface mounting boxes are available when flush mounting isn't possible.

Used with B501, the RMK400 provides a simple installation solution in applications that demand a lower profile smoke detector. Uses:

Kit is suitable for use with 4” octagon, 50mm, and 60mm junction boxes connected to flexible conduit. Junction boxes are not included in kit.

Recessed Mounting Kit Product Overview


EF-SS-Bases 04.06

HOW TO ORDER:

200 Series ModelsEF-SS-B501 Flangeless Mounting BaseEF-SS-B210LP Flanged Mounting BaseEF-SS-B501BH Standard Sounder BaseEF-SS-B501BHT Temporal Tone Sounder

BaseEF-SS-B224RB Relay BaseEF-SS-B224BI Isolator BaseEF-SS-RMK400 Recessed Mounting KitEF-SS-SMK400 Surface Mounting Kit

(flangeless)EF-SS-SMB600 Surface Mounting Kit

(flanged)

200 Series AccessoriesEF-SS-F110 Retrofit flange for

B501B/B524EF-SS-RA400Z Remote LED AnnunciatorEF-SS-M02-04-01 Detector Test MagnetEF-SS-M02-09-00 Test Magnet with

Telescoping handleEF-SS-XR2B Detector Removal Tool

(T55-127-000 Included)EF-SS-XP-4 Extension Pole for XR2B

(5-15 ft.)EF-SS-T55-127-000 Detector Removal HeadEF-SS-BCK-200B Black Detector Kit


The automatic sensing detector shall be capable of several mounting base operation options including a Temporal sounder base and be capable of 99 unique addresses. The detector shall include automatic drift compensation and shall be mechanically addressed; detector shall have the address associated with the sensing unit. The base shall not contain the address. Associated Heat sensors shall be capable of rate of Rise and also have option for a high Temperature detection. The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. The detector shall transmit its unique address and shall be Evax part number EV-SS-200 Series where indicated on plans.

Diameter:4.1 “(104 mm) B5016.1” (155 mm) B21oLP, B224RB, B224BI6.0” (152 mm) B501BH, B501BHT

Wire Gauge:22-14: B224BI, B22RB18-12: B501, B210LP, B501BH, B501BHT

Temperature Range:32° to 120°F (0° to 49°C)32° to 150°F (0° to 66°C) B501, B210LP

Humidity Range:10% to 93% RH non-condensing

B224RB/B224BI/ ELECTRICAL RATINGS

Operating Voltage:15 to 32 VDC (powered by SLC)

Standby Ratings:<500 micro amps Max @ 24VDC

Set Time (relay base only):4 sec min, 20 sec max

Reset Time (relay base only): 1 sec min, 8 sec max

Relay Characteristics (relay base):2 coil latching relay, 1 Form C contactUL/CSA Ratings:0.6 A @ 125VAC0.6 A @ 110VAC2.0 A @ 30VDC

B501BH/B501BHT ELECTRICAL RATINGS

External Supply Voltage:17 to 32VDC

Standby Current:1.0 mA max.

Alarm Current:15 mA max

Maximum Ripple Voltage:10% of supply voltage

Start-Up capacitance:200 micro F

Sound Output:Greater then 90 dbA in anechoic rm @ 10' 85 dbA min in UL reverberant room


EF-SS-ModulesAddressable ModulesFEATURES:

· SEMS screws for easing wiring· Panel controlled status LED (except M501M)· Analog communications· Rotary address switches (except M500X)· Low standby current· Addressing from front of Module· Wiring access from front of Module· Mounts in standard 4? junction box

DESCRIPTION:

System Sensor's intelligent module products are designed to meet a wide range of applications. Monitor and control modules can be used to supervise and activate sounders, strobes, door closers, pull stations, waterflow switches, conventional smoke detectors, and more. Each module is rigorously designed and tested for electromagnetic compatibility and environmental reliability, in many cases exceeding industry standards. Modules are addressed with easy-to-use rotary code switches.Full size modules mount in standard 4” x 4” x 21/8” junction box. Wiring terminals are easily accessible for troubleshooting purposes.

M500MB Monitor Module, M501M Mini Monitor Module, and M500DM Dual Input Monitor ModuleSystem Sensor's monitor modules provide an interface to contact devices, such as security contacts, waterflow switches, or pull stations. They are capable of Styles A and B supervised wiring to the load device (M500MB is capable of Style D). Conventional 4- wire smoke detectors can be monitored through their alarm and trouble contacts, wired as an initiating loop to the module.In addition to transmitting the supervised state of the monitored device (normal, open, or short), the full analog supervision measurement is sent back to the panel. This allows impedance changes in the supervised loop to the monitored device to be detected.The M500DM is capable of monitoring two separate Class B circuits simultaneously, making it ideal for waterflow tamper switch and flow switch monitoring.The small size of the M501M allows it to fit inside devices or junction boxes behind devices.

M500X Isolator ModuleThe M500X Isolator Module is an automatic switch that opens when the line voltage drops below four volts. Isolator modules should be spaced between groups of sensors or modules in a loop to protect the rest of the loop. If a short occurs between any two isolators, then both isolators immediately switch to an open circuit state and isolate the devices between them. The remaining units on the loop continue to fully operate. No more than 25 devices are recommended for each group.

M502M Zone Interface ModuleThe M502M Zone Interface Module allows intelligent panels to interface and monitor two-wire conventional smoke detectors. All two-wire detectors being monitored must be UL or ULC compatible with the module.

The M502M is addressed through the communication line of an intelligent system. It transmits the status of one zone of two-wire detectors to the fire alarm control panel. Status conditions are reported as normal, open or alarm.The interface module supervises the zone of detectors and the connection of the external power supply.

M500S Control ModuleThe M500S Control Module provides supervised monitoring of wiring to load devices that require an external power supply to operate, such as horns, strobes, or bells. It is capable of Styles Y and Z supervision. Upon command from the control panel, the M500S will disconnect the supervision and connect the external power supply across the load device. The disconnection of the supervision provides a positive indication to the panel that the control relay actually turned on. The external power supply is always relay isolated from the communication loop, so that a trouble condition on the power supply will never interfere with the rest of the system. Full analog measurement of the supervised wiring is transmitted back to the panel and can be used to detect impedance changes or other special test functions.

M500R Relay ModuleThe M500R Relay Module contains two isolated sets of Form-C contacts, which operate as a DPDT switch. The module allows the control panel to switch these contacts on command. No supervision is provided for the notification appliance circuit.

Dual Monitor Module, Isolator Module

Monitor Module & Mini Monitor Module


EF-SS-500 Mod 04.06

HOW TO ORDER:

EF-SS-M500MB Monitor ModuleEF-SS-M500R Relay ModuleEF-SS-M500S Supervised Control ModuleEF-SS-M501M Mini Monitor ModuleEF-SS-M502M Zone Interface ModuleEF-SS-M500X Isolator ModuleEF-SS-M500DM Dual Input Monitor Module

*Add 'A' suffix for Canadian products.

Accessories

EF-SS-CB500 Control Module BarrierEF-SS-SMB500 Surface Mount Box

The system shall incorporate addressable isolator modules. These Isolator modules shall be incorporated every 20 devices or less and shall protect the SLC loop from direct shorts. The Isolator modules shall mount to a standard 4” electrical box and shall be Evax modules EF-SS-M500X.Where indicated on plans the system shall incorporated addressable programmable external relays. These relay modules shall mount to standard 4” electrical boxes and shall allow access to the terminals without the removal of the module from its mounting box. The relays module shall have two isolated sets of form “C” contacts and shall be controllable on demand. The Module shall be EF-SS-M500R.All external notification appliance power expanders shall be controlled from an addressable supervised control module. The module shall be capable of Styles Y and Z supervision. Upon command from the control panel, the M500S will disconnect the supervision and connect the external power supply across the load device. The disconnection of the supervision provides a positive indication to the panel that the control relay actually turned on. The external power supply is always relay isolated from the communication loop, so that a trouble condition on the power supply will never interfere with the rest of the system. The supervised module shall be an Evax EF-SS-M500S.System integration of convention devices shall be incorporated into the addressable SLC loop through a Zone interface module, this module shall be capable of powering compatible 2 wire smoke detectors. The address on the devices shall transmit via the SLC loop addressing shall be accomplished by the use rotary switches mechanically programmed, “dip” switch and electronic addressing shall not be permitted or accepted. The Addressable Zone module shall be Evax EF-SS-M502M.

Specifications:The contractor shall furnish and install where indicated on the plans Monitor Modules interfacing to all Normally Open contact devices to the Fire Alarm Control Panel. The interface devices shall communicate to the main Fire Alarm Control Panel via the Addressable Signaling Line Circuit. This communication format shall be Digital format; analog communications will not be accepted. The addressing shall be accomplished by the use rotary switches mechanically programmed, “dip” switch and electronic addressing shall not be permitted or accepted. The Monitor Modules shall be Evax Fire EF-SS-M500MB, EF-SS-M501M or EF-SS-M500DM modules.

GENERAL SPECIFICATIONS:

Operating Voltage: 15-32 VDCCommunication Line Loop Impedance:

40 Ohm Max.Temperature Range: 32° to 120° F (0° to 49° C)Relative Humidity: 10% to 93% noncondensingDimensions: M501M 2.7” W x 1.7” H x 0.5” D

Others 4.25” W x 4.65” H x 1.1” DShipping Weight: M501M 1.2 oz (37g)

Others 6.3 oz (196 g)

SPECIFICATIONS: M502M

Standby Current: 300 micr0 amps @ 24VDC (one communication every 5 sec w/LED enabled)

External Power Supply: 18-28 VDC (100 mV ripple max)End of Line Resistance: 3.9 K ohm External Supply Standby Current:

80 ma @24 VDC (nominal)

SPECIFICATIONS: M500X

Standby current: 450 micro amps maxIsolation Impedance: 2.25 k ohm 2.9 k ohmFault Detection Delay: 250 ms min.Fault Detection Threshold: 4 voltsLine Restoration Threshold: 7 volts

SPECIFICATIONS: M500MB, M500S, M501M

Standby Current: 400 micro amps @ 24VDC (one communication every 5 sec w/47K EOL)500 micr0 amps @ 24VDC (one communication every 5 sec EOL <1K)5.5 mA (with LED latched on)

SPECIFICATIONS: M500R

Standby Current: 300 micro amps @ 24VDC (one communication every 5 sec w/LED enabled)

LED Current: 5.5 mA with LED latched onRelay Contact Rating: 0.9 A 110 VDC resistive

0.9 A 125 VAC resistive0.5 A 125 VDC inductive 0.7 A 75 VAC inductive

SPECIFICATIONS: M500M

Standby Current: 750 micro amps @ 24VDC (one communication every 5 sec w/47K EOL)

Alarm Current: 970 micro amps (one communication every 5 sec.)6 mA (with LED latched on)

EOL Resister: 47k Ohm (2 included)


EF-SS-DuctAddressable Duct Smoke Detectors

FEATURES:

· Air velocity rating from 100 to 4000 feet per minute (0.5 to 20.32 m/sec.)

· Patented telescopic sampling tube

· Easily accessible code wheels

· Outside mounting tabs

· Easy and quick mounting to round or rectangular

ducts from 1'12' (0.33.7 meters) wide

· Easy to clean

· UL recognized field-replaceable power and sensor

boards

· Transparent cover for convenient visual inspection

· UL 268A listed

· 3-year warranty

· DH200PL (non-relay)

· Has an output for remote LED display, remote test

· Incorporates zener diodes to conserve power for

communications to other devices

· Requires com line power only

· DH200RPL (with relay)

· Powered outputs for remote LED, and remote test

and sounder

· Two form “C” auxiliary contacts

· Can be configured as a relay version or jumpered

to mimic a non-relay version

· Patented cover tamper trouble signal

· Requires both com line power and one of the

following; 24VAC/DC or

· 120/220VAC for operation

DH200PL (non-relay)

DH200RPL (with relay)

The System Sensor Innovair™ DH200 Low-Flow Series

photoelectric air duct smoke detectors are capable of sensing

smoke in air velocities from 100 to 4,000 feet per minute (0.5

to 20.32 m/sec). This Innovair features low-flow technology

that enables duct smoke detection throughout a broad range

of airflow environments. Many difficult to solve HVAC

applications occur in low airflow duct applications where

reliable smoke detection is critical. Innovair low-flow

technology can detect smoke at air speed velocities of 100

feet per minute or greater, while continuing the same reliable

performance to 4,000 feet per minute. The DH200 Series

Detector samples air currents passing through a duct and

gives dependable performance for shutdown of fans,

blowers, and air conditioning systems, preventing the spread

of toxic smoke and fire gases through the protected area.

These intelligent sensors communicate and are

continuously monitored through the communication line.

Detector sensitivity changes caused by dirt, temperature, or

humidity are reported to the panel, allowing compensation

algorithms to maintain the sensor's set sensitivity. An

advance indication at the panel specifies the sensor

address, allowing for selected maintenance to be performed

as needed.

Remote alarm annunciation can be accomplished by using

the RA400Z Remote Annunciator or the RTS451 or

RTS451KEY Remote Test Station. Both these devices allow

testing of the detector from a remote location.

The Innovair family is designed for simplified installation and

easy maintenance. The modular construction allows for easy

cleaning and uncomplicated field replacement of the UL

recognized power and sensor boards.

WARNING: Duct smoke detectors have specific limitations.

DUCT SMOKE DETECTORS ARE:

NOT a substitute for an open area smoke detector,

NOT a substitute for early warning detection, and

NOT a replacement for a building's regular fire detection

system.

Refer to NFPA 72 and 90A for additional duct smoke

detector application information.


EF-SS-Duct 03.06

SPECIFICATIONS:The duct smoke detector shall be a System Sensor Model DH200PL or DH200RPL Intelligent Low-Flow Duct Smoke Detector to be used with compatible control panels. The duct smoke detector shall be UL listed per UL 268A, Standard for Smoke Detectors for Duct Applications, specifically for use in air handling systems. The detector shall operate in air velocities from 100 to 4000 feet per minute. The detector shall be an intelligent photoelectronic detector. It shall be capable of local testing via magnetic switch or remote testing from the RTS451 or RTS451KEY Remote Test Station. The duct smoke detector housing shall incorporate an airtight smoke chamber in compliance with UL 268A. The housing shall be capable of mounting to either rectangular or round ducts without adapter brackets. An integral filter system shall be included to reduce dust and residue effects, thereby reducing maintenance and servicing. Sampling tubes shall be easily installed after the housing is mounted to the duct by passing through the duct housing. Terminal connections shall be of the strip and clamp method suitable for 12-18 AWG wiring

HOW TO ORDER:EF-SS-DH200PL Innovair™ intelligent low-flow photoelectric non-relay duct smoke detectorEF-SS-DH200RPL Innovair™ intelligent low-flow photoelectric with relay duct smoke detectorEF-SS-ST-3 Metal sampling tube duct

widths 2'4'EF-SS-ST-5 Metal sampling tube duct

widths 4'8' EF-SS-ST-10 Metal sampling tube duct

widths 8'12'EF-SS-A5053 Replacement photoelectric

sensor boardEF-SS-A5060 Replacement power board for

DH200RPL (w/relay)EF-SS-A5067 Replacement power board for

DH200PL (w/o relay)

Accessories Description EF-SS-RTS451 Remote test station EF-SS-RTS451KEY Remote test station w/key EF-SS-RA400Z Remote LED EF-SS-PA400 Mini-Alert™ Sounder EF-SS-F36-09-11 Replacement filtersEF-SS-M02-04-00 Test magnet EF-SS-P48-21-00 End cap for metal sampling

tubeEF-SS-P48-61-00 End cap for plastic sampling

tubeEF-SS-S08-39-01 Replacement photo insect

screenEF-SS-T80-71-00 Replacement plastic sampling

tube

ALARM

RESET

ALARM

AAA CCCBBB

RTS451Remote Test Station(UL S2522)

RTS451KEYRemote Test Station withkey (UL S2522)

RA400ZRemote Annunciator(UL S2522)

Mini-Alert Sounder(UL S3593)Device cannot be wireddirectly to DH200PL(non-relay).

DH200RPL SPECIFICATIONS:

Power Supply Voltage 20-30 VDC 24 VAC, 50-60 Hz 120 VAC, 50-60 Hz 220/240 VACMax. Standby current 26 mA 65 mA RMS 44 mA RMS 25 mA RMSMax. Alarm current 87 mA 182 mA RMS 52 mA RMS 30 mA RMSAlarm response time 3 to 10 sec. 3 to 10 sec. 3 to 10 sec. 3 to 10 sec.Power Up time 2 sec. 2 sec. 2 sec. 2 sec.

CONTACT RATINGS:

Alarm Auxiliary contacts (DPDT)10 A @ 30 VDC10 A @ 277 VAC (0.75 power factor)240 VA @ 249 VAC (0.4 power factor)1/8 HP @ 120 VAC1/4 HP @ 240 VACSupervisory Contact (SPST)2.0 A @ 30 VAC (resistive)

(minimum switching current for auxiliary must be 100 mA DC minimum @ 5 VDC)

ACCESSORY CURRENT LOADS at 24 VDC

DEVICE STANDBY ALARMPA400 0 mA 15 mA maxRA400Z 0 mA 12 mA maxRTS451(KEY) 0 mA 10 mA max

INNOVAIR 200 series Low-Flow Specifications:

Operating Temperature: 32° - 131° F (0° - 55°C) Duct Air Velocity: 100 4000 ft/min (0.5 20.32 m/s)Operating Humidity: 10% - 93% non-condensing Storage Temperature: -22° - +158° F (-30° - +70° )Width: 5 ½” (14 cm) Depth: 2 ¾” (7cm)


EF-SS-BeamAddressable Smoke BeamFEATURES:

· 16 to 328 foot protection range· Single-ended, reflective design· User friendly alignment procedure· 6 user selectable sensitivity levels· Optional integral NFPA 72 sensitivity test feature· Removable plug-in terminal blocks· Digital display for easy alignment· Built-in automatic gain control compensates for

signal deterioration from dust build-up· Remote test station optional· Paintable cover· Easiest alignment in the industry

DESCRIPTION:

System Sensor Model BEAM200 is an intelligent projected beam smoke detector.It is uniquely suited for protecting open areas with high ceilings where other methods of smoke detection are difficult to install and maintain. It is to be used with UL Listed compatible control panels only. Installation of the single-ended reflective design is much easier than dual ended projected beam detectors. Alignment is quickly accomplished via an optical sight and a 2-digit signal strength meter incorporated into the product. Listed for operation from 22°F to 131°F, BEAM200 can be used in open area applications to provide early warning in environments where temperature extremes exceed the capability of other types of smoke detection.

BEAM200 consists of a transmitter/receiver unit and a reflector. When smoke enters the area between the unit and the reflector it causes a reduction in the signal and, when the smoke level reaches the predetermined threshold, an alarm is activated.BEAM200 has four standard sensitivity selections along with two Acclimate settings.When either of the two Acclimate settings are selected the detector will automatically adjust its sensitivity using advanced software algorithms to select the optimum sensitivity for the specific environment.

BEAM200S is equipped with an integral sensitivity test feature that consists of a test filter attached to a servo motor inside the detector optics. Using the remote test station RTS451, the motor is activated and moves the filter in the pathway of the light beam, thereby testing detector sensitivity. This integral sensitivity test feature allows the user to quickly and easily meet the annual maintenance and test requirements of NFPA 72.

Smoke Beam, Reflector, &

Surface mounting kit

Mechanical Specifications:

Detector Dimensions10?H × 7.5?W × 3.3?D (254mmH × 191mmW × 84mmD)

Reflector Dimensions (16' to 230') 7.9” × 9.1” (200 × 230mm)

Reflector Dimensions for (beyond 230')15.7” × 18.1” (400 × 460mm)

Electrical Specifications (BEAMHKR)Voltage

15 to 32VCurrent

450mA Max at 32V (per reflector)Power Consumption (Per reflector)

7.7W @ 24V; 15W @ 32VElectrical Specifications (BEAMHK)

Voltage15 to 32V

Current92mA at 32V

Power Consumption1.6W @ 24V; 3W @ 32V


EF-SS-Beam 04.06

Operational Specifications

Protection Range 16 ft. to 328 ft. (5m to 100m)

Adjustment Angle +/ 10 Degrees horizontal & vertical (The optics move independent of the unit)

Sensitivity LevelsLevel 1 25%, Level 2 30%, Level 3 40%, Level 4 50%

Acclimate Level 1 3050%, 2 4050%

Fault Condition (Trouble)96% or more obscuration blockageIn alignment modeImproper initial alignmentSelf-compensation limit reached

Alignment AidOptical gunsightIntegral signal strength indication2-digit display

Alarm IndicatorLocal red LED and remote alarmTrouble IndicatorLocal yellow LEDNormal IndicatorLocal flashing green LED

Test/Reset FeaturesIntegral Sensitivity Test Filter

(BEAM200S only, requires additional external power supply)

Sensitivity filter (Incremental scale on reflector)Local test switch

Local reset switchRemote test and reset switch (Compatible with RTS451 and RTS451KEY test station)

Smoke Detector SpacingOn smooth ceilings, 3060 feet between projected

beams and not more than one-half that spacing between a projected beam and a sidewall. Other spacing may be used depending on ceiling height, airflow characteristics, and response requirements. See NFPA 72.

Environmental Specifications

Temperature22°F to 131°F (30°C to 55°C)

Humidity1093% RH Non-condensing

HOW TO ORDER:

EF-SS-BEAM200 Intelligent beam smoke detector with 8½ reflector

EF-SS-BEAM200S Intelligent beam smoke detector with 8½ reflector and integral sensitivity test

AccessoriesEF-SS-BEAMLRK Long range accessory kit (Required for applications in excess of 230 ft. [70m])

EF-SS-BEAMMMK Multi-mount kit(Provides ceiling or wall mount capability with increased angular adjustment for either the beam or the reflector. When installed with the transmitter/receiver unit, BEAMSMK must be used as well)

EF-SS-BEAMSMK Surface mount kitEF-SS-RTS451 Remote test station used

to initiate the NFPA sensitivity test function

EF-SS-RTS451 KEY Remote test station with key lock

EF-SS-BEAMHK Heater kit for transmitter / receiver unit (See electrical requirements)

EF-SS-BEAMHKR Heater kit for reflector (See electrical requirements)


The contractor shall furnish and install where indicated on the plans loop powered addressable projected beam type smoke detectors. The detectors shall have a range from 15 ft to 330 ft and shall consist of a single transmitter, receiver and Control unit. The beam shall be capable of being remotely mounted up to 330 feet of the reflector unit and shall receive its power from the addressable loop, no separate power supplies will be accepted. Only those beam detectors with internal control processing shall be accepted. The beams shall be capable of obscuration settings of 25%, 30%, 40% or 50% with calibration verification and testing through the use of obscuration filters. The detectors shall incorporate automatic gain control processing circuitry for ambient Detectors shall be compatible with Evax Fire Alarm Control Panels. All beam detectors that require adjustments shall be made at the sensor, detectors that require adjustments at a separate receiver shall not be acceptable. The beam smoke detectors shall be Evax Fire EF-SS-BEAM200, or EF-SS-BEAM200S.


EFC-SensorsConventional Sensors

Evax Fire EFC Sensors Photo, Ion & Thermal

FEATURES:

· Ionization Sensor· Photoelectric Sensor· Thermal Heat Detectors· Multiple Base options· Reed Switch testing· Flashing communication LED· Advanced electronic technology· Wide operating voltage· Proven detection performance· Compatible with Evax Fire Alarm

Control Panels

OPERATION:

The choosing of a detector follows a well established principle on design. The type of detector selected should depend upon the fire risk, fire load, and type of environment of where the sensor is to be placed.Smoke detectors are suggested for general use giving the highest level of protection. The Ionization have a high sensitivity to flaming, fast burning fires where as an Optical are more for smoldering type fires; Ionization for property protection, optical sensors for life protection.

DESCRIPTION

EFC-S65-PH Optical Detector

EFC-S65-IH Ionization Detector

The EFC series of conventional Fire detectors are advanced in design, improved in performance, and has unique features that benefit the installer and end users. All have an unobtrusive profile, a zero insertion force, user friendly mounting bases, and simple testing.

The optical smoke detector uses an internal pulsing LED and a photo-diode at an obtuse angle. In the event of smoke entering the chamber, the light pulse from the LED will be scattered and registered by the photo-diode. The detector will then enter the alarm state and the indicator LED lights up.

Air in the dual sensing chambers is irradiated to produce ions that travel to the positive and negative electrodes, creating a current flow, as smoke enters the outer chamber, the flow drops and the voltage increases. The detector will then enter the alarm state and the indicator LED lights up.

Ionization detectors have some sensitivity to air movement (wind). The extent to which the analogue value will change depends on the wind speed and on the orientation of the detector relative to the wind direction. Relatively small changes in wind direction can cause significant changes in analogue value.

For wind speeds up to 1m/s (200ft/min) the change in analogue value will not exceed 5 counts. Continuous operation in wind speeds greater than 2m/s (400ft/min) is not recommended. However, wind speeds up to 10m/s (2000ft/min) can be tolerated for short periods and will not under any conditions increase the probability of false alarms.

The heat detector operates by using a matched pair of thermistors to sense heat. One thermistor is exposed to the ambient temperature, the other is sealed. In normal conditions, the two thermistors register similar temperatures, but, on the development of a fire, the temperature recorded by the exposed thermistor will increase rapidly, resulting in an imbalance of the thermistors and causing the detector to change to the alarm state.

EFC-S65-135 & EFC-S65-170 are Rate of Rise detectors, designed to detect a fire as the temperature increases, but they also have a fixed upper limit at which the detector will go into alarm if the rate of temperature increase has been too slow to trigger the detector earlier.EFC-S65-200 detector is a fixed heat detector which only changes to the alarm state at a preset temperature.

EFC-S65-135, -170, -200 Thermal Heat Detectors

ISO9001


Pending


How to Order:

EFC-S65-PH 55000-325 Photo Smoke Head - ConventionalEFC-S65-IH 55000-225 Ionization Smoke Head- ConventionalEFC-S65-135 55000-138 135°F FT/RR Temp Conventional HeadEFC-S65-170 55000-141 170°F FT/RR Temp Conventional HeadEFC-S65-200 55000-144 200°F Fixed Temp Conventional Head

EFC-S60-B4 45681-200 4” mounting base EFC-S60-B4R2 45681-256 4” mounting base dual auxiliary contactsEFC-S60-B424V 45681-257 4” mounting base 24V EOL relayEFC-S60-B412V 45681-258 4” mounting base 12V EOL relay

EFC-S60-B6LP 45681-200 6” low profile base w/Xpert cardEFC-S60-B6R 45681-255 6” low profile base w/relay, EFC-S60-B6SND MB-SDRT-CV 6” low profile base w/ sounder, EFC-S60-B6EZ 45681-2516” E-Z fit mounting base

Engineering SpecificationThe system detectors shall be interchangeable between Photoelectric, Ionization and heat detectors utilizing the same mounting base.

The photoelectric smoke detector shall be capable of several mounting base operation options. The Photo detector shall include automatic drift compensation and shall permit change of detector without rewiring.

Thermal (heat) sensors shall be rated at either 135°F, or 170°F Fixed Temp / Rate of Rise, or 200°F Fixed Temperature.

The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. Detector base shall provide for ample space for wire entry, When indicated on plans detector base shall have an integral 24/12 v relay.

The detector bases shall be capable of multiple mounting configurations including 4 and 6 inch options. Where indicated on the plans the mounting base shall contain an integral relay (form “C” NO, C, NC) for control and volt free control to signals and auxiliary systems.

Where indicated on plans the sensor base shall contain an integral 12 or 24 volt EOL relay for supervision, this EOL relay shall be connected across the initiating circuit when power is supplied to the detector.

The smoke detectors shall be Evax EFC-S65-PH or EFC-S65-IH and the thermal sensors shall be EFC-S65-125, -170, or -200 as indicated on plans. Thermal Heat detectors shall be 135°F or 170°F FT/RR and 200°F sensors shall be Fixed Temp only.

EFC-Sensors 04.06

EFC-S65-IH EFC-S65-PH EFC-S65-135 EFC-S65-170 EFC-S65-200

Supply Voltage 9 to 22V 9 to 22V 9 to 22V 9 to 22V 9 to 22V

Avg Standby Current 45 øA 45 øA 55 øA 55 øA 55 øA

Alarm Current 52 øA 40 øA 52 øA 52 øA 52 øA

Alarm Indicator Red LED Red LED Red LED Red LED Red LED

-4 to +140°F -4 to +140°F -4 to +140°F -4 to +140°F -4 to +140°F

-20 to +60°C -20 to +60°C -20 to +60°C -20 to +60°C -20 to +60°C

Max wind continuous 10m/s 10m/s 10m/s 10m/s 10m/s

Operating Temp

ELECTRICAL SPECIFICATIONS

EFC-S60-B4 - 45681-200


EFC-BaseConventional Bases

Evax Fire EFC 6” Sounder Base

FEATURES:

· 4” Base Configuration options· 6” Base Configuration options· Integral Auxiliary Relay option· Integral 85db sounder option· Integral EOL relay option· Remote LED capable· Embedded terminal marking· Wide interior cable access· Compatible with Evax Fire Alarm Panels

FUNCTIONThe Evax Conventional bases offer low and ultra-low profile mounting base for conventional smoke, heat, thermal and combo detectors and can be fitted to mounting boxes up to 4in (100mm) in size. The bases come in both 4” and 6” configurations. Detectors fit into bases one way only, without snagging and require clockwise rotation without push force to be plugged in.

INSTALLATIONThe complete line of EFC conventional mounting bases will accept any of the EFC Series of detectors. Depending on the size of the box insert one or both screws. Move the base to left or right until it is correctly positioned and tighten up both fixing screws.

MECHANICAL CONSTRUCTIONAll bases are a self-extinguishing UL 94 V-O grade of polycarbonate molding with nickel-plated steel terminals for connecting a detector. The associated detector can be locked into the base using the normal locking screw. Bases offer a wide interior diameter for ease of access to cables and terminals and there are two slots for fixing screws.

4” Conventional Base (EFX-S60-B4):This 4” (10.16 cm) base accepts the Conventional Range of EVAX detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of 3.5” (8.89cm) electrical boxes.

4” Conventional Base with Relay (EFX-B4R)This 4” (10.16 cm) base accepts the Conventional Range of Evax detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of 3.5” (8.89cm) electrical boxes. The EFX-B4R base has a separately wired and powered form “C” relay with contacts rated at 0.04 Amps at 125 VAC resistive.

6” Conventional Base (EFC-S60-B6):This two piece 6” (15.24 cm) base accepts the conventional Range of Evax detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of electrical boxes.

6” Conventional Base EZ fit mounting (EFC-S60-B6EZ)The EZFit base is single piece ultra low profile 6 ¼” (150 mm) mounting base so designed that both screws of a 4” electrical box can be fitted loosely to it before offering up the base. In the case of smaller boxes one screw is fitted first. The screws are concealed in use by hinged covers, which are closed after tightening the fixing screws. The detector head itself locks the hinged covers when closed and, since the detector head can be locked into the base with the standard locking screw, the EZFit base offers a very high degree of protection against unauthorized removal of detectors.

6” Conventional Base with Relay (EFX-S60-B6R):This two piece 6” (15.24 cm) base accepts the conventional Range of Evax detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of electrical boxes. The EFX-B6R base has a separately wired and powered form “C” relay with contacts rated at 0.04 Amps at 125 VAC resistive.

6” Conventional Base with Sounder (EFX-S60-B6SND):This two piece 6” (15.24 cm) base accepts the Conventional Range of Evax detectors; this base allows the detector to be fitted without the need for any force and mounts to a variety of electrical boxes. The EFC-B6SND base has a separately wired and powered internal sounder (85db at 10' - 3.048 m) with separate captive terminals build into the base. Alarm current 0.030 Amps, standby current 2 micro Amps.

ISO9001


Pending


How to Order:

EFC-S65-PH 55000-325 Photo Smoke Head - ConventionalEFC-S65-IH 55000-225 Ionization Smoke Head- ConventionalEFC-S65-135 55000-138 135°F FT/RR Temp Conventional HeadEFC-S65-170 55000-141 170°F FT/RR Temp Conventional HeadEFC-S65-200 55000-144 200°F Fixed Temp Conventional Head

EFC-S60-B4 45681-200 4” mounting base EFC-S60-B4R2 45681-256 4” mounting base dual auxiliary contactsEFC-S60-B424V 45681-257 4” mounting base 24V EOL relayEFC-S60-B412V 45681-258 4” mounting base 12V EOL relay

EFC-S60-B6LP 45681-200 6” low profile base w/Xpert cardEFC-S60-B6R 45681-255 6” low profile base w/relay, EFC-S60-B6SND MB-SDRT-CV 6” low profile base w/ sounder, EFC-S60-B6EZ 45681-2516” E-Z fit mounting base

Engineering SpecificationThe system detectors shall be interchangeable between Photoelectronic, Ionization and heat detectors utilizing the same mounting base.

The photoelectric smoke detector shall be capable of several mounting base operation options. The Photo detector shall include automatic drift compensation and shall permit change of detector without rewiring.

Thermal (heat) sensors shall be rated at either 135°F, or 170°F Fixed Temp / Rate of Rise, or 200°F Fixed Temperature.

The detector shall contain integral LED that will latch in when the unit goes into alarm. RF suppression techniques shall be employed to minimize false alarms. Detector base shall provide for ample space for wire entry, When indicated on plans detector base shall have an integral 24/12 v relay.

The detector bases shall be capable of multiple mounting configurations including 4 and 6 inch options. Where indicated on the plans the mounting base shall contain an integral relay (form “C” NO, C, NC) for control and volt free control to signals and auxiliary systems.

Where indicated on plans the sensor base shall contain an integral 12 or 24 volt EOL relay for supervision, this EOL relay shall be connected across the initiating circuit when power is supplied to the detector.

The smoke detectors shall be Evax EFC-S65-PH or EFC-S65-IH and the thermal sensors shall be EFC-S65-125, -170, or -200 as indicated on plans. Thermal Heat detectors shall be 135°F or 170°F FT/RR and 200°F sensors shall be Fixed Temp only.

EFC-Bases 04.06


Model: EFC-S60-B4, EFC-S60-B6, EFC-S60-B6EZ

Alarm Current: N/AStandby Current: N/ARelay Rating: N/ASounder Level: N/ACaptive Terminals: Yes

Model: EFC-S60-B4R, EFC-S60-B6RAlarm Current: .0036 AmpsStandby Current: 2 mico ampsRelay Rating: 0.04 A @ 125 VAC

2 A @ 30 VACSounder Level: N/ACaptive Terminals: Yes

Model: EFC-S60-B6SNDRAlarm Current: .030 AmpsStandby Current: 2 micro ampsRelay Rating: N/ASounder Level: 85db @ 10' (3.048 m)Captive Terminals: Yes

L2

L1OUT

L1IN

- +L2

L1OUT

L1IN

- +

EOLEnd of Line

N.O. CONTACTHELD CLOSED

*UL LISTED 24V EOL PAM4 RELAY

*OPTIONAL REMOTELED ANNUNCIATOR

UL LISTED24VDC

POWER SUPPLY

SUPERVISED BYEOL RELAY/FACP

NOT SUPERVISED

TO PANEL DCC/EARTH/GROUND

TYPICAL STYLE “B”/CLASS “B” CIRCUIT WIRING FOR CS834 SOUNDER BASE

SUPERVISEDBY FIRE ALARMCONTROL PANEL

UL LISTEDCOMPATIBLEFIRE ALARM

CONTROL PANEL

* NOT INCLUDED

CAUTION: DO NOT USE LOOPED WIRE UNDER TERMINALS L1, L2, +, AND -.BREAK WIRE RUN TO PROVIDE SUPERVISION OF CONNECTIONS.

-

-

+

+

BLU

+RED

ORG-BLK


EFC-600 SeriesConventional Heat Detectors

600 Series Conventional Heat Detector

FEATURES:

· Rate-of-Rise and Fixed Temperature· Fixed Temperature· One or Two-Circuit, Normally Open· Easy Installation· Low Profile· Visual Indication· Operation Testing

DESCRIPTION:

The Series 600 Heat Detector is attractive, durable and features combination rate-of-rise and fixed temperature operation. Heat detectors are available in 135°F and 200°F temperature ratings.Rate-of-rise detects heat by quickly responding to a rapid temperature increase. Rate-of-rise units have a wide spacing allowance of 50-foot centers. See specification table for details.Fixed temperature reacts to heat by responding to a specific temperature setting.Series 600 Detectors use the same reliable pneumatic rate-of-rise element of former models, but offer added aesthetic appeal.The pneumatic rate-of-rise element responds to a rapid rise in temperature, approximately 15°F (8°C) per minute, by expansion of air within the sealed chamber faster than it can escape through a calibrated vent. The resultant increase in pressure depresses the diaphragm, causing the electrical contact to close the circuit. The fixed temperature element uses a fusible alloy. When activated, the external heat collector drops away to provide quick visual confirmation that the element has operated. The units protrude only 1-3/8 inch from the ceiling surface with a junction box mounting. They have pleasing contours and an all-white finish that conforms to ceiling aesthetics.

INSTALLATION:

Each detector includes a patented reversible mounting plate. In one position, it easily attaches to 3.25" or 4" octagonal box, or plaster ring. In reverse, the plate can be used for open wiring without a junction box. A 1/4" space between detector and mounting surface allows for wire connections. All mounting screws are concealed. The detector attaches easily to the mounting plate with a push and twist motion. No tools are required.

Mounting plate is molded of white self extinguishing thermoplastic rated at 221°F (105°C). The plate is extremely strong yet adapts to uneven mounting surfaces.

600 SERIES TESTING

Models 601/621 and 602/622 can be tested by the quick application of heat from any convenient source. A portable hair dryer is recommended. However, do not apply heat that exceeds the fixed temperature rating of the detector. Models 603/623 and 604/624 cannot be tested. However, the fusible alloy element used is considered so reliable that testing is not necessary.

LISTINGS:

Listed by Underwriters Laboratories (UL) Factory Mutual Approved (FM) California State Fire Marshal Approval (CSFM) City of New York (MEA) Listing No. 188-94-E Listed by Underwriters' Laboratories of Canada (ULC)

ISO9001



EFC-600 Series 04.06

HOW TO ORDER:

EFC-601 135°F FT/RR Heat Detector one NO contact

EFC-602 200°F FT/RRHeat Detector one NO contact

EFC-603 135°F Fixed Temp Heat Detector one NO contact

EFC-604 200°F Fixed Temp Heat Detector one NO contact

EFC-621 135°F FT/RR Heat Detector two NO contacts

EFC-622 200°F FT/RRHeat Detector two NO contacts

EFC-623 135°F Fixed Temp Heat Detector two NO contacts

EFC-624 200°F Fixed Temp Heat Detector two NO contacts

NOTES:

Application: Heat detectors should be used for property protection. Reliance should not be placed on heat detectors for Life Safety.

When Life Safety is involved smoke detectors should be used.Heat detectors should never be painted

Battery Back-Up: Heat detectors should be electronically supervised with battery back-up at the panel.The rate-of-rise mechanism may be subject to reduced sensitivity over time. Annual testing of the rate-of-rise mechanism is recommended.

ELECTRICAL:

6-125 Volts A.C., 3.0 Amps. 6-28 Volts D.C., 1.0 Amps. 125 Volts D.C., 0.3 Amps. 250 Volts D.C., 0.1 Amps.

SPECIFICATIONS:

Heat Detectors as indicated on plans shall be either Fixed Temp or Fixed Temp with rate of rise option, They shall come in either 135°F or 200°F options and where indicted shall have a second set of independent normally open contacts.The pneumatic rate-of-rise element shall respond to a rapid rise in temperature, approximately 15°F (8°C) per minute, by expansion of air within the sealed chamber faster than it can escape through a calibrated vent. The heat detectors shall be Evax 600 series.

Cut for surfacemounting

ReversibleMountingPlate

Ceiling Surface Mounting

8-32”FlatHeadWoodScrews

2-1/8”

8-32”RoundHeadScrews5/8 to 1”

1-3/8”

Junction Box Mounting

3-1/4” or 4”Octagonal Box

4-9/16”


EFC-MFAConventional

Manual Fire Alarm Stations

FEATURES:

· Single or Dual Action operation· Single Gang mounting· Surface or semi flush mounting· Key access· Durable Red Die Cast housing· Corrosive inhibit surface· 10 Amp switch contact· Multiple contact option· Terminal block connections· Easily operated “T” handle· Surface Mount Box· Weatherproof option· Rain & Dust Resistant Cover

DESCRIPTION

The Evax Conventional Manual Fire Alarm Stations provide a reliable manually activated input signal for early warning signaling on supervised Fire Alarms. The Manual Fire Alarm (MFA) stations are constructed of die cast housing with 14 gauge plated steel back plate.

The “T” pull lever is constructed of die cast steel and is painted white with red raised lettering and reads “PULL ”. When this “T” lever is pulled or activated it allows the plunger on the contact arrangement to be activated. When the “T” lever is pulled or activated it protrudes out of the MFA station at approximately 90 degree angle allowing for easily identification of activation. The internal contacts of the MFA activate the Evax Fire Alarm Panel for processing and operation.

The Evax Manual Fire Alarm Stations come standard with key lock. This key lock is used to lock, reset and test the station. This key operated lock, reset and test key switch allow for complete testing of the station simply by opening the station causing the recessed contact to close sending the signal to the monitor module who in turn generates the signal to the FACPThe Evax MFA stations also come with multiple features.

The MFA can be operated as a single action station (activation of “T” lever) or as a dual action station with a lifting then pull action.

The dual action feature option is a metal cover silk screened in white with “LIFT & PULL” (dual action requires the lifting of a protective cover plate labeled as “LIFT & PULL” then the activation of the “T” lever) the dual action cover has a brass knob located on the bottom center which is used to lift up the cover exposing the “T” activation lever.

The MFA stations are also available with a second set of Form “C” (NO, C, NC) contacts for remote operation.

INSTALLATION

The installation of the Manual Fire Alarm stations can be accomplished by mounting to a single gang electrical box or a 4” square (1900) with a single gang reducer ring, or surface mounted using the EF1-MFA-BB.

PHYSICAL DIMENSIONS:

Single Action: 3.2” W x 4.75” L x .875” D - 15.5 oz

Dual Action: 3.325” W x 4.75” L x 1.5” - 1 lb, 4 oz

ELECTRICAL

Contact Rating: 10 Amps @ 125/250 VACWire Gage: 12-22 AWG

EFC-MFA-STK1

ISO9001


Pending


How to Order:

EF-MFA-1T RMS-1T Single action pull station with terminal connections, (1) NO (normally open) contact, allen key reset/test

EF-MFA-2T RMS-2T Single action pull station with terminal connections, (2) NO (normally open) contacts, allen key reset/test

EF-MFA-1T-LP RMS-1T-LP Dual action pull station with terminal connections, (1) NO (normally open) contact, allen key reset/test

EF-MFA-2T-LP RMS-2T-LP Dual action pull station with terminal connections, (2) NO (normally open) contacts, allen key reset/test

EF-MFA-1TK1 RMS-1T-KL Single action pull station with terminal connections, (1) NO (normally open) contact, key lock/reset/test

EF-MFA-STK2 MRS-2T-KL Single action pull station with terminal connections, (2) NO (normally open) contacts, key lock/reset/test

EF-MFA-DTK RMS-1T-KLLP Dual action pull station with terminal connections, (1) NO (normally open) contact, key lock/reset/test

EF-MFA-DTK2C RMS-2T-KLLP Dual action pull station with terminal connections, (2) NO/COM/NC (form C) contacts, key lock/reset/test

EF-MFA-STK1WP RMS-1T-WP-KL Single action pull station with terminal connections, (1) NO (normally open) contact, key lock/reset/test WEATHERPROOF

EF-MFA-STK2WP RMS-2T-WP-KL Single action pull station with terminal connections, (2) NO (normally open) contacts, key lock/reset WEATHERPROOF

EF-MFA-DTKWP RMS-1T-WP-KLLP Dual action pull station with terminal connections, (1) NO (normally open) contact, key lock/reset WEATHERPROOF

EF-MFA-DTK2CWP RMS-2T-WP-KLLP Dual action pull station with terminal connections, (2) NO/COM/NC (form C) contacts, key lock/reset WEATHERPROOF

EF-MFA-BB RMS-BB MFA Surface backbox - painted redEF-MFA-AK AK Allen Key for reset of EF-MFAEF-MFA-LP LP Lift & Pull Cover only

EFC-MFA 04.06


Manual Fire Alarm Stations installed and located as indicated on plans and shall be non-coded, with a key- operated reset lock in order that they may be tested, and so designed that after actual Emergency Operation, they cannot be restored to normal except by use of a key. An operated station shall automatically condition itself so as to be visually detected as activated. Manual stations shall be constructed of red colored die cast metal with clearly visible operating instructions provided on the cover. The word FIRE ALARM shall appear on the front of the stations in white letters. Stations shall be suitable for surface mounting on matching backbox EF-MFA-BB; or semi flush mounting on a standard single-gang, double-gang, or 4" (10.16 cm) square electrical box, and shall be installed within the limits defined by the Americans with Disabilities Act (ADA) or per national/local requirements. Weatherproof stations shall include backbox and Rain & Dust resistant cover as indicated on plans. Manual Stations shall be Underwriters Laboratories listed and from a single source manufacturer. Manual stations shall connect through terminal strip, no pigtail connections will be accepted.

Fire Alarm Stations shall be Evax EF-MFA with options as indicated on plans.

EFC-MFA-STK# WP, -BB, & -BBRD EFC-MFA-STK2C Terminal Connections


EFC-DDConventional Duct

Smoke Detector

EFC-DD Duct Smoke Detector

FEATURES:

· Low-Flow Technology: Both Ionization and Photoelectric models listed for velocities between 100-4000ft./min

· Both models listed for high-temperature applications

· Operating voltages: 230VAC, 115VAC, 24VAC, 24VDC

· Interconnect up to 30 units for common functions

· Patent pending "No-Tools Required" front or rear loading and removing sampling/exhaust tubes

· Patent pending "Test Port Valve" allows for aerosol smoke testing without cover removal

· Clear cover fitted with four captive "No-Tools Required" thumbscrews

· Instantaneous cover removal trouble indication

· Staggered terminal blocks for easier wiring

· Flashing LED on detector head indicates normal operation

· Magnet test capability (magnet included)

· More wiring space than competitive models

· Footprint allows easy retrofit in many applications without additional drilling

· Over 15 remote accessories available

· Duct wall gaskets on back of enclosure are pre-installed

· Compatible with the WP-2000 weatherproof enclosure

· Reset switch is also an alarm test switch - competitive models require a magnet or cover removal to test at unit

· Unit includes green pilot and red alarm visual indicators

· External mounting tabs do not require cover removal to install

· Colored cover gasket indicates proper cover seal

· UL, CUL, CSFM, and MEA Listed

· Compact, lightweight size means easy handling, lower shipping costs

· Two sets of 10A form "C" alarm contacts

· One set of 2A form "A" alarm contacts

· One set of 10A form "C" trouble contacts

· Large terminal connection screws

· Standard interchangeable "plug-in" UL268 photoelectric or ionization heads

· Advanced detector head design yields internal dust filtering

· No additional screens or filters to clean

· Compatible with building automation and fire alarm systems

· Ionization and Photoelectric versions available

PRODUCT APPLICATION

The SL-2000 Series Smoke Duct Detector is the latest innovation for early detection of smoke and products of combustion present in air moving through HVAC ducts in Commercial, Industrial, and Residential applications. The unit is designed to prevent the re-circulation or spread of smoke by air handling systems, fans, and blowers. Complete systems may be shut down in the event of smoke detection. The SL-2000 is designed and built to meet all local code requirements, as well as the NFPA and ICC standards regarding HVAC supply and return duct smoke detectors. Output terminals are provided for a wide range of remote accessories such as horns, strobes, remote status indicators, and test/reset key switches or push buttons.

PRODUCT DESCRIPTION

The SL-2000 includes many features that represent true innovations from current generation duct smoke detectors. Our traditional installer/service person-friendly approach has been closely followed and expanded throughout the SL-2000. This philosophy provides a new level of efficiency in after-purchase value to both the installer/service person and end-user. Our attention to detail has yielded a host of “No-Tools required” features, as well as a multiapplication performance level as yet unmatched in the industry. The key features listed detail many of the customer-driven innovations incorporated in the SL-2000 Series. Innovative product combined with unsurpassed customer service equals the right combination for all of your projects.



As indicated on the plans the Duct mounted smoke detectors shall be a convention type detector either photoelectric or ionization as shown. The detectors shall operate at air velocities from 100 feet per minute to 4,000 feet per minute and at temperatures of no less than 140°F (60°C). Visual indication of alarm and power must be provided on the detector front. A manual reset switch shall be located on front of the device. Detector head shall not require additional filters or screens which must be maintained, and shall include both a standby and alarm visual indication. The housing shall contain a detector base which will accept photoelectric or ionization detector heads. Terminal connections shall be of the screw type, a minimum of #6 screw (#12 to #22 AWG compatible). Terminals shall be provided for remote pilot, remote alarm indications, strobe/horn, and remote test/reset switch. All wiring must comply with local codes and regulations. A method of testing the alarm function with a magnet must be provided. A method of smoke testing the detector without removing the cover must be provided. All unit, remote accessory, and common function connection designations must be permanently affixed to the unit. Cover and sampling/exhaust tube installation or removal must not require the use of tools. Capability for interconnection of up to 30 units shall be provided for common functions. Sample and exhaust tubes shall be capable of removal/installation from the front and/or rear of the detector for inspection/maintenance. Duct type smoke detectors shall be compatible with Evax Fire Alarm control panels and be part number EFC-DD-2000-P or EFC-DD-2000-I.

EFC-DD 04.06

How to Order:

EFC-DD-2000-P SL-D2W-P Conventional Photoelectric Duct Detector

EFC-DD-2000-I SL-D2W-I Conventional Ionization Duct Detector

EFC-S65-PH55000-325 Replacement Photoelectric Headonly

EFC-S65-IH55000-225 Replacement Ionization Head only

EF-DD-WP2000Weatherproof enclosure





1 2 3 4 5 6 7 8 9 10 G 220 115 H

11 12 13 14 15 16 17 18 19 20

12

19

1 2 15

20

4 12 1212 1212 12

13 1313 1313 13

14 1414 1414 14

19 19

12 1

19 19

12 1

19 19

12 1

20 20

20 20

20 20

20 20

20 20

20 2020 19

19

RE

SE

T IN

PU

T

(+)

PIL

OT

OU

T

24

VD

C C

OM

(-)

GR

OU

ND

*10A TROUBLECONTACTNC C NO

(+)------ L NO C NC C NO (-) (+)ALARM 2A FACP ALARM 10A ALARM AUX POWER LINK CONTACT CONTACT OUT

10A ALARMCONTACTNC C NO

POWER INPUT24VAC/VDC(-) (+)

POWER INPUT220/240VAC

115VAC

*TROUBLE CONTACTS ARESHOWN IN NON-ENERGIZED CONDITION.UNDER NORMAL OPERATIONCONTACTS WILL BE REVERSED

TROUBLETROUBLE CONTACTS

CANNOT BE CONNECTEDTO FIRE ALARM PANEL

WHEN USING THIS OPTION

All alarm relays operate with singlealarm. Individual horn/strobe unitsoperate on alarmed detector only.30 detectors max.

Make sure to use a common independent power supply.Make sure to use only EVAX (Air Products) and Controls brand UL Listed Remote Accessories

All alarm relays operate with singlealarm. 30 detectors max.

Common test/reset. 30 detectors max.(Use normally open test/reset switch)

All alarm relays operate with singlealarm. All horn/strobe unitsoperate on any single alarm.10 detectors max.

UNIT#1 UNIT#2 UNIT#X


INTERCONNECTION WIRING / COMMON FUNCTIONSREMOTE ACCESSORY WIRING



+Red +Red+Red +Red+Red +Red

-Blk -Blk-Blk -Blk-Blk -Blk

RED

RED

RED

BLACKALARM JUMPER

TEST / RESET

BLACK

PILOT

BLACK

BLACK

BLACK

REDALARM

LED

GREENPILOTLED

YELLOWTROUBLE

LEDKEY ORPUSHBUTTON“TEST/RESET”

SWITCH

HORN/STROBE

POWER REQUIREMENTS:(without accessories)

RELAY CONTACT RATING:

Standby:

Alarm Contacts:

230VAC

230VAC

7.9 mA

16.0 mA

115VAC

115VAC

13.8 mA

27.0 mA

24VAC

24VAC

39.4 mA

59.3 mA

24VDC

24VDC

Resistive load: 2 sets form “C” rated at 10 Amps @ 115VAC

Resistive load: 1 set form “A” rated at 2 Amps

13.5 mA

128.7 mA

Resistive load: 1 set form “C” rated at 10 Amps @ 115VAC 100 to 4,000 ft./min.

DD-2000-I 32°F to 158°F (0°C to 70°C)

DD-2000-P 32°F to 140°F (0°C to 70°C)

10% to 85% RH (@32°C) Non-Condensing / Non-Freezing

Solid or stranded: #12 to #22 AWG terminals

UL & CUL Listed (UL268A, UROX, UROX7) File # S2829

CSFM Listed (3240-1004:105)

MEA Accepted (73-92-E; Vol. 27)

Grey plastic backbox, clear plastic cover (Makrolon 94V-0)

13 1/2” L x 4 1/2” W x 2 1/4” H

2 ½ lbs.

For DD-2000-I (Ionization) Americum 241; 0.9 Micro-Curie

Do not expose to corrosive atmospheres

7” exhaust tube, sampling tube end cap, mounting template, testmagnet, and mounting hardware included

Alarm:

Trouble Contacts:AIR VELOCITY:

AMBIENT TEMPERATURE:

HUMIDITY:

APPROVALS:

WIRING:

DIMENSIONS:MATERIAL:

MAX. NET WT.:

RADIOACTIVE ELEMENT:

HARDWARE:

WIRING:

PRODUCT SPECIFICATIONS:


EFC-BME-TRSmoke Beam

Smoke Beam Detector UnitTransmitter & receiver unit

FEATURES:

· Operating Range of 30 - 330 Feet· 12/24 V Operation· Separate Control Electronics· Metal Construction· Self Check and Automatic Drift

Compensation· Low Current · Selectable Alarm Thresholds· Easily Installed and Serviced· Automatic gain control· Alignment Tool aid option· Compatible with Evax Fire Panels

DESCRIPTIONIn those applications where smoke detection is essential and spot type detection are not adequate the Evax Fire Smoke Beam can offer vital fire detection. The Evax Fire Beam consist of a transmitter, receiver, and separate control panel. The transmitter projects a modulated infrared light beam to a receiver unit. This received signal is analyzed by the control unit and if the signal determines that there is smoke present a fire condition is activated.

OPERATIONThe infrared signal from the transmitter at 330 feet (97.536 m) the diameter of the signal is approximately 9.5 feet (2.896 m) This Wide angle arrangement simplifies the alignment and greatly increases the stability of the detector.The alarm condition will be occur when smoke obscures the path of the infrared signal between the transmitter and receiver dependant upon the location of the beam detector, the sensitivity of the beam detector, the volume of smoke being generated, the construction of the roof and any ventilation present. The smoke present in the path of the infrared signal reduces the signal being received by the receiver unit, if this signal reduction is present for a period of 8 to 10 seconds the alarm signal is generated to the control unit. Upon removal of the smoke condition the alarm relay can be set for either latching or non-latching. Trouble conditions automatically reset. A trouble condition will occur if the beam is blocked by more then 90% within 1/20 second time frame, once the blockage is removed the device trouble automatically resets.

INSTALLATIONThe system is designed to be mounted 1ft to 2 ft below and parallel to the ceiling. Lateral may be up to 30 ft either side of the smoke beam providing 60 ft spacing (max) between detectors). The smoke beams control unit must be located within 330 ft of the receiver unit allowing for ease of installation, service and testing.On smooth ceilings; up to 60 feet between projected beams is permissible but not more then 30 foot spacing between a projected beam and a side wall.Alignment of the Transmitter and Receiver is accomplished by external universal brackets.

ELELECTRICAL SPECIFICATION:

Range 30 ft to 330 ft (9.1 m to 100.9 m)

Selectable Alarm Thresholds 25%, 35%, or 50%

Operating Voltage 18-30 VDC (transmitter & receiver)

Indicators Red LED Alarm & Trouble

Relays Alarm & Trouble

Fault condition 93% or greater obscuration

Testing Obscuration filter (supplied)

Reset Start up time 1 second maximum


Operating Temperature -4°F to +131° F (-20°C to +55° C)


Standby Current 13 mA max (Receiver)6 mA max (Transmitter)

Alarm Current 20 mA maximum

Trouble Current 20 mA maximum

Relay Contact Current 5A at 30 VAC/VDC

Housings:Transmitter & receiver Zinc Alloy Control Double pressed metal

ISO9001



How to Order:

EFC-BME-TR 2000 Beam Smoke detector Transmitter & Receiver unit

EFC-BME-165 50R Self contained reflective type Beam Smoke Detector 165 ft Max


EFC-BME-ATL AA Alignment toolEFC-BME-PSM PRISM Beam Smoke detector Prism


The contractor shall furnish and install where indicated on the plans projected beam type smoke detectors. The detectors shall have a range from 30 ft to 330 ft and shall consist of a separate transmitter, receiver and Control unit. The Control unit shall be capable of being remotely mounted within 330 feet of the receiver unit. Those beam detectors with internal control processing shall not be accepted. The beams shall be capable of obscuration settings of 25%, 35% or 50% with calibration verification and testing through the use of obscuration filters. The detectors shall incorporate automatic gain control processing circuitry for ambient Detectors shall be compatible with Evax Fire Alarm Control Panels. All beam detectors that require adjustments shall be made at the control, detectors that require adjustments at the receiver shall not be acceptable. The beam smoke detectors shall be Evax Fire EFC-BME-TR.

EFX-BME-TR 04.06

AUTOMATIC GAIN CONTROLSignal strength of the transmitter to receiver unit can be compromised by component aging and or natural dust or dirt over time after installation. This will not cause an alarm condition on the Evax Fire Beam due to the Automatic Gain Control (AGC) circuit. The AGC compares the received signal against predetermined time interval signals (typically 1.5 hours) any difference of up to 7% are automatically compensated forA calibrated test filter is supplied with ever unit that is used to verity sensitivity and alarm.

EFC-BME-TR wiring

Optical Transmitter & Receiver Head

4”

3.7

5”

R

Y

B

-

-+

+

RELAY WIRINGAS REQUIRED

TEST/RESETON OFF

TESTMETER

+V RX

SIGNAL Rx

0V Rx

EXTERNAL RESET

N/ON/C

COM

N/ON/C

COM

SIGNAL LEVEL

LOW HIGH

ALARM LATCHCOMP25%35%50%

S1

2

T

C

2

4

V

U

P

PL

Y

100 MA

-VE(0V)

-VE(0V)

POWER SUPPLY UNIT

MAY BE SAME AS P.S.U.AS FOR CONTROL UNIT

P.S.U. (12-24 Vdc)

REMOTE RESET SWITCHOR RELAY CLOSE MOMENTARILY

TO RESET

+VE(12-24 Vdc)

+VE(12-24 Vdc)

ALARMFAULT

FAULT LED

B R

Rx

Tx


EFC-BME-165, -330Reflective

Smoke Beam

Reflective Smoke Beam Detector Unit

FEATURES:

· Operating Range of 15 - 165 Feet · Operating Range of 15 - 330 Feet (4.5 m 100 m)· 12 24 V Operation· Vertical or Horizontal Mounting· Self Check and Automatic Drift Compensation· Low Current · Selectable Alarm Thresholds· Easily Installed and Serviced· Microprocessor controlled· Integral Alignment Tool Aid· Compatible with Evax Fire Panels

DESCRIPTIONIn those applications where smoke detection is essential and spot type detection are not adequate the Evax Fire Smoke Beam can offer vital fire detection. The Evax Fire Beam consists of a self contained Reflective single compact housing. The transmitter projects a modulated infrared light beam to a reflective prism back to the receiver unit. This received signal is analyzed by the control unit and if the signal determines that there is smoke present a fir condition is activated.

OPERATIONThe infrared signal from the transmitter at 320 feet (97.536 m) the diameter of the signal is approximately 9.5 feet (2.896 m) This Wide angle arrangement simplifies the alignment and greatly increases the stability of the detector.The alarm condition will be occur when smoke obscures the path of the infrared signal between the transmitter, prism and receiver dependant upon the location of the beam detector, the sensitivity of the beam detector, the volume of smoke being generated, the construction of the roof and any ventilation present. The smoke present in the path of the infrared signal reduces the signal being received by the receiver unit, if this signal reduction is present for a period of 8 to 10 seconds the alarm signal is generated control unit.Upon removal of the smoke condition the alarm relay resets, however the relay can be set for either latching or non-latching. Trouble conditions automatically reset. A trouble condition will occur if the beam is blocked by more then 90% within a 20 second time frame, once the blockage is removed the device trouble automatically resets.

INSTALLATIONThe system is designed to be mounted 1ft to 2 ft below and parallel to the ceiling. Lateral may be up to 30 ft (9.144 m) either side of the smoke beam providing 60 ft (18.288 m) spacing (max) between detectors).On smooth ceilings; up to 60 feet (18.288 m) between projected beams is permissible but not more then 30 foot spacing between a projected beam and a side wall.Alignment of the Reflective Smoke Beam is accomplished by universal mounting brackets with the integral alignment aid.

ELELECTRICAL SPECIFICATION:

Range 15 ft to 330 ft (5 m to 100 m)

Selectable Alarm Thresholds 25%, 35%, or 50%


Indicators Red LED AlarmGreen LED Trouble

Relays Alarm 2 A @ 30 VDCTrouble 2 A @ 30 VDC

Fault condition 93% or greater obscuration

Testing Obscuration filter (supplied)

Reset Start up time 5 second maximum

Operating Temperature -22°F to +131° F(-20°C to +55° C)


Standby Current 4 mA

Alarm Current 14 mA maximum

Trouble Current 14 mA maximum

Relay Contact Current .5A at 30 VAC/VDC

Dimensions 8 ¼ “x 4 ½” x 4 ¾ “

ISO9001



How to Order:

EFC-BME-TR 2000 Beam Smoke detector Transmitter & Receiver unit



EFC-BME-ATL AA Alignment toolEFC-BME-PSM PRISM Beam Smoke detector Prism


The contractor shall furnish and install where indicated on the plans projected beam type smoke detectors. The detectors shall have a range from 15 ft to 330 ft and shall consist of a single control unit housing both transmitter and receiver. The beams shall be capable of obscuration settings of 25%, 35% or 50% with calibration verification and testing through the use of obscuration filters. The detectors shall incorporate automatic gain control processing circuitry for ambient Detectors shall be compatible with Evax Fire Alarm Control Panels. All beam detectors that require adjustments shall be made at the detector those units that don't require adjustments at the receiver shall not be acceptable. The unit shall include a wall mounted bracket and be able to be mounted horizontally or vertically without affecting the operation. The beam smoke detectors shall be Evax Fire EFC-BME-165 or EFC-BME-330.

EFC-BME-# 04.06

AUTOMATIC GAIN CONTROLSignal strength of the transmitter to receiver unit can be compromised by component aging and or natural dust or dirt over time after installation. This will not cause an alarm condition on the Evax Fire Beam due to the Automatic Gain Control (AGC) circuit. The AGC compares the received signal against predetermined time interval signals (typically 1.5 hours) any difference of up to 7% are automatically compensated forA calibrated test filter is supplied with every unit that is used to verity sensitivity and alarm.

End Of Line Resistor

-

Align filter for correct obscuration threshold setting

Receiver OpticsTransmitter Optics

Fig. 3

Status Indication LED’s

obscuration value

RED GREEN

ZONE WIRING

Alarm Resistor+

PSU

NO (YELLOW)

0V (BLACK)

COM (WHITE)

10.2 to 30 Volts DC (RED)

COM (BLUE)

NC (GREEN)

FIRERAY

Trouble Relay

Fire Relay


EF-NAC SeriesEF-NAC-802, EF-NAC-1002

Notification Appliance ControlPower Supply

NOTE:Refer to Installation manual for specific installation and product information, catalog sheet for reference only.

FEATURES:

·· 8 or · Class A or Class B outputs···

··

··

·

·

24VDC output10 amp max total alarm current.

115VAC 60Hz., 4.4 amp.Short circuit and thermal overload protection. Built-in charger for sealed lead acid or gel type

battery backup.Maximum charge current .7 amp.Zero voltage drop upon transfer to battery

backup. AC input and DC output LED indicators.AC fail supervision (form "C" contact rated @ 1

amp 28VDC).Low battery and battery presence supervision

(form "C" contact rated @ 1 amp 28VDC).. Lifetime Warranty

EF-AL-802ULADA NAC Power Extender

Model EF-AL-802ULADA is an extremely cost effective 8 amp voltage regulated remote power supply/battery charger. It may be connected to any 12 or 24 volt Fire Alarm Control Panel (FACP). Primary applications include Notification Appliance Circuit (NAC such as strobes and horns) expansion support to meet ADA requirements. It also provides auxiliary power to support system accessories. The unit delivers regulated and filtered 24 or 12 volt power to Class B or Class A NAC loop circuits. Additionally, a separate 1.0A auxiliary output with reset for four (4)-wire smoke detectors is available. The 8 amp rated supply current can be divided between the four (4) outputs for powering NAC devices. Each output is rated at 2.5 amp max., and can be independently programmed for Steady, Temporal Code 3 or Strobe Synchronization. All outputs may be programmed for Input to Output Follower Mode (output will follow input. i.e. March Time Input, March Time Output). An individual output of 4 amp is achieved by paralleling 2 outputs. In non-alarm condition independent loop supervision for Class A and/or Class B FACP NAC circuits is provided. In the event of a loop trouble the FACP will be notified via the steered input (input 1 or input 2). In addition, there are common trouble output terminals (N.C., C, N.O.) which are used to indicate general loop/system trouble. A common trouble input is provided for optional NC (normally closed) devices to report trouble to the FACP. Two (2) FACP signaling outputs can be employed and directed to control supervision and power delivery to any combination of the four (4) outputs. The unit also features “Loop Output” trouble memory indication to help identify troublesome sporadic problems.

Overview

EF-AL-1042ULADA NAC Power Extender

Model EF-AL042ULADA is an extremely cost effective10 amp voltage regulated remote NAC Power Extender. It may be connected to any 12 or 24 volt Fire Alarm Control Panel (FACP). Primary applications include Notification Appliance Circuit (NAC) expansion (supports ADA requirements) and will provide auxiliary power to support system accessories. The unit delivers regulated and filtered 24 or 12 volt power via up to eight (8) Class B, four (4) Class A or combination of Class B and Class A Notification Appliance Circuits. Additionally, the unit can supply up to 1 amp from continuous AUX output and up to 1 amp from AC disconnected AUX output. The 10 amp rated supply current can be divided between the four (4) outputs for powering notification appliances and the AUX outputs. Each output is rated at 2.5 amp max (total not to exceed 10 amp), and can be independently programmed for Steady, Temporal Code 3 or Strobe Synchronization. All outputs may be programmed for Input to Output Follower Mode (output will follow input. i.e. March Time Input, March Time Output). An individual output of 4 amp is achieved by paralleling 2 outputs. In non-alarm condition units provide independent loop supervision for Class A and/or Class B FACP NAC circuits. In the event of a loop trouble the FACP will be notified via steered inputs (input 1 or input 2). In addition, there are common trouble output terminals (N.C., C, N.O.) which are used to indicate general loop/system trouble. A common trouble input is provided for optional NC (normally closed) devices to report trouble to the FACP. Two (2) FACP signaling outputs can be connected to power extender inputs. These inputs can then be directed to control supervision and power delivery to any combination of the four (4) outputs. The unit also features “Loop Output” trouble memory indication to help identify troublesome sporadic loop problems.

Overview


EF-SPL 03.06

HOW to Order:

EF-AL-802ULADA8 Amp NAC power Extender 2 Class “A” or 4 Class “B” outputs

EF-AL-1042ULADA10 Amp NAC power Extender 4 Class “A” or 8 Class “B” outputs

Engineering Specifications:

Notification Appliance Circuit Expander Power Supplies shall be capable of either 8 or 10 amps. Each Power supply shall be field selectable for either Class A or Class B output notification, where applicable the power supplies shall provide either 8 Class B or 4 Class A. The NAC power supplies shall have internal protocols build into the units and work in conjunction with Amseco, Faraday, Gentex and System Sensor. In addition shall provide up to 1 Amp of auxiliary continuous output power. The NAC power extenders shall be either Evax EF-AL-802ULADA or EF-AL-1042ULADA.

Class A wiring Class B Wiring

Multiple Power Supply interconnect wiring

+ AUX1 -

+ AUX1 -

+ OUT4 -

+ OUT4 - + OUT3 - + OUT2 - + OUT1 -

+ OUT3 - + OUT2 - + OUT1 -+ LOOP4 -

+ LOOP4 - + LOOP3 - + LOOP2 - + LOOP1 -

+ LOOP3 - + LOOP2 - + LOOP1 -

To AUXDevices

To AUXDevices

+ AUX2 -

+ AUX2 -

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

2.2KEOL

Single Class BOutputs

Parralleled Class AOutputs

Parralleled Class BOutputs

Single Class AOutputs

These two wires are used forsynchronizing NAC Power Extenders

FACP with Sync Output

FACP

(Fire AlarmControl Panel)

Sync Module

or

+N

AC

1-

+N

AC

2-

POWER IN+

POWER OUT+

POWER IN+

POWER OUT+

POWER IN-

POWER OUT-

POWER IN-

POWER OUT-

ZO

NE

1

ZO

NE

1Z

ON

E 2

??

?C

ON

TR

OL

To FACP EOL ornext AltronixNAC Power Extender


EF-GE, -S3,-C3 SeriesHorns, Strobes, Horn/Strobes

Evax GX3 Series Horns, Horn/Strobes

FEATURES: · Nominal Voltage 24 VDC

· 24 VDC units have field selectable candela options of 15, 30, 60, 75, and 110 candela

· GEH horn is available in 12 or 24 Volt· Super-SlideTM Bracket - Ease of Supervision

Testing· CheckmateTM - Instant Voltage Verification· Unit Dimensions: 5” high x 4.5” wide x 2.5”

deep· Synchronize Strobe and/or Horn with Gentex

Series Control Module (12 Volt product must use the AVSM Module)

· Pre-wire Entire System, Then Install Your Signals

· Lower Installation and Operating Costs· Input Terminals 12 to 18 AWG· Switch Selection for High or Low dBA· Switch for Chime, Whoop, Mechanical and

2400Hz Tone· Switch for Continuous or Temporal 3 (not

available on whoop tone)· Tamperproof Re-entrant Grill· Surface Mount with the GSB (Gentex Surface

Mount Box)· Silence Horn While Strobes Remain Flashing· Wide Voltage Range 16-33 VDC or FWR · Faceplate Available in Red or Off-White

DESCRIPTION:

The Commander3 Series is a low profile strobe or horn/strobe combination that offers dependable audible and visual alarms and the lowest current available.The GE3 Series 24VDC offers tamperproof field selectable candela options of 15, 30, 60, 75, and 110 candela. The 12VDC offers tamperproof field selectable candela options of 15, 30, 60, and 75 candela.The Commander3 Series horn offers a continuous or synchable temporal three in 2400Hz and mechanical tone, a chime and whoop tone. All tones are easy for the professional to change in the field by using switches.

The GE3 Series has a minimal operation current and has a minimum flash rate of 1Hz regardless of input voltage.

The Commander3 Series is shipped with the standard 4" mounting plate which incorporates the popular Super-SlideTM feature that allows the installer to easily test for supervision. The product also features a locking mechanism which secures the product to the bracket without any screws showing.

Product Listings

• BFP (City of Chicago) • BS+A/MEA #285-91-E • CSFM 7135-0569:122 (GEC3-24 & GEH-24) 7125-0569:123 (GES3-24) 7125-0569:129 (GES3-12) 7135-0569:130 (GEC3-12 & GEH-12) • UL 464 & UL 1971 Listed • CAN/ULC S526-M87 Listed

The Commander3 also features the CheckmateTM Instant Voltage Verification feature which allows the installer to check the voltage drop, current draw and match it to the blueprint.

The GE3 Series appliances are UL 464 and UL 1971, listed for use with fire protective systems.

C US


EF-GE,-S3,-C3 04.06

Candela Selection Slider

candela change pinsee install instructions

Model Number Nominal Voltage Reverberant dBA In Anechoic Room Candela @ 10ft Per UL 464 dBA @10ft. UL 1971 UL 464

Low Profile Evacuation Horn only

GEH24-R 24 VDC 62-82 100 n/aGEH24-W 24 VDC 62-82 100 n/a

Selectable Candela Strobe only

GES3-24WR 24 VDC n/a n/a 15, 30, 60, 75,110GES3-24WW 24 VDC n/a n/a 15, 30, 60, 75,110GES3-24PWR 24 VDC n/a n/a 15, 30, 60, 75,110GES3-24PWW 24 VDC n/a n/a 15, 30, 60, 75,110

Selectable Candela Strobe Low profile Evacuation Horn/Strobe

GEC3-24WR 24 VDC 62-82 100 15, 30, 60, 75,110GEC3-24WW 24 VDC 62-82 100 15, 30, 60, 75,110GEC3-24PWR 24 VDC 62-82 100 15, 30, 60, 75,110GEC3-24PWW 24 VDC 62-82 100 15, 30, 60, 75,110

24 Volt Product Horn Current Rating

Horn Mode Minimum dBA Minimum dBA Regulated 24VDC@10ft per UL464 @10ft per UL464 Max. Operating @ (High) (Low) High Setting (mA)

Temp 3 2400Hz 78 71* 28Temp 3 Mechanical 76 70* 25Temp 3 Chime 70* 66* 15Continuous 2400 Hz 81 74* 28Continuous Mechanical 80 72* 25Continous Chime 70* 66* 15Whoop 82 69* 56

24 Volt Product Strobe Current Rating

Candela 15cd 30cd 60cd 75cd 110cd24 VDC 55mA 63mA 88mA 112mA 136mAUL Max 78mA 96mA 137mA 180mA 224m

* Operating the horn in this mode will result in not meeting the minimum UL reverberant sound level required for public fire protection service. These settings are acceptable only for private mode fire alarm use. Chime tone is always private mode.

SWITCH POSITION

3 4 5Mechanical Temp ON ON ONMechanical Cont OFF ON ONHi-Temp ON OFF ONHi-Cont. OFF OFF ONChime-Temp ON ON OFFChime-Cont. OFF ON OFFWhoop-Temp ON OFF OFFWhoop OFF OFF OFF


EF-450 SeriesHorns Horn/StrobesFEATURES:

· 12 or 24VDC operation on filtered DC or FWR power.

· High impact plastic reentrant style housing, 41/2" square.

· High dB output.· Adjustable power levels using field

selectable jumper.· Low current draw operation.· Polarized for DC supervision.· Screw terminals for field wiring connections· Available with red or white housing.· Vandal resistant grill.· Indoor or outdoor mounting.· OPTIONAL FEATURES

o V1971 sync/non-sync, strobe lights available in 15/75, 30/75, 75, and 110 candela models. ADA compliant.

o Independent or simultaneous strobe operation.

o Surface, semi-flush, flush, outdoor mounting hardware.

DESCRIPTION

Evax 450E Electronic Horn produces a loud, distinctive, recognizable audible signal using a high efficiency piezo. The horn's high efficiency electronic circuitry is enclosed in a red or white high impact plastic, 41/2" square reentrant style housing. Model 450E horns operate on 12 or 24VDC and are polarized for connection to supervised notification circuits. Model 450E horn/strobe units operate on 24VDC. The horns are designed to operate at a low current draw with standard dB sound output or can be adjusted via a jumper for maximum dB sound output. Evax Model V1971 synchronized strobe lights are available as an option when visual signaling is required. Strobes can be synchronized using Model VSYNC sync module. Both the horn and strobe are listed for outdoor use.

APPLICATION

Model 450E Electronic Horns are well suited for areas where high sound output and low current draw are a consideration. The compact design, vandal resistant housing and wide range of mounting options permit the horn to fit most any application. The horn and horn/strobes can be indoor or outdoor (with WPBR back box and trim ring) mounted with appropriate mounting accessories

Model 450E electronic horn carries the following listings/Approvals:

Underwriter's Laboratories E190742California State Fire Marshal 7135-1517:107

Evax EF-450 Horn, Horn/Strobe


EF-450-HS 12.05

SPECIFICATIONS

Alarm notification appliances shall be electronic horns. The horns shall produce a distinctive, recognizable fire evacuation signal and shall operate from 9-31VDC and be polarized for connection to supervised alarm notification circuits. The horns shall operate using filtered DC or unfiltered FWR power. The horn mechanism shall be housed in a high impact red or white plastic housing with a vandal resistant grill. The horns shall be capable of surface, semi-flush, flush, or outdoor mounting when used with the appropriate mounting accessories. The horns shall have screw terminals for field wiring connections using #12 to #18 AWG wire. An optional strobe light shall be capable of being mounted to the front of the horns. The horns shall produce a maximum UL Sound Pressure Level at 10 feet of 88dB(A). The horns shall be UL Listed for fire alarm signaling use. Alarm notification appliances shall be Evax 450E Electronic Horns. (OPTIONAL) The strobe lights shall be mounted to the front surface of the horns. The strobe lights shall operate on 24VDC. The strobe lights shall use a xenon flashtube with solid state circuitry. The strobe lights shall comply with UL 1971 Standard for Signaling Devices for the Hearing Impaired and ADA. The strobe lights shall be UL Rated at 15/75, 30/75, 75, and 110 candela with a 1Hz flash rate. The strobe lights shall be synchronized when used with VSYNC synchronization module. The strobe lights shall have red FIRE lettering and be listed for outdoor use. The strobe lights may be operated simultaneously with the horns or independently by field cutting a jumper. Horn/strobes shall be Evax Model 450E with Model V1971 strobe lights

HOW TO ORDER:EF-450E-24R Electronic Horn 12/24VDC RedEF-450E-24W Electronic Horn 12/24VDC White

EF-450E-D24R Horn/Strobe, V1971, 15/75Cd Sync, 24VDC Red

EF-450E-D24W Horn/Strobe, V1971, 15/75Cd Sync, 24VDC White

EF-450EJ-24R Horn/Strobe, V1971, 30/75Cd Sync, 24VDC Red

EF-450EJ-24W Horn/Strobe, V1971, 30/75Cd Sync, 24VDC White

EF-450EM-D24R Horn/Strobe, V1971, 75Cd Sync, 24VDC Red

EF-450EM-D24W Horn/Strobe, V1971, 75Cd Sync, 24VDC White

EF-450EW-24R Horn/Strobe, V1971, 110Cd Sync, 24VDC Red

EF-450EW-24W Horn/Strobe, V1971, 110Cd Sync, 24VDC White

EF-450-NBR 4” square electrical Box RedEF-450-WPBR 3 5/8” flush mounting boxEF-450-WPBR-D Weatherproof Backbox

Surface mountEF-450EWPKIT Weatherproof Backbox

Surface mount DeepEF-450-TPSF Trim PlateEF-450-FGR Flush Mount Grill Cross

HatchEF-450-CCR Adapter mounting plateEF-450-PRR Single ProjectorEF-450-PR2R Double ProjectorEF-VSYNC-M Master Sync Module

-


EF-SSPKC SeriesSpeaker Speaker/Strobes

Evax SSPKC Series Speakers Speaker/Strobe

Features: · Tamperproof Selectable Candela Selections

of 15, 30, 75, 95 and 115· Unit Dimensions: 6.1” Square x 2.47” Deep· Ceiling Mounting to a Standard 4” Square x 2-

1/8” Deep Backbox with 1.5” Extension Ring· High dBA Output· Frequency Range 400-4000 Hz· Screw Terminals, Separate In/Out· Wiring (12-18 Gauge)· Field Selectable Power Taps: 1/8W, 1/4W,

1/2W, 1W, 2W, 4W· Speaker Voltage 25 or 70.7 VRMs Standard,

Field Selectable· To Synchronize Use the Evax

Synchronization Control Module· Tamperproof Grill· Faceplate Available in Red or Off-White· UL 464/UL 1971 Listed for Fire· Protective Service/Signal for Hearing

Impaired· Models 75 and 110 Candela Meet or Exceed

Requirements of the ADA and NFPA 72· Xenon Strobe Maintains Constant Flash Rate

(1 Hz) Regardless of Input Voltage

Description:

The Evax SSPKC Series are ceiling mount, selectable candela speakers and speaker/strobes designed to meet code requirements for audio, visual and voice communications.

The SSPKC Series are quality speaker products that offer you both dependable evacuation signaling and visual alarms, or a combination of both. The tamperproof candela selections are 15, 30, 75, 95 and 115.

The SSPKC Series provides you a 25 or 70.7 VRMs speaker with field selectable power taps of 1/8W, 1/4W, 1/2W, 1W, 2W or 4W.Strobes can be synchronized by using the Evax Synchronization Control Module.The SSPKC Series grills are constructed of high impact textured plastic. The SSPKC is warranted for 3 years from the date of purchase. The SPPKC

Series mounts to any standard deep electrical box with an extension ring.The SSPKC devices are UL 464 and UL 1971 listed for use with fire protective signaling systems.

BS & A/MEA -• CSFM - 7320-0569:116• UL 1971, UL 1638, UL 1480 and UL 464 Listed

Americans with Disabilities Act (ADA)• NFPA 72

Speaker dBA @ 10 ft.

Input Watts UL Typical dBA

1/8 76

1/4 79

1/2 85

1 85

2 87

4 90


EF-SSPKC 03.06

Architect & Engineering Specifications:

The fire alarm speaker shall be Evax SSPKC or equivalent. The speaker shall be capable of producing alarm tones or voice on all 25 or 70.7 VRMs audio systems. The speaker shall provide incremental tap settings of 1/8, 1/4, 1/2, 1, 2 or 4 watts. Minimum dBA ratings at 1/4 watt shall be 80 and at 4 watts 90dBA. Tap settings shall be adjustable with field selectable jumper pins. The speaker shall also have an optional visual signal capability.The visual signal shall have a 1Hz or up to 2 Hz flash rate regardless of input voltage. All field wiring connections shall be made via separate in-out terminal connections and the speaker or speaker strobe shall be UL, CSFM, BS&A and BFP-listed and comply with all local, state and federal fire alarm codes/standards.

How to Order:

EF-GX-SSPKCR 4” Ceiling mount Speaker - Red face plate

EF-GX-SSPKCW 4” Ceiling mount Speaker - White face plate

EF-GX-SSPK24CR 4” Ceiling Mount multi-candela Speaker Strobe Red

EF-GX-SSPK24CW 4” Ceiling Mount multi-candela Speaker Strobe White

EF-GX-AVS44 Synchronization Module

Wattage Taps Speaker Mounting

Wiring Diagram:

+-

+-

+ -STROBE

(OPTIONAL)

+ -SPEAKER

EOLR

EOLR

TO NEXTAPPLIANCE

TO NEXTAPPLIANCE

FROM LASTAPPLIANCE

FROM LASTAPPLIANCE

SPEAKER25 OR 70VSOURCE

STROBE24V POWER

SOURCE

NOTE: DO NOT USELOOPED WIRE UNDERTERMINALS. BREAKWIRE RUN TO PROVIDESUPERVISION OFCONNECTION.

*MAX. WIRE DISTANCE (IN FEET) =

*CAUTION: APPLIES ONLY TO REGULATED SUPPLIES

NOTE: POWER IS SUPPLIED TO DEVICES WHEN CONTROL PANEL IS LATCHED

X WIRE CONDUCTIVITYPANEL VOLTAGE - DEVICE MINIMUM VOLTAGETOTAL CURRENT DRAW

WIRE CONDUCTIVITY18 AWG 6016 AWG 9514 AWG 15312 AWG 244

Candela 15cd 30cd 75cd 95cd 115cd

24 VDC 72mA 88mA 176mA 200mA 214mA

UL Max 120mA 130mA 272mA 318mA 360mA

SSPK WALL MOUNT STROBE CURRENT RATINGS

LINEVOLTS

25 70

1/8

1/8

1/4

1/4

1/2

1/2

1

1

2

2

4

4


EF-SPL SeriesSpeaker, Speaker/StrobesSTANDARD FEATURES:

· Mounts to standard 4" back box with no extension ring.

· Models for 25Vrms or 70Vrms signal lines.· Taps @ 1/4, 1/2, 1, 2 watts.· Tap setting selected by movable tap clip.· Wide frequency response, 400 - 4000Hz.· Supervisory capacitor.· Screw terminals for field wiring connections.· Wire strain reliefs provided for in/out wiring.· Round or square vinyl clad metal plate grill,

red or white.· Vandal-resistant re-entrant housing, red or

white.· OPTIONAL FEATURES

o V1971 sync/non-sync strobe lights available in 15/75,

o 30/75, 75, and 110 candela models. ADA compliant.

o Trim plates and flush box for Re-entrant model.

o Auxiliary terminal.o Surface mount box available for

square plate models.

DESCRIPTION

The Model SPL Low Profile Series speakers are designed to reproduce electronically generated warning tones and full range voice communication. The speakers are designed for 25 and 70 volt UL Listed audio systems. Unlike conventional fire alarm speakers, Model SPL LowProfile speakers can be mounted in a standard depth, 4" square back box with no extension ring. Wattage can be adjusted to 1/4, 1/2, 1, and 2 watts by simply moving a clip to the desired tap setting. The SPL speaker is designed for connection to system supervised alarm notification circuits. An optional auxiliary terminal is available. CPG Model V1971synchronized strobe lights are available as an option when visual signaling is required. Strobes can be synchronized using Model VSYNC sync module

APPLICATION

The SPL series Low Profile Series speakers produce ab broad frequency range which provides both the low and hi-fidelity response required for effective tone and voice alarm notification. Available mounting options include 7- 3/16" diameter round or 5-3/4" square vinyl clad metal plate grills and also a patented, folded 4-1/2" square re-entrant housing which are available in red or white. Re-entrant models may be flush mounted using CPG FBL backbox or surface mounted on a standard four inch backbox. Plated models require a standard four inch backbox for mounting. For complete mounting information see instructions.

Evax SPl Series Speakers Speaker/Strobe

1-1/4”

1/2”

Unique low-profile backplane allows Model SPL Speaker tomount to standard 4” square backbox with no extension ring.


EF-SPL 04.06

SPECIFICATIONS

Alarm notification appliances shall be speakers capable of reproducing alarm tones or voice on all 25Vrms or 70Vrms audio systems. Speakers shall provide incremental tap settings of 1/4, 1/2, 1, and 2 watts. Tap settings shall be adjustable by the use of a movable tap clip. The speaker shall be capable of being mounted to a standard 4 inch square back box with no extension ring. Wire strain reliefs shall be provided for in/out wiring. The speaker shall produce a UL Sound Pressure Level at 10 feet up to 86dB(A) at a 2 watt tap. The speaker shall be UL Listed for fire alarm signaling use. Alarm notification appliances shall be Evax PowerTone Model SPL

HOW TO ORDER:

LOW PROFILE SPEAKERSEF-SPLF-25RHR 25V, Re-entrant Housing, RedEF-SPLF-70RHR 70V, Re-entrant Housing, RedEF-SPLF-25RHW 25V, Re-entrant Housing, WhiteEF-SPLF-70RHW 70V, Re-entrant Housing, WhiteEF-SPLF-25PRW 25V, Plate Round, WhiteEF-SPLF-70PRW 70V, Plate Round, WhiteEF-SPLF-25PRR 25V, Plate Round, RedEF-SPLF-70PRR 70V, Plate Round, RedEF-SPLF-25PSR 25V, Plate Square, RedEF-SPLF-70PSR 70V, Plate Square, RedEF-SPLF-25PSW 25V, Plate Square, WhiteEF-SPLF-70PSW 70V, Plate Square, White

LOW PROFILE SPEAKER/STROBES UL 1971 Listed Strobes - 15/75 Candela, 1Hz (D)EF-SPLFD25RHR 25V, Re-entrant housing, 15/75Cd Sync, 1Hz, RedEF-SPLFD70RHR 70V, Re-entrant housing, 15/75Cd Sync, 1Hz, RedEF-SPLFD25RHW 25V, Re-entrant housing, 15/75Cd Sync, 1Hz, WhiteEF-SPLFD70RHW 70V, Re-entrant housing, 15/75Cd Sync, 1Hz, WhiteEF-SPLFD25PRW 25V, Plate Round, 15/75Cd Sync, 1Hz, WhiteEF-SPLFD70PRW 70V, Plate Round, 15/75Cd Sync, 1Hz, WhiteEF-SPLFD25PRR 25V, Plate Round, 15/75Cd Sync, 1Hz, RedEF-SPLFD70PRR 70V, Plate Round, 15/75Cd Sync, 1Hz, RedEF-SPLFD25PSR 25V, Plate Square, 15/75Cd Sync, 1Hz, RedEF-SPLFD70PSR 70V, Plate Square, 15/75Cd Sync, 1Hz, RedEF-SPLFD25PSW 25V, Plate Square, 15/75Cd Sync, 1Hz, WhiteEF-SPLFD70PSW 70V, Plate Square, 15/75Cd Sync, 1Hz, White

UL 1971 Listed Strobes - 30/75 Candela, 1Hz (J)EF-SPLFJ25RHR 25V, Re-entrant housing, 30/75Cd Sync, 1Hz, RedEF-SPLFJ70RHR 70V, Re-entrant housing, 30/75Cd Sync, 1Hz, RedEF-EF-SPLFJ25RHW 25V, Re-entrant housing, 30/75Cd Sync, 1Hz, WhiteEF-SPLFJ70RHW 70V, Re-entrant housing, 30/75Cd Sync, 1Hz, WhiteEF-SPLFJ25PRW 25V, Plate Round, 30/75Cd Sync, 1Hz, WhiteEF-SPLFJ70PRW 70V, Plate Round, 30/75Cd Sync, 1Hz, WhiteEEF-SPLFJ25PRR 25V, Plate Round, 30/75Cd Sync, 1Hz, RedEF-SPLFJ70PRR 70V, Plate Round, 30/75Cd Sync, 1Hz, RedEF-SPLFJ25PSR 25V, Plate Square, 30/75Cd Sync, 1Hz, RedEF-SPLFJ70PSR 70V, Plate Square, 30/75Cd Sync, 1Hz, RedEF-SPLFJ25PSW 25V, Plate Square, 30/75Cd Sync, 1Hz, WhiteEF-SPLFJ70PSW 70V, Plate Square, 30/75Cd Sync, 1Hz, White

LOW PROFILE SPEAKER/STROBES UL 1971 Listed Strobes - 75 Candela, 1Hz (M)EF-SPLFM25RHR 25V, Re-entrant housing, 75Cd Sync, 1Hz, RedEF-SPLFM70RHR 70V, Re-entrant housing, 75Cd Sync, 1Hz, RedEF-SPLFM25RHW 25V, Re-entrant housing, 75Cd Sync, 1Hz, WhiteEF-SPLFM70RHW 70V, Re-entrant housing, 75Cd Sync, 1Hz, WhiteEF-SPLFM25PRW 25V, Plate Round, 75Cd Sync, 1Hz, WhiteEF-SPLFM70PRW 70V, Plate Round, 75Cd Sync, 1Hz, WhiteEF-SPLFM25PRR 25V, Plat e Round, 75Cd Sync, 1Hz, RedEF-SPLFM70PRR 70V, Plat e Round, 75Cd Sync, 1Hz, RedEF-SPLFM25PSR 25V, Plate Square, 75Cd Sync, 1Hz, RedEF-SPLFM70PSR 70V, Plate Square, 75Cd Sync, 1Hz, RedEF-SPLFM25PSW 25V, Plate Square, 75Cd Sync, 1Hz, WhiteEF-SPLFM70PSW 70V, Plate Square, 75Cd Sync, 1Hz, White

UL 1971 Listed Strobes - 110 Candela, 1Hz (W)EF-SPLFW25RHR 25V, Re-entrant housing, 110Cd Sync, 1Hz, RedEF-SPLFW70RHR 70V, Re-entrant housing, 110Cd Sync, 1Hz, RedEF-SPLFW25RHW 25V, Re-entrant housing, 110Cd Sync, 1Hz, WhiteEF-SPLFW70RHW 70V, Re-entrant housing, 110Cd Sync, 1Hz, WhiteEF-SPLFW25PRW 25V, Plate Round, 110Cd Sync, 1Hz, WhiteEF-SPLFW70PRW 70V, Plate Round, 110Cd Sync, 1Hz, WhiteEF-SPLFW25PRR 25V, Plate Round, 110Cd Sync, 1Hz, RedEF-SPLFW70PRR 70V, Plate Round, 110Cd Sync, 1Hz, RedEF-SPLFW25PSR 25V, Plate Square, 110Cd Sync, 1Hz, RedEF-SPLFW70PSR 70V, Plate Square, 110Cd Sync, 1Hz, RedEF-SPLFW25PSW 25V, Plate Square, 110Cd Sync, 1Hz, WhiteEF-SPLFW70PSW 70V, Plate Square, 110Cd Sync, 1Hz, White

Mounting AccessoriesEF-NBR Standard 4" Square, 1-1/2"D, Back Box, RedEF-NBLR Deep 4" Square, 2-1/4"D, Back Box, RedEF-SSBR Surface Mount Box for Square Plate Speaker, RedEF-FBL Wall Box for Flush Mntg Re-entrant Spkr., 3-5/8"DeepEF-FGR Flush Mount Grill, Cross Hatch, for Re-entrant SpeakerEF-TPSF Trimplate, Semi-flush or Flush Mntg Re-entrant Speaker

Strobe Sync ModuleVSYNC-M Master Sync Module, 2 Class "B" Ckt, 1 Class "A", 3A

Low Profile Speakers.(OPTIONAL) When visual signaling is required, speaker shall allow for a surface mounted strobe. The strobe light shall operate at24VDCusing filtered or FWRDC power and shall comply with the UL 1971 Standard for Signaling Devices for the Hearing Impaired and ADA. The strobe lights shall be UL Rated for a light intensity output of 15/75, 30/75, 75, or 110 candela with a 1Hz flash rate. The strobe lights shall be synchronized when used with VSYNC synchronization module. Visual signal strobe shall allow for FIRE marking in the vertical position for wall orientation.Speakers and optional strobes shall be UL Listed for fire alarm signaling use. Speaker/strobes shall be Evax ModelSPL Low Profile Series with Model V1971 strobe lights

Plate (No Strobe)Plate/Strobe, “D” typePlate/Strobe, “J” typePlate/Strobe, “M” typePlate/Strobe, “W” type

7878787878

8080808080

8383838383

8686868686

92.692.692.692.692.6

95.695.695.695.695.6

98.698.698.698.698.6

101.6101.6101.6101.6101.6

n/a16-33VDC16-33VDC16-33VDC16-33VDC

n/a0.072A0.090A0.160A0.193A

n/a15/7530/75

75110

n/a1Hz1Hz1Hz1Hz

Re-entrant (No Strobe)Re-entrant/Strobe, “D” typeRe-entrant/Strobe, “J” typeRe-entrant/Strobe, “M” typeRe-entrant/Strobe, “W” type

7878787878

8080808080

8383838383

8686868686

92.692.692.692.692.6

95.695.695.695.695.6

98.698.698.698.698.6

101.6101.6101.6101.6101.6

n/a16-33VDC16-33VDC16-33VDC16-33VDC

n/a0.072A0.090A0.160A0.193A

n/a15/7530/75

75110

n/a1Hz1Hz1Hz1Hz

Model SPL Low Profile Speaker Specifications

Speaker Type Strobe SpecificationsUL dB(A)Sound Pressure Level

dB(A)Sound Power (actual)

Wattage Tap 1/4 W 1/4 W1/2 W 1/2 W1 W 1 W2 W 2 WInput

VoltageCurrent

@ 24VDCUL RatedCandela

FlashRate1


EF-MS SeriesPowerTone®

Mini-Speakers & Mini-Speaker/Strobes(w/ Sync / Non-Sync Strobes) Model MSHP/MSLP

Evax MS mini Series Speakers Speaker/Strobe

FEATURES

· Operate on 25Vrms signal lines @ 3/4 & 1 watt.· Wide frequency response, 800 - 4000Hz.· Supervisory capacitor.· Attractive, low profile faceplate, red or white.· Convenient single gang box mounting with all

models.· Screw terminals for easy in-out wiring.· Two color keyed mounting screws provided.· Ideal for single room applications.· OPTIONAL FEATURESo Double gang plate model can mount to a single

gang, double gang or 4" square electrical box.o V1971 sync/non-sync strobe lights

available in 15/75,o 30/75, 75, and 110 candela models.

ADA compliant.

DESCRIPTION

The PowerTone Model MSHP (High Power) and MSLP (Low Power) Mini-Speakers are designed to reproduce electronically generated warning tones as well as full range voice communication. The Mini-Speakers are designed for 25Vrms UL Listed fire alarm systems and have a wide frequency response. The mini-speakers have a supervisory capacitor for connection to supervised alarm notification circuits. PowerTone Mini-Speakers operate at 1 watt (MSHP) and 3/4 watt (MSLP). Speaker faceplates are available with a red or white finish. CPG Model V1971 synchronized strobe lights are available as an option when visual signaling is required. Strobes can be synchronized using Model VSYNC sync module.

APPLICATION

The PowerTone Mini-Speakers produce a broad frequency range which provides both the low and high fidelity response required for effective tone and voice alarm notification.PowerTone Mini-Speakers are available in red or white. Single gang plate models mount to a single gang electrical box, or may mount to a standard 4" square electrical box with a single gang raised plaster extension ring. Double gang plate (strobe) models can be mounted to a single gang, double gang, or 4" square electrical box. The compact design and range of mounting configurations permit the mini-speakers to fit many applications.

PowerTone Mini-Speakers carries the following listings/ approvals:Agency Reference NumberUnderwriter's Laboratories S6476California State Fire Marshal 7320-1517:108

Wiring:


+-

+-

+ -STROBE

(OPTIONAL)

+ -SPEAKER

EOLR

EOLR

TO NEXTAPPLIANCE

TO NEXTAPPLIANCE

FROM LASTAPPLIANCE

FROM LASTAPPLIANCE

SPEAKER25 OR 70VSOURCE

STROBE24V POWER

SOURCE


EF-MS mini 03.06

SPECIFICATIONS:

Alarm notification appliances shall be fire alarm mini-speakers capable of producing alarm tones or voice generated from all 25Vrms audio systems. The speakers shall have wattage ratings of 3/4 or 1 watt with a supervisory capacitor for connection to supervised audio alarm notification circuits. An optional strobe light shall be capable of being mounted to the front of the device. The speakers and speaker/strobes shall flush mount to either a single gang, double gang, or standard 4" square electrical box. The speakers shall have screw terminals for connection to field wiring. The speaker shall be housed in a textured, high impact, flame resistant housing with a red or white finish. The mini-speakers shall produce a UL Sound Pressure Level at 10 feet up to 81dB(A)@1W, 75dB(A)@ 3/4W. The mini-speakers shall be UL Listed for indoor fire alarm signaling use. Alarm notification appliances shall be Commercial Products Group Model MSHP or Model MSLP Mini-Speakers.(OPTIONAL) The strobe lights shall be mounted to the front surface of the speakers. The strobe lights shall use a xenon flashtube with solid state circuitry. The strobe lights shall comply with UL 1971 Standard for Signaling Devices for the Hearing Impaired and ADA. The strobe lights shall be UL Rated for a light intensity output of 15/75, 30/75, 75, and 110 candela with a 1Hz flash rate. The strobe lights shall be synchronized when used with VSYNC synchronization module. The strobe lights shall have red FIRE lettering. The strobe lights may be operated independently or simultaneously with the speakers. Mini-speaker/strobes shall be Evax Model EF-MSHP/MSLP with Model V1971 strobe lights

HOW TO ORDER:

UL 1971 Mini-SpeakerEF-MSHP-25SGR Mini-Speaker, Single Gang, 25V, 1 Watt, RedEF-MSHP-25SGW Mini-Speaker, Single Gang, 25V, 1 Watt, WhiteEF-MSHP-25DGR Mini-Speaker, Double Gang, 25V, 1 Watt, RedEF-MSHP-25DGW Mini-Speaker, Double Gang, 25V, 1 Watt, White

UL 1971 Mini-Speaker/Strobes (Sync/Non-Sync)EF-MSHPD25DGR Mini-Spkr/Strobe, 25V, 1 Watt, 15/75 Cd, RedEF-MSHPD25DGW Mini-Spkr/Strobe, 25V, 1 Watt, 15/75 Cd, WhiteEF-MSHPJ25DGR Mini-Spkr/Strobe, 25V, 1 Watt, 30/75Cd, RedEF-MSHPJ25DGW Mini-Spkr/Strobe, 25V, 1 Watt, 30/75Cd, WhiteEF-MSHPM25DGR Mini-Spkr/Strobe, 25V, 1 Watt, 75 Cd, RedEF-MSHPM25DGW Mini-Spkr/Strobe, 25V, 1 Watt, 75 Cd, WhiteEF-MSHPW25DGR Mini-Spkr/Strobe, 25V, 1 Watt, 110 Cd, RedEF-MSHPW25DGW Mini-Spkr/Strobe, 25V, 1 Watt, 110 Cd, WhiteEF-MSLP-25SGR Mini-Speaker, Single Gang, 25V, 3/4 Watt, RedEF-MSLP-25SGW Mini-Speker, Single Gang, 25V, 3/4 Watt, WhiteEF-MSLP-25DGR Mini-Speaker, Double Gang, 25V, 3/4 Watt, RedEF-MSLP-25DGW Mini-Spker, Double Gang, 25V, 3/4 Watt, White

UL 1971 Mini-Speaker/Strobes (Sync/Non-Sync)EF-MSLPD25DGR Mini-Spkr/Strobe, 25V, 3/4 Watt, 15/75 Cd, RedEF-MSLPD25DGW Mini-Spkr/Stb, 25V, 3/4 Watt, 15/75 Cd, WhiteEF-MSLPJ25DGR Mini-Spkr/Strobe, 25V, 3/4 Watt, 30/75 Cd, RedEF-MSLPJ25DGW Mini-Spkr/Strbe, 25V, 3/4 Watt, 30/75 Cd, WhiteEF-MSLPM25DGR Mini-Spkr/Strobe, 25V, 3/4 Watt, 75 Cd, RedEF-MSLPM25DGW Mini-Spkr/Strobe, 25V, 3/4 Watt, 75 Cd, WhiteEF-MSLPW25DGR Mini-Spkr/Strobe, 25V, 3/4 Watt, 110 Cd, RedEF-MSLPW25DGW Mini-Spkr/Strobe, 25V, 3/4 Watt, 110 Cd, White

Strobe Sync ModuleEF-VSYNC-M Sync Mod, 2 Class "B" Ckt, 1 Class “A", 3A


EF-MBADC Motor BellFEATURES:

· UL Listed for Fire Protective Service· 6, 8, & 10” models· Indoor / Outdoor Motor Driven design· Polarized w/wide voltage range· Terminal connections· 18 to 12 AWG terminals· High dB output· Standard Electrical box mounting· RFI & EMI noise suppression· Red in color

DESCRIPTION:

The MBA Series of Motor Bells utilize a specially designed gong that gives out a loud mechanical resonant tone. The MBA bells utilize a high performance and efficient design. The terminals accommodate an 18 to 12 AWG wire for easy connection and installation. These MBA bells are available in 6”, 8” or 10” models are finished in red for an enhanced appearance and designed for durability.

APPLICATION:

The MBA Series of bells are recommended for either indoor or outdoor applications. Some applications for MBA series of bells are: schools, corridors, apartments, office buildings, hotels, and any other facility requiring effective distinctive warning signals that are required and approved by Federal, State or Local Authority having Jurisdiction.

How to Order:

EF-MBA-6 6” DC Motor Driiven Diven Bell



ENGINEERING SPECIFICATIONS:

The alarm indicating appliance shall be an Evax Model MBA Series. These bells shall be listed for both indoor and outdoor applications under UL Standard and shall be approved for fire protective service. The typical dB output shall be 87 to 91 dB. The signaling appliance shall be designed to produce an indoor dB rating of 86 to 95 dB with continuously applied minimum voltage. All signaling devices shall be capable of mounting to standard 4” square (1900) electrical boxes measuring approximately 4” x 4” x 1 ½”.

10”

8”

6”


EF-MBA-Bell 03.06

ModelNumber

ModelNumber

GongSize

GongSize

RatedVoltage(VDC)

RatedCurrent(Amps)

OperatingRange(VDC)

UL Rating(dBA)

IndoorMeasurement

(dBA)

OperatingTemperature

Range

MBA-6-24

MBA-6-24

6”

6” 7.0 8.0 77 81 83 85 8587 8912.1 12.4 13.5 24.2

24 0.012 16 - 33 87 86 - 89

MBA-8-24

MBA-8-24

8”

8” 13.0 15.6 76 80 83 85 8687 9025.0 30.6 40.0 43.9

24 0.012 16 - 33 87 90 - 93

MBA-10-24

MBA-10-24

10”

10” 11.0 13.6 79 83 84 85 8791 9123.0 26.8 34.0 46.0

24 0.012 16 - 33 91 92 - 94

32 F - 120 F(0 C - 49 C)

o

o

o

o

DC mA. FWR mA. dB dBdB dB dBdB dB

Typical

DC mA. FWR mA.DCmA.

FWRmA.

TypicalTypical ULULUL ULC

33VDC24VDC

Rated Current / Sound Output16VDC

ControlPanel

To next Device orEnd-Of Line-Resistor

+ -+ -

Wiring:

WARNING:Conductor Size (AWG), Length and capacity should be taken into considerationprior to design and installation of these products, particularly in retrofitinstallations.


EF-RARemote Annunciator

Accessories

FEATURES:

· Single gang electrical box mounting· Remote Red LED alarm indication· Remote Red LED alarm indication with

test switch· Remote Red LED alarm indication with

Keyed test switch· Compatible with Evax Addressable Duct

Smoke Detectors and Evax Addressable Fire Alarm Panels

DESCRIPTION

Evax Addressable Duct Smoke Detector Accessories are designed to provide remote visual and remote testing of the EFX-DD series of Addressable Duct detectors. The devices are attractive yet durable brushed stainless steel mounting to single gang electrical boxes.

INSTALLATION

Wiring is dependant upon the features selected; for remote LED indication a single pair (2) of wires between the Addressable Duct Detector and the remote indicator, for installations where a remote test is required two (2) pairs of wiring are necessary, and any system where an alarm, remote pilot and test options are required six (6) wires are needed between the remote test unit and the addressable duct detector.

MECHANICAL CONSTRUCTION

Single gang (4 ½” x 2 ¾” 114.3 mm x 69.85 mm) stainless steel plate, 6” / 22 AWG pigtail wires on test switches, 6” / 22 AWG pigtail wires on LED's.

ELECTRICAL

Alarm LED 15 mA at 24VDCPilot LED 15 mA at 24VDC

Sampling Tubes:

Sampling tubes are required on the supply and return side of each duct detector with the sampling feed tube opening facing the air flow.

Replacement Sensors:

Addressable Duct detectors require specific replacement heads. Please replace accordinglyConventional Duct detectors also require appropriate replacement detectors electrically compatible with housings and the Fire Alarm Control Panel

Remote Annunciator test device placement should be carefully considered when specified or used. Place units in a convenient location for testing and annunciation while consideration given to possible false alarm conditions .

ALARM

TEST / RESET

ALARM

PILOT

TEST / RESET

ALARM

Pending

ISO9001



How to Order:EFC-DD-2000-P

SL-D2W-P Conventional Photoelectric Duct Detector

EFC-DD-2000-I SL-D2W-I Conventional Ionization Duct Detector

EFC-S65-PH55000-325 Replacement Photoelectric Headonly

EFC-S65-IH55000-225 Replacement Ionization Head only

EF-DD-WP2000Weatherproof enclosure

EFX-DD-P SL-DAA-P Addressable Photoelectric Duct DetectorEFX-DD-I SL-DAA-N Addressable Ionization Duct Detector

EFX-DD-PR SL-DA4R-P Addressable Photoelectric Duct Detector with on board control relay (4 wire)

EFX-DD-IR SL-DA4R-NAddressable Ionization Duct Detector with on board control relay (4 wire)

EFX-PH 55000-650 Addressable replacement Duct Photo HeadEFX-IH 55000-550 Addressable replacement Duct Ion Head






The contractor shall furnish and install where indicated on the plans Addressable Duct type detectors. The detectors mechanical installation shall be accomplished without the removal of any electronics or protective housing. The addressing shall be contained in the detector base, electronic addressing shall not be permitted. The housing shall accept either Ionization or Photoelectric devices and be interchangeable. Where indicated on plans Duct type smoke detectors shall have dual internal Form “C” (NO, C, NC) alarm contacts capable of 10 Amps at 24 VDC resistive. Units shall have the option of either remote alarm annunciation and or test capable and shall mount to a single gang electrical box. The Remote Annunciator shall be EF-DD-RA, EF-DD-RAT or EF-DD-RAK for LED, LED and switch testing or LED key switch testing accordingly. The Detectors shall be EFX-DD-I, EFC-DD-I or EFX-DD-IR, EFC-DD-IR for Ionization or EFX-DD-P, EFC-DD-P or EFX-DD-PR OR EFC-DD-IP for Photoelectric device sensing. Detectors shall be compatible with Evax Fire Alarm Control Panels.

EF-RA 04.06

EFX-DD-RA remote LED wiringEFC-DD-RA remote LED wiring

EFX-DD-PH, EFX-DD-IP WIRINGEFC-DD-PH, EFC-DD-IH WIRING

6

3

6

5

4

4

BLACK

BLACK

BLACK

BLACK

RED

RED

Negative

Negative

Red“Alarm”

LED

Red“Alarm”

LED

Key orPush Button

“Test Alarm Relay”Switch

Positive

Positive


EF-DHElectromagnetic

Fire Door Holders


FEATURES:

· Very Low Current draw· Dual Voltage inputs· Terminal Block connections· High Holding force· Double Chrome plating· Mounting Hardware included· Easily mounted· Options:

o Double Brass platingo Extension rodso Misalignment rodso Surface mount Backboxo Time saving drill fixture

DESCRIPTION:Evax DH Series of electromagnetic fire door holders are constructed of durable die-cast metal finished in high-luster double chrome or brass plating.Other features include standard dual-voltage AC and DC inputs of 24 and 120 volts (standard), as well as 12 and 24 volts and at 24 and 220 volts models. While reducing stocking requirements, the 24 and 120 volts model draws only 0.020 mA at 24 VDC, lowering overall job costs. Other features include single or double-coil floor mounting, surface mounting and direct wall mounting. No brackets are required.The DH Series door holders offer installation using an adhesive template assuring alignment without secondary adjustments. Accessories include extension and misalignment rods (various lengths) for correct alignment between door and wall at distances greater than 12.0" (30.48 cm) and misalignment over 4.0" (10.16 cm).

The aircraft-quality DH drill fixture reduces installation time and provides a near-perfect alignment of catch-plate and armature. Basic units offer superior holding force and low residual magnetism.Models working at 12 and 24 volts and at 24 and 120 volts can operate at higher listed voltages, producing holding forces in excess of 100 pounds (45.3 kg) for special applications.

Evax electromagnetic DH Series door holders are designed to hold self-closing swinging doors open until energized by a remote sensing device responding to smoke, heat, or flames, alarm systems, or a switch. When de-energized, the door holder releases the door, enabling it to swing closed to check the spread of smoke, heat, or flames. The door holder can also be used in other remote door-closing applications as well.The units are recommended for automatic area protection against smoke, heat, or flames in schools, hospitals, nursing homes, offices, and other public buildings of all kinds. Evax DH Series of electromagnetic door holders are specially engineered for easy connection to detectors, sensors, alarm systems, and annunciators.

ELECTRICAL / MECHANICAL SPECIFICATIONS:

VOLTAGE DC/mA AC/mA Lb. KG.12v 0.040 0.038 30 13.624v 0.040 0.038 30 13.624v 0.020 0.019 40 18.112v ---- 0.020 35 15.824v 0.020 0.019 40 18.1220v ---- 0.015 25 11.324v 0.085 0.081 75 34.0120v ---- 0.100 110 49.8

To obtain performance values as above, apply High voltage to low voltage terminals (C & L)This configuration applies to 12 & 24v and 24 & 120v models. See installation sheets for more details



As indicated on the plans, Doors shall contain Electro Mechanical Door Holders. The Door Holders shall be constructed of durable die-cast metal finished in high luster chrome or brass (as indicated). The electro mechanical door holders shall include dual voltage AC or DC inputs of 12 & 24Volts, 24 & 120volts, and 24 and 220volts. Units shall draw low current and shall have available options for extensions and surface mount back boxes. Door holders shall offer superior holding force and low residual magnetism. Door Holders shall be Evax model EF-DH Series and be finished as indicated on plans.

EF-DH 12.05

HOW TO ORDER:Door Holders:EF-DH-FC1 Door holder, semi-flush, chrome.EF-DH-FB1 Door holder, semi-flush, brass.EF-DH-SC1 Door holder, surface mount, chrome.EF-DH-SB1 Door holder, surface mount, brass.EF-DH-GC1 Door holder, ground mount, single-door,

chrome.EF-DH-GB1 Door holder, ground mount, single-door,

brass.EF-DH-GC2 Door holder, ground mount, double-door,

chrome.EF-DH-GB2 Door holder, ground mount, double-door

brass.

Extensions:EF-DH-E1C 1" (2.54 cm) Extensions rod, chrome.EF-DH-E1B 1" (2.54 cm) Extension rod, brass.EF-DH-E15C 1" (2.54 cm) Extension rod, chrome.EF-DH-E15B 1" (2.54 cm) Extension rod, brass.EF-DH-E2C 2" (5.08 cm) Extension rod, chrome.EF-DH-E2B 2" (5.08 cm) Extension rod, brass.EF-DH-E3C 3" (7.62 cm) Extension rod, chrome.EF-DH-E3B 3" (7.62 cm) Extension rod, brass.EF-DH-E4AC 4" (10.16 cm) Adjustable extension rod,

chrome.EF-DH-E4AB 4" (10.16 cm) Adjustable extension rod,

brass.

Accessories:EF-DH-CP Catch plate, chrome.EF-DH-CPB Catch plate, brass.EF-DH-SBC Swivel base, chrome.EF-DH-SBB Swivel base, brass.EF-DH-BBC Back box, chrome.EF-DH-BBB Back box, brass.EF-DH-W Extension wrench. (2 pieces)EF-DH-DF Swivel base mounting drill fixture

1” 1-1/2” 2”

3”4”

25.4mm 38.1mm 50.8 mm

76.2 mm 101.6mm

70 mm

117.5 mm

60 mm

84 mm

44.5 mm

38 mm

2-3/4”

4-5/8”

2-3/8”

3-5/16”

1-3/4”

1-1/2”

DHE1 DHE1.5 DHE2

DHE3 DHE4A

ExtensionWrenches

Extension rodsDHBB (back box)

Extensions:Surface Mounting:


EF-STIStopper

Stopper II

FEATURES

· Cover is UV-stabilized against sun deterioration.

· Lifetime guarantee against breakage of polycarbonate cover in normal use

· Year warranty on electronic components

· 95 dB or 105 dB self-contained alarm. Complete with battery.

· STI-1100 is for flush mount pull stations (Surface - see STI-1130).

· UL Listed to U.S. and Canadian safety standards (for standard and custom labeling)

· FM Approved.

· Polycarbonate rated -40ºF to 120ºF ( -40ºC to 49ºC).

· Fits virtually all manual pull stations (see Technical Data Sheet for dimensions).

· Weatherproof models contain closed cell gaskets NEMA 3R Standards

DESCRIPTION

Stopper II consists of a clear, tamper proof, super tough polycarbonate shield and frame that fits over manual pull stations. When lifted to gain access to the actual alarm, it sounds a piercing self-contained 95 dB or 105 dB warning horn (at one foot). Immediate attention is drawn to the area and a prankster will either run or be caught. The cover is connected to the frame by a cable. When the cover is lifted, it drops off of the frame and a horn will sound (models with horn). Horn will sound until the cover is snapped back onto the frame or for the life of the battery

Protective Cover To Help Stop Malicious and Accidental False Fire Alarms

This unique and patented device has been helping stop false fire alarms around the world for more than 25 years, without restricting legitimate alarms. It offers excellent protection against physical damage (both accidental and intentional), dust and grime as well as severe environments inside and out. It is ideal for schools, colleges, hospitals, nursing homes, stores, hotels and public buildings of almost every kind where there is a threat of false fire alarms

TESTINGIt has been tested and approved or listed by:

· UL/c UL Listed No. S2466· For fire alarm applications, UL38 requires

outdoor listed stations for outdoor use· Factory Mutual No. OG6A2.AY (STI-1100

and STI-1130 only)· State of California (obtain local fire

marshal approval)· NEMA 3R Rated (only for Stopper II

models with back plate and gaskets)· New York City Board of Standards No.

947-81-SA (STI-1100 only)· ADA Compliant (UL Certified No. S2466)

Notes In California obtain local permission (from AHJ).

CSFM does not consider this pull station cover a fire alarm device. Therefore, it is not required to be listed by the CSFM. The lack of CSFM listing does not prohibit you from using the product within California. The use of these covers is subjected to the approval of the authority having jurisdiction (AHJ) for installations within their jurisdiction


How to Order:

Stopper II Models Indoor Use:

EF-STI-1100 With horn for flush mountEF-STI-1130 With horn and spacerEF-STI-1200 Without horn flush mountEF-STI-1230 Without horn with spacer

Weather Stopper (Indoor/Outdoor rated) with gaskets:

EF-STI-1150 Stopper II with horn flush mount (indoor/outdoor rated)

EF-STI-1155 Stopper II with horn and spacer (indoor/outdoor rated)

EF-STI-1250 Weather Stopper without horn flush mountEF-STI-3150 Weather Stopper without horn with spacer

Accessories:

EF-STI-3100 2” conduit spacer with 1/2” conduit entry (no gaskets included)

EF-STI-3104 2” conduit spacer with 3/4” conduit entry (includes one 3/4” conduit entry gasket)

EF-STI-1102 Replacement horn for cover with alarm

Engineering SpecificationAll Manual Fire Alarm Stations shall be protected from accidental use and or vandalism by the use of a Stopper II consisting of a clear, tamperproof, super tough polycarbonate shield and frame that fits over manual pull stations. When lifted to gain access to the actual alarm, where indicated on the plans, it sounds a piercing self-contained 95 dB or 105 dB warning horn (at one foot). Those areas not requiring an audible internal sounder shall contain the same protective cover without the internal horn. The cover shall connect to the frame by a cable. When the cover is lifted, it drops off of the frame and a horn will sound (models with horn). Horn shall sound only until the cover is snapped back onto the frame or for the life of the battery. The Protective Cover shall be an Evax EF-STI-1100 or EF-STI-1200.

EF-STI-Stopper 12.05

MODELS WITH HORN (STI-1100 Series)

SIDE VIEW

COVER

HORN HOUSING5.5”(140mm)

3.2”(81mm)6.2”(158mm)

2”(51mm)8.5”(216mm)SPACER

MODELS WITHOUT HORN (STI-1200 and STI-3150 Series)

SIDE VIEW

COVER 6.5”(165mm)

3.2”(81mm)

2”(51mm)

7.0”(178mm)

8.5”(216mm)SPACER

ALL MODELS END VIEW

5.5”(140mm) .75”(19mm)

1.625”(41mm)

2.375”(60mm)

2.75”(70mm)3.2”(81mm)

5”(127mm)

4”(102mm)

3”(76mm)

5.5”(140mm)STI-3100 Spacer

ADDS 2” DEPTH (51mm)FOR SURFACE MOUNTED

PULL STATIONS


EF-STI-SensorArea SensorWire Guards

FEATURES:

· Octagon shape of 9-gauge coated steel wire makes them extremely difficult to break.

· Models to fit virtually all smoke detectors available today.

· Steel Web Stoppers have corrosion resistant polyester coating (stainless steel models have no coating).

· UL Listed to U.S. safety standards (S3504) for any UL Listed detector, does not require any sensitivity adjustment (see reverse for details).

· UL Listing for STI-9713 (S3504) with detectors listed on reverse.

· Tamper resistant hardware is available.· CSFM (7300-1416:100) Approved (9600

Series only).· Lifetime guarantee against breakage in

normal use.· Stainless steel versions available for flush

mount or surface mount.· Fast and easy installation.· Simple removal for servicing detector.· May be spray painted once prior to installation

to match decor.

UL Listed Protectors for Areas Where Abuse to Smoke Detectors is Severe“Web Stopper” borrowed from nature's master builder, the spider, to create a web of protection from vandalism and accidental damage with these UL Listed wire guards. They are constructed of 9-gauge steel wire with corrosion resistant polyester coating or 9-gauge stainless steel wire. Together, they cover virtually every smoke detector model available today.

Backed by a lifetime guaranteeAs all STI protective covers, these Steel Web Stoppers are backed by a lifetime guarantee against breakage in normal use. Installation and servicing are easy with models for both flush and surface mounting.Highly recommended for areas where abuse to smoke detectors is severe.

INSTALLATION:1. Center the wire guard over existing smoke detector.2. Mark and drill (4) mounting holes (see pictorial for size). Insert anchor into ceiling. NOTE: If lagshields and lag bolts are used, make sure anchor is flush with surface. Position guard, insert lagbolts and tighten. Length of bolt should be selected to assure full thread engagement in anchor.3. STI-8170 BACKPLATE - STI recommends the use of this plate on all unstable mounting surfaces.4. Insert screws through clamps and backplate (if used) and screw into anchors; but do not tighten.5. Position guard over detector, slide clamps onto top wire of guard and tighten screws.

It has been tested and/or listed by:STI-9601 - STI-9610 Series UL ListingUnderwriter Laboratories No. S3504 for any UL Listed detector, does not require any sensitivity adjustment California State Fire Marshal No. 7300-1416:100 MEA approved #49-00-E

STI-9713 UL Listing

Underwriter Laboratories No. S3504 for specific detectors

SERVICE:

1. Periodic cleaning of the smoke detector is required so dust and other matter do not accumulate.

2. To service the smoke sensor unit, loosen but do not remove the (4) screws, rotate clamps, and carefullyremove wire guard.

Evax EF-STI-9604



As indicated on the plans, Evax area sensors shall have a protective wire cage. The cage shall be constructed of 9 gage steel and be coated with a tough, corrosion resistant polyester shell. The cage shall be capable of being painted prior to installation. The wire cage covers shall be capable for use with flush or surface mounted sensors. The Wire cage shall not inhibit the operation of the sensor in any fashion. The sensor Guards shall be Evax Fire EF-STI-9604.

EF-STI-Sensor 12.05

HOW TO ORDER:

EF-STI-9601 Steel Web Stopper, Low Profile Flush MountEF-STI-9601-SS Steel Web Stopper, Low Profile - FlushMount - Stainless SteelEF-STI-9602 Steel Web Stopper, Low Profile Surface MountEF-STI-9604 Steel Web Stopper for Mini Smoke Detectors - Flush MountEF-STI-9604-SS Steel Web Stopper for Mini Smoke Detectors - Flush Mount - Stainless SteelEF-STI-9605 Steel Web Stopper for Mini Smoke Detectors - Surface MountEF-STI-9605-SS Steel Web Stopper for Mini Smoke Detectors - Surface Mount - Stainless SteelEF-STI-9609 Steel Web Stopper, High Profile Flush MountEF-STI-9609-SS Steel Web Stopper, High Profile Flush Mount - Stainless SteelEF-STI-9610 Steel Web Stopper, High Profile Surface MountEF-STI-9713Steel Web Stopper for Photoelectric Smoke DetectorEF-STI-8170 Polycarbonate mounting back plate for flush and surface mount models. Recommended for irregular and unstable mounting surfaces such as drop ceilings and beams

INTERNAL DIMENSIONS

8.25 in. (210mm)7 in. (178mm)

8.25 in. (210mm)

6.87 in. (174mm)

7.125 in. (181mm)8.25 in. (210mm)

8.25 in. (210mm)

5 in. (127mm)

5.75 in. (146mm)

2.75 in. (70mm)

3.25 in. (83mm)

4.6 in. (117mm)

4.25 in. (108mm)4.5 in. (114mm)

6 in. (152mm)

1.5 in. (38mm)

1.5 in. (38mm)

2.5 in. (63mm)

1.5 in. (38mm)

STI-9601 STI-9604STI-9609

STI-9605

STI-9610

STI-9713

STI-9602

STI-9601-SS STI-9604-SSSTI-9609-SS

STI-9605-SS

3 in. (76mm)3 in. (76mm)

3.9 in. (99mm)

3 in. (76mm)


EF-STI-AudibleAudible Device

Wire Guards

FEATURES:

· Helps prevent accidental and intentional damage or vandalism.

· Lifetime guarantee against breakage in normal use.

· Enviro Kit available for harsh conditions.· Various backbox and frame depths are

available to accommodate special applications· UV-stabilized against discoloration.· See chart for light and sound loss information.· Polycarbonate rated -40°F to 120°F (40°C to

49°C).· Easy access for service.· STI-1229HTR heated NEMA 4X enclosure for· strobes in freezing conditions.

Super Tough Covers to Protect Horn/Strobe Signal Units Against Vandalism and Damage of Fire Protection Systems:These virtually indestructible covers (slotted for horn or speaker units and solid for strobe-only alarms) are designed to stop vandalism and accidental damage. Molded of clear, thick, UV-stabilized polycarbonate material, they are backed by a lifetime guarantee against breakage in normal use. Slots in the STI-1210, 1215, 1217 and 1219 allow the horn to be heard. The STI-1221, 1225, 1227 and 1229 are for strobes only. Many tough, clear spacers are available for larger strobe/horn units, retrofits, surface-mount and weather resistant applications. For the STI-1210/1221 series, spacer A has a four inch deep enclosed backbox, spacer B has an enclosed backbox molded with an integral double-gang outlet box. Spacer C has an open back for retrofit applications. Spacer D accommodates deeper units and applications with exposed conduit electrical connections. When not specified, units are sent with Spacer E, an open back frame for flush-mount applications. An appliance mounting plate comes with the STI-1219/1229. Unique Enviro Kits are available for extreme conditions where dampness, water or dust is present.




As indicated on the plans, Evax Audible devices shall have a protective cover. The covers shall be molded of clear, thick, UV-stabilized polycarbonate material, and backed by a lifetime guarantee against breakage in normal use. Protective covers shall have slots to allow the horn to be heard. Distinctive units shall be available for strobes only. Clear spacers shall be made available for larger strobe/horn units, retrofits, surface-mount and weather resistant applications. Spacers shall also be available, to fit specific applications: Spacer “A” has a four inch deep enclosed backbox, spacer “B” has an enclosed backbox molded with an integral double-gang outlet box. Spacer “C” has an open back for retrofit applications. Spacer “D” accommodates deeper units and applications with exposed conduit electrical connections. Manufacturer shall have available Unique Enviro Kits for extreme conditions where dampness, water or dust is present.The audible guards shall be Evax Fire EF-STI-Audible with specific number for specific audible used.

EF-STI-Audible 12.05

HOW TO ORDER:

EF-STI-1210A Horn/Strobe Damage Stopper cover and enclosed backbox, 4” deep, weather resistantEF-STI-1210B Horn/Strobe Damage Stopper cover and enclosed backbox with double-gang outlet boxEF-STI-1210C Horn/Strobe Damage Stopper cover open backbox with external mounting tabsEF-STI-1210D Horn/Strobe Damage Stopper cover and open backbox with conduit knockoutEF-STI-1210E Horn/Strobe Damage Stopper cover and open backbox for flush mountEF-STI-1221A Strobe Damage Stopper cover and enclosed backbox, 4” deep, weatherproof with drain vent, NEMA 3REF-STI-1221A4X Strobe Damage Stopper cover and enclosed backbox, 4” deep, weatherproof, NEMA 4XEF-STI-1221B Strobe Damage Stopper cover and solid enclosed backbox and double-gang outlet boxEF-STI-1221C Strobe Damage Stopper cover and open backbox with external mounting tabsEF-STI-1221D Strobe Damage Stopper cover and open backbox with conduit knockoutEF-STI-1221E Strobe Damage Stopper cover and open backbox for flush mountEF-STI-SUB-121 Enviro Kit for D and E models

EF-STI-SUB-122 Enviro Kit for B and C models

EF-STI-SUB-06297D “D” spacer only

EF-STI-SUB-06297E “E” spacer only

EF-STI-1283 Backplate for “D” and “E” models


EF-STI-BMESmoke BeamWire Guards

FEATURES:

· Super tough construction of 9-gauge coated steel

· Wire makes guards extremely difficult to break.

· Coated with a tough, corrosion resistant polyester shell.

· Protection against misalignment and false fire alarms.

· Five sizes to choose from.· Designed to protect both transmitter and

receiver units (sold individually).· Lifetime guarantee against breakage in

normal use.· Fast and easy installation.

· May be painted once prior to installation

DESCRIPTION:

To Protect Costly Sensor Units of Beam Type Smoke Detectors from Damage Leading to Misalignment and False Alarms

Five models are offered to protect the vital sensor units of projected beam type smoke detectors in large areas (such as gymnasiums, warehouses and auditoriums). STI Beam Smoke

Damage Stoppers are designed to protect both transmitter and receiver sensors. Installation is simple with anchors and screws provided.

Backed By a Lifetime Guarantee

As all STI protective covers, Beam Smoke Damage Stoppers are backed by a lifetime guarantee against breakage in normal use.

They are constructed of 9-gauge, welded steel wire coated with a tough, corrosion resistant polyester shell.

Model Height Height Depth

STI-9623 7.75 in. (196mm) 6 in. (152mm) 6 in. (152mm)STI-9624 8.875 in. (225mm) 5.5 in. (140mm) 4.75 in. (120mm)

STI-9625 7.875 in. (200mm) 10.25 in. (260mm) 12.625 in. (321mm)

STI-9706 10.82 in. (275mm) 9.32 in. (237mm) 4 in. (100mm)

STI-9707 11 in. (280mm) 9.62 in. (244mm) 5.5 in. (140mm)SUB-82 Tamper resistant screws, #8 x1 1/2 in. snake eye (quantity 4)

5/16 in. hex drive tamper bit for tamper resistant screws.19038



As indicated on the plans all Smoke Beam Detectors, both self contained and Transmit & Receive models, shall have a protective wire cage. The cage shall be constructed of 9 gage steel

shall be capable of being painted prior to installation. The Wire cage shall not inhibit the operation of the beam in any fashion. The Smoke Beam Guards shall be Evax Fire EF-STI-BEAM-#.

and be coated with a tough, corrosion resistant polyester shell. The cage

EF-STI-BME 12.05

HOW TO ORDER:

EF-STI-9623 Beam Smoke Damage Stopper for DS240 & DS241

EF-STI-9624 Beam Smoke Damage Stopper for Fireray 50/100 R

EF-STI-9625 Beam Smoke Damage Stopper for System Sensor Beam Smoke Detector 6424

EF-STI-9706 Beam Smoke Damage Stopper - flush mount for System Sensor 1224

EF-STI-9707 Beam Smoke Damage Stopper - surface mount for System Sensor 1224

5.50 in.(140 mm)

4 in.(102 mm)

11 in.(280 mm)

10.32 in.(262 mm)

STI-9707

STI-9706

9.32 in.(237 mm)

CenterCutout

8.875 in.(225 mm)

4 in.(100 mm)

2 in.(50 mm)

10.82 in.(275 mm)

10.32 in.(262 mm)

STI-9706

5.5 in.(140 mm)

3.25 in.(83 mm)

4.75 in.(120 mm)


EF-PAMRelays

The Evax PAM Series Relays are encapsulated multi-voltage devices with “flying” leads that offer versatile, reliable performance in a convenient package. Several of the versions contain a red LED which indicates when the relay coil is energized. The PAM Series Relays are packaged with a self-tapping screw and a piece of double sided tape for easy installation almost anywhere. The relays are also packaged with wire-nuts to aid installation.

PAM Relays are ideal for applications where remote relays are required for control or status feedback. They are suitable for use with HVAC, Temperature Control, Fire Alarm, Security, Energy Management, Lighting Control Systems and Building Automation Systems.

PRODUCT DESCRIPTION

PAM-1The PAM-1 Relay provides 10.0 A form “C” contacts. The relay may be energized by one of three input voltages: 24VDC, 24VAC, or 120VAC. The input voltages are polarity-sensitive and diode-protected. PAM-1 Relays contain a red LED which indicates when the relay coil is energized. This relay may not be suitable for continuous duty use at 120VAC for extended periods of time. For these applications, please refer to our RIC-Series products.

PAM-2The PAM-2 Relay provides 7.0 A form “C” contacts. The relay may be energized by one of two input voltages: 12VDC or 24VDC. The input voltages are polarity-sensitive and diode-protected. PAM-2 Relays contain a red LED which indicates when the relay coil is energized.

PAM-3The Pam-3 relay provides a 3.0 Amp form “A” contact. The relay may be energized across a wide voltage range from 9VDC to 40VDC, making it ideal for 12VDC & 24VDC EOL circuits. The 19.3mA operating current is constant across the operating range. The input voltage is polarity insensitive and diode protected.

PAM-4The PAM-4 Relay provides 10.0 A form “C” contacts. The relay may be energized across a wide voltage range from 9VDC to 40VDC, making it ideal for 12VDC and 24VDC EOL circuits. The 15mA operating current is constant across the operating range. The input voltages are polarity-sensitive and diode-protected.

PAM-SDThe PAM-SD Relay provides 7.0 A form “C” contacts. The relay may be energized by an input voltage between 20VDC to 32VDC, making it ideal for 24VDC NAC circuits. The input voltages are polarity-sensitive and diode protected.

The PAM-SD provides an additional set of wires for redundant input voltage (circuit supervision pass through).

EF-PAM-1

FEATURES:

· Multi Voltage· Flying leads· LED indicator· HVAC Control· Fire Alarm control· Energy Management control· Lighting control· Building Automation control· 3.0, 7.0, 10 Amp contacts· Form A or C contacts· Diode Protected· Small and versatile


EF-PAM 12.05

How to Order:

EF-PAM-1 24VAC/VDC, 120VAC volt relay form “C” 10 Amp

EF-PAM-2 24VAC/VDC volt relay form “C” 7 Amp

EF-PAM-3 9 to 40 VDC EOL relay form “A” 10 Amp

EF-PAM-4 9 to 40 VDC relay form “C” 10 Amp

EF-PAM-SD 20-32VDC relay form “C” 7 Amp

ENGINEERING SPECIFICATIONS:

The control relays shall be Evax Pam-1, 2, 3, 4, or SD and shall provide a positive indication and be diode protected. The external shall be encapsulated multi-voltage devices with “flying leads” for each of installation. Contacts shall be form “C” for control and Form “A” for EOL supervision.

PAM-1

PAM-2

PAM-SDPAM-4

WIRINGRELAY ENERGIZED LED

RELAY ENERGIZED LEDWHT

WHT

WHT

BLU

BLU

BLUBLU

BLK

BLK

BLK

YEL

YEL

YELYEL

RED

RED

RED

RED

ORG

ORG

ORGORG

H

H

( )

( )

+

+

N N( )

( )

0V( )

( )

( )

( )

( )

[email protected]

[email protected]

20VDCTO

32VDC@

0.015A

-

-

-

-

+-

+

C

C

CC

10.0 ACONTACTS

7.0 ACONTACTS

7.0 ACONTACTS

10.0 ACONTACTS

9VDCTO

40VDC@

0.015A

NC

NC

NCNC

NO

NO

NONO

May not be suitable for continuous duty useat 120VAC for extended periods of time.

[email protected]

[email protected]

[email protected]

MODEL NUMBER: PAM-1 PAM-2 PAM-4 PAM-SD

COIL VOLTAGE: 24VAC/24VDC/120VAC 12VDC/24VDC 9 to 40VDC 20 to 32VDC

POLARIZED: Yes

Yes

Yes

Yes

Yes

No

Yes

NoENERGIZED LED INDICATOR:

CURRENT REQUIREMENT:

CONTACT CONFIGURATION:

@12VDC 15mA

15mA15mA

15mA

15mA 15mA

@5VDC 250µA / .35 PF

7A / .35 PF

10A

6 “flying” leads12” / 18AWG

Wire-nuts provided


Wire-nuts provided


Wire-nuts provided


Wire-nuts provided

250µA / .35 PF

7A / .35 PF

7A / .35 PF

250µA / .35 PF

7A / .35 PF

7A / .35 PF

250µA

7A

10A

H 1.50” (38mm)

UOXX/7.S3403 UOXX/7.S3403 UOXX/7.S3403 UOXX/7.S3403

1.50” (38mm) 1.50” (38mm) 1.50” (38mm)

UL*

@24VDC

@120VAC

D 0.80” (20mm)

7300-1004:101 7300-1004:101 7300-1004:101 7300-1004:101

0.90” (23mm) 0.90” (23mm) 0.80” (20mm)

CSFM:

@24VDC

@24VDC

W 1.00” (25mm)

73-92-E Vol. 21 73-92-E Vol. 21 73-92-E Vol. 21 73-92-E Vol. 21

1.00” (25mm) 1.00” (25mm) 1.00” (25mm)

MEA:

@120VDC

CONTACT RATINGS:

AMBIENT TEMPERATURE:

(contact rating/ power factor)

(@ 100% RH, condensing)

WIRE LEADS:

CONSTRUCTION:

MOUNTING:

DIMENSIONS:

LISTINGS AND APPROVALS:

31mA

19mA

(1) SPDT dry form “C”

100% potted (sealed) with “flying” leads

Pre-drilled mounting screw hole and self tapping screw provided. Double sided tape provided.

(1) SPDT dry form “C” (1) SPDT dry form “C” (1) SPDT dry form “C”

32 F to 120 F(0 C to 49 C)

32 F to 120 F(0 C to 49 C)

32 F to 120 F(0 C to 49 C)

32 F to 120 F(0 C to 49 C)

PRODUCT SPECIFICATIONS

*UOXX=Control Unit Accessories, System; /7-also Certified for Canada


EF-MR-SeriesRelays

FEATURES:

· Relays may be energized from a voltage source of 18 to 35VDC or VAC,

· 120VAC or 230VAC· Each relay position contains a red LED,

which illuminates when the coil is energized. This provides a time saving device when checking an installed system no metering is required

· Single, dual or triple relay modules may be “snapped apart” from standard 4-position master

· DC control inputs are polarized· For continuous duty use at 24VAC, 24VDC or

120VAC (NOTE: Not intended for continuous duty use @ 230VAC)

· Available in dust resistant enclosures with LED viewing port(s)

· /C versions mounted in enclosures· /C/R versions with red covers for NYC and

other uses· /T versions come complete with track

mounting hardware which facilitates· installation in standard cabinets· UL recognized relays rated at 10,000,000

mechanical operations· UL listed as Control Unit Accessory

PRODUCT DESCRIPTION

The MR Series Multi-voltage Control Relays offer SPDT or DPDT 10 Amp resistive contacts which may be operated by one of four input control voltages. A single relay may be energized from a voltage source of 24VDC, 24VAC, 120VAC or 230VAC by wiring to appropriate input terminals.

Each relay position contains a red LED which indicates the relay coil is energized. Relays may be “snapped apart” from a standard 4 module assembly and used independently. These

Devices are Ideal for applications where local contacts are required for system status, remote contacts for control of electrical loads and general purpose switching. They are suitable for use with HVAC, Temperature Control, Fire Alarm, Security, Energy Management and Lighting Control Systems.

INPUTCONTROLVOLTAGES

INPUTCONTROLVOLTAGES

DPDT CONTACTS7A@28VDC,10A (NO: 1/6HP,NC:1/8HP)

@120VAC, 7A@230VAC

SPDT CONTACTS7A@28VDC,10A (NO: 1/6HP,NC:1/8HP)

@120VAC, 7A@230VAC

RELAYENERGIZED

LED

RELAYENERGIZED

LED

24(18-35)VDC@40mA

24(18-35)VDC@40mA

24(18-35)VAC@40mA

24(18-35)VAC@40mA

120VAC@40mA

120VAC@40mA

230VAC@40mA

230VAC@40mA

L2

L2

N

N

L1

L1

H

H

A.C.

A.C.

A.C.

A.C.

( )

( )

( )

( )

-

-

+

+

0 18/24 115 230

0 18/24 115 230

NC C NO NC C NO

NC C NO

MR-201

MR-101

WIRING(TYPICAL FOR ONEMODULE POSITION)


EF-MR 04.06

HOW TO ORDER:

EF-MR-101-T SPDT 18-35v ac/dc, 120vac, 230 vac 1 FORM “C” w/LED 1 form “C” w/LED track mounted

EF-MR-101-C SPDT 18-35v ac/dc, 120vac, 230 vac1 FORM “C” w/LED 1 form “C” w/LED surface mounted Gray

EF-MR-101-CR SPDT 18-35v ac/dc, 120vac, 230 vac1 FORM “C” w/LED 1 form “C” w/LED surface mounted Red

EF-MR-104-T SPDT 18-35vdc 1 form “C” w/LED4 FORM “C” w/LED 1 form “C” w/LED track mounted

EF-MR-104-C SPDT 18-35v ac/dc, 120vac, 230 vac4 FORM “C” w/LED 1 form “C” w/LED surface mounted Gray

EF-MR-104-CR SPDT 18-35v ac/dc, 120vac, 230 vac4 FORM “C” w/LED 1 form “C” w/LED surface mounted Red

EF-MR-201-T DPDT 18-35v ac/dc, 120vac, 230vac 1 FORM “C” w/LED 1 form “C” w/LED track mounted

EF-MR-201-C DPDT 18-35v ac/dc, 120vac, 230vac1 FORM “C” w/LED 1 form “C” w/LED surface mounted Gray

EF-MR-201-CR DPDT 18-35v ac/dc, 120vac, 230vac1 FORM “C” w/LED 1 form “C” w/LED surface mounted Red

EF-MR-204-T DPDT 18-35v ac/dc, 120vac, 230vac 4 FORM “C” w/LED 1 form “C” w/LED track mounted

EF-MR-204-C DPDT 18-35v ac/dc, 120vac, 230vac4 FORM “C” w/LED 1 form “C” w/LED surface mounted Gray

EF-MR-204-CR DPDT 18-35v ac/dc, 120vac, 230vac4 FORM “C” w/LED 1 form “C” w/LED surface mounted Red

COIL VOLTAGE: MR-100: 24(18-35)VDC, 24(18-35)VAC, 120VAC, 230 VAC

MR-200: 24(18-35)VDC, 24VAC, 120VAC, 230 VAC

DC input only

One per module position

Per module position: MR-100 Series = 18mA/ MR-200 Series = 40mA

7A @ 28VDC / 10A (NO:1/6HP, NC:1/8HP) @ 120VAC / 7A @ 230VAC

Dry Form “C”

32 F to 120 F (0 C to 49 C) @ 85% RH (@ 32 F), Non-condensing, Non-freezing

Solid or stranded; #12 to #22 AWG terminals

3.5” wide, low profile plastic snap track provided with mounting screws

Backbox: 18ga CRS, plated with 1/2” conduit knockouts top and bottom

(Pull in voltage: 75% of nominal max. @ 25 C; Drop out voltage: 25% of nominal min. @ 25 C)

POLARIZED:

ENERGIZED LED INDICATOR:

CURRENT REQUIREMENT:

CONTACT CONSTRUCTION:

ENVIRONMENTAL:

WIRING:

/T VERSIONS:

/C VERSIONS:

CONTACT RATINGS:

*UOXX=Control Unit Accessories, System; /7-also Certified for Canada

MR-101/T

MODELNUMBER:

MODULEPOSITIONS

CONTACTCONFIGURATION

PER POSITION

TRACKMOUNTEDH x W x D

ENCLOSUREMOUNTEDH x W x D

COVERMATERIAL

GreyABS-94VO

Plastic

Plated18gaCRS

Plated18gaCRS

GreyABS-94VO

Plastic

RedABS-94VO

Plastic

Red18gaCRS

Red18gaCRS

RedABS-94VO

Plastic

UL*FILE

S3403

MEAFILE

73-92-E

CSFMFILE

7300-1004

MR-101/C

MR-101/C/R

MR-104/C/R

MR-201/T

MR-204/T

MR-204/C

MR-204/C/R

MR-201/C

MR-201/C/R

MR-104/T

MR-104/C

1 SPDT3.25” (82mm)2.125” (54mm)1.50” (38mm)

5.125” (130mm)3.125” (79mm)2.50” (63mm)

5.125” (130mm)9.50” (241mm)2.50” (63mm)

5.125” (130mm)3.125” (79mm)2.50” (63mm)

5.125” (130mm)9.50” (241mm)2.50” (63mm)

3.25” (82mm)8.50” (215mm)1.50” (38mm)

3.25” (82mm)8.50” (215mm)1.50” (38mm)

3.25” (82mm)2.125” (54mm)1.50” (38mm)

1 SPDT

1 SPDT

4 SPDT

4 SPDT

4 SPDT

1 DPDT

1 DPDT

1 DPDT

4 DPDT

4 DPDT

4 DPDT

UOXX2 :106

:106

:106

:106

UOXX2

UOXX2

UOXX2

UOXXUOXX2UOXX7

UOXXUOXX2UOXX7

UOXXUOXX2UOXX7

UOXXUOXX2UOXX7

Vol. 14

Vol. 14

Vol. 22

Vol. 22

Vol. 16

Vol. 16 :101

:101

:101

:101

PRODUCT SPECIFICATIONS


EF-Exp-27121Explosion Proof Heat Detectors

Explosion proof Heat DetectorsDESCRIPTION

DETECT-A-FIRE® thermal detectors are UL Listed, UL of Canada available upon request, and FM Approved detection and release devices used with fire detection systems to activate alarms and actuate extinguishing systems. This Rate Compensated device combines the best features of both fixed temperature and rate-of-rise detectors.

LOCATION

DETECT-A-FIRE detectors are precision temperature sensors. They must be mounted in an area (normally a ceiling) so that:

1.The detector spacing complies with both systemrequirements and requirements of the agency having local jurisdiction.

2. The thermal air path to the shell is not obstructed. Spacing per UL, FM, and UL of Canada is shown in

Distances given are for between units onsmooth ceilings. Distances from partitions or walls are half that shown. To assure that all spacing requirements are met, consult the authority having local jurisdiction.

MOUNTINGDetect-A-Fire units are not position sensitive. Horizontal and vertical detectors refer to the most common mounting configuration for that unit. However, each type can be mounted either horizontally or vertically depending on theapplication and installation requirements.

FEATURES:

· Easily Installed· Multiple Temperature options· Normally Open type contacts· Hermetically sealed in Stainless Steel· Explosion Proof· Class II, Groups E, F, & G· Self Restoring Element

140 +7/-8 50

SPACINGS (in feet)

50 25 Black

ColorCoding

FSetting

FTolerance

160 +7/-8 25 25 25 Black190 +7/-8 50 50 25 White210 +7/-8 25 50 25 White225 +7/-8 25 50 25 White275 ±10 25 50 25 Blue325 ±10 50 50 25 Red360 ±10 25 50 25 Red450 ±15 25 50 25 Green500 ±15 50 50 25 Orange600 ±20 N/A 50 25 Orange725 ±25 N/A 50 25 Orange

U FMUCL L

Note: For clean agents and CO2 suppression systems, ceilingspacing 20 ft. (6.1 meters) apart unless otherwise specified.

HazardousLocation

ModelNumber

Fitting Required For UL,ULC Listings

and FM Approval

Class I*, GroupsA, B, C, and D;

Class II*, GroupsE, F and G

Mount detector to a suitablylisted fitting in accordancewith National Electric Code

and/or local authorityhaving jurisdiction.

Class I*, GroupsB, C, and D;

Class II*, GroupsE, F and G

27120-22

27120-0

27121-20

27121-0

28020-3

28021-0

28021-5

*Division 1 and 2

Not all units are suitable for all hazard locationapplications. Refer to Table 2 and markings onthe detector for hazardous location suitability.

Table 2


EF-Exp-27121 04.06

Engineer and Architect Specifications

The explosion proof thermal fire detector shall be aEvax explosion proof model, manufactured by Fenwal 27121 Series, also for purchasing purposes referred to as Evax 27121 Series, and shall be of the rate compensated type. The explosion proof detector shall have a self-restoring element and shall be factory set and hermetically sealed in stainlesssteel. These detectors shall be mounted in an approved explosion proof junction box.

The explosion proof detectors must be UL listed andFM approved.

FUNCTIONAL TEST

When used with automatic fire extinguishing systems first disconnect the initiator/solenoid leads from the panel and connect a 24 VDC bulb to initiator terminals in the control unit. Heat the units with a heat lamp or other convenient source. When the bulb in the control unit changes state, remove heat source and allow unit to cool. Reset control unit. Test lamp must change state and stay changed after system is reset. Do not reconnect initiator/ solenoid leads until all units have cooled below set point as indicated by test lamp.When units are used in other types of systems, disconnect them from the system, connect a 24 VDC lamp and power source in series with the units and test with heat source as above. Make sure that contacts have reset to normal condition before reconnecting to system circuit.

Figure 2

HOW TO ORDER:

Explosion Proof Heat Detectors

EF-27121-140 140°F Normally Open Heat












END OFLINEDEVICE(CurrentLimiting)

2 WIRE

4 WIRE

TO ALARM ANDMONITORINGPANEL

TO ALARM ANDMONITORINGPANEL

Supplied by Customer


EF-FSEX SeriesExplosion-proof

Strobe Light


Evax Model EF-FSEX Explosion-proof Strobe

FEATURES:

· 24VDC polarized operation.· 80 high intensity flashes per minute.· Effective candle power of 850 candela

(clear lens).· Current draw 1.9A.· Rugged explosion-proof circuitry housing.· Corrosion resistant housing.· NEMA Type 4X rated.· Approved for marine visual signaling.· Factory sealed leads.· Wiring conduit tapped for 3/4" conduit.· Terminal wiring connections.· Indoor or outdoor mounting.· Clear, red, or amber Lexan polycarbonate

lens.· UL Listed.

DESCRIPTIONEvax Model FSEX is an explosion-proof strobe light designed for use in hazardous locations which provides 80 high intensity flashes per minute. The strobe light has an effective candle power of 850 candela.The strobe mechanism and circuitry is contained in a corrosion resistant copper free cast aluminum, explosion-proof housing. Wire leads are factory sealed. The wiring conduit is tapped for 3/4" conduit and has terminals for wiring connections. The strobe light is listed for indoor or outdoor use and is finished in red enamel. The FSEX isNEMA Type 4X rated and is also listed as a marine visual signaling device. The strobe light operates on 24VDC and is polarized for connection to supervised alarm notification circuits. The strobe is equipped with a clear, red, or amber Lexan® polycarbonate inner lens.

APPLICATION

The Model FSEX-HI explosion-proof strobe light is well suited for visual signaling in hazardous locations where a high intensity visual signal is required. The strobe light is suitable for use in National Electrical Code:Class I, Groups A, and B, Division 2;Class I, Groups C, and D, Division 1 & 2;Class II, Groups E, F and G, Division 1 & 2;Class III, Division 1 & 2, hazardous locations.

The strobe light is designed for locations where the danger of explosion exists. The strobe light can be indoor or outdoor mounted.

The Model FSEX explosion-proof strobe light carries the following listings/approvals:Agency Reference NumberUL FSEX (File E244413:UJTK/UL1203,UL1638FSEX-HI (File E244419:UXWC/UL1203,UL1971)

HAZARDOUS LOCATIONS

Class Group DivisionMax. Oper. Temp./Code

at 40 C Ambient

I A, B 2 260 C / T2BI C, D 1 & 2 85 C / T6II E, F, G 1 & 2 85 C / T6III - 1 & 2 85 C / T6


EF-FSEX 12.05

SPECIFICATIONS:

Alarm notification appliances shall be explosion-proof strobe lights. The unit shall be designed for use in hazardous locations. The strobe light circuitry shall be contained in a corrosion resistant copper free cast aluminum, explosion-proof housing. The entire unit shall have a red finish. The strobe lights shall be capable of indoor or outdoor mounting. The strobe lights shall be suitable for use in National Electrical Code: Class I, Groups A, and B, Division 2; Class I, Groups C, and D, Division 1 & 2; Class II, Groups E, F and G, Division 1 & 2; Class III, Division 1 & 2, hazardous locations. The strobe lights shall have an effective candle power of 850 candela. The strobe lights shall operate on 24VDC with 1.9A current draw and be polarized for DC supervision. The strobe lights shall be NEMA Type 4X rated and also be approved as a marine visual signaling device. The strobe lights shall be UL Listed. Alarm notification appliances shall be Evax Model EF-FSEX Series B explosion-proof strobe lights.

HOW TO ORDER:

EF-FSEX 24VDC Explosion-proof High Intensity Strobe Light

Mounting Accessories:EF-DGXC Dome Guard (special order) EF-CMXC Ceiling Mount (special order) EF-WMXC 90° Wall Mount (special order) EF-SMXC 25° Stanchion Mount (special order)

Replacement parts (special order)EF-8550C095 Fresnel Lens, Clear.EF-8550C095-02 Fresnel Lens, Amber.EF-8550C095-03 Fresnel Lens, Red.EF-LITFSEX01A Strobe Tube (series A2, B1).

High IntensityStrobe Tube

LexanFresnel Lens

Glass Dome

ElectricalConnection

Block

Cast AluminumCorrosion Resistant

Explosion ProofHousing

3/4” Pendant

11-1/4”

8-3/4”

15-1/2”

Class Group Division

HAZARDOUS LOCATIONS

Max. Oper. Temp./Codeat 40 C Ambient

IIIIIII

A,BC,D

E,F,G-

21 & 21 & 21 & 2

260 C / T2B85 C / T685 C / T685 C / T6

FSEX 24VDC 1.9A 850 Candela 80/minute 15 1/2”H x 8 3/4” 18.1 lbs

ModelWeightNominal

Input VoltageCandelaRating

Approx. FlashRate

MODEL FSEX EXPLOSION-PROOF STROBE LIGHT SPECIFICATIONS

Current Dimensions


EF-SPHX SeriesExplosion-proof

Speaker


Evax Model EF-SPHX Explosion-proof Speaker

FEATURES:

· 25Vrms or 70Vrms operating signal lines· Multiple wattage Taps: 0.5, 1, 2, 7, and 15· High dB output for large area coverage· UL sound pressure level 99dB at 10 feet· Built in 15 Watt high efficiency compression

driver· Rugged Explosion-proof circuitry housing· Wide frequency response, 400-4000 Hz· NEMA 3 rated Housing· Indoor or Outdoor mounting

DESCRIPTION:

The Evax Model EF-SPHX PowerTone explosion-proof speaker is designed for use in hazardous locations. The unit produces a crisp, clear, high decimal tone/voice output. Tone s may be generated by the PowerTone Signaling System or any 25Vrms or 70Vrms tone/audio system. The speaker cone and projector are of spun aluminum. The speaker driver and circuitry are contained in a explosion-proof housing. The speaker has a supervisory DC coupling capacitor and wattage taps from 0.05 to 15.0 watts. The speaker is listed for indoor and outdoor use, in a NEMA 3 rated housing and is finished in red enamel. The PowerTone speaker is designed for connection to system supervised alarm notification circuits.

APPLICATIONS:

The PowerTone speaker is well suited for signaling in hazardous areas with high ambient noise levels where a high efficiency, weatherproof and corrosion-resistant surface mounted speaker is required. The speaker is designed for locations where the danger of explosion or fire exists. The speaker is suitable for use in National Electrical Code (NFPA 70): Class 1, Groups B, C, and D, Division 1 Hazardous locations. The speaker may be used with any 25Vrms or 70Vrms audio systems. The speaker can be indoor or outdoor mounted. The SPHX is NEMA 3 rated.

The Model SPHX PowerTone explosion-proof carries the following listings/approvals:

Underwriter's Laboratories E190743California State Fire Marshall 7135-1517:101New York City 11-92-E

WattageTap

UL dB(A)Sound Pressure

dB(A)Sound Power

MODEL SPHX dB Specifications

0.5127

15

8790939999

104.2106.8109.6114.2116.8


EF-SPHX 04.06

SPECIFICATIONS:

Alarm Notification appliances shall be explosion-proof speakers using solid state circuitry. The unit shall be designed for use in hazardous locations. The speaker driver and circuitry shall be housed in an explosion-proof enclosure. The speaker shall be NEMA 3 rated shall be red enamel coated. The speaker cone and housing shall be spun aluminum. The speaker shall be capable of clearly reproducing alarm tones or voice on all 25Vrms or 70Vrms audio systems. The speaker shall provide incremental wattage tap settings of 0.5, 1, 2, 7 and 15 watts. The speakers shall be capable of mounting in use in National Electrical Code (NFPA 70): Class 1, Groups B, C, and D, Division 1 Hazardous locations. The speaker shall be capable of indoor or outdoor mounting and shall produce a sound pressure level of 99dB at 10 feet. The speaker shall be UL listed for fire alarm signaling use. The Explosion-proof alarm notification devices shall be Evax-EF-SPHX PowerTone speakers.

HOW TO ORDER:

EF-SPHX-DVSMR Explosion-proof Speaker for hazardous locations 25Vrms, or 70Vrms Red enamel.

WattageTap

CLASS

I B,C,D 1

Group DivisionUL dB(A)

Sound PressuredB(A)

Sound Power

MODEL SPHX dB Specifications HAZARDOUS LOCATIONS

0.5127

15

8790939999

104.2106.8109.6114.2116.8

NOTES:1. Based on wattage tap selected. See dB chart below for specific output for each tap setting.

SPHX-DVSMR 25 or 70 Vrms 400-4000Hz 99 116.81 1

14 13/16”H x 8 7/8” W x 14 3/4” D 15 lbs

ModelShippingWeight

(approx.)

NominalInput Voltage

ULdB(A)Sound

Pressure

dB(A)SoundPower

FrequencyResponse

Dimensions

MODEL SPHX EXPLOSION-PROOF SPEAKER SPECIFICATIONS

Dia. Holes

1413

16

8

”

”3

8

14 ”34

AdjustableMounting Bracket

Spun AluminumProjector

1732

8 ”7

8

83

8 ”

Date post:	07-Feb-2016
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