1. Maximum inputs are given for the standard packaged combustion air blower without an air filter.2. Blower motor service factors greater than 1.0 may be required when firing into negative chamber pressure

applications. For specific application questions, contact Eclipse.3. For proper performance, this pressure must be kept constant across the burner operating range.4. See Design Guide 114 for more information about typical fuel composition and properties.5. All weights are approximate.• All information based on laboratory testing in neutral (0.0" w.c.) chamber with standard combustion design. Different

chamber conditions and/or combustor design will affect the data.

• All inputs are based upon gross calorific values and standard conditions: 1 atmosphere, 70°F (21°C).

• Eclipse reserves the right to change the construction and/or configuration of our products at any time without being

obliged to adjust earlier supplies accordingly.

Parameter Specification

Packaged Blower Size

Maximum Input, BTU/hr (kW)1 2

(To maintain 15% air with the standard air

orifice and standard combustion air blower.)

Chamber Pressure

"w.c. (mbar)

3" w.c.

(60 Hz)

6" w.c.

(Nominal 50 & 60 Hz)

-1.0 (-2,5) 1,141,000 (334) 1,030,000 (302)

0.0 (0,0) 1,000,000 (293) 1,000,000 (293)

1.0 (2,5) 835,000 (244) 900,000 (264)

Minimum Input, BTU/hr (kW) Natural Gas 26,000 (7,6) 33,000 (9,7)

Propane 28,000 (8,2) 33,000 (9,7)

Butane 30,000 (8,8) 33,000 (9,7)

Main Gas Inlet Pressure, "w.c. (mbar)3

Fuel pressure in gas inlet (Tap B)9.8 (24,1)

High Fire Flame Length, inches (mm)

Measured from outlet end of combustor

Natural Gas 47 (1194)

Propane, Butane 51 (1295)

Maximum Application Temperture, °F (°C)

Note: For higher temperatures contact Eclipse.

Alloy Tube 1500 (820)

SiC Tube 1900 (1040)

Flame Detection Flamerod or UV Scanner

Fuel4

For any other mixed gases, contact Eclipse.Natural gas, propane, or butane

Blower Motor Power 3" w.c. @ 11500

scfh, 0.33 hp

6" w.c. @ 16500 scfh,

0.50 hp

Weight, lbs (kg)5 With Blower 143 (65)

Without Blower 93 (42)

Approvals

Eclipse ThermAir

BurnersModel TA0100

Data 114-5

3/16/2011

Version 2

2 Eclipse ThermAir TA0100, V2, Data 114-5, 3/16/2011

Performance Graphs

Air Flow vs. Chamber Pressure

-2

-1

0

1

2

0

2

4

6

8

0

15

10

5

20

Pre

ssu

re D

rop

(m

bar)

Pre

ssu

re D

rop

("w

.c.)

1025

Natural Gas (15.5 mm orifice)

Propane (12 mm orifice)

Butane (11 mm orifice)

0

2

4

6

8

0

15

10

5

20

Pre

ssu

re D

rop

(m

bar)

Pre

ssu

re D

rop

("w

.c.)

0

Input (kW)

Input (x 1000 BTU/hr)

3002001000

Control & Operation Curve

200 400600 800 1000

Typical Fixed

Air Control

% E

xcess A

ir

10

100

1,000

10,000

Ch

am

be

r P

res

su

re (

"w

.c.)

-5

-2.5

0

2.5

5

9000 10000 11000 12000

Ch

am

be

r P

res

su

re (

mb

ar)

Air Flow (scfh)

0 250 270 290 310

Air Flow (Nm3/hr)

Fuel Orifice ∆p vs. Input - 3" Blower

(Measured Between Taps B & D)

Fuel Orifice ∆p vs. Input - 6" Blower

(Measured Between Taps B & D)

Input (x 1000 BTU/hr)0 200 400 600 800 1000

Input (kW)0 100 200 300

Input (x 1000 BTU/hr)0 200 400 600 800 1000

Input (kW)0 100 200 300

Natural Gas (15.5 mm orifice)Propane (12 mm orifice)

Butane (11 mm orifice)

NOX Emission Data

0

20

40

60

80

100

NO

X p

pm

Natural Gas

Propane

Butane

0 200 400 600 800 1000Input (x 1000 BTU/hr)

0 100 200 300Input (kW)

NOX emission data is given for:

• Ambient combustion air ~70°F (20°C)

• Minimal process air velocity

• ppm volume dry at 3% O2

• Neutral chamber pressure

Emissions are influenced by:

• Chamber conditions

• Fuel type

• Firing rate

• Ratio regulator adjustment

• Combustion air temperature

CO emission is largely influenced by chamber conditions.

Contact your local Eclipse representative for an estimate

of CO emission on your application.

3Eclipse ThermAir TA0100, V2, Data 114-5, 3/16/2011

183.1(7.21)Actuator

Connection Point(1/2” NPT or M16without Thread)

330(13)

211.9(8.34)Actuator

Connection Point(1/2” NPT or M16without Thread)

197(7.8)

Fuel Inlet

128.5(5.06)Actuator

Connection Point(1/2” NPT or M16without Thread)

ØKK

HH

GG

EE

FF

Flamerod

Tap C

Spark Plug

Tap BTap D

Tap A

Ø220(8.7)

4X Ø12(0.5)

Ø190(7.5)

226(8.89)

269(10.6)

9(0.34)

Fuel Inlet1” NPT/Rc 1.0

Pilot Option1/2” NPT/Rc 0.5

506(19.92)Actuator

Connection Point(1/2” NPT or M16without Thread)661

(26)

211(8.3)

ØJJ

ØKK

93(3.6)

330(13)

183.1(7.21)Actuator

Connection Point(1/2” NPT or M16without Thread)

198(7.8)

Fuel Inlet

211.9(8.34)Actuator

Connection Point(1/2” NPT or M16without Thread)

128.5 (5.06)Actuator

Connection Point(1/2” NPT or M16without Thread

TAP BTAP D

Tap A

Spark Plug

Flamerod

Tap C

139(5.5)

Ø190(7.5)

4X Ø12(0.5)Ø220

(8.7)211(8.3)

Fuel Inlet1” NPT/Rc 1.0 Pilot Option

1/2” NPT/Rc 0.5

506(19.92)Actuator

Connection Point(1/2” NPT or M16without Thread)

661(26)

Air Inlet3” NPT/Rc 3.0

ØJJ

Packaged Blower

Remote Blower

Blower EE FF GG HH

60 Hz (6" wc)587

(23.1)494

(19.4)423

(16.7)403

(15.9)

50 Hz (6" wc)639

(25.2)546

(21.5)479

(18.9)453

(17.8)

Combustor Type JJ KK

Straight Alloy Tube137.2(5.4)

141(5.55)

Straight Silicon Tube136

(5.35)147.8(5.82)

Dimensions mm (inches)

Data 114-5, 3/16/2011

With ratio regulator

With control BV only

Less ratio regulator

and control BV

Piping Options

No Piping

Inverted Upright

Right Hand Piping

Right Hand Piping

Left Hand Piping

No Piping

Left Hand Piping

Orientation

Piping

Ratio regulator not available for

3" w.c. packaged version

Offered By: Power Equipment Company 2011 Williamsburg Road Richmond, Virginia 23231 Phone (804) 236-3800 Fax (804) 236-3882

www.peconet.com