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Table 1 - STANDARD PROPELLER TYPE UNIT HEATERS           

Unit Size 

30 

45 

60 

75 

100 

125 

150 

175 

200 

225 

250 

300 

350 

400

PERFORMANCE DATA

Input (BTU/Hr) 

30,000  45,000  60,000  75,000  100,000  125,000  150,000  175,000  200,000 

225,000  250,000 

300,000 

350,000  400,000 

         (kW) 

(8.8) 

(13.2) 

(17.6) 

(22.0) 

(29.3) 

(36.6) 

(43.9) 

(51.2) 

(58.6) 

(65.9) 

(73.2) 

(87.8) 

(102.5)  (117.1)

Output (BTU/Hr) 

24,300  36,450  48,600  60,750 

80,000  100,000  120,000  140,000  160,000 

180,000  200,000 

240,000 

280,000  320,000

            (kW) 

(7.1) 

(10.7) 

(14.2) 

(17.8) 

(23.4) 

(29.3) 

(35.1) 

(41.0) 

(46.9) 

(52.7) 

(58.6) 

(70.3) 

(82.0) 

(93.7)

Thermal EfÞ ciency % 

81 

81 

81 

81 

80 

80 

80 

80 

80 

80 

80 

80 

80 

80

Free Air Delivery (CFM) 

700 

800 

1050 

1100 

1480 

1650 

2200 

2530 

2640 

2700 

3100 

4400 

5000 

5300

                            (cu. m/s) 

(0.330)  (0.378)  (0.496)  (0.519) 

(0.699)  (0.779) 

(1.038) 

(1.194) 

(1.246) 

(1.274) 

(1.463) 

(2.077) 

(2.360)  (2.502)

Air Temperature Rise (F Deg.) 

30 

42 

42 

50 

50 

56 

50 

51 

56 

61 

60 

50 

52 

56

                                   (C Deg.) 

(17) 

(23) 

(23) 

(28) 

(28) 

(31) 

(28) 

(28) 

(31) 

(34) 

(33) 

(28) 

(29) 

(31)

Outlet Velocity (FPM) 

700 

750 

640 

672 

950 

900 

1045 

1070 

1000 

950 

980 

1100 

1150 

1050

                        (m/s) 

(3.6) 

(3.8) 

(3.3) 

(3.4) 

(4.8) 

(4.6) 

(5.3) 

(5.4) 

(5.1) 

(4.8) 

(5.0) 

(5.6) 

(5.8) 

(5.3)

Full Load Amps at 115V  

2.1 

2.1 

2.1 

2.1 

3.4 

3.6 

4.8 

5.8 

5.8 

5.8 

5.8 

8.8 

10.8 

10.8

MOTOR DATA :

   Motor HP 

1/30 

1/30 

1/30 

1/30 

1/20 

1/10 

1/4 

1/3 

1/3 

1/3 

1/3 

2@1/4 

2@1/3  2@1/3

 

Motor kW 

(0.025)  (0.025)  (0.025)  (0.025) 

(0.037)  (0.075) 

(0.186) 

(0.249) 

(0.249) 

(0.249) 

(0.249) 

(0.186) 

(0.249)  (0.249)

 

Motor Type*** 

SP 

SP 

SP 

SP 

SP 

SP 

PSC 

PSC 

PSC 

PSC 

PSC 

PSC 

PSC 

PSC

 

R.P.M. 

1,050 

1,050 

1,050 

1,050 

1,050 

1,050 

1,140 

1,140 

1,140 

1,140 

1,140 

1,140 

1,140 

1,140

 

Amps @ 115V 

1.3 

1.3 

1.3 

1.3 

2.6 

2.8 

4.0 

4.5 

4.5 

4.5 

4.5 

8.0 

9.0 

9.0

DIMENSIONAL DATA

 in.(mm)

ÒAÓ Height to Top of Unit 

25-3/4  25-3/4 

25-3/4 

25-3/4 

31-1/4 

31-1/4 

36-1/4 

36-1/4 

36-1/4 

36-1/4 

36-1/4 

36-1/4 

36-1/4 

36-1/4

 

(654) 

(654) 

(654) 

(654) 

(794) 

(794) 

(921) 

(921) 

(921) 

(921) 

(921) 

(921) 

(921) 

(921)

ÒBÓ Width of Unit 

14 

14 

17-1/2 

17-1/2 

17-7/8 

20-5/8 

20-5/8 

23-3/8 

26-1/8 

28-7/8 

31-5/8 

37-1/8 

42-5/8 

48-1/8

 

(356) 

(356) 

(444) 

(444) 

(454) 

(524) 

(524) 

(594) 

(664) 

(733) 

(803) 

(943) 

(1083) 

(1222)

ÒCÓ Height to Top of Hanger 

27-1/2  27-1/2 

27-1/2 

27-1/2 

33-1/4 

33-1/4 

38-1/4 

38-1/4 

38-1/4 

39-1/8 

39-1/8 

39-1/8 

39-1/8 

39-1/8

 

(698) 

(698) 

(698) 

(698) 

(845) 

(845) 

(972) 

(972) 

(972) 

(994) 

(994) 

(994) 

(994) 

(994)

ÒDÓ Depth to Rear of Housing 

27-5/8  27-5/8 

27-5/8 

27-5/8 

32-1/2 

32-1/2 

36 

36 

36 

38-1/4 

38-1/4 

37-3/4 

38-1/4 

38-1/4

 

(702) 

(702) 

(702) 

(702) 

(826) 

(826) 

(914) 

(914) 

(914) 

(972) 

(972) 

(959) 

(972) 

(972)

ÒEÓ Hanging Distance Width 

8-5/8 

8-5/8 

14-1/8 

14-1/8 

14-3/4 

17-1/2 

17-1/2 

20-1/4 

23 

25-1/2 

28-1/4 

33-3/4 

39-1/4 

44-3/4

 

(219) 

(219) 

(359) 

(359) 

(375) 

(444) 

(444) 

(514) 

(584) 

(648) 

(718) 

(857) 

(997) 

(1137)

ÒFÓ Discharge Opening Width 

10 

10 

15-1/2 

15-1/2 

15-3/8 

18-1/8 

18-1/8 

20-7/8 

23-5/8 

26-3/8 

29-1/8 

34-5/8 

40-1/8 

45-5/8 

 

(254) 

(254) 

(394) 

(394) 

(391) 

(460) 

(460) 

(530) 

(600) 

(670) 

(740) 

(879) 

(1019) 

(1159)

ÒGÓ Depth to Unit Side Jacket 

19-3/8  19-3/8 

19-3/8 

19-3/8 

26-3/4 

26-3/4 

26-3/4 

26-3/4 

26-3/4 

26-3/4 

26-3/4 

26-3/4 

26-3/4 

26-3/4

 

(492) 

(492) 

(492) 

(492) 

(679) 

(679) 

(679) 

(679) 

(679) 

(679) 

(679) 

(679) 

(679) 

(679)

ÒHÓ Discharge Opening Height 

16-1/4  16-1/4 

16-1/4 

16-1/4 

18 

18 

18 

18 

18 

18 

18 

18 

18 

18

 

(413) 

(413) 

(413) 

(413) 

(457) 

(457) 

(457) 

(457) 

(457) 

(457) 

(457) 

(457) 

(457) 

(457)

ÒLÓ Hanger Location 

11-7/8  11-7/8 

11-1/2 

11-1/2 

15-1/8 

15-1/8 

15-1/8 

15-1/8 

15-1/8 

16-1/4 

16-1/4 

16-1/4 

16-1/4 

16-1/4

 

(302) 

(302) 

(292) 

(292) 

(384) 

(384) 

(384) 

(384) 

(384) 

(413) 

(413) 

(413) 

(413) 

(413)

ÒSÓ Flue Size (Dia-in.)  

10 

10 

12

(Dia-mm) 

(102) 

(102) 

(127) 

(127) 

(152) 

(152) 

(178) 

(178) 

(203) 

(203) 

(203) 

(254) 

(254) 

(305)

Flue Type  

R,V 

R,V 

R,V 

R,V 

R,V 

R,V 

R,H 

R,H 

R,H 

R,H 

R,H 

OV,H 

OV,H 

OV,H

Fan Diameter (in.) 

12 

12 

14 

14 

14 

16 

16 

18 

18 

18 

18 

2@16 

2@18 

2@18

Gas Inlet-Natural Gas (in.) 

1/2 

1/2 

1/2 

1/2 

1/2 

1/2 

1/2 

1/2 

1/2 

3/4 

3/4 

3/4 

3/4 

3/4

Gas Inlet- LP Gas (in.) 

1/2 

1/2 

1/2 

1/2 

1/2 

1/2 

1/2 

1/2 

1/2 

 

 

1/2 OR 3/4 

 

Approx. Shipping Wt. (lb.) 

72 

82 

98 

104 

178 

200 

209 

232 

242 

279 

301 

356 

415 

451

                                   (kg) 

(33) 

(37) 

(44) 

(47) 

(81) 

(91) 

(95) 

(105) 

(110) 

(127) 

(137) 

(161) 

(188) 

(205)

Net Unit Weight (lb.) 

59 

69 

84 

90 

148 

168 

175 

196 

216 

239 

261 

304 

340 

376

                          (kg) 

(27) 

(31) 

(38) 

(41) 

(67) 

(76) 

(79) 

(89) 

(98) 

(108) 

(118) 

(138) 

(154) 

(171)

4

 

Ratings shown are for unit installations at elevations between 0 and 2,000 ft. (610m). 

For unit installations in U.S.A. above 2,000 ft. (610m), the unit input must be derated 4% for 

each  

1,000 

ft. 

(305m) 

above 

sea 

level;  refer  to  local  codes,  or  in  absence  of  local  codes,  refer  to  the  latest  edition 

of  the  National  Fuel  Gas  Code,  ANSI  Standard  Z223.1  (N.F.P.A.  No.  54).

 

For installations in Canada, any reference to deration in excess of 2,000 ft. (610m) are to be 

ignored. At altitudes of 2,000 to 4,500 ft. (610 to 1372m), the unit must be derated to 90% of the 

normal altitude rating, and be so marked in accordance with the CSA certiÞ cation.

 

These amps are based on standing pilot units.

 

R = Round; OV = Oval; H = Horizontal; SP = Shaded Pole; PSC = Permanent Split Capacitor.

Figure 1A

***

**

*

**

*

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*

*

**

***

 See special details below for 400 venting.

Содержание M)

Страница 1: ...nspect and correct any problems that may be found Install operate and maintain unit in accordance with manufacturer s instructions to avoid exposure to fuel substances or substances from incomplete co...

Страница 2: ...intenance which are important to equipment but not related to personal injury hazards International as providing a minimum of 80 thermal efficiency and approved for use in California when equipped wit...

Страница 3: ...a all external wiring must conform to the Canadian Electric Code Part 1 CSA Standard C22 1 All wiring should be done and checked by a qualified electrician using copper wire only All gas connections s...

Страница 4: ...1 4 38 1 4 702 702 702 702 826 826 914 914 914 972 972 959 972 972 E Hanging Distance Width 8 5 8 8 5 8 14 1 8 14 1 8 14 3 4 17 1 2 17 1 2 20 1 4 23 25 1 2 28 1 4 33 3 4 39 1 4 44 3 4 219 219 359 359...

Страница 5: ...edition of NFPA No 88B Repair Garages In parking structures unit heaters must be installed so that the burner flames are located a minimum of 18 inches 457mm above the floor or protected by a partiti...

Страница 6: ...t Heater shall be located with respect to building construction and other equipment so as to permit access to the Unit Heater Clearance between walls and the vertical sides of the Unit Heater shall be...

Страница 7: ...a shut off valve to isolate the unit while conducting gas pressure leak tests These valves may not be completely shut off exposing the unit gas valve to excessive pressure and damage Table 3 Gas Pipe...

Страница 8: ...The manual main shutoff valve must be located external to the jacket See gure 5 8 Make certain that all connections have been adequately doped and tightened Do not overtighten the inlet gas piping in...

Страница 9: ...223 1 or applicable provisions of local building codes See below for Canadian Installations CARBON MONOXIDE Your venting system must not be block by any snow snow drifts or any foreign matter Inspect...

Страница 10: ...NNECT ALL ELECTRIC POWER INCLUDING REMOTE DISCONNECTS BEFORE SERVICING Failure to disconnect power before servicing can cause severe personal injury or death Standard units are shipped for use on 115...

Страница 11: ...o the OFF position 2 Turn off the electricity 3 To relight follow the START UP instructions above EXPLANATION OF CONTROLS see Figure 8 1 The unit heater is equipped with a combination gas control valv...

Страница 12: ...ri ce 6 Transformer Junction Box 7 Pliot Tubing 9 High Limit Switch 9A E C O Not Shown White Rodgers Valve Only 10 Pilot Burner Assembly 11 Blocked Vent Spill Switch Honeywell Standing Pilot Gas Valve...

Страница 13: ...ONAL INTERMITTENT SPARK PILOT IGNITION 13 EXPLANATION OF CONTROLS see Figure 9 1 The unit heater is equipped with a dual automatic gas valve and electric ignition device separate from the gas valve on...

Страница 14: ...mit 14 Blocked Vent Spill Switch This safety device is located on the rear header plate of the heat exchanger air inlet side This safety device is located in the upper right corner of the right jacket...

Страница 15: ...Adjustment of the pressure regulator is not normally necessary since it is preset at the factory However eld adjustment may be made as follows a Attach manometer at pressure tap plug adjacent to the c...

Страница 16: ...o 4 drops of electric motor oil as follows a Light Duty After 3 years or 25 000 hours of operation b Average Duty Annually after 3 years or 8 000 hours of operation c Heavy Duty Annually after 1 year...

Страница 17: ...L SWITCH LOCATION Figure 12 Components Parts P 14 115 1 60 MOTOR P 15 FAN GUARD P 16 FAN BLADE P 17 HARDWARE 225 400 unit sizes only require a baf e Figure 13 Figure 14 Internal Furnace Components Bur...

Страница 18: ...er 2 Reduce pilot gas Refer to Operation 3 Replace ori ce 4 Reset manifold pressure Refer to Operation Replace regulator section of combination gas valve or complete valve or Check with local gas supp...

Страница 19: ...ruction label adjacent to gas valve 5 Remove pilot ori ce Clean with compressed air or solvent Do not ream 6 Refer to Operation 7 Determine and correct cause of overheat condition Replace E C O device...

Страница 20: ...e thermostat 4 There should be NO ducts attached to the front of this heater Check air movement through heat exchanger Check voltage to fan motor Clean fan blade and heat exchanger and oil fan motor 1...

Страница 21: ...rk is applic able Y Pilot lights Main valve does not energize Spark units only Z Hi Limit switch tripping 1 Refer to Operation 2 Check motor voltage with fan running Should be 115 volts AC 3 Refer to...

Страница 22: ...tructions or has been altered or modi ed in any way b to any expenses including labor or material incurred during removal or reinstallation of the defective Product or parts thereof c to any damage du...

Страница 23: ...nderstand the controls GAS EQUIPMENT START UP GENERAL With power and gas off Make certain all packing has been removed Tighten all electrical terminals and connections Check damper linkages for tightn...

Страница 24: ......

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