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13 

 

Table 2: Technical specifications

 

 

Model

10

15

18

20

23

25

20

23

25

27

30

Power, total @ 

240V

 / 208V (Kw)

10

 / 7.5

15

 / 11.3

18

 / 13.5

20

 /15

23

 / 17.3

25

 / 18.8

20

 /15

23

 / 17.3

25

 / 18.8

27

 / 20.3

30

 / 22.5

Power, first stage @ 

240V

 / 208V 

(Kw)

5

 / 3.8

10

 / 7.5

9

 / 6.8

10

 / 7.5

13

 / 9.8

15

 / 11.3

10

 / 7.5

13

 / 9.8

15

 / 11.3

15

 / 11.3

15

 / 11.3

Net capacity@ 

240V 

(BTU/h)

                    @ 208V

34,120

25,628

51,180

38,442

61,420

46,130

68,240

51,256

78,480

 58,944

85,300

 64,070

68,240

51,256

78,480

 58,944

85,300

 64,070

92,124

 69,195

102,360

 76,884

Temperature rise range @ 240V (°F) 

68

54

65

53

60

57

65

58

58

59

65

Volts - Hertz - Phase

Electrical element #1 @ 

240V

 / 

208V (Kw)

5

 / 3.7

5

 / 3.7

4

 / 3.1

5

 / 3.7

4

 / 3.1

5

 / 3.7

5

 / 3.7

4

 / 3.1

5

 / 3.7

5

 / 3.7

5

 / 3.7

Electrical element #2 @ 

240V

 / 

208V (Kw)

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

Electrical element #3 @ 

240V

 / 

208V (Kw)

5

 / 3.7

4

 / 3.1

5

 / 3.7

4

 / 3.1

5

 / 3.7

5

 / 3.7

4

 / 3.1

5

 / 3.7

5

 / 3.7

5

 / 3.7

Electrical element #4 @ 

240V

 / 

208V (Kw)

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

4

 / 3.1

5

 / 3.7

Electrical element #5 @ 

240V

 / 

208V (Kw)

5

 / 3.7

5

 / 3.7

5

 / 3.7

5

 / 3.7

4

 / 3.1

5

 / 3.7

Electrical element #6 @ 

240V

 / 

208V (Kw)

4

 / 3.1

5

 / 3.7

Blower motor Consumption @ 

240V 

/ 208V (Amp. Max.)

2.3 / 2.7

2.3 / 2.7

2.3 / 2.7

2.3 / 2.7

2.3 / 2.7

2.3 / 2.7

5.2 / 6.0

5.2 / 6.0

5.2 / 6.0

5.2 / 6.0

5.2 / 6.0

Heating Elements Consumption @ 

240V

 / 208V (Amp)

41.4

 / 35.9

62.1

 / 53.8

75.8

 / 65.7

82.8

 / 71.8

96.5

 / 83.6

103.5

 / 89.7

82.8

 / 71.8

96.5

 / 83.6

103.5

 / 89.7

113.6

 / 98.5

124.3

 / 107.7

Total Consumption @ 

240V

 / 208V 

(Amp) 

43.7

 / 38.6

64.4

 / 56.5

78.1

 / 68.4

85.1

 / 74.5

98.8 / 86.3 105.8 / 92.4

88.0

 / 77.8 101.7 / 89.6

108.7 / 95.7

118.8 / 104.5 129.5 / 113.7

Ampacity - Terminal block 

#

1 @ 

240V

 / 208V  

²

54.0

 / 47.8

78.6 / 69.2

94.7 / 83.2

103.2

 / 90.5

119.3

 / 104.5 127.7 / 111.8 106.5 / 94.3 122.7 / 108.3 131.1 / 115.6

53.1

 / 48.0

57.3

 / 51.7

Ampacity - Terminal block 

#

2 @ 

240V

 / 208V  ²

-

-

-

-

-

-

-

-

-

90.0

 / 78.0

98.4

 / 85.2

Breaker size - Terminal block #1 @ 

240V

 / 208V  ²

60

 / 50

80

 / 70

100

 / 90

125

 / 90

125

 / 125

150

 / 125

125

 / 100

125

 / 125

150

 / 125

60

 / 50

60

 / 60

Breaker size - Terminal block #2 @ 

240V

 / 208V  ²

-

-

-

-

-

-

-

-

-

90

 / 80

100

 / 90

Motor (HP) / number of speeds

Nominal blower size (diam. X width)

Overall dimensions (width x depth x 
height)

Supply

Return

Filter quantity and size

Shipping weight

Maximum cooling capacity

RATINGS AND PERFORMANCE

SUPxx-A240V12

1/2 HP / 240V Motor

SUPxx-A240V20

1 HP / 240V Motor

48 Kg / 105 lbs

ELECTRICAL SYSTEM

2 wires  240/208 - 60 - 1

BLOWER DATA  (factory adjusted for a static pressure of 0.5" W.C.)

1/2 HP ECM EON

1 HP ECM EON

12 x 8

12 x 9

GENERAL INFORMATION 

22" x 22" x 36.5"

20" x 20"

18" x 18"

(1) 20" x 20"

3 tons

5 tons

1) Select a blower speed that will generate the specified temperature rise
2) Calculated on the basis of standard C22.2-236

 

 

 

Summary of Contents for SUP10-A240V12

Page 1: ...ial Boulevard Sherbrooke Quebec Canada J1L 1V8 Caution Do not tamper with the unit or its controls Call a qualified service technician INSTALLER SERVICE TECHNICIAN USE THE INFORMATION IN THIS MANUAL F...

Page 2: ...ng mode dehumidification 9 3 3 5 Electric heat heating mode 1 stage 9 3 3 6 Electric heat heating mode 2 stage 9 3 3 7 Heat pump heating mode single stage 9 3 3 8 Heat pump heating mode two stage 9 3...

Page 3: ...e Ask the technician installing your furnace to show and explain to you the following items i The main disconnect switch or circuit breaker ii The air filter and how to change it check monthly and cl...

Page 4: ...nstallation The return duct may be installed to the back to the bottom on the left side or on the right side of the unit The supply duct shall be installed on the top of the unit Care should be taken...

Page 5: ...installation must be performed with copper wire ONLY in order to comply with the Canadian electrical code The usage of an aluminum or copper wire is acceptable on models 25kW and lower Move all wires...

Page 6: ...er the vertical sections of the supply and return air duct with soundproofing material c Use baffles in short radius elbows d Use flexible hangers to suspend the ducts The SUPREME furnace is equipped...

Page 7: ...irflow and zero 0 ON delay programmed into the ECM motor that cannot be overridden Four 4 motor operation delay profiles are provided to customize and enhance system operation Refer to Figure 10 and F...

Page 8: ...heat pump When using a heat pump a thermostat with dial fuel option or a fossil fuel kit is required that prevents the operation of the electric elements and the heat pump at the same time Refer to t...

Page 9: ...ng mode 1 stage Thermostat closes circuit R to W1 or W2 Furnace delivers the selected electric heat airflow and maximum heating capacity is powered starting the heating elements in sequence with a del...

Page 10: ...igned to engage during the improper functioning of the blower or when the filter was improperly maintained 3 4 2 High limit verification After operating the furnace for at least 15 minutes restrict th...

Page 11: ...ler name and address START UP RESULTS Voltage Total current consumed by the elements Supply air temperature Return air temperature Supply air duct static pressure Return air duct static pressure Total...

Page 12: ...N Fan ON after delays at selected Cooling CFM OFF Compressor OFF Fan OFF after selected cooling delays ON Compressor ON Fan ON after delays at 80 of the selected Cooling CFM OFF Compressor OFF Fan OFF...

Page 13: ...2 6 0 5 2 6 0 5 2 6 0 5 2 6 0 5 2 6 0 Heating Elements Consumption 240V 208V Amp 41 4 35 9 62 1 53 8 75 8 65 7 82 8 71 8 96 5 83 6 103 5 89 7 82 8 71 8 96 5 83 6 103 5 89 7 113 6 98 5 124 3 107 7 Tota...

Page 14: ...Adjustment WHITE wire position ON Delay Time OFF Delay CFM Time 0 90 0 sec 100 90 sec 30 90 30 sec 100 90 sec 0 0 0 sec 0 sec ENH 30 sec 70 150 sec No adjustment required ON Delay Time OFF Delay CFM...

Page 15: ...575 1150 ON OFF DELAY Adjustment WHITE wire position ON Delay Time OFF Delay CFM Time 0 90 0 sec 100 90 sec 30 90 30 sec 100 90 sec 0 0 0 sec 0 sec ENH 30 sec 70 150 sec No adjustment required ON Del...

Page 16: ...16 Figure 15 Furnace dimensions...

Page 17: ...17 Figure 16 Electrical diagram SUPREME Advantage ECM...

Page 18: ...18 Figure 17 Parts list SUPREME Advantage ECM...

Page 19: ...3 25kw 26 B04282 Electrical sequencer kit Supreme 18 20kw 27 B04283 Electrical sequencer kit Supreme 15kw 28 B04284 Electrical sequencer kit Supreme 10kw 29 B04275 Plastic top door 30 X50042 Label log...

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