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7

TECHNICAL SPECIFICATIONS

Table 2: Technical specifications(240V)

RATING AND

SUPxx-A240V12

SUPxx-A240V20

PERFORMANCE

Motor 1/2 HP / 240V

Motor 1 HP / 240V

Capacity

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 @ 240V (°F)

1

68

54

65

53

60

57

65

58

58

59

65

ELECTRICAL SYSTEM

Volts - Hertz - Phase

2 wires 240/208 - 60 - 1

Electrical element #1 @

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 #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 (Amp)

2

TBD

TBD

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 (Amp)

2

-

-

-

-

-

-

-

-

-

90.0

/

78.0

98.4

/

85.2

Breaker size - Terminal block #1 @

240V

/ 208V (Amp)

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 (Amp)

2

-

-

-

-

-

-

-

-

-

90

/ 80

100

/

90

BLOWER DATA

Motor (HP) / number of speeds

1/2 HP ECM EON

1 HP ECM EON

Nominal blower size (diam. X width)

12 x 8

12 x 9

GENERAL INFORMATION

Overall dim. (width x depth x height)

22" x 22" x 36.5"

Supply

20” x 20”

Return

18” x 18”

Filter quantity and size

(1) 20" x 20"

Shipping weight

48 Kg / 105 lbs

Maximum cooling capacity

3 tons

5 tons

1) Select a blower speed that will generate the specified temperature rise.

2) Calculated on the basis of standardC22.2-236.

14

Summary of Contents for SUPREME SUP A240V12 Series

Page 1: ...its controls Call a qualified service technician USE THE INFORMATION IN THIS MANUAL FOR THE IN STALLATION AND SERVICING OF THE FURNACE AND KEEP THE DOCUMENT NEAR THE UNIT FOR FUTURE REFERENCE HOMEOWN...

Page 2: ...mostat 9 3 3 6 Electric heating mode Communicating thermostat 9 3 3 7 Heat pump heating mode Modlating thermostat outdoor unit single stage 9 3 3 8 Heat pump heating mode Modulating thermostat outdoor...

Page 3: ...alified service technician immedi ately to assess the damage and to replace all criti cal parts that were in contact with water c Do not store gasoline or any other flammable sub stances such as paper...

Page 4: ...ample it is recommended to install the unit on a cement base 2 5 cm to 5 0 cm 1 to 2 thick In addition the heater should also be located close to the center of the air distribution system 2 2 CLEARANC...

Page 5: ...pted ground to minimize the risk of bodily harm A ground terminal is supplied with the control box for that purpose A connector is supplied on the ground terminal to ground an added accessory In the e...

Page 6: ...mode is comfort able and economical Generally speaking on a single stage thermostat a reading of the current must be taken with an ammeter as follows 1 Move the anticipator to its highest setting rend...

Page 7: ...d to operate prop erly with system components with which it is installed To successfully configure a system see information printed on circuit board label located next to select pins move the 6 select...

Page 8: ...t up cool down in conjunction with the airflow 3 0 0 No delay option Used for servicing unit or when a thermostat is utilized to perform delay func tions 4 ENH enhanced selection provides a 30 second...

Page 9: ...control will detect the humidistat contact opening on increasing humidity and reduce its airflow to approximately 80 of nominal cooling mode airflow This reduction will increase the system latent cap...

Page 10: ...o Y Y2 and R to O b Furnace delivers single stage cooling airflow 3 3 3 Cooling mode two stage First stage low cooling Thermostat closes cir cuits R to G R to O and R to Y1 Furnace delivers low stage...

Page 11: ...ir temperature from the supply air tempera ture If the temperature rise exceeds the temperature spec ified in Table 2 by 5 F 2 8 C move the AC HP CFM ADJUST black wire to high HI position If the exces...

Page 12: ...nt changes Dirty filters have an adverse ef fect on the performance of the central heating system 4 2 MOTOR LUBRICATION Do not lubricate the blower motor since it is permanently lubricated 5 FURNACE I...

Page 13: ...ected cooling delays Cooling 2 stages with Electric Heat Continous Fan G ON Fan ON at the selected continous fan CFM Fan switch ON OFF Fan OFF Thermostat calls for 1st stage Heat W1 ON Fan ON at 50 of...

Page 14: ...DH ON Compressor ON Fan ON after delays at 80 of the selected Cooling CFM OFF Compressor OFF Fan OFF after selected cooling delays Thermostat calls for 1st stage Heat Heat pump heating mode Y1 G ON Co...

Page 15: ...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 Heati...

Page 16: ...sides the back and below KOE Identical on the 2 sides Identique sur les 2 cot s KOE A 35mm 44mm 1 3 8 1 3 4 B 29mm 7 8 A B Identique sur les 2 cot s au dos et en dessous DNS1455 rev C 927mm 36 1 2 559...

Page 17: ...s 24VAC input to Y1 only Y Y2 not powered CONTINUOUS FAN CFM1 CFM1 CFM1 AC HP SIZE A C size CONTINUOUS FAN CONTINUOUS FAN CONTINUOUS FAN Selection TONS YELLOW wire position YELLOW wire position YELLOW...

Page 18: ...to Y1 only Y Y2 not powered CONTINUOUS FAN 24 VAC R input on G only CFM1 CFM1 CFM1 AC HP SIZE A C size CONTINUOUS FAN CONTINUOUS FAN CONTINUOUS FAN Selection TONS YELLOW wire position YELLOW wire pos...

Page 19: ...ON OFF DELAY Adjustment ON Delay OFF Delay WHITE wire position Time 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 DELAY PROFILE FOR ELECTRIC HEATING MODE...

Page 20: ...Figure 16 Electrical diagram SUPREME Advantage ECM ELECTRICAL DIAGRAM DIAGRAMME LECTRIQUE ADVANTAGE AVANTAGE ECM 19...

Page 21: ...rev E 31 12 15 16 17 11 6 8 9 18 19 20 21 22 13 14 7 10 REV DESCRIPTION A C DATE PAR A Nouveau dessin 21963 2015 03 24 F H B Changement disjoncteur CQC 22327 2015 05 19 F H C Ajoute support de filtre...

Page 22: ...upreme 15kw 21 B04284 Electrical sequencer kit Supreme 10kw 22 B04350 02 Top door 23 B04349 Bottom door assembly 24 B04357 01 Blower assembly Supreme 10 25kw 1 2hp ECM 25 B04357 02 Blower assembly Sup...

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