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Table 3. Q104SD Airflow Data

MODEL

NUMBER

Q104SD-

TAP

EXTERNAL STATIC PRESSURE DROP -  INCHES WATER COLUMN

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

X24K

Tap T1

825

38.4

785

40.3

710

44.4

645

48.9

580

54.5

510

62.0

435

72.5

-

-

Tap T2

970

32.6

925

34.2

865

36.5

800

39.5

715

44.1

650

48.5

590

53.5

520

60.5

Tap T3*

1070 29.6 1010 31.3 9456 33.4

905

34.9

815

38.8

745

42.5

675

46.9

615

51.2

Tap T4** 1190 26.6 1140 27.7 1070 29.6 1020 30.9

955

33.1

860

36.7

805

39.3

765

41.4

Tap T5

1330 23.8 1275 24.8 1220 25.9 1165 27.1 1105 28.6 1045 30.3

955

33.0

880

35.9

X30K

Tap T1

890

35.5

830

38.0

765

41.3

685

46.0

625

50.6

575

54.9

500

62.9

420

75.4

Tap T2*

970

32.6

925

34.2

865

36.5

800

39.5

715

44.1

650

48.5

590

53.5

520

60.5

Tap T3** 1190 26.6 1140 27.7 1070 29.6 1020 30.9

955

33.1

860

36.7

805

39.3

765

41.4

Tap T4

1380 22.9 1335 23.7 1275 24.8 1220 25.9 1165 27.1 1095 28.8 1020 31.0

945

33.4

Tap T5

1640 19.3 1605 19.7 1545 20.4 1490 21.2 1435 22.0 1380 22.9 1325 23.9 1250 25.3

X36K

Tap T1

1135 27.8 1075 29.4 1010 31.2

950

33.3

865

36.6

770

41.0

695

45.5

620

51.0

Tap T2** 1240 25.4 1185 26.6 1130 28.0 1055 29.9

995

31.8

920

34.3

825

38.2

755

41.9

Tap T3*

1420 22.3 1370 23.1 1310 24.2 1250 25.3 1205 26.2 1125 28.1 1065 29.7

975

32.4

Tap T4

1630 19.4 1590 19.9 1530 20.7 1465 21.6 1410 22.4 1345 23.5 1270 24.9 1195 26.4

Tap T5

1700 18.6 1660 19.1 1595 19.8 1535 20.6 1480 21.3 1420 22.2 1360 23.3 1280 24.7

X42K

Tap T1** 1260 25.1 1200 26.4 1135 27.9 1070 29.5

980

32.2

905

34.9

830

38.1

760

41.5

Tap T2

1375 23.0 1330 23.7 1270 24.9 1220 25.9 1155 27.4 1075 29.3

970

32.5

900

35.1

Tap T3*

1575 20.1 1520 20.8 1470 21.5 1420 22.3 1355 23.3 1295 24.4 1215 26.0 1095 28.9

Tap T4

1655 19.1 1600 19.8 1555 20.3 1500 21.1 1445 21.9 1380 22.9 1315 24.0 1215 26.0

Tap T5

1850 17.1 1795 17.6 1740 18.2 1710 18.5 1640 19.3 1595 19.8 1540 20.5 1475 21.4

X48K

Tap T1

950

33.2

900

35.1

865

36.6

730

43.4

670

47.0

585

54.2

510

62.2

-

-

Tap T2** 1645 19.2 1595 19.8 1520 20.8 1475 21.4 1415 22.3 1350 23.4 1265 25.0 1200 26.4

Tap T3*

1765 17.9 1705 18.5 1625 19.4 1570 20.1 1525 20.7 1450 21.8 1405 22.5 1305 24.2

Tap T4

1995 15.8 1945 16.2 1875 16.8 1790 17.6 1725 18.3 1660 19.0 1610 19.6 1550 20.4

Tap T5

2390 13.2 2335 13.5 2300 13.7 2240 14.1 2180 14.5 2130 14.8 2075 15.2 2015 15.7

X60K

Tap T1

1090 29.0 1030 30.6

960

33.0

880

36.0

790

40.0

715

44.2

640

49.3

570

55.4

Tap T2** 1765 17.9 1705 18.5 1625 19.4 1570 20.1 1525 20.7 1450 21.8 1405 22.5 1305 24.2

Tap T3*

2000 15.8 1945 16.2 1890 16.7 1835 17.2 1785 17.7 1735 18.2 1690 18.7 1635 19.3

Tap T4

2235 14.1 2180 14.5 2125 14.9 2075 15.2 2035 15.5 1985 15.9 1940 16.3 1895 16.7

Tap T5

2390 13.2 2335 13.5 2300 13.7 2240 14.1 2180 14.5 2130 14.8 2075 15.2 2015 15.7

Notes:

1.  * Denotes factory set cooling speed

2.  ** Denotes factory set electric heating speed

3.  Heat rise calculated based on 10KW of electric heat using formula (KW x 3413)/1.08/CFM

4.  Temperature rises in tables are approximate. Actual temperature rises may vary.

5.  Shaded areas are not approved for proper electric heat operation above 40F rise.

6.  Deduct approximately 3% from airflow shown for 208V applications.

Airflow Data

Table 4. Control Board Status Indicators

STATUS

INDICATOR

STATUS

TYPE

DIAGNOSTIC 

DESCRIPTION

C1

Operating Status Cooling, 1st Stage

H1

Operating Status Heating, 1st Stage

SC

Operating Status Anti Short Cycle Timer

dF

Operating Status Defrost

_.

Operating Status Power on, no call for

operation

01

Fault

Pressure Switch, low

02

Fault

Pressure Switch, high

03

Fault

Temperature Sensor,

Ambient

04

Fault

Temperature Sensor, Coil

05

Fault

Board

dF 

(flashing)

Input Error

Forced defrost - test

short applied longer than

11 minutes

Summary of Contents for Q104SD Series

Page 1: ...mon sense plays an important role as well Pay attention to all safety warnings and any other special notes highlighted in the manual Improper installation of the furnace or failure to follow safety wa...

Page 2: ...ing an R 410A Unit in AC Mode 12 Charging an R 410A Unit in Heating Mode 12 Verification of charge in Heat Mode 12 HEAT PUMP MAINTENANCE 12 FIGURES TABLES 13 Figure 7 Q104SD Heat pump Dimensions 13 Ta...

Page 3: ...oorfan compressor andblowermotorwill all cycle on and off to maintain the indoor temperature at the desired cooling level NOTE If the temperature level is re adjusted or the system mode is reset the f...

Page 4: ...selector setting HEAT PUMP MAINTENANCE CAUTION Shut off all electrical power to the unit before performing any maintenance or service on the system Failure to comply may result in personal injury or d...

Page 5: ...asoline and any other flammable vapors and liquids in the vicinity of the unit WARNING The safety information listed below must be followed during the installation service and operation of this unit U...

Page 6: ...ng load of the area to be conditioned must be calculatedandasystemofthepropercapacityselected It is recommended that the area to be conditioned be completely insulated and vapor sealed Check the elect...

Page 7: ...beneath the unit Rigging Hoisting WARNING To avoid the risk of property damage personal injury or death it is the rigger s responsibility to ensure that whatever means are used to hoist the unit are s...

Page 8: ...ning the correct fuse or circuit breaker for the unit Incoming field wiring and minimum size of electrical conductors and circuit Units require horizontal roof curb and return air kit for horizontal i...

Page 9: ...the system when very high pressures occur during abnormal conditions Under normal conditions the switch is closed If the discharge pressure rises above 650 psig then the switch will open and de energi...

Page 10: ...seconds regardless of whether short is removed or not Qualifying conditions of minimum ambient or coil temperature do not need to be met when the unit is forced into defrost If the short across the TE...

Page 11: ...ify the unit is level and allows condensate to drain Verify the outdoor coil and top of the unit are free from obstructions and debris and all equipment access control panels are in place Verifythatth...

Page 12: ...he unit rating plate Return to the system when the outdoor temperature is 60 degrees F or higher and follow the steps defined in Charging an R410A Unit in AC Mode NOTE Unit charge MUST be verified in...

Page 13: ...2 29 5 26 0 43 0 39 3 X60K 530 29 5 26 0 43 0 39 3 FIGURES TABLES Top View 24 9 13 5 16 12 13 3 13 5 16 12 CG A 47 5 75 NPT Female Drain Connector B DOWNFLOW SUPPLY DUCT OPENING DOWNFLOW RETURN DUCT O...

Page 14: ...t Defrost Board L 24V Output Fault Monitor See thermostat manual for compatibility Brown Orange Accesory Heat Plug Indoor Thermostat Sub Base Unit Terminal Block 1 2 3 4 5 6 7 8 9 to Blower Relay Cool...

Page 15: ...See installation instructions in the branding kit 1 Couper le courant avant de faire letretien 2 Employez uniquement des conducteurs en cuivre 3 Ne convient pas aux installations de plus de 150 V a la...

Page 16: ...16 Figure 10 Charging Chart for 2 Ton Units Figure 11 Charging Chart for 2 5 Ton Units Charging Charts Cooling...

Page 17: ...17 Figure 13 Charging Chart for 3 5 Ton Units Figure 12 Charging Chart for 3 Ton Units...

Page 18: ...18 Figure 14 Charging Chart for 4 Ton Units Figure 15 Charging Chart for 5 Ton Units...

Page 19: ...9 1380 22 9 1315 24 0 1215 26 0 Tap T5 1850 17 1 1795 17 6 1740 18 2 1710 18 5 1640 19 3 1595 19 8 1540 20 5 1475 21 4 X48K Tap T1 950 33 2 900 35 1 865 36 6 730 43 4 670 47 0 585 54 2 510 62 2 Tap T...

Page 20: ...VOLTS Has the thermostat been calibrated YES NO Is the thermostat level YES NO Is the heat anticipator setting correct YES NO REPLACEMENT PARTS Replacement parts are available through your distributor...

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