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6

Unitary Products Group

035-12124-000 Rev. A (0501)I

SUPPLY AIR BLOWER  PERFORMANCE

1

- (CFM)

BLOWER

SPEED

RPM

AIRFLOW

ESP

2

(IWG)

OUTPUT

(BHP)

INPUT

(kW)

ESP

2

(IWG)

OUTPUT

(BHP)

INPUT

(KW)

ESP

2

(IWG)

OUTPUT

(BHP)

INPUT

(kW)

ESP

2

(IWG)

OUTPUT

(BHP)

INPUT

(kW)

ESP

2

(IWG)

OUTPUT

(BHP)

INPUT

(kW

4800 CFM

5400 CFM

6000 CFM

6600 CFM

7200 CFM

600

0.46

1.44

1.34

0.30

1.68

1.56

0.11

1.96

1.80

-

-

-

-

-

-

625

0.55

1.54

1.43

0.40

1.79

1.64

0.22

2.08

1.90

0.01

2.41

2.20

-

-

-

700

0.84

1.83

1.68

0.70

2.12

1.94

0.54

2.43

2.22

0.36

2.77

2.54

0.12

3.12

2.82

800

1.26

2.38

2.17

1.15

2.70

2.47

1.00

3.03

2.74

0.83

3.37

3.05

0.62

3.75

-

900

1.70

2.95

2.68

1.63

3.30

2.99

1.52

3.67

-

-

-

-

-

-

-

SUPPLY AIR BLOWER PERFORMANCE

1

- (m

3

/s)

BLOWER

SPEED

RPM

AIRFLOW

ESP

2

(Pa)

OUTPUT

(kW)

INPUT

(kW)

ESP

2

(Pa)

OUTPUT

(kW)

INPUT

(kW)

ESP

2

(Pa)

OUTPUT

(kW)

INPUT

(kW)

ESP

2

(Pa)

OUTPUT

(kW)

INPUT

(kW)

ESP

2

(Pa)

OUTPUT

(kW)

INPUT

(kW)

2.26 m

3

/s

2.55 m

3

/s

2.83 m

3

/s

3.11 m

3

/s

3.40 m

3

/s

600

114

1.07

1.34

74

1.25

1.56

27

1.46

1.80

-

-

-

-

-

-

625

136

1.15

1.43

99

1.33

1.64

55

1.55

1.90

3

1.08

2.20

-

-

-

700

208

1.36

1.68

174

1.58

1.94

134

1.81

2.22

89

2.06

2.54

30

2.32

2.82

800

312

1.77

2.17

285

2.01

2.47

248

2.26

2.74

206

2.51

3.05

154

2.79

-

900

422

2.20

2.68

404

2.46

2.99

311

2.73

-

-

-

-

-

-

-

1

Unit resistance is based on a wet evaporator coil and clean filters.

2

Available static pressure in IWG (Pa) to overcome the resistance of the duct system and any accessories added to the unit. Refer to Table 6 for the resistance of these

accessories and to Table 7 for additional motor and drive data

NOTE: Motors can be selected to operate into the service factor because they are located in the moving air stream, upstream of any heating device.

LEGEND:

TABLE 5 - BLOWER PERFORMANCE

RPM range for standard

factory-mounted drive components.

Exceeds the output limitation of the standard

factory-mounted blower motor.

TABLE 6 - ACCESSORY STATIC RESISTANCE (IWG)

ACCESSORY

EXTERNAL STATIC PRESSURE DROP RESISTANCE

IWG/pA

BLOWER CFM/m

3

/s

4800 /

2.26

5400 /

2.55

6000 /

2.83

6600 /

3.11

7200 /

3.40

Electric

Heat

10kW

0.04 / 10

0.05 / 12

0.06 / 15

0.08 / 20

0.10 / 25

16kW

0.07 / 18

0.09 / 21

0.11 / 27

0.14 / 35

0.17 / 42

26kW

0.13 / 32

0.16 / 40

0.20 / 50

0.24 / 60

0.29 / 72

36kW

0.20 / 50

0.24 / 60

0.29 / 72

0.35 / 87

0.42 / 106

Supply Air Plenum

0.03 / 8

0.04 / 10

0.05 / 12

0.06 / 15

0.07 / 18

Return Air Grille

0.04 / 10

0.05 / 12

0.06 / 15

0.07 / 18

0.08 / 20

Hot Water Coil

0.18 / 45

0.22 / 55

0.26 / 64

0.30 / 74

0.34 / 84

Steam Coil

0.15 / 37

0.18 / 45

0.22 / 55

0.26 / 64

0.30 / 74

* Add these pressures to the ESP values in the respective blower performance table.

Содержание WORLD 50 HZ K3EU180A50

Страница 1: ...n as a unit is received it should be inspected for possible damage during transit If damage is evident the extent of the damage should be noted on the carrier s delivery receipt A separate request for...

Страница 2: ...the skid These units can be rigged with slings under the bottom skid CAUTION Spreader bars should be used to prevent slings from crushing the unit panels and frame Before rigging any unit determine i...

Страница 3: ...n Pack fiber glass insulation and a sealing material such as Per magum around refrigerant lines where they penetrate a wall to reduce vibration and to retain some flexibility Support all refrigerant l...

Страница 4: ...the refrigerant connections The line should be in sulated where moisture drippage will be objectionable or cause damage to the area Seal the unused drain connec tion with a suitable mastic The 3 76mm...

Страница 5: ...dry coil the refrigerant system should be de energized while the test is being run 4 Knowing the pressure drop across a dry coil the actual air flow through the unit can be determined from the curve i...

Страница 6: ...2 2 20 2 68 404 2 46 2 99 311 2 73 1 Unit resistance is based on a wet evaporator coil and clean filters 2 Available static pressure in IWG Pa to overcome the resistance of the duct system and any acc...

Страница 7: ...tom 4 NOTES 1 Overall dimension of the unit will vary if an electric heater a supply air plenum or a base is used 2 This dimension is required for removal of the DX coil Only 26 660mm is required for...

Страница 8: ...terminals on blower motor contactor 10M Route the control wires into the unit through the other 7 8 22 2mm dia knockout and connect them to the terminals on block 4TB Refer to the unit drawing in Figu...

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