Trane UH-PRC001-EN manual Performance Data, Water

Page 33
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Performance

Data

Table PD-3 (Continued) – Model P Unit Heater HotWater Capacities – 60°F Ent.AirTemp.

(Conversion Factors inTable SP-11 Apply Only to 200 F Entering WaterTemperature Columns)

 

Water

 

 

 

 

 

 

 

 

Entering WaterTemperature

 

 

 

 

 

 

 

 

 

180 F

 

 

 

 

200 F

 

 

 

 

220 F

 

 

 

240 F

 

 

Unit

Temp.

 

 

 

PD

PD

 

 

 

PD

PD

 

 

 

PD

PD

 

 

 

PD

PD

Size

Drop °F

MBH

GPM

FT S.W.T.

H.W.T.

MBH

GPM

FT

S.W.T. H.W.T

MBH

GPM

FT S.W.T. H.W.T

MBH

GPM

FT S.W.T. H.W.T.

 

10

64.9

13.38

99.1

1.50

1.96

77.2

15.91

106.6

2.06

2.68

89.5

18.45

114.0

2.69

3.50

101.8

20.98

121.4

3.40

4.42

 

15

60.4

8.30

96.4

.61

.80

72.7

9.99

103.9

.85

1.11

85.0

11.68

111.3

1.13

1.48

97.3

13.38

118.7

1.45

1.88

102-P

20

56.0

5.77

93.8

.31

.40

68.3

7.03

101.2

.44

.58

80.6

8.30 108.6

.59

.78

92.9

9.57

116.0

.77

1.00

CFM 1528

25

51.5

4.24

91.1

.17

.23

63.8

5.26

98.5

.25

.33

76.1

6.27

105.9

.35

.46

88.4

7.29

113.3

.46

.60

RPM 1070

30

47.0

3.23

88.4

.10

.14

59.3

4.08

95.8

.16

.21

71.6

4.92

103.2

.22

.29

83.9

5.77

110.6

.30

.39

HP 1/8

40

38.1

1.96

83.0

.04

.05

50.4

2.60

90.4

.07

.09

62.7

3.23

97.8

.10

.13

75.0

3.86

105.2

.14

.18

 

50

—

—

—

—

—

41.5

1.71

85.0

.03

.04

53.8

2.22

92.4

.05

.07

66.1

2.72

99.9

.07

.09

 

60

—

—

—

—

—

—

—

—

—

—

44.8

1.54

87.0

.03

.03

57.1

1.96

94.5

.04

.05

 

10

53.6

11.04

100.9

1.04

1.36

63.7

13.13

108.6

1.43

1.86

73.8

15.22

116.3

1.87

2.43

84.0

17.31

124.1

2.36

3.07

 

15

50.0

6.86

98.1

.43

.56

60.1

8.26

105.8

.59

.78

70.2

9.65

113.6

.79

1.03

80.4

11.04

121.3

1.01

1.31

102-P

20

46.3

4.77

95.4

.22

.28

56.5

5.82 103.1

.31

.40

66.6

6.86

110.8

.41

.54

76.7

7.91

118.6

.53

.70

CFM 1208

25

42.7

3.52

92.6

.12

.16

52.9

4.36

100.3

.18

.23

63.0

5.19

108.1

.24

.32

73.1

6.03

115.8

.32

.42

RPM 850

30

39.1

2.69

89.8

.07

.10

49.2

3.38

97.6

.11

.15

59.4

4.08

105.3

.16

.20

69.5

4.77

113.0

.21

.27

HP 1/8

40

31.9

1.64

84.3

.03

.04

42.0

2.16

92.0

.05

.06

52.1

2.69

99.8

.07

.09

62.3

3.21

107.5

.10

.13

 

50

—

—

—

—

—

34.8

1.43

86.5

.02

.03

44.9

1.85

94.2

.04

.05

55.0

2.27

102.0

.05

.07

 

60

—

—

—

—

—

—

—

—

—

—

37.6

1.29

88.7

.02

.02

47.8

1.64

96.5

.03

.04

 

10

79.7

16.43

101.1

2.22

2.89

94.9

19.55

108.9

3.04

3.96

110.0

22.68

116.7

3.99

5.18

125.2

25.80

124.5

5.04

6.55

 

15

74.1

10.19

98.2

.90

1.17

89.3

12.27

106.0

1.26

1.64

104.4

14.35

113.8

1.67

2.18

119.6

16.43

121.6

2.14

2.78

122-P

20

68.6

7.06

95.3

.45

.59

83.7

8.63

103.1

.65

.85

98.9

10.19

110.9

.87

1.14

114.0

11.75

118.7

1.13

1.48

CFM 1790

25

63.0

5.19

92.4

.25

.33

78.1

6.44

100.2

.37

.49

93.3

7.69

108.0

.51

.67

108.4

8.94

115.8

.68

.88

RPM 1100

30

57.4

3.94

89.5

.15

.20

72.5

4.98

97.3

.23

.30

87.7

6.02

105.1

.32

.42

102.8

7.06

112.9

.43

.57

HP 1/6

40

46.2

2.38

83.8

.06

.08

61.4

3.16

91.6

.10

.13

76.5

3.94

9.94

.15

.19

91.7

4.72

107.2

.20

.27

 

50

—

—

—

—

—

50.2

2.07

85.8

.04

.06

65.3

2.69

93.6

07

.09

80.5

3.32

101.4

.10

.14

 

60

—

—

—

—

—

39.0

1.34

80.1

.02

.03

54.2

1.86

87.9

.04

.05

69.3

2.38

95.7

.06

.07

 

10

99.0

20.41

101.1

3.18

4.27

117.6

24.24

108.8

4.32

5.81

136.2

28.07

116.5

5.61

7.54

154.8

31.89

124.2

7.05

9.47

 

15

92.8

12.76

98.5

1.32

1.77

111.4

15.31

106.3

1.83

2.45

130.0

17.86

114.0

2.40

3.23

148.6

20.41

121.7

3.04

4.09

146-P

20

86.7

8.93

96.0

.68

.91 105.2 10.84 103.7

.96

1.29

123.8

12.76

111.4

1.28

1.72

142.4

14.67

119.1

1.64

2.20

CFM 2220

25

80.5

6.63

93.4

.39

.52

99.0

8.16

101.1

.56

.76

117.6

9.70

108.8

.77

1.03

136.2

11.23

116.5

.99

1.33

RPM 1100

30

74.3

5.10

90.8

.24

.32

92.8

6.38

98.5

.36

.48

111.4

7.65

106.3

.49

.66

130.0

8.93

114.0

.65

.87

HP 1/6

40

61.9

3.19

85.7

.10

.14

80.5

4.15

93.4

.16

.22

99.0

5.10

101.1

.23

.31

117.6

6.06

108.8

.31

.42

 

50

49.5

2.04

80.6

.04

.06

68.1

2.81

88.3

.08

.10

86.6

3.57

96.0

.12

.16

105.2

4.34

103.7

.17

.23

 

60

—

—

—

—

—

55.7

1.91

83.1

.04

.05

74.3

2.55

90.8

.06

.09

92.8

3.19

98.5

.10

.13

 

10

111.5

22.98

99.2

2.70

3.59

132.4

27.29

106.6

3.67

4.88

153.3

31.59

113.9

4.77

6.34

174.2

35.89

121.3

6.00

7.96

 

15

104.6

14.38

96.8

1.12

1.49

125.5

17.24

104.1

1.55

2.06

146.4

20.11

111.5

2.04

2.71

167.3

22.98

118.8

2.59

3.44

166-P

20

97.7

10.07

94.4

.58

.77

118.6

12.22

101.7

.81

1.08

139.5

14.38

109.1

1.09

1.45

160.4

16.53

116.4

1.39

1.95

CFM 2620

25

90.8

7.49

92.0

.33

.44

111.7

9.21

99.3

.48

.64

132.6

10.93

106.6

.65

.87

153.5

12.65

114.0

.85

1.12

RPM 1100

30

84.0

5.77

89.5

.20

.27

104.8

7.20

96.9

30

.40

125.7

8.64

104.2

.42

.56

146.6

10.07

111.6

.55

.79

HP 1/6

40

70.2

3.62

84.7

.09

.11

91.1

4.69

92.0

.14

.18

111.9

5.77

99.4

.20

.26

132.8

6.84

106.7

.27

.36

 

50

56.4

2.32

79.8

.04

.05

77.3

3.19

87.2

.07

.09

98.2

4.05

94.5

.10

.14

119.0

4.91

101.9

.14

.19

 

60

—

—

—

—

—

63.5

2.18

82.3

.03

.04

84.4

2.90

89.7

.06

.07

105.3

3.62

97.0

.08

.11

See Table SP-12 for abbreviations.

UH-PRC001-EN

33

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Contents Propeller Unit Heaters/Unitary UH-PRC001-EN17.4 to 705.6 MBh OctoberThe Industrial Designed Model P Unit Heater IntroductionFeatures and Benefits ContentsSelection Procedure Electric PowerPut HeatWhere It’s Needed Features and BenefitsThe Model P Motor The Model S CoilCompact Design Rectangular Draw-ThruCoilsModel P Model SFeatures and Benefits Features and Benefits External CouplingsApplication Considerations General RulesTypical Factory HotWater System - Using Circulating Pump General NotesApplication Considerations HotWater System with Circulating Pump Vapor orVacuum SystemApplication Considerations Figure AC-4 Figure AC-5 Figure AC-6Trane Propeller Unit Heaters Selection ProcedureBTU Requirements Type of BuildingDetermining Special Steam Capacities FormulaUseful Data Equivalent Direct RadiationModel S Nomenclature D BESelection Procedure Model P Model SSelection Procedure Table Based on 2 PSIG and 60 F Entering Air2 Lbs. Steam 60 F Entering AirTemp Selection Procedure2 Lbs. Steam 60 F Entering AirTemp Selection ProcedureTable SP-6- Maximum Spread Ft Selection ProcedureModel P Nomenclature Additional Selection DataMotor and Fan Speeds Selection ProcedureHotWater Selection Example Selection ProcedureSelection Procedure StepPropylene Glycol Correction Factors for Propylene Glycol/WaterPropylene GlycolModel Number Description MODEL P UNIT HEATERMotors D B E Model Number DescriptionMotors Performance Data Water Performance DataWater Performance DataWater Performance DataEntering WaterTemperature Performance DataEntering WaterTemperature Performance Data117.6 Performance DataEntering WaterTemperature Performance DataEntering WaterTemperature Performance DataWater Performance DataWater Performance DataWater Performance Data115.1 Performance DataWater Performance DataWater Performance DataEntering WaterTemperature Performance DataEntering WaterTemperature Performance DataEntering WaterTemperature Performance Data100.1 Performance DataEntering WaterTemperature Performance DataEntering WaterTemperature Performance DataElectric Power Accessory Electric PowerModel Electric PowerFigure DW-1 Dimensions and WeightsMotor MountType-1 Motor MountType-2Figure DW-2 Dimensions and WeightsIn Dimensions Figure DW-4 Dimensions and WeightsFigure DW-3 Table DW-4- Louver Cone Diffuser RoughingModel P General Mechanical SpecificationsCasing Model S GeneralPage TheTrane Company NRTL/C
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