Operation Pressures

Model

Entering

GEH/GEV

Water Temp,

 

°F

 

 

150 (60 HZ)

35

120 (50 HZ)

35

 

45

 

45

 

55

 

55

 

68

 

68

 

75

 

75

 

86

 

86

 

95

 

95

180 (60 HZ)

35

150 (50 HZ)

35

 

45

 

45

 

55

 

55

 

68

 

68

 

75

 

75

 

86

 

86

 

95

GEV

95

35

240 (60 HZ)

35

180 (50 HZ)

45

45

 

 

55

 

55

 

68

 

68

 

75

 

75

 

86

 

86

 

95

GEV

95

35

300 (60 HZ)

35

240 (50 HZ)

45

45

 

 

55

 

55

 

68

 

68

 

75

 

75

 

86

 

86

 

95

 

95

Water

Flow

GPM

25.0

37.5

25.0

37.5

25.0

37.5

25.0

37.5

25.0

37.5

25.0

37.5

25.0

37.5

30

45

30

45

30

45

30

45

30

45

30

45

30

45

40

60

40

60

40

60

40

60

40

60

40

60

40

60

50

75

50

75

50

75

50

75

50

75

50

75

50

75

Suction

Pressure,

PSIG

69 - 80

69 - 80

69 - 80

69 - 80

70 - 81

70 - 81

71 - 82

71 - 82

72 - 84

72 - 84

73 - 85

73 - 85

66 - 77

66 - 77

66 - 77

66 - 77

68 - 79

67 - 78

68 - 80

68 - 79

70 - 81

69 - 81

71 - 82

70 - 82

65 - 76

65 - 76

66 - 77

65 - 76

67 - 78

67 - 77

67 - 79

67 - 78

69 - 80

68 - 80

70 - 81

69 - 81

64 - 74

64 - 74

65 - 76

66 - 77

66 - 77

67 - 78

67 - 78

68 - 79

68 - 79

69 - 81

69 - 81

69 - 80

 

Operating Data

 

Cooling

 

Discharge

 

Water

 

Air Temp

Pressure,

 

Temp Rise

 

Drop

PSIG

 

°F

 

°F DB

100 - 128

 

12 - 16

 

18 - 25

96 - 123

 

8 - 11

 

18 - 25

120 - 153

 

12 - 16

 

18 - 24

115 - 147

 

8 - 11

 

18 - 24

148 - 189

 

12 - 16

 

18 - 24

142 - 182

 

8 - 11

 

18 - 24

164 - 210

 

12 - 16

 

18 - 24

158 - 202

 

8 - 11

 

18 - 24

192 - 246

 

12 - 16

 

17 - 23

185 - 237

 

8 - 11

 

18 - 23

218 - 278

 

11 - 16

 

17 - 23

210 - 268

 

7 - 11

 

17 - 23

106 - 136

 

12 - 17

 

18 - 25

102 - 131

 

8 - 11

 

18 - 25

126 - 161

 

12 - 17

 

18 - 24

120 - 153

 

8 - 11

 

18 - 24

154 - 196

 

12 - 16

 

18 - 24

147 - 187

 

8 - 11

 

18 - 24

170 - 217

 

12 - 16

 

18 - 24

162 - 208

 

8 - 11

 

18 - 24

199 - 254

 

12 - 16

 

17 - 23

190 - 243

 

8 - 11

 

17 - 23

224 - 287

 

12 - 16

 

17 - 23

215 - 274

 

8 - 11

 

17 - 23

113 - 145

 

13 - 18

 

19 - 25

109 - 140

 

9 - 12

 

19 - 25

134 - 171

 

13 - 18

 

19 - 25

125 - 160

 

9 - 12

 

19 - 25

163 - 209

 

13 - 18

 

18 - 25

152 - 195

 

9 - 12

 

19 - 25

180 - 231

 

13 - 18

 

18 - 24

169 - 215

 

9 - 12

 

18 - 24

210 - 269

 

13 - 18

 

18 - 24

197 - 251

 

9 - 12

 

18 - 24

238 - 303

 

13 - 18

 

18 - 23

222 - 284

 

9 - 12

 

18 - 24

115 - 148

 

13 - 17

 

18 - 24

111 - 142

 

8 - 12

 

18 - 24

134 - 171

 

12 - 17

 

18 - 24

128 - 164

 

8 - 12

 

18 - 24

160 - 205

 

12 - 16

 

18 - 23

154 - 197

 

8 - 11

 

18 - 23

176 - 225

 

12 - 16

 

17 - 23

169 - 216

 

8 - 11

 

17 - 23

203 - 260

 

12 - 16

 

17 - 23

196 - 250

 

8 - 11

 

17 - 23

228 - 292

 

12 - 16

 

17 - 22

220 - 281

 

8 - 11

 

17 - 22

Suction

Pressure

PSIG 34 - 44 36 - 46

42 - 54

42 - 55

51 - 65

54 - 70

64 - 82

68 - 88

71 - 92

77 - 99

85 - 109

92 - 118

30 - 40

32 - 42

38 - 49

40 - 53

46 - 59

50 - 64

58 - 75

63 - 81

65 - 84

71 - 92

78 - 100

85 - 109

31 - 40

32 - 42

37 - 48

40 - 51

45 - 58

48 - 61

55 - 72

59 - 76

62 - 80

66 - 85

72 - 93

77 - 99

27 - 36

30 - 39

35 - 45

37 - 49

43 - 55

46 - 60

55 - 71

60 - 77

62 - 80

68 - 87

74 - 95

81 - 104

Heating

 

 

Discharge

Water Temp

Air Temp

Pressure

Drop

Rise

PSIG

 

°F

°F DB

151 - 193

5

- 8

17 - 23

153 - 196

3

- 5

18 - 24

160 - 204

7

- 9

20 - 26

161 - 205

4

- 6

20 - 26

169 - 216

8 - 11

22 - 29

172 - 220

5

- 8

23 - 31

182 - 232

9 - 13

26 - 34

186 - 238

7

- 9

27 - 36

189 - 242

10

- 14

28 - 37

194 - 248

7 - 10

30 - 39

201 - 257

12

- 16

31 - 41

208 - 266

8 - 12

33 - 43

147 - 189

5

- 8

17 - 23

150 - 192

3

- 5

18 - 24

156 - 199

6

- 9

20 - 26

159 - 203

4

- 7

21 - 27

165 - 211

8 - 11

23 - 30

169 - 216

5

- 8

24 - 31

178 - 227

9 - 13

26 - 35

183 - 234

6

- 9

28 - 37

185 - 237

10

- 14

29 - 37

191 - 245

7 - 10

30 - 40

198 - 253

12

- 16

32 - 42

206 - 263

8 - 12

34 - 44

157 - 201

5

- 8

19 - 25

160 - 204

3

- 5

20 - 26

166 - 212

7 - 10

21 - 28

168 - 215

4

- 7

22 - 29

174 - 223

8 - 11

23 - 31

177 - 227

5

- 8

24 - 32

186 - 238

9 - 12

27 - 35

190 - 243

6

- 9

28 - 36

193 - 247

10

- 13

28 - 37

198 - 252

7 - 10

30 - 39

205 - 261

11

- 15

31 - 41

210 - 268

8 - 11

33 - 43

162 - 207

5

- 7

18 - 24

165 - 211

3

- 5

19 - 25

171 - 219

6

- 9

20 - 27

175 - 224

4

- 6

21 - 28

181 - 232

7 - 10

23 - 30

186 - 237

5

- 7

24 - 31

195 - 249

9 - 12

26 - 34

201 - 257

6

- 9

27 - 36

203 - 260

10

- 13

28 - 37

210 - 268

7 - 10

29 - 39

216 - 277

11

- 15

31 - 40

224 - 287

8 - 11

33 - 43

 

 

 

 

WSHP-SVX01D-EN

79

Page 79
Image 79
Trane GEV, GEH manual Model Entering, Cooling Discharge Water Air Temp

GEV, GEH specifications

Trane has long been a leader in the HVAC industry, and their GEH and GEV series of heat pumps are a testament to their commitment to innovation and efficiency. These models are designed to provide substantial energy savings while maintaining exceptional performance, making them ideal choices for both residential and commercial applications.

The Trane GEH and GEV heat pumps feature advanced variable-speed technology, which allows them to adjust their output to match the current heating or cooling demand. This adaptability not only enhances comfort by maintaining a consistent indoor temperature but also leads to significant energy savings by reducing unnecessary energy consumption during partial-load conditions. By running more efficiently at lower speeds, these units reduce wear and tear on components, extending the lifespan of the system.

One of the defining characteristics of the GEH and GEV models is their high SEER (Seasonal Energy Efficiency Ratio) and HSPF (Heating Seasonal Performance Factor) ratings. These ratings demonstrate the units' ability to provide efficient heating and cooling throughout the year, contributing to lower energy bills. The use of R-410A refrigerant is another key feature, as it is both environmentally friendly and efficient, ensuring that these systems meet stringent regulatory standards while delivering reliable performance.

Installation flexibility is another highlight of the Trane GEH and GEV series. These units are designed to work seamlessly with existing HVAC systems, making retrofitting straightforward. Their compact design allows for easy placement, even in tight spaces, without compromising performance. Additionally, Trane's commitment to quality is evident in the construction of these heat pumps, as they are built to withstand harsh weather conditions and provide reliable service year after year.

Moreover, both the GEH and GEV models are equipped with integrated smart controls that simplify operation and maintenance. These controls allow homeowners and facility managers to monitor energy usage, adjusting settings remotely and scheduling maintenance checks to maximize efficiency. This technology not only enhances user experience but also promotes energy conservation through intelligent management.

In summary, Trane's GEH and GEV heat pumps stand out for their variable-speed technology, high efficiency ratings, installation flexibility, and smart controls. These features make them an ideal solution for those seeking a reliable, energy-efficient heating and cooling option, reflecting Trane's dedication to performance and sustainability.