background image

85 °F Air Entering Condenser

95 °F Air Entering Condenser

Air Ent.

Power Air Temperature Entering Evaporator, Dry Bulb

Power Air Temperature Entering Evaporator, Dry Bulb

Evaporator

Input

86

80

74

68

Input

86

80

74

68

CFM

WB

kW

Total Sens Total Sens Total Sens Total Sens

kW

Total

Sens

Total

Sens

Total

Sens

Total

Sens

72

15.6

205

154

204

115

201

77

17.2

198

151

196

112

193

74

7200

67

15.4

197

188

191

149

188

110

185

71

16.9

191

185

183

145

182

108

179

68

62

15.3

197

197

183

182

176

144

174

106

16.9

191

191

179

179

170

142

168

103

57

15.3

197

197

182

182

172

172

163

140

16.9

191

191

179

179

167

167

157

136

72

15.5

203

148

202

112

199

75

17.2

196

145

194

109

192

73

6600

67

15.4

193

180

189

143

187

108

184

70

16.9

187

177

182

140

180

105

177

67

62

15.2

193

193

181

174

174

139

172

103

16.8

187

187

175

172

168

136

166

100

57

15.2

193

193

181

181

169

169

160

134

16.8

187

187

175

175

164

164

155

132

72

15.5

201

142

200

108

197

74

17.1

194

139

192

106

190

71

6000

67

15.3

189

172

187

137

185

105

182

69

16.9

184

170

180

134

178

102

175

66

62

15.2

188

188

177

168

172

134

170

101

16.8

183

183

171

164

166

131

164

98

57

15.2

188

188

177

177

164

162

158

129

16.8

183

183

171

171

159

158

152

126

72

15.5

199

135

197

105

195

72

17.1

192

133

190

102

188

70

5400

67

15.3

186

163

184

131

182

101

180

68

16.9

180

160

178

129

176

99

173

66

62

15.1

183

183

173

160

170

128

168

98

16.7

178

178

167

156

163

125

162

95

57

15.1

183

183

172

172

160

155

156

124

16.7

178

178

167

167

155

152

150

121

72

15.4

196

129

194

101

192

71

17.0

189

126

187

98

185

68

4800

67

15.2

183

154

181

125

179

98

177

67

16.8

177

151

175

122

173

95

170

65

62

15.0

177

177

169

150

166

122

165

95

16.6

172

172

163

147

160

119

159

92

57

15.0

177

177

166

166

156

147

153

118

16.6

172

172

161

161

151

143

147

115

SYSTEM GROSS COOLING CAPACITIES AND POWER REQUIREMENTS
H3CE180 WITH K1EU180

105 °F Air Entering Condenser

115 °F Air Entering Condenser

Air Ent.

Power Air Temperature Entering Evaporator, Dry Bulb

Power Air Temperature Entering Evaporator, Dry Bulb

Evaporator

Input

86

80

74

68

Input

86

80

74

68

CFM

WB

kW

Total Sens Total Sens Total Sens Total Sens

kW

Total Sens

Total

Sens

Total

Sens

Total

Sens

72 19.0

190

148

188

109

185

72

21.0

182

146

180

106

177

69

7200

67 18.7

184

181

176

142

174

104

171

65

20.8

177

177

169

140

166

101

163

63

62 18.7

184

184

172

172

163

139

161

100

20.7

177

177

166

166

156

135

153

96

57 18.7

184

184

172

172

161

161

151

133

20.7

177

177

166

166

155

155

144

129

72 19.0

188

142

186

106

184

70

21.0

180

139

178

103

175

67

6600

67 18.7

180

173

175

137

172

102

170

65

20.7

173

170

167

134

165

98

162

62

62 18.6

180

181

169

167

161

133

159

97

20.6

173

173

163

163

155

130

152

94

57 18.6

180

181

169

169

158

158

149

129

20.6

173

173

163

163

152

152

142

125

72 18.9

186

136

184

102

182

69

21.0

178

133

176

99

174

66

6000

67 18.7

177

166

173

131

171

99

168

64

20.7

170

162

165

128

163

95

161

61

62 18.6

176

176

165

161

159

128

158

95

20.6

170

170

159

157

152

124

151

92

57 18.6

176

176

165

166

155

155

146

123

20.6

170

170

159

159

149

149

141

120

72 18.9

184

129

183

99

180

67

20.9

176

127

175

96

172

65

5400

67 18.6

173

157

171

125

169

96

166

63

20.6

167

154

163

122

161

92

159

60

62 18.5

172

172

161

153

157

122

155

92

20.5

166

166

155

149

150

119

149

89

57 18.5

172

172

161

161

150

148

144

118

20.5

166

166

155

155

144

144

138

115

72 18.9

181

123

180

96

177

66

20.9

174

120

172

92

170

63

4800

67 18.6

170

148

168

119

166

92

164

62

20.6

163

145

161

116

159

89

157

59

62 18.4

166

166

157

144

154

116

153

89

20.4

161

161

152

142

148

113

146

86

57 18.4

166

166

156

156

146

140

142

112

20.4

161

161

151

151

140

138

136

109

NOTES:
1. Capacities are gross MBH.
2. Temperatures are expressed in °F.  
3. Power (kW) is for the condensing unit only and corresponds to 80 °F dry bulb air temperature entering the evaporator.
4. Air handler power is not included.
5. Shaded areas represent dry coil operation.

Blower Motor KW x

= Blower Motor Heat (MBH)

3.415 MBH

KW

All Sensible Capacity

550.23-TG3Y

4

Unitary Products Group

Summary of Contents for H3CE180

Page 1: ...d copper tubes and louvered aluminum fins for durability and long lasting efficient operation Permanently attached base rails with fork lift slots and lifting holes This design allows for 3 way fork l...

Page 2: ...Rated in accordance with ARI 370 3 All ratings were determined with 25 feet of interconnecting tubing and with the air handler in the horizontal position For the 180 a 5 8 inch liquid line and an insu...

Page 3: ...D F A N M O T O R A C C E S S E X T E R N A L P R E S S U R E G A U G E F I T T I N G S C O N T R O L B O X A C C E S S 9 1 3 2 7 6 7 8 7 1 3 2 3 9 7 8 1 3 1 4 3 0 3 4 2 4 1 2 1 2 1 8 C D F E F E F A...

Page 4: ...ing Condenser Air Ent Power Air Temperature Entering Evaporator Dry Bulb Power Air Temperature Entering Evaporator Dry Bulb Evaporator Input 86 80 74 68 Input 86 80 74 68 CFM WB kW Total Sens Total Se...

Page 5: ...L3EU240 105 F Air Entering Condenser 115 F Air Entering Condenser Air Ent Power Air Temperature Entering Evaporator Dry Bulb Power Air Temperature Entering Evaporator Dry Bulb Evaporator Input 86 80 7...

Page 6: ...M O S T A T 2 T H 0 4 7 0 1 2 2 4 E V A P O R A T O R B L O W E R M O T O R C O N T A C T O R R C Y 2 Y 1 G 2 4 V X L L Y 2 C O M P R E S S O R 2 4 V L O C K O U T S I G N A L 2 V A M A X C O M P R E...

Page 7: ...e call for cooling has been removed When Y1 is returned to 0 volts the LOR coil is no longer energized closing the LOR 1 contacts and removing the lock out SUCTION LINE DATA1 2 LIQUID LINE DATA REFRIG...

Page 8: ...ontinues to lock out after resuming operation call a service technician to diagnose and repair the unit CAUTION Repeatedly resetting the lock out may cause damage to the unit Second Stage of Cooling T...

Page 9: ...xpanded and bonded to louvered aluminum fins Coil shall include an integral subcooler V Refrigeration Components Refrigeration system shall contain the following High and low pressure cut outs Suction...

Page 10: ...to provide further coil protection D Phenolic Coating on Condenser Coil Condenser coils shall be dipped in a four coat phenolic coating process to provide longer life in corrosive condi tions GUIDE SP...

Page 11: ...550 23 TG3Y Unitary Products Group 11...

Page 12: ...592 York Pennsylvania USA 17405 1592 Subject to change without notice Printed in U S A Copyright by York International Corporation 1998 All Rights Reserved Codes EBY EGY 550 23 TG3Y Supersedes 550 23...

Reviews: