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Table 5. Charging Table for T5BD-030KA Series (2.5 Ton Units)

Suct. 

Press.

OUTDOOR TEMPERATURE (° F)

70

75

80

85

90

95

100

105

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

70

143

136

72

145

141

158

139

74

147

147

160

144

173

142

76

150

152

162

149

175

147

188

145

78

153

155

165

154

177

152

190

149

202

147

80

168

157

180

156

192

154

204

152

217

150

82

183

159

195

158

207

156

219

154

232

152

84

198

161

210

160

221

158

234

156

247

154

86

202

165

213

164

225

162

236

160

249

158

88

217

168

228

166

240

164

251

162

90

232

170

243

169

255

167

92

247

173

258

171

94

261

176

96

Table 6. Charging Table for T5BD-036K Series (3 Ton Units)

Suct. 

Press.

OUTDOOR TEMPERATURE (° F)

70

75

80

85

90

95

100

105

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

Liq. 

Press.

Dis. 

Temp.

71

148

144

73

150

149

164

147

75

152

155

166

152

179

149

77

155

158

168

157

181

154

195

152

79

159

161

171

161

183

159

197

156

210

154

81

174

164

187

163

199

161

212

158

226

156

83

190

166

202

165

214

163

228

161

241

159

85

206

168

218

167

230

165

243

163

257

161

87

209

172

221

171

233

169

245

167

259

165

89

225

174

237

173

249

171

261

169

91

240

177

252

175

264

173

93

256

180

268

178

95

271

182

97

 

Shaded boxes indicate flooded conditions.

 

Rated design values. The suction pressure will vary from design value if indoor air flow, entering dry bulb, 

or entering wet bulb temperatures are lower than design.

1. All pressures are listed in psig and all temperatures in ° F
2. Discharge temperatures greater than charted values indicate an undercharged system.
3. In Cooling Mode suction pressure will be lower than design value if indoor air flow, entering dry bulb, or entering 

wet bulb temperatures are lower than design.

4. In Heating Mode, charge should be weighed in. It is strongly recommended to verify charge in Cooling Mode 

at ambient above 70°F.

REFRIGERANT CHARGING TABLES - COOLING MODE

Summary of Contents for T5BD Series

Page 1: ...eliminate the problem call your servicing contractor The Installation Instructions are primarily intended to assist qualified individuals experiencedintheproperinstallationofthisappliance Somelocalco...

Page 2: ...nits 18 Refrigerant Charging Tables Heating Mode 19 Table 10 T5BD 018K 1 5 Ton Units 19 Table 11 T5BD 024KA 2 Ton Units 19 Table 12 T5BD 030KA 2 5 Ton Units 20 Table 13 T5BD 036K 3 Ton Units 20 Table...

Page 3: ...system mode to COOL or AUTO and change the fan mode to AUTO See Figure 1 2 Setthetemperatureselectortothedesiredtemperature level Theoutdoorfan compressor andblowermotorwill all cycle on and off to ma...

Page 4: ...e aluminum fins Check and remove any obstructions such as twigs sticks etc TROUBLESHOOTING If the unit fails to operate check the following The thermostat is properly set See Cooling Operation for air...

Page 5: ...erant in this unit Use of another refrigerant will damage the unit WARNING The information listed below must be followed during the installation service and operation of this unit Unqualified individu...

Page 6: ...ility of maintenance contracts Please read all instructions before installing the unit Locating the Heat Pump Survey the job site to determine the best location for mounting the outdoor unit See Figur...

Page 7: ...be in compliance with all applicable local codes and ordinances and with the current revision of the National Electric Code ANSI NFPA 70 For Canadian installations the electrical connections and groun...

Page 8: ...marked 208V Optional equipment requiring connection to the power or control circuits must be wired in strict accordance of the NEC ANSI NFPA 70 applicable local codes and the instructions provided wit...

Page 9: ...oom temperature and verify the outdoor unit and indoor blower energize 2 Verify blower wheel is spinning in direction indicated by arrow Feel the air being circulated by the indoor blower and verify t...

Page 10: ...he required liquid refrigerant pressure determined in Step 3 there is too little charge in the system Add refrigerant and repeat Steps 1 through 3 until the system is correctly charged Heat Pump MAINT...

Page 11: ...4 060K 43 30 3 4 30 3 4 D W H DO NOT OBSTRUCT TOP OF UNIT Allow adequate clearance for airflow reffrigerant Charging Charts Figure 5 Charging Chart for 1 5 Ton Units 125 150 175 200 225 250 275 300 32...

Page 12: ...perature F Liquid Pressure psig Add refrigerant when below curve Remove refrigerant when above curve Figure 7 Charging Chart for 2 5 Ton Units T5BD 030KA Charging Chart 150 175 200 225 250 275 300 325...

Page 13: ...perature F Liquid Pressure psig Add refrigerant when below curve Remove refrigerant when above curve Figure 9 Charging Chart for 3 5 Ton Units T5BD 042K Charging Chart 150 175 200 225 250 275 300 325...

Page 14: ...g Add refrigerant when below curve Remove refrigerant when above curve T5BD 048K Charging Chart Figure 11 Charging Chart for 5 Ton Units 150 170 190 210 230 250 270 290 310 330 350 75 80 85 90 95 100...

Page 15: ...Liq Press Dis Temp Liq Press Dis Temp 73 140 135 75 143 140 155 137 77 145 146 157 143 170 140 79 147 150 160 148 172 145 185 142 81 151 153 162 152 175 150 187 147 200 144 83 166 155 177 154 189 151...

Page 16: ...ss Dis Temp Liq Press Dis Temp 71 148 144 73 150 149 164 147 75 152 155 166 152 179 149 77 155 158 168 157 181 154 195 152 79 159 161 171 161 183 159 197 156 210 154 81 174 164 187 163 199 161 212 158...

Page 17: ...ss Dis Temp Liq Press Dis Temp 69 132 130 71 134 136 149 135 73 136 141 151 140 166 140 75 137 149 153 145 168 145 183 145 77 140 152 154 152 170 150 185 149 200 149 79 158 155 172 155 188 154 203 153...

Page 18: ...7 84 222 178 235 176 248 174 260 171 86 238 180 252 178 265 176 88 255 182 268 180 90 271 185 92 Shaded boxes indicate flooded conditions Rated design values The suction pressure will vary from design...

Page 19: ...ress Liquid Press Disch Temp Suc Press Liquid Press Disch Temp Suc Press Liquid Press Disch Temp Suc Press Liquid Press Disch Temp 12 120 107 21 135 119 29 150 131 37 165 142 46 169 158 56 184 177 66...

Page 20: ...ss Liquid Press Disch Temp Suc Press Liquid Press Disch Temp Suc Press Liquid Press Disch Temp Suc Press Liquid Press Disch Temp 13 116 120 22 136 125 31 156 130 40 176 136 49 183 151 59 201 175 68 21...

Page 21: ...ess Liquid Press Disch Temp Suc Press Liquid Press Disch Temp Suc Press Liquid Press Disch Temp Suc Press Liquid Press Disch Temp 23 129 118 27 140 124 31 151 130 35 162 136 44 173 149 58 206 168 72 2...

Page 22: ...159 139 31 182 143 39 206 147 48 230 158 58 257 175 68 283 193 16 142 133 24 165 137 32 187 141 40 209 145 49 237 155 59 264 171 69 290 187 17 149 131 25 171 135 33 192 139 41 213 143 50 244 152 60 27...

Page 23: ...avant de faire letretien 2 Employez uniquement des conducteurs en cuivre 3 Ne convient pas aux installations de plus de 150 volt a la terre Single Phase OPTIONAL HARD START KIT Start Capacitor 2 5 Sta...

Page 24: ...8 1 4 1 4 1 4 1 4 1 4 Fan Blade Dia Blades 24 3 SCFM 2370 2370 3000 3000 3000 4000 4000 Compressor Data RLA 8 3 10 8 13 4 15 3 19 2 19 8 25 3 LRA 40 3 56 68 87 112 105 146 Refrigerant suction line Le...

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