(791) SPLIT-SYSTEM AIR-COOLED CONDENSING UNITS 50 AND 60 HZ H1CE180 & 240 15 AND 20 NOMINAL TONS (60 HZ) 13 AND 17-1/2 NOMINAL TONS (50 HZ) SUNLINE 2000 DESCRIPTION These Sunline 2000 units are completely assembled, piped and wired at the factory to provide one-piece shipment and rigging. Each unit is pressurized with a holding charge of refrigerant-22 for storage and/or shipping. The compact design, clean styling, and quiet operation make these condensing units suitable for almost any outdoor location. On rooftops... because they weigh much less than a single package unit of similar capacity and are much easier to rig and support. At ground level... because their ample sub-cooling capacity allows them to be located 18 meters (60 feet) below the evaporator coil. All sheet metal parts are constructed of commercial grade (G90) galvanized steel. After fabrication, each part is thoroughly cleaned to remove any grease or dirt from its surfaces. The external parts are then coated with zinc phosphate and finished with a desert sand baked enamel to assure a quality finish for many years. This UL approved coating system has passed the 250 hour, 20% salt spray test per ASTM Standard B117. All models include a 1-year limited warranty on the complete unit. An additional 4-year extended compressor warranty is available as an option on all models. A matching line of Blower units is also offered to meet your precise capacity and air handling requirements. Refer to Form 550.39-TG4YI(150 & 180) or 550.23-TG5YI (240) for more information on this air side equipment. FEATURES Condenser coil constructed of rifled copper tubes and louvered aluminum fins for durability and long lasting efficient operation. The coil fins are protected with a decorative grille. 208/230/460 VOLT ONLY 208/230/575 VOLT ONLY Permanently attached base rails with fork lift slots and lifting holes. This design allows for 3-way fork lift access and overhead rigging. Both high and low pressure controls. Since these controls are self-contained, there are no capillary lines to be damaged. Solid state (H*CE180 & 240) or internal line break (H*CE150) motor protection to prevent the compressor from operating at an unsafe condition. A low oil-pressure control with manual reset for additional compressor protection. Pumpdown on all H*CE240 models. A pumpdown accessory is available on all H*CE150 and H*CE180 models. Totally enclosed, three-phase ball bearing condenser fan motors for reliable and efficient operation. Color-coded power and control wiring for easier service and troubleshooting. Anti-short cycle timer to protect the compressor. A lockout circuit to prevent the unit from cycling on safety control. A 24-volt temperature control circuit. Low ambient operation to 4 C (25 F). A filter-drier and a moisture indicating sight glass (shipped in the unit s compressor compartment for field installation near the evaporator coil). Service valves with a back-seating access port for pressure testing the system. Copper stub-outs are factory mounted on the suction and liquid service valves to simplify the field piping connections. Separate panel for easy access to the control box without affecting air flow across the condenser coil. An access opening in piping panel to accommodate gauge lines to refrigerant fittings in the unit. Packaging suitable for outdoor storage.
Description... 1 Features... 1 ARI Ratings... 2 Unit Application Data... 2 Physical Data... 2 Electrical Data... 2 Field-Installed Accessories... 2 TABLE OF CONTENTS Unit Dimensions & Clearances...3 Unit Cooling Capacities & Power Requirements...3 System Cooling Capacities & Power Requirements...4 Suction Line Data...7 Liquid Line Data...7 Refrigerant-22 Line Charge...7 Field Wiring...8 ARI RATINGS 1 Condensing Unit Blower Unit Capacity, MBH EER IPLV Cond. Unit Sound Level 2 (bels) H1CE180 K1EU180 180 8.9 10.5 9.6 H1CE180 L2EU240 192 8.9 10.2 9.6 H1CE240 L2EU240 230 8.8 9.5 9.6 1 Rated in accordance with ARI Standard 360. 2 Sound ratings are in accordance with ARI Standard 270. EER = Energy Efficiency Ratio at full load - the cooling capacity in Btu s per hour (Btuh) divided by the power input in watts, expressed in Btuh per watt (Btuh/watt). IPLV = Integrated Part Load Value - the EER of the system operating on first stage only. UNIT APPLICATION DATA Voltage Variation 1 Min. / Max. 208/230-3-60 187 / 252 460-3-60 414 / 506 575-3-60 517 / 630 380/415-3-50 342 / 456 Ambient Air on Condenser 25 F 2 / 115 F 3 Min. / Max. Suction Pressure at Compressor and 57.5 psig / 90.0 psig Corresponding Temp. at Saturation Min. / Max. 32.0 F / 53.5 F 1 Utilization range A in accordance with ARI Standard 110. 2 Low Ambient accessories are available to permit stable operation at ambient temperature down to 0 F. 3 These units can operate at an ambient temperature of 120 F providing the wet bulb temperature of the air entering the evaporator coil does not exceed 67 F. NOTE: Refer to Form 550.23-N6Y for refrigerant piping limitations. 208/230/460 VOLT ONLY 208/230/575 VOLT ONLY PHYSICAL DATA Model H1CE Compressor* Condenser 24" Fan (Propeller) Fan Motor 1 3 Unit Weight (Lbs.) Charge, (Refrigerant-22) Lbs.-Oz. Blades/ Face Finned Fins Rating Cap. (Tons) (Stg s.) Qty. Pitch Nom. Qty. HP RPM Rotation2 Area Length per Rows Rows (Deg.) (Ft. 2 Deep High ) (in.) inch 180 15 2 2 4/34 12,500 2 1 1140 CW 36.4 131 20 1 40 850 860 3-0 15-11 5 18-12 240 20 2 2 4/34 9,800 2 1 1140 CW 36.1 130 16 2 40 1010 1030 3-0 28-6 37-8 *Copeland Discus semi-hermetic compressor with cylinder unloading for 2-stage capacity. 1 These 3-phase motors are directly connected to the condenser fans and have inherent protection with auto-reset, ball bearings and a 56 frame. 2 When viewing the shaft end of the motor. 3 These condenser coils have 3/8" OD rifled copper tubes and louvered aluminum fins. 4 Includes matched indoor blower unit but no piping. 5 Add 1Lb., 4 Oz. refrigerant for 20 ton (LEU240) indoor blower unit. Ship. Oper. Holding Oper.4 Pumpdown ELECTRICAL DATA Model H1CE Voltage Code Power Supply Compressor RLA LRA Power Supply Condenser Fan Motor HP Qty. FLA Unit Ampacity (Amps) Max. Fuse Size 1 (Amps) 25 208/230-3-60 59.6 275 208/230-3-60 1 2 4.2 82.9 125 3 180 46 460-3-60 29.0 138 460-3-60 1 2 2.1 40.5 60 6 58 575-3-60 23.6 110 575-3-60 1 2 2.0 33.5 50 8 50 380/415-3-50 29.0 138 380/415-3-50 1 2 2.1 40.5 60 6 25 208/230-3-60 65.6 222 208/230-3-60 1 2 4.2 90.4 150 2 240 46 460-3-60 32.8 187 460-3-60 1 2 2.1 45.2 70 6 58 575-3-60 26.5 135 575-3-60 1 2 2.0 37.1 60 8 50 380/415-3-50 32.5 180 380/415-3-60 1 2 2.1 44.8 70 6 1 Dual element, time delay type. 2 Based on three, 60 C insulated copper conductors in steel conduit. Min. Wire Size 2 (AWG) FIELD-INSTALLED ACCESSORIES 0 F LOW AMBIENT - A single phase condenser fan motor and an auto transformer to reduce its speed maintain stable system operation at ambient temperatures down to 0 F. NON-RECYCLING PUMPDOWN - (15 Ton only) On shut-down, a liquid line solenoid stops the flow of refrigerant to the evaporator coil, but the compressor continues to pump out the low pressure side of the system until it shuts down on its low pressure control. 2 Central Environmental Systems
UNIT DIMENSIONS & CLEARANCES All dimensions are in inches. They are subject to change without notice. Certified dimensions will be provided upon request. Connection Connection Size Entry 15 Ton 20 Ton Suction Line A 1-5/8 OD B 2-1/8 OD Liquid Line C 5/8 OD 5/8 OD Power Wiring D 2-1/8 Dia. 2-1/8 Dia. Control Wiring E 7/8 Dia. 7/8 Dia. Accessory Wiring F 7/8 KO 7/8 KO Unit Dim. (in.) A B 15 Ton 19-1/2 30-3/4 20 Ton 20-1/4 25-7/8 CENTER OF GRAVITY CLEARANCES Overhead (Top) 1 120" Front (Piping and Access Panels) 30" Left Side 24" Right Side 24" Rear 24" Bottom 2 0" 1 Units must be installed outdoors. Overhanging structures or shrubs should not obstruct condenser air discharge. 2 Adequate snow clearance must be provided if winter operation is expected. UNIT COOLING CAPACITIES AND POWER REQUIREMENTS Model H1CE 180 240 180 240 Suction Press. & Corresponding, F Temp. @ Saturation 65 75 85 95 105 115 PSIG F MBH KW* MBH KW* MBH KW* MBH KW* MBH KW* MBH KW* 60 HERTZ OPERATION 61.6 35 201 14.4 188 15.5 175 16.5 162 17.5 149 18.4 137 19.3 68.5 40 225 14.9 211 16.0 197 17.1 182 18.2 168 19.2 155 20.2 76.0 45 243 15.6 230 16.8 217 17.9 204 19.1 189 20.2 174 21.2 84.0 50 260 16.6 248 17.7 236 18.8 224 20.0 210 21.2 195 22.3 61.6 35 244 17.2 227 18.7 211 20.3 195 21.9 179 23.6 164 25.3 68.5 40 274 17.7 256 19.2 238 20.9 220 22.6 203 24.3 186 26.0 76.0 45 295 18.3 279 19.9 262 21.5 245 23.2 227 25.0 209 26.7 84.0 50 317 18.8 301 20.5 285 22.1 268 23.8 251 25.6 234 27.4 50 HERTZ OPERATION 61.6 35 177 11.8 165 12.7 154 13.5 143 14.4 131 15.1 121 15.8 68.5 40 198 12.2 186 13.1 173 14.0 160 14.9 147 15.7 136 16.6 76.0 45 214 12.8 202 13.7 191 14.7 180 15.7 166 16.5 153 17.4 84.0 50 229 13.6 218 14.5 208 15.4 197 16.4 185 17.3 172 18.3 61.6 35 215 14.0 200 15.4 186 16.6 172 18.0 158 19.5 144 20.7 68.5 40 241 14.5 225 15.8 209 17.2 194 18.5 179 20.0 164 21.3 76.0 45 260 15.0 246 16.3 231 17.7 216 19.0 200 20.5 184 21.9 84.0 50 279 15.4 265 16.8 251 18.2 236 19.6 221 21.0 206 22.5 *Includes compressor and condenser fan motor(s). Central Environmental Systems 3
SYSTEM COOLING CAPACITIES AND POWER REQUIREMENTS (60 Hz) 85 F 95 F Total Power Sensible Capacity, MBH Tot al Power Sensible Capacity, MBH WB Cap. Input Entering Dry Bulb, F Cap. Input Entering Dry Bulb, F H1CE180/K1EU180 72 225 18.0 173 151 130 109 88 - - 213 19.2 171 150 128 107 86 - - 67 207 17.4 206 185 164 143 122 101 80 195 18.7 195 180 159 138 117 96 75 62 191 16.9 191 191 191 170 149 128 107 180 18.1 180 180 180 159 138 117 96 57 182 16.7 182 182 182 161 140 119 98 177 18.0 177 177 177 155 134 113 92 72 221 18.0 163 144 124 105 85 - - 210 19.2 161 141 122 102 83 - - 6600 67 203 17.4 196 176 157 137 117 98 78 192 18.7 190 171 151 132 112 92 73 62 188 16.8 188 188 184 165 145 125 106 178 18.0 178 178 176 157 137 118 98 57 179 16.6 179 179 179 159 140 120 101 174 17.9 174 174 174 154 135 115 96 72 216 17.9 154 136 118 100 82 - - 207 19.1 151 133 115 97 79 - - 6000 67 199 17.3 185 167 149 131 113 95 77 190 18.6 179 161 143 125 107 89 71 62 184 16.8 184 184 177 159 141 123 105 175 18.0 175 175 173 155 137 119 100 57 175 16.6 175 175 175 157 139 121 103 172 17.9 172 172 172 154 136 118 99 72 211 17.7 144 128 111 95 78 - - 202 18.9 142 126 109 93 76 - - 67 194 17.1 173 157 140 124 107 91 74 185 18.4 168 152 135 119 102 86 69 62 179 16.6 179 179 167 150 134 117 101 171 17.8 171 171 163 147 130 114 98 57 171 16.4 171 171 165 149 132 116 99 167 17.7 167 167 162 146 129 113 97 72 206 17.5 134 119 104 89 75 - - 196 18.7 133 118 103 88 73 - - 4800 67 189 16.9 161 146 131 116 102 87 72 180 18.2 157 143 128 113 98 83 68 62 175 16.4 175 171 156 141 126 112 97 166 17.6 166 166 154 139 124 110 95 57 167 16.2 167 167 155 140 125 110 95 163 17.5 163 163 153 138 124 109 94 105 F 115 F Tot al Power Sensible Capacity, MBH Total Power Sensible Capacity, MBH WB Cap. Input Entering Dry Bulb, F Cap. Input Entering Dry Bulb, F H1CE180/K1EU180 72 203 20.5 168 147 126 105 84 - - 195 22.0 161 140 119 98 77 - - 67 187 20.0 187 177 156 135 114 93 72 180 21.3 180 173 152 131 110 89 68 62 172 19.3 172 172 172 151 130 108 87 165 20.6 165 165 165 143 122 101 80 57 169 19.2 169 169 169 148 127 106 85 163 20.5 163 163 163 142 121 100 79 72 200 20.4 159 139 120 100 80 - - 191 21.9 153 133 114 94 74 - - 6600 67 184 19.9 184 168 148 129 109 90 70 176 21.2 176 164 145 125 106 86 66 62 169 19.3 169 169 169 150 130 111 91 162 20.5 162 162 162 142 122 103 83 57 167 19.2 167 167 167 147 127 108 88 160 20.4 160 160 160 140 121 101 82 72 197 20.4 149 131 113 95 77 - - 188 21.8 144 126 108 90 72 - - 6000 67 181 19.9 176 158 140 122 104 86 68 173 21.1 173 156 138 119 101 83 65 62 167 19.2 167 167 167 149 131 113 95 158 20.4 158 158 158 140 122 104 86 57 164 19.1 164 164 164 146 128 110 92 157 20.3 157 157 157 139 121 103 85 72 192 20.2 140 123 107 91 74 - - 183 21.6 135 118 102 85 69 - - 67 177 19.6 166 149 133 116 100 83 67 169 21.0 163 146 130 113 97 80 64 62 163 19.0 163 163 158 142 125 109 92 155 20.3 155 155 149 133 116 100 83 57 160 18.9 160 160 156 139 123 106 90 153 20.2 153 153 148 132 115 99 82 72 187 19.9 131 116 101 86 71 - - 179 21.5 125 110 96 81 66 - - 4800 67 172 19.4 155 140 125 110 96 81 66 165 20.8 151 137 122 107 92 77 62 62 158 18.8 158 158 149 134 119 104 90 151 20.1 151 151 140 125 111 96 81 57 156 18.7 156 156 147 132 117 102 87 150 20.0 150 150 139 124 109 94 80 Nominal Rating NOTE: All Sensible These Capacity capacities are gross ratings. For net capacities, determine the KW requirement of the supply air blower motor per the published BLOWER PERFORMANCE data. Convert KW to MBH per the following equation and deduct this equivalent heat from the gross cooling ratings. Blower Motor KW x 3.415 MBH= Blower Motor Heat (MBH) KW The KW input ratings listed above include compressor KW and 1.5 condenser fan motor KW. 4 Central Environmental Systems
SYSTEM COOLING CAPACITIES AND POWER REQUIREMENTS (60 Hz) - Cont d. 85 F 95 F Tot al Power Sensible Capacity, MBH Total Power Sensible Capacity, MBH WB Cap. Input Entering Dry Bulb, F Cap. Input Entering Dry Bulb, F H1CE180/L2EU240 72 227 18.6 192 167 142 118 93 - - 217 19.6 188 163 139 114 90 - - 8200 67 213 18.1 213 203 179 154 129 105 80 203 19.1 203 199 174 150 125 100 76 62 197 17.6 197 197 197 172 147 123 98 187 18.6 187 187 187 163 138 114 89 57 193 17.5 193 193 193 168 144 119 94 184 18.5 184 184 184 159 134 110 85 72 224 18.4 181 158 136 113 90 - - 214 19.5 178 155 132 110 87 - - 7500 67 210 17.9 210 193 170 147 125 102 80 200 19.0 200 189 166 143 121 98 76 62 194 17.4 194 194 191 169 146 124 101 185 18.5 185 185 185 162 140 117 94 57 190 17.3 190 190 188 165 142 120 97 181 18.4 181 181 181 158 136 113 91 72 222 18.2 170 150 129 108 88 - - 211 19.4 167 147 126 105 85 - - 6800 67 208 17.7 203 182 162 141 120 100 79 198 18.9 198 179 158 137 117 96 75 62 191 17.2 191 191 186 166 145 124 104 182 18.4 182 182 182 162 141 120 100 57 188 17.1 188 188 183 162 141 121 100 179 18.3 179 179 179 158 137 117 96 72 215 18.0 158 140 121 102 83 - - 205 19.2 155 137 118 99 81 - - 6100 67 201 17.5 189 170 152 133 114 95 77 192 18.8 185 167 148 129 110 92 73 62 186 17.0 186 186 175 156 137 119 100 177 18.3 177 177 171 152 133 114 96 57 182 16.9 182 182 171 153 134 115 96 174 18.2 174 174 167 149 130 111 92 72 208 17.8 147 130 113 96 79 - - 199 19.1 144 127 110 93 76 - - 67 195 17.3 175 158 142 125 108 91 74 187 18.6 171 155 138 121 104 88 71 62 180 16.8 180 180 163 147 130 113 96 172 18.1 172 172 159 142 126 109 92 57 176 16.8 176 176 160 143 127 110 93 169 18.0 169 169 156 139 122 106 89 105 F 115 F Total Power Sensible Capacity, MBH Total Power Sensible Capacity, MBH WB Cap. Input Entering Dry Bulb, F Cap. Input Entering Dry Bulb, F H1CE180/L2EU240 72 206 21.0 184 160 135 111 86 - - 195 22.3 180 155 131 106 82 - - 8200 67 193 20.5 193 193 169 145 120 96 71 183 21.7 183 183 164 140 115 90 66 62 178 19.9 178 178 178 153 129 104 80 168 21.1 168 168 168 144 119 95 70 57 174 19.8 174 174 174 150 125 101 76 165 21.0 165 165 165 141 116 91 67 72 203 20.9 174 152 129 106 84 - - 192 22.2 170 148 125 103 80 - - 7500 67 190 20.4 190 184 162 139 116 94 71 180 21.7 180 179 157 134 112 89 66 62 175 19.8 175 175 175 153 130 108 85 166 21.1 166 166 166 143 121 98 76 57 172 19.7 172 172 172 149 127 104 82 163 21.0 163 163 163 140 118 95 72 72 200 20.8 164 143 123 102 81 - - 190 22.2 161 140 119 99 78 - - 6800 67 188 20.3 188 174 154 133 112 92 71 178 21.6 178 170 150 129 108 88 67 62 173 19.7 173 173 173 152 132 111 90 164 21.0 164 164 173 152 131 111 90 57 170 19.6 170 170 170 149 128 108 87 161 20.9 161 161 169 148 128 107 87 72 195 20.6 152 134 115 96 77 - - 185 22.0 149 131 112 93 74 - - 6100 67 183 20.1 181 163 144 125 107 88 69 173 21.4 173 159 140 121 103 84 65 62 168 19.6 168 168 162 143 125 106 87 160 20.8 160 160 160 141 122 104 85 57 165 19.5 165 165 159 140 121 103 84 157 20.7 157 157 157 138 119 100 82 72 189 20.5 141 124 107 90 74 - - 180 21.8 138 121 104 88 71 - - 67 177 19.9 168 151 134 117 101 84 67 169 21.2 164 148 131 114 97 81 64 62 163 19.4 163 163 151 134 117 101 84 156 20.6 156 156 151 134 117 101 84 57 160 19.3 160 160 148 131 115 98 81 153 20.5 153 153 148 131 114 98 81 All Sensible Capacity NOTE: These capacities are gross ratings. For net capacities, determine the KW requirement of the supply air blower motor per the published BLOWER PERFORMANCE data. Convert KW to MBH per the following equation and deduct this equivalent heat from the gross cooling ratings. The KW input ratings listed above include compressor KW Blower and Motor 1.5 condenser KW x 3.415 fan MBH motor = KW. Blower Motor Heat (MBH) KW Central Environmental Systems 5
SYSTEM COOLING CAPACITIES AND POWER REQUIREMENTS (60 Hz) - Cont d. 85 F 95 F Total Power Sensible Capacity, MBH Tot al Power Sensible Capacity, MBH WB Cap. Input Entering Dry Bulb, F Cap Input Entering Dry Bulb, F H1CE240/L2EU240 72 278 21.8 230 201 172 143 114 - - 264 23.7 226 197 168 139 110 - - 9600 67 259 21.4 259 240 211 182 153 124 95 246 23.3 246 235 206 177 148 119 90 62 236 21.1 236 236 236 207 178 149 120 224 22.9 224 224 224 195 166 137 108 57 228 20.8 228 228 228 199 170 141 112 217 22.6 217 217 217 188 159 130 101 72 273 21.6 217 191 164 137 110 - - 261 23.6 212 186 159 132 105 - - 8800 67 254 21.2 250 228 201 175 148 121 94 243 23.2 240 222 195 168 142 115 88 62 232 20.9 232 232 231 205 178 151 125 222 22.8 222 222 221 195 168 141 114 57 224 20.6 224 224 224 198 171 144 117 215 22.5 215 215 214 188 161 134 108 72 268 21.5 205 180 156 132 107 - - 258 23.5 199 174 150 126 101 - - 8000 67 250 21.1 241 216 192 167 143 118 94 241 23.1 233 209 184 160 135 111 86 62 228 20.8 228 228 227 203 178 154 129 219 22.7 219 219 218 194 169 145 120 57 220 20.5 220 220 220 196 171 147 122 212 22.4 212 212 212 187 163 138 114 72 262 21.4 192 169 147 125 103 - - 251 23.3 187 164 142 120 98 - - 67 244 21.0 225 203 181 159 137 115 92 234 22.9 219 197 175 153 130 108 86 62 222 20.7 222 222 215 192 170 148 126 213 22.5 213 213 207 185 163 141 119 57 215 20.4 215 215 208 186 164 142 120 206 22.3 206 206 201 179 157 134 112 72 256 21.2 178 159 139 119 99 - - 243 23.1 174 155 135 115 95 - - 6400 67 239 20.8 210 190 170 151 131 111 91 227 22.7 205 185 165 146 126 106 86 62 217 20.5 217 217 202 182 162 143 123 207 22.3 207 207 196 176 156 137 117 57 210 20.2 210 210 196 176 156 136 117 200 22.0 200 200 190 170 150 131 111 105 F 115 F Tot al Power Sensible Capacity, MBH Total Power Sensible Capacity, MBH WB Cap. Input Entering Dry Bulb, F Cap. Input Entering Dry Bulb, F H1CE240/L2EU240 72 250 25.6 221 192 163 134 105 - - 235 27.5 217 188 159 130 101 - - 9600 67 233 25.2 233 227 200 171 142 113 84 219 27.0 219 219 195 166 137 108 79 62 212 24.6 212 212 212 183 154 125 96 200 26.5 200 200 200 171 142 113 84 57 206 24.4 206 206 206 176 147 118 89 194 26.3 194 194 194 165 136 107 78 72 248 25.5 209 182 156 129 102 - - 234 27.4 206 179 152 126 99 - - 8800 67 231 25.1 229 217 191 164 138 111 84 219 26.9 219 212 187 160 134 107 80 62 211 24.5 211 211 211 184 157 130 103 199 26.5 199 199 199 172 146 119 92 57 204 24.3 204 204 204 177 150 124 97 193 26.2 193 193 193 166 139 113 86 72 246 25.4 197 173 148 124 99 - - 233 27.2 195 171 146 122 97 - - 8000 67 229 25.0 226 206 182 157 133 108 84 218 26.8 218 204 179 155 130 106 82 62 209 24.4 209 209 208 184 160 135 111 199 26.4 199 199 199 174 150 125 101 57 202 24.2 202 202 202 178 153 129 104 192 26.1 192 192 192 168 143 119 94 72 238 25.3 184 162 140 117 95 - - 226 27.1 181 159 137 115 92 - - 67 222 24.9 213 193 171 149 127 105 83 211 26.7 207 190 168 146 123 101 79 62 203 24.3 203 203 196 174 152 130 108 192 26.3 192 192 186 164 141 119 97 57 196 24.1 196 196 190 168 146 124 102 186 26.0 186 186 180 158 136 113 91 72 231 25.1 171 151 131 111 91 - - 218 26.9 167 147 127 107 88 - - 6400 67 215 24.6 200 181 161 141 121 101 81 204 26.5 196 176 156 136 116 97 77 62 196 24.1 196 196 184 165 145 125 105 185 26.1 185 185 173 153 133 113 93 57 190 23.9 190 190 179 159 139 119 99 180 25.9 180 180 167 147 128 108 88 Nominal Rating NOTE: All Sensible These Capacity capacities are gross ratings. For net capacities, determine the KW requirement of the supply air blower motor per the published BLOWER PERFORMANCE data. Convert KW to MBH per the following equation and deduct this equivalent heat from the gross cooling ratings. Blower Motor KW x 3.415 MBH= Blower Motor Heat (MBH) KW The KW input ratings listed above include compressor KW and 2.3 condenser fan motor KW. 6 Central Environmental Systems
SYSTEM COOLING CAPACITIES AND POWER REQUIREMENTS (50 HZ) Temperature of Air on Condenser Cooling 95 F 105 F 115 F Total Power Sensible Capacity, MBH Total Power Sensible Capacity, MBH Total Power Sensible Capacity, MBH WB Cap., Input, Entering Dry Bulb, F Cap., Input, Entering Dry Bulb, F Cap., Input, Entering Dry Bulb, F F MBH KW 86 80 74 68 MBH KW 86 80 74 68 MBH KW 86 80 74 68 H1CE180/K1EU180 72 190 16.1 148 113 77-181 17.2 146 111 75-173 18.3 141 106 71-6000 67 175 15.4 175 140 105 70 167 16.5 167 137 102 67 159 17.6 159 135 99 64 62 161 15.0 161 161 134 98 154 16.1 154 154 128 93 145 17.2 145 145 120 84 57 158 14.9 158 158 133 97 151 16.0 151 151 125 90 144 17.1 144 144 119 83 72 186 15.9 139 107 74-177 17.0 137 105 73-168 18.1 132 100 68-67 170 15.3 165 132 100 68 163 16.3 163 130 98 66 155 17.4 155 127 95 63 62 157 14.9 157 157 127 96 150 15.9 150 150 123 90 143 17.0 143 143 114 81 57 154 14.7 154 154 126 95 147 15.8 147 147 121 88 141 16.9 141 141 113 80 72 180 15.8 130 101 72-172 16.9 128 99 70-165 18.0 123 94 65-4800 67 166 15.2 154 125 96 67 158 16.2 152 123 94 65 152 17.3 152 120 90 61 62 153 14.7 153 151 122 93 146 15.7 146 146 117 88 139 16.8 139 139 109 79 57 150 14.6 150 150 122 92 144 15.6 144 144 115 85 137 16.7 137 137 107 80 H1CE240/L2EU240 72 237 19.6 195 147 99-226 21.1 193 145 97-214 22.7 191 143 95-8000 67 222 19.1 222 180 132 84 211 20.6 211 178 130 82 201 22.2 201 175 127 80 62 201 18.7 201 201 166 118 192 20.2 192 192 157 109 183 21.8 183 183 147 99 57 195 18.5 195 195 160 112 186 20.0 186 186 150 102 177 21.6 177 177 140 92 72 231 19.5 183 139 96-219 20.9 180 137 93-208 22.6 177 134 90-67 215 19.0 215 172 127 84 204 20.5 204 168 124 81 194 22.1 194 165 121 77 62 196 18.6 196 196 160 117 187 20.1 187 187 149 106 177 21.7 177 177 138 95 57 190 18.4 190 190 154 110 180 19.9 180 180 143 100 171 21.5 171 171 133 89 72 224 19.3 171 132 93-213 20.8 168 128 89-201 22.4 164 124 86-6400 67 209 18.9 201 162 123 84 198 20.4 196 158 119 79 188 22.0 188 153 114 75 62 190 18.5 190 190 153 115 180 20.0 180 180 142 103 170 21.6 170 170 130 91 57 184 18.3 184 184 147 109 175 19.8 175 175 136 97 166 21.4 166 166 125 86 NOTE: These capacities are gross ratings. For net capacities, determine the KW requirement of the supply air blower motor per the published BLOWER PERFORMANCE data. Convert KW to MBH per the following equation and deduct this equivalent heat from the gross cooling ratings. Blower Motor KW x 3.415 MBH = Blower Motor Heat (MBH) All Sensible Capacity KW SUCTION LINE DATA 1,2 Model Designation HCE180 HCE240 Full Capacity Half Capacity Full Capacity Half Capacity Nominal Capacity (Tons) Refrigerant Flow Rate 3 (Lbs./Min.) 15 45 7-1/2 22.5 20 60 10 30 The KW input ratings listed above include the compressor KW and the following condenser fan motor KW. 1.3 KW = 180 System 2.0 KW = 240 System Type L Copper Tubing (Inches O.D.) 1-5/8 2-1/8 1-5/8 2-1/8 1-5/8 2-1/8 2-5/8 1-5/8 2-1/8 2-5/8 Refrigerant Gas Velocity (FT./Min.) 2300 1360 1150 Friction Loss 4,5 (PSI/100 Ft.) 2.5 0.6 0.7 680 6 0.2 3120 4.3 1800 1.2 1200 0.4 1 All horizontal suction lines should be pitched at least 1 inch every 20 feet in the direction of the refrigerant flow to aid the return of oil to the compressor. 2 Every vertical suction riser greater than 3 feet in height should have a P trap at the bottom to facilitate the return of oil to the compressor. Use short radius fittings for these traps. 3 Based on Refrigerant-22 at the nominal capacity of the condensing unit, a suction temperature of 40 F and a liquid temperature of 105 F. 4 Although suction lines should be sized for a friction loss equivalent to a 2 F change in saturation temperature (or approximately 3 psi), sizing the lines for the proper return of oil is more important. 5 These friction losses do not include any allowances for valves or fittings. 6 Since the refrigerant gas velocity may be too low to maintain good oil return up a vertical riser, use the next smaller size. The larger size may be used for horizontal runs for a lesser pressure drop. LIQUID LINE DATA REFRIGERANT-22 LINE CHARGE 1 Nominal Refrigerant Type L Pressure Drop 3 Model Capacity Flow Rate 1 Copper Tubing Friction 2 Vertical Rise (Tons) (Lbs./Min.) (Inches O.D.) (PSI/100 Ft.) (PSI/Ft.) HCE180 15 44.5 3/4 4.7 0.5 7/8 2.2 HCE240 20 56.7 3/4 8.0 0.5 7/8 3.5 1 Based on Refrigerant-22 at the nominal capacity of the condensing unit, a liquid temperature of 105 F and a suction temperature of 40 F. 2 These friction losses do not include any allowances for a strainer, filter-drier, solenoid valve, isolation valve or fittings. 3 The total pressure drop of the liquid line for both friction and vertical rise must not exceed 40 PSI. If the pressure drop exceeds 40 PSI, the liquid refrigerant could flash before it reaches the expansion valve. This flashing will not only cause erratic valve operation and poor system performance, but could also damage the expansion valve. Liquid Line 2 Inches, O.D. Suction Line 2 Inches, O.D. 1560 900 6 600 6 1.2 0.3 0.1 3/4 0.170 lb./ft. 7/8 0.237 lb./ft. 1-5/8 0.018 lb./ft. 2-1/8 0.031 lb./ft. 2-5/8 0.047 lb./ft. NOTE: Add the operating charge of the condensing unit, the evaporator coil and the refrigerant lines to determine the total refrigerant charge of the system. 1 Charges are based on 40 F suction temperature and a 105 F liquid temperature. 2 Type L copper tubing. Central Environmental Systems 7
FIELD WIRING H1CE180/K1EU180 H1CE180/L2EU240 H1CE240/L2EU240 WIRE IN ACCORDANCE WITH ALL LOCAL AND NATIONAL ELECTRICAL CODES LOW VOLTAGE CLASS 2 WIRING LINE VOLTAGE CLASS 1 WIRING Official Sp on sor of the 1 992 U.S. Olympic Team 36 USC3 80 P.O. Box 1592, York, Pennsylvania USA 17405-1592 Subject to change without notice. Printed in U.S.A Copyright by York International Corporation 1992. All Rights Reserved. Codes: EBY, EGY, EGYC Supersedes: 550.23-AS2Y (691)