references
Water chillers and air-to-water heat pumps
CIATCooler LP
HEE VERSION: TECHNICAL CHARACTERISTICS WITH PUMP INCLUDED LPC / ILPC
CIATCooler LPC / ILPC
Cooling ESEER SCOP Prated (kW) SCOP Prated (kW) Indoor 3/h)
90VHEE
2.95 3.12 122% 15.75 3.64 143% 13.12 3.2 2.3
100VHEE
3.00 2.95 115% 17.51 3.56 139% 14.69 3.7 3.1
120VHEE
3.22 3.33 130% 21.70 3.77 148% 18.05 4.5 2.5 12
160VHEE
3.17 3.20 125% 26.39 3.67 144% 22.40 5.4 3.5 1.5
180VHEE
3.02 3.08 120% 30.36 3.60 141% 25.83 6.2 4.6
200VHEE
3.39 3.34 131% 34.52 3.77 148% 29.71 7.4 3.1
240VHEE
3.44 3.24 126% 45.31 3.76 147% 34.73 9.3 2.2 20
280VHEE
3.15 3.08 120% 52.33 3.54 139% 38.82 10.2 2.6
Heating
vessel
2) 100 Water 40ºC (l) 700 410 3/4” M Voltage (standard) LPC / ILPC 1117 1000 860 1447 LPC / ILPC 310 327 138 242 370 390 151 256 1398 1000 860 1727 386 408 161 315 469 497 154 307 of the installation Water 50ºC (l) 150 650 360
225 1100 625 1” M
(LPC / ILPC
230 V / I ph 1 (4.3A) 2113 1000 860 1447 476 503 154 310 654 690 169 404 2673 1000 860 1727 678 717 169 404 686 724 169 404
Weight
CIATCooler LPC / ILPC
Cooling ESEER SCOP Prated (kW) SCOP Prated (kW) Indoor 3/h)
320VHEE
3.19 3.19 124% 55.66 3.73 146% 46.66 11.7 5.0 35
360VHEE
3.20 3.09 120% 63.89 3.54 139% 51.61 13.3 6.2
420VHEE
3.40 2.96 115% 74.33 3.54 139% 60.07 15.6 9.3
480VHEE
3.30 3.36 132% 97.30 3.35 131% 73.24 17.2 11.3 1.5
600VHEE
3.24 3.24 126% 99.47 3.35 131% 80.05 21.0 11.4 50 275 3035 1840
640VHEE
3.30 3.11 121% 112.13 3.62 142% 91.09 23.2 10.3
720VHEE
3.27 3.05 119% 128.57 3.67 144% 103.23 26.5 13.6
Heating
vessel
2) 225 Water 40ºC (l) 2100 1260 of the installation Water 50ºC (l) Voltage (standard) LPC / ILPC 3400 1000 900 1970 LPC / ILPC 979 1028 193 424 985 1034 193 424 1324 1391 225 508
(LPC / ILPC
1” M 230 V / I ph 1 kW (4.3 A) 3600 1000 1150 1970 1400 1467 225 508 1481 1550 225 508 1782 1863 236 523 4500 1000 1200 1970 1793 1875 236 523
Weight
Values calculated in accordance with the EN-14825-2013 standard given for bivalente temperature of -5ºC in average climate and 2ºC in warmer climate. The water capacity for the installation indicated in this table corresponds to the maximum that the installation allows based on the expansion vessel assembled on the unit. The volume of the buffer tank has been taken into account for this section. In case the capacity of the installation is greater, it is necessary to add a supplementary expansion vessel to the installation based on its volume. This temperature corresponds to the temperature that the circuit may reach when the unit is stopped. This case must be considered for cooling-only units. This temperature corresponds to the maximum temperature that the circuit may reach when operating in a heat pump. Minimum distance between the unit and the separate hydraulic module: 167mm. In models 640 and 720: 187mm.
186
HEAT PUMPS - AIR CONDITIONING - REFRIGERATION - AIR HANDLING - HEAT EXCHANGE - NA 17.01 A