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... High purity refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high CO...
... High purity refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high CO...
... purity refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in ...
... refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in wide am...
...high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in wide ambient temperature range. 4. Big heat exc...
...High purity refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP...
... refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in wide am...
... purity refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in ...
... High purity refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high CO...
... purity refrigerant: R417A/R410a/R407C, to make sure high COP. 3. Optimized system design: R417A/ R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and...
... refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in wide am...
...refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in wide amb...
... outlet water temp ℃ 80 COP 4.2 Power V/Hz 380V/50 Noise Db(a) 50 Dimension W*D*H mm 657×557×765 Packing size W*D*H mm 737×637×915 Unit weight KG 145 Refrigerant R134A Working air temp range ℃ (...
... compressor. 2.High purity refrigerant: R410a/R407C, to make sure high COP. 3.Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operatio...
... purity refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in ...
... High purity refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high CO...
... refrigerant: R410a/R407C, to make sure high COP. 3. Optimized system design: R410a/R407C system with accurate capillary tube or electronic expansion valve, achieving stable operation and high COP in wide am...
... Model HSN8591-160 Qty 3 Cooling Capacity Evap. Temp.-27℃ Qo(KW) 603 Pe(KW) 328.5 COP 1.84 Evap. Temp.-42℃ Qo(KW) 320.1 Pe(KW) 292.5 COP 1.1 Condensing Temperature 35℃...
...projects, a chiller refers to an industrial refrigeration system based on vapor compression or absorption refrigeration cycles. Its core function is to cool a secondary refrigerant (typically chilled water) ...
...core industrial refrigeration device. It cools water or other secondary refrigerants to a preset temperature (typically 7–12℃) via vapor compression or absorption refrigeration cycle. The chilled fluid is th...