Refcomp SP8H7000 SP8H700E 70HP High Temperature Chiller Reciprocating Compressor
SP8H7000 70HP reciprocating compressor
,SP8H700E high temperature chiller compressor
,semi hermetic refrigeration compressor
- Flexible Capacity Regulation: Equipped with multi-stage capacity control (100%, 75%, 50%), this chiller reciprocating compressor efficiently matches varying system loads to reduce overall energy consumption.
- Precision Crankshaft Assembly: Features precision-balanced crankshafts, connecting rods, and pistons engineered to deliver smooth, low-vibration operation in heavy-duty refrigeration systems.
- Internal Safety Protection: An internal safety valve connects the high and low pressure chambers to maintain safe internal pressure limits and ensure reliable protection during pressure surges.
- Integrated Motor Cooling: The optimized suction channel allows cool intake refrigerant gas to circulate through the motor, ensuring continuous thermal protection and stable continuous duty.
| Parameter | Value |
|---|---|
| Model | SP8H7000, SP8H700E |
| Rated power | 70HP / 52KW |
| Exhaust volume 50/60Hz | 222 / 268 m³/hr |
| Cylinders | 8 |
| Weight | 350 Kg |
| Oil Charge | 5 L |
| Standard motor | 400V/3/50Hz, 460V/3/60Hz PW |
| Starting current PW/DOL | 329 / 439 A |
| Max operating current | 140 A |
A: Selection requires validating required cooling capacity, target evaporating and condensing temperatures, refrigerant type, power supply compatibility, and the 100%, 75%, 50% capacity steps.
A: Piping design must accommodate the 54 mm (2-1/8") exhaust pipe inner diameter and 67 mm (2-5/8") suction pipe inner diameter to maintain optimal gas velocity and low pressure drop.
A: The built-in safety valve automatically opens if internal pressure exceeds designated safe limits, equalizing high and low sides to prevent structural component damage.
A: Ensure the 230V-200W crankcase heater is powered on before startup to prevent liquid floodback, verify stable supply voltage, and check that starting and operating currents stay within specified limits.