Technical parameters
Max working pressure: 52bar g
Applicable temperature: -50℃ ~ +150℃
Test pressure: 75 barg
Applicable medium: ammonia, fluorine, propane, etc.
Characteristics
ICLX-A are two steps servo-operated normally close valves with screwed-on pilot solenoid valves.Valves use an external pressure source for opening(which means that no differential pressureacross the ICLX-A valve is required).
ICLX-A are used in suction lines for the opening against high differential pressure,e.g.after hotgas defrost in large industrial refrigeration systems with ammonia or fluorinate refrigerants.
ICLX-A are two steps servo-operated normally close valves with screwed-on pilot solenoid valves.Valves use an external pressure source for opening(which means that no differential pressureacross the ICLX-A valve is required).
ICLX-A opens in two steps:
·Step one opens to approx.10%of the capacity,when the pilot solenoid valves are activated.
·Step two opens automatically after the pressure differential across the valve reachesapproximately 1-1.5 bar.
Technical parameters
Max working pressure: 52bar g
Applicable temperature: -50℃ ~ +150℃
Test pressure: 75 barg
Applicable medium: ammonia, fluorine, propane, etc.
Characteristics
ICLX-A are two steps servo-operated normally close valves with screwed-on pilot solenoid valves.Valves use an external pressure source for opening(which means that no differential pressureacross the ICLX-A valve is required).
ICLX-A are used in suction lines for the opening against high differential pressure,e.g.after hotgas defrost in large industrial refrigeration systems with ammonia or fluorinate refrigerants.
ICLX-A are two steps servo-operated normally close valves with screwed-on pilot solenoid valves.Valves use an external pressure source for opening(which means that no differential pressureacross the ICLX-A valve is required).
ICLX-A opens in two steps:
·Step one opens to approx.10%of the capacity,when the pilot solenoid valves are activated.
·Step two opens automatically after the pressure differential across the valve reachesapproximately 1-1.5 bar.