The solenoid valve can be typed as a()
A、thermal valve
B、magnetic stop valve
C、bellows valve
D、bimetallic valve
A、thermal valve
B、magnetic stop valve
C、bellows valve
D、bimetallic valve
A、The solenoid valves directs high pressure gas to the valve lifting device raising the suction valve off its seat and causing one specific cylinder to become unloaded B、The solenoid valves directs high pressure gas to the underside of the unloading piston, causing it to rise and allowing the recirculating ports to be opened C、When the solenoid valve becomes energized, the valve ports become closed, allowing discharge pressure to build up above the piston, shifting it and causing it to unload D、The solenoid valve allows the refrigerant to pass from the suction chamber to the top of the unloader piston, causing the piston to lift and unload the cylinder
A、The condenser and the expansion valve B、The king valve and the solenoid valve C、The compressor and the expansion valve D、The condenser and the solenoid valve
A、Condenser and thermal expansion valve B、King and solenoid valves C、Compressor and thermal expansion valve D、Condenser and solenoid valve
A、with the axis of the solenoid horizontal, sensing temperature of the box, and upstream of the thermal expansion valve B、upright, sensing temperature of the box, and upstream of the thermal expansion valve C、upright, sensing temperature of the box, and downstream of the thermal expansion valve D、upright, sensing heat of the tail coil, and upstream of the thermal expansion valve
A、king valve and the expansion valve B、solenoid valve and expansion valve C、evaporator and receiver D、compressor and evaporator
A、pilot air;pilot air B、handle;solenoid C、handle;pilot air coming through the distributor D、solenoid;pilot air coming through the distributor
A、box temperature solenoid valve will close B、expansion valve will close C、compressor will shutdown D、king valve will open
A、temperature in the space being cooled B、liquid refrigerant pressure at the solenoid valve C、pressure drop across the evaporator coils D、refrigerant gas superheat at the coil outlet
A、temperature in the space being cooled B、liquid refrigerant pressure at the solenoid valve C、pressure drop across the evaporator coils D、refrigerant gas superheat at the coil outlet