19
Or: a pressure switch valve for each cooling circuit which ensures a
Or: a pressure switch valve for each cooling circuit which ensures a
Or: a pressure switch valve for each cooling circuit which ensures a
Or: a pressure switch valve for each cooling circuit which ensures a
Or: a pressure switch valve for each cooling circuit which ensures a
condensation temperature of around 40°C.
condensation temperature of around 40°C.
condensation temperature of around 40°C.
condensation temperature of around 40°C.
condensation temperature of around 40°C.
¾
½
P R E S S U R E -O P E R A T E D V A LV E
T O R E FR IG E R A N T C IR C U IT
R E C O V E R Y W A T E R O U T L E T
R E C O V E R Y W A T E R IN T A K E
PRESSURE-OPERATED VALVE LAYOUT
PRESSURE-OPERATED VALVE LAYOUT
PRESSURE-OPERATED VALVE LAYOUT
PRESSURE-OPERATED VALVE LAYOUT
PRESSURE-OPERATED VALVE LAYOUT
4.7 SAFETY VALVE DISCHARGE
4.7 SAFETY VALVE DISCHARGE
4.7 SAFETY VALVE DISCHARGE
4.7 SAFETY VALVE DISCHARGE
4.7 SAFETY VALVE DISCHARGE
Safety valves may be present on the refrigerant circuit on the high or low pressure sides: various regulations
prescribe that discharges from this type of valve be conveyed outside the building through a pipe which must have
a diameter equal to the safety valve opening and whose weight must not impinge on the valve.
Caution: Ensure that discharge is conveyed to a place where it cannot
Caution: Ensure that discharge is conveyed to a place where it cannot
Caution: Ensure that discharge is conveyed to a place where it cannot
Caution: Ensure that discharge is conveyed to a place where it cannot
Caution: Ensure that discharge is conveyed to a place where it cannot
constitute a hazard to persons in the vicinity.
constitute a hazard to persons in the vicinity.
constitute a hazard to persons in the vicinity.
constitute a hazard to persons in the vicinity.
constitute a hazard to persons in the vicinity.
Summary of Contents for KAPPA V 2001
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