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Operating
Cycle:
- During the initial start-up
of the machine, the entire pressure vessel is evacuated with
the help of a small evacuation-pump, that is permanently installed
for this purpose.
The machine operates fully automatically with an operation cycle
of about 5 to 7 minutes, that consists of mainly four steps:
- Step 1
Water is brought into the evaporator and evaporates. Through
this, the cooling circuit cooles down.
-
- Step 2
The water evaporated in step one is adsorbed on the receiver.
- Step 3
The adsorbed water is de-adsorbed with the supply of thermal
energy. The receiver turns into the generator.
-
- Step 4
The de-adsorbed water is condensed in the condenser (cooling
cycle).
The cycle is completed with the re-turn of the in step 4 condensed
water into the evaporator (step one).
-
Receiver and Generator are alternately heated and cooled.
During the heating of the one side, the receiver is partially
cooled by the cold water flow of the condenser, to draw off the
heat created through the adsorption. After the cycle-time expiration
the machine switches over by means of pneumatically actuated
valves.
- The different chambers are connected
with automated brackets. the operating method of the brackets
is determined by the pressure differences in the chambers during
the operationcycle. The machine does not contain any costly or
maintenance requiring parts inside the evacuated chamber!
The refrigerant reaches the upper part of the evaporation chamber
either through weightlessness or with the help of a small pump.
During the evaporation process there, it wanders down through
cascades.
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