1.Operation process
First, turn on the water faucet, power, and water supply valve, then fill the sink with
water, and turn off the faucet when the sink is filled with appropriate water.
2. Ice-make process
After several minutes, the water pump starts work, and the water will be pumped
and flowed through the ice model evenly. At last, the ice is formed in the model.
When the ice thickness sensor detects the regulated thickness of ice, the ice starts
to drop.
3. Ice-drop process
The water pump stops working, the water supply valve will be opened, and water
go into the sink. The heating valve will be turned on, and the refrigerant gas is led
into the ice model; the ice root will be melted, and after about 2 minutes, the ice
block drop into the ice cabinet. The falling ice block hit the retaining board (the
inductive switch, which is fixed on the right side of the retaining board, till now, one
circle is over, and the new ice-make circle will start.
4. Auto-stop
When the ice cabinet is filled with ice blocks, the continuing falling ice block will be
locked between the retained board and evaporator; the retained board would be
opened continually and couldn’t return to the original position. After several
seconds, the ice maker will stop working automatically. Once the ice block locked
between the retained board and evaporator is taken away, the retained board will
return to the its original position, and the ice maker will restart to make ice.
5. Running check
A、When the ice maker is in the working process, a sudden interruption of water
supply can lead to the sink not being filled with appropriate water. The ice maker
will turn into standby condition and not make ice as usual. After the water supply
becomes normal and restart the machine, it can work normally.
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