Disposal; Disposal Instructions - Wessamat W20 W Mode D'emploi

Machine runs, but does not
produce ice
Ice cube maker not running
despite power plug switched on /
safety switch ('Pressostat') has
triggered
Trough is overfilled with water /
water overflowing
E
N
G
L
I
Ice cubes are cloudy
S
C
H
Ice capacity of the ice cube
maker too low
E
N
G
L
I
Water spills over the edge of the
S
trough during ice cube
H
production
A
N
Trough is not filled with water
G
L
A
I
S
Storage container contains water Drain tube of the storage container
Water consumption in water-
cooled machines is too high

8. Disposal

8.1 Disposal instructions

If the machine would be put out of service, please follow the instructions below for disposal:
The refrigerant circuit of the ice cube maker contains HFC and lubricants that are harmful to water!
The machine must therefore be disposed of properly according to the relevant environmental protection
regulations. Should you have no options for proper disposal, please contact your specialist dealer or
WESSAMAT directly.
(ice maker has insufficient
refrigerant)
1. Leak(s) in the cooling system
2. Compressor faulty
3. Hot gas valve faulty (valve no
longer closes)
1. Condenser is soiled
2. In water-cooled machines, the
water supply may be interrupted
3. In water-cooled machines, the
condenser or cooling water
controller scaled (lime).
1. Water inlet valve does not close
2. Probe cable(s) interrupted
3. Fault in water sensor electronics
Trough motor no longer running
1. Condenser is soiled
2. Cooling water controller not
working properly
1. Machine is not level
2. Trough has moved down
3. Water level sensor is soiled
1. Water inlet valve clogged or
soiled
2. Electrical fault in water inlet
valve
3. Water level sensor affected by a
'moisture bridge'
4. Fault in water sensor electronics
is kinked or clogged
Flow through cooling water
controller is too high
30
refrigerant
1. Locate and rectify leak(s) in the
cooling system
2. Replace compressor
3. Replace hot gas valve
1. Clean condenser
2. Open water supply
3. Descale condenser or cooling water
controller, or replace if necessary
1. Replace water inlet valve
2. Measure electrical conductance of
the individual cables, rectify
interruption, replace probe if necessary
3. Replace water sensor electronics
Check trough motor voltage. If voltage
is present and the trough motor does
not turn, replace the trough motor
1. Clean condenser
2. Check cooling water controller,
setpoint temperature +30°C, readjust
or replace if necessary
1. Align machine
2. Readjust trough
3. Clean / descale water level sensor
1. Clean pre-screen
2. Check input voltage, replace water
inlet valve if necessary
3. Dry the water level sensor
4. Replace water sensor electronics
Ensure free water drainage
Readjust or replace cooling water
controller