2. Function of Ice Maker
2-1. Initial Control Function
1. When power is initially applied or reapplied after power cut, it detects level of ice maker cube mould after completion of
MICOM initialization. The detecting lever moves up and down.
2. The level of ice maker cube mould is judged by output signal, high and low signal, of Hall IC. Make the cube mould to be
horizontal by rotating ice ejection motor in normal or reverse direction so that High/Low signal can be applied to MICOM
Pin No. 44.
3. If there is no change in signals one minute after the geared motor starts to operate, it stops icemaker operation and check
the signal every hour. It resets initialization of icemaker when it becomes normal.
4. It judges that the initial control is completed when it judges the ice maker cube mould is horizontal.
5. Ice ejection conducts for 1 cycle irrespect of ice in the ice bank when power is initially applied.
2-2. Water Supply Control Function
1. This is to supply water into the ice maker cube mould by operating water valve in the machine room when ice ejection
control is completed and ice maker mould is even.
2. The quantity of water supplied is determined by DIP switch and time.
<Water Supply Quantity Table>
3. If water supply quantity setting is changed while power is on, water supplies for the amended time. If DIP switch is
changed during water supply, water shall be supplied for the previous setting time. But it will supply for the amended time
from the next supply.
4. When water supply signal is applied to water and ice valves at the same time during water supply, water shall be supplied
to water valve. If water supply signal is applied to ice valve during water supply, water shall be supplied to both water and
ice valves.
2-3. Ice Making Control Function
1. Ice making control is carried out from the completion of water supply to the completion of ice making in the cube mould.
Ice making sensor detects the temperature of cube mould and completes ice making. (ice making sensor is fixed below
ice maker cube mould)
2. Ice making control starts after completion of water supply control or initial control.
3. It is judged that ice making is completed when ice making sensor temperature reaches at -8°C after 100 minutes when
water is supplied to ice maker cube mould.
4. It is judged that ice making is completed when ice maker sensor temperature reaches below -12 °C after 20 minutes in
condition 3.
ICE MAKER AND DISPENSER WORKING PRINCIPLES AND REPAIR
- 87 -
DIP SWITCH SETTING
No
S/W 1
S/W 2
S/W 3
WATER SUPPLY TIME
REMARKS
1
OFF
OFF
OFF
6.5 Sec.
2
ON
OFF
OFF
5.5 Sec.
3
OFF
ON
OFF
6 Sec.
4
ON
ON
OFF
7 Sec.
5
OFF
OFF
ON
7.5 Sec.
6
ON
OFF
ON
8 Sec.
7
OFF
ON
ON
9 Sec.
8
ON
ON
ON
10 Sec.
* The quantity of water supplied
depends on DIP switch setting
conditions and water pressure as it is
a direct tap water connection type.
(the water supplied is generally 80 cc
to 120 cc)
* DIP switch is on the main PWB.
Summary of Contents for GC-L207TLQK.CGSQSTG
Page 23: ...EXPLATION FOR MICOM CIRCUIT 32 GC P L207 88 LED GC P L207 Bar LED GC P L207 Dot LED ...
Page 28: ...1 5 Temperature sensing circuit EXPLATION FOR MICOM CIRCUIT 28 GC L207 Bar LED F C A B D ...
Page 32: ...EXPLATION FOR MICOM CIRCUIT 50 GC P L207 Bar LED GC P L207 Dot LED b a e d b a e d ...
Page 38: ...EXPLATION FOR MICOM CIRCUIT 62 GC P L207 Bar LED ...
Page 39: ...EXPLATION FOR MICOM CIRCUIT 68 GC P L207 Bar LED ...
Page 40: ...EXPLATION FOR MICOM CIRCUIT 69 GC P L207 Bar LED ...
Page 41: ... GC P L207 Bar LED EXPLATION FOR MICOM CIRCUIT 78 ...
Page 42: ...EXPLATION FOR MICOM CIRCUIT 79 PWBASSEMBLY DISPLAY ...
Page 49: ...CIRCUIT 94 GC P L B C207 Bar LED The circuit has been only applied to voltage except 220v ...
Page 100: ......
