2-10. Frost removal function
1. Frost removal is performed whenever total operation time of compressor becomes 7 ~ 7.5 hour.
2. In providing initial power (or returning power failure), frost removal starts whenever total operation time of compressor
becomes 4 ~ 4.5 hour.
3. Frost removal is completed if temperature of a frost removal sensor becomes more than 5°C after starting frost removal.
Poor frost removal is not displaced if it does not arrive at 5°C even if two hours have passed after starting frost removal.
4. No removal is done if frost removal sensor becomes poor (snapping or short-circuit).
2-11. Sequential operation of built-in product
Built-in products such as compressor, frost removal heater, freezing room fan, Cooling Fan and step motor damper are
sequentially operated as follows for preventing noise and part damage occurred due to simultaneous operation of a lot of
parts in applying initial power and completing test.
MICOM FUNCTION
- 20 -
Function
Load Operation Sequence
Remark
In
applying
Initial
p
ower
TEST
MODE
When temperature
of a frost removal
sensor becomes
more than 45°C
(In purchase,
movement)
If error occurs
during operation,
initial operation is
not done.
■
Sequence of
load operation
when closing
F-room and
R-room.
If pressing switch
once more in the
test mode 2 or
temperature of a
frost removal
sensor is more
than 5°C, it
immediately
returns to the test
mode for initial
operation
(COMP operates
after 7 minutes).
When
temperature of a
frost removal
sensor becomes
less than 45°C
(In power failure,
service)
Test mode 1
(Compulsory
function)
Test mode 2
(Compulsory frost
removal)
POWER
ON
COMP
ON
F-FAN
&
C-FAN
ON
R-STEP
MOTOR
DAMPER
ON
HOME
BAR
HEATER
ON
MIRACLE
ZONE
STEP
DAMPER
MOTOR
ON
FROST
REMOVAL
HEATER
OFF
HOME
BAR
HEATER
ON
HOME
BAR
HEATER
OFF
FROST
REMOVAL
HEATER
ON
DAMPER
&
DUCT DOOR
HEATER
ON
DAMPER
&
DUCT DOOR
HEATER
OFF
0.3
sec.
6
sec.
0.3
sec.
5
sec.
0.3
sec.
5
sec.
0.3
sec.
POWER
ON
PIPE
&
DISP'
HEATER
ON
5
sec.
PIPE
&
DISP'
HEATER
OFF
0.3
sec.
COMP
ON
0.3
sec.
F-FAN
&
C-FAN
ON
0.3
sec.
R-STEP
MOTOR
DAMPER
ON
0.3
sec.
MIRACLE
ZONE
STEP
DAMPER
MOTOR
ON
0.3
sec.
HOME
BAR
HEATER
ON
TEST
S/W
(PRESS
Once)
OTHER
LOAD
OFF
COMP
ON
F-FAN
&
C-FAN
ON
R-STEP
MOTOR
DAMPER
ON
MIRACLE
ZONE
STEP
DAMPER
MOTOR
CLOSE
TEST
S/W
(PRESS
2 Times)
COMP
OFF
F-FAN
&
C-FAN
OFF
FROST
REMOVAL
HEATER
ON
R-STEP
MOTOR
DAMPER
CLOSE
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
0.3
sec.
Summary of Contents for SXS Refrigerator
Page 27: ...EXPLATION FOR MICOM CIRCUIT 27 GW P L227 88 LED GW P L227 Bar LED ...
Page 30: ...EXPLATION FOR MICOM CIRCUIT 30 GW P L227 Bar LED ...
Page 39: ...EXPLATION FOR MICOM CIRCUIT 39 GW B C227 88 LED E A B C D ...
Page 45: ...EXPLATION FOR MICOM CIRCUIT 45 GW P L227 Bar LED b a e d ...
Page 46: ...EXPLATION FOR MICOM CIRCUIT 46 GW B C227 88 LED GW B C227 Bar LED b a e d b a e d ...
Page 50: ...1 11 Display Circuit EXPLATION FOR MICOM CIRCUIT 50 GW P L227 ...
Page 51: ...EXPLATION FOR MICOM CIRCUIT 51 GW B C227 ...
Page 53: ...EXPLATION FOR MICOM CIRCUIT 53 GW B C227 88 LED GW B C227 Bar LED ...
Page 56: ...EXPLATION FOR MICOM CIRCUIT 56 GW P L227 Bar LED ...
Page 57: ...EXPLATION FOR MICOM CIRCUIT 57 GW B C227 88 LED ...
Page 58: ...EXPLATION FOR MICOM CIRCUIT 58 GW B C227 Bar LED ...
Page 59: ...3 2 Parts List EXPLATION FOR MICOM CIRCUIT 59 GW P L227 88 LED ...
Page 60: ...EXPLATION FOR MICOM CIRCUIT 60 GW P L227 88 LED ...
Page 61: ...EXPLATION FOR MICOM CIRCUIT 61 GW P L227 Bar LED ...
Page 62: ...EXPLATION FOR MICOM CIRCUIT 62 GW P L227 Bar LED ...
Page 63: ...EXPLATION FOR MICOM CIRCUIT 63 GW B C227 88 LED ...
Page 64: ...EXPLATION FOR MICOM CIRCUIT 64 GW B C227 88 LED ...
Page 65: ...EXPLATION FOR MICOM CIRCUIT 65 GW B C227 Bar LED ...
Page 66: ...EXPLATION FOR MICOM CIRCUIT 66 GW B C227 Bar LED ...
Page 73: ...CIRCUIT 73 GW P L B C227 88 LED ...
Page 74: ...CIRCUIT 74 GW P L B C227 Bar LED ...
Page 128: ...P No MFL38540601 MAR 2007 Printed in Poland ...