Samsung SG626, SG628, BG626, BG678, SG676 Specifications
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2. Product Specifications
Freezer performance
Temperature control
Net Capacity
l/(ft3)
Foam
Liner
Model
Type
Water dispenser
Net dimension
(WXDXH)
Refrigerant
Cabinet insulation
Door insulation
Freezer
Refrigerator
Total
Cabinet
Door
SR-L628EV SR-L678EV SR-L626EV SR-676EV
(LMF(Freezer/Refrigerator) 2 Door)
(4-STAR)
Electronic control
Yes
171(6.04) 192(6.78)
345(12.18) 376(13.28)
516(18.22) 568(20.06)
820X715X1790 (mm) (SR-L626(8)EV)
820X765X1790 (mm) (SR-L676(8)EV)
HFC-134a(160gr)
CYCLO-PENTANE
CYCLO-PENTANE
171(6.04) 192(6.78)
351(12.39) 382(13.49)
522(18.43) 574(20.27)
A.B.S
A.B.S
No
Net weight
114Kg 113Kg
3. Electrical part specifications & standard
ITEM
Model
Input Source
Compressor
Evaporator
Condenser
Refrigeration Cycle
Dryer
Capillary tube
Model
Starting type
Oil charge
Freezer
Refrigerator
SR-L626/628EV SR-L626(8/676(8)EV SR-L676/678EV
220V 240V
SK182H-L2U SK182Q-L2U
RSCR
Forced & Natural Convection Type
SK182E-L2W SK182P-L2
Freon α-15(ESTER)
Molecular Sieve XH-9
ID0.85XL2500 3.79kg/cm
STANDARD
115V 127V
W
SK190H-L2U SK190Q-L2U
CSR RSCR
Split Fin Type
Split Fin Type
2
220V 240V
Earth screw
Door switch
2 Samsung Electronics
BSBN(Brass screw)
250V/0.5A
ITEM STANDARD
FreezerRefrigerator
F-Sensor
Temperature
R-Sensor
Defrosting
Sensor
Type
Type
Defrost cycle
Freezer-Sensor
Refrigerator-Sensor
FRE EVAP-Sensor
REF EVAP-Sensor
Room TEMP-Sensor
Mode
High
Mid
Low
Mode
High
Mid
Low
Rest time
First cycle
ON(˚C)
–20˚C
–16.5˚C
–14˚C
ON(˚C)
–0.5˚C
3.5˚C
6.5˚C
OFF(˚C)
–22˚C
–18.5˚C
–16˚C
OFF(˚C)
–1.5˚C
2.5˚C
5.5˚C
Freezer:6 – 16hr/Refrigerator:12 – 32hr
10min±2min
4hr±10min
502AT
502AT
502AT
502AT
502AT
Heater
Fuse
Electrical parts
VOLTAGE 115V 127V
C O N D E N S E R
O V E R - L O A D
P R O T E C T O R
S TA RT I N G R E L A Y
M O T O R - FA N
L A M P
M O T O R - G E A R E D
FRE Defrost-Heater
REF Defrost-Heater
Lamp-Heater
FRE Defrost-Fuse
REF Defrost-Fuse
STARTING
RUNNING
MODEL
1 2 5 VA C / 1 2 5
2 5 0 VA C / 1 2
4 T M 4 4 5 S H B Y Y- 5 3
ON TEMP .
OFF TEMP .
MODEL
P T H A S - T 1 0 0 M 2 0 0 B
RESIST ANCE
FRE. REF .
C I R C U I T- M O T O R
I S 3 2 0 8 T M D A - 4
I S 3 2 0 8 - S C F 6 A
FRE.
REF.
REF.
200W (115V, 127V, 220V, 240V)
130W (115V, 127V, 220V, 240V)
2W (115V, 127V, 220V, 240V)
250V 10A 72 ± 4˚C
250V 10A 72 ± 4˚C
2 2 0 V
1 2 5 VA C / 1 2 5
µ F
2 5 0 VA C / 1 2
µ F
4 T M 4 4 4 N H B Y Y- 5 3
µ F
µ F
3 5 0 VA C / 5
4 T M 3 0 8 P H B Y Y- 5 3
( 6 2 6 / 6 2 8 E V )
2 2 0 V
µ F
4 T M 3 1 4 R H B Y Y- 5 3
( 6 7 6 / 6 7 8 E V )
3 5 0 VA C / 5
µ F
4 T M 2 3 2 S H B Y Y- 5 3
3 5 0 VA C / 5
6 9 0˚ C
1 3 5˚C
1 0W ± 2 0 %
1 2 0˚ C
P T H A S - T 1 0 0 M 2 0 0 B
I S 3 2 0 8 T M D A - 8
I S 3 2 0 8 - S C O 6 A
1 2 5˚ C
P T H A S - T 2 2 0 M 3 5 0 D
2 2W ± 2 0 % 3 3W ± 2 0 %
I S 3 2 0 8 T M D A - 2 A
I S 3 2 0 8 - S C F 7 A
1 3 0˚ C
P T H A S - T 2 2 0 M 3 5 0 D
1 3 5˚ C
P T H A S - T 3 3 0 M 3 8 5 D
I S 3 2 0 8 T M D A - 6
I S 3 2 0 8 - S C L 5 A
1 1 0 V ~ 1 3 0 V / 1 5 W 2 2 0 V / 1 5 W 2 4 0 V / 1 5 W
OSRAM DEULX S/E IIW
M 2 B C 1 8 A R 0 2 M 2 L C 1 8 A R 0 2
2 4 0 V
µ F
Samsung Electronics 3
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