3. Electrical part specifications & standard
s o r u c e ( V o l t / H z )
C o m p r e s s o r
Capillary Tube
T h e r m o s t a t
I T E M
M o d e l
Starting Type
E v a p o r a t o r
C o n d e n s e r
D r y e r
F r e e z e r
R e f r i g e r a t o r
M o d e l
Oil charge
N O N - C F C
SRG-V57, 569M, LV
SRG-V52, 519M, LV
1 1 0 / 6 0
S K 1 7 0 E - L 2 W
C S R R S C R
2 2 0 / 5 0
S K 1 8 2 H - L 2 U
FREOL α – 15C
2 6 5c c
S T A N D A R D
2 4 0 / 5 0
S K 1 8 2 Q - L 2 U
Spilt fin type
Forced & Natural convection
Molecular sieve
I . D
0.75X L2450 (mm) [5.09kg/cm2]
PFN-174S-05B, B363-E9
PDC-219 SA, D705-E9C
1 1 5 / 6 0
S D 3 6 2 C - L 2 W 2
C S R R S C R
2 0 0 c c 2 6 5 c c
C F C
SR-V57, 569M, LV
SR-V52, 519M, LV
2 2 0 / 5 0 , 6 0
S K 3 7 0 H - L 2 U
SUNISO 2GSD (R-12)
S K 3 7 0 Q - L 2 U
2 4 0 / 5 0
D e f r o s t T h e r m o
D e f r o s t -
T i m e r
S t a r t i n g -
R e l a y
B i m e t a l - T h e r m o .
( O f f / O n )
T h e r m a l F u s e
T y p e
Defrosting cycle
Defrosting Time
M o d e l
Primary resistance
T y p e
o p e r a t i n g
T e m p .
R e g u l a r i t y
o p e r a t i n g
T e m p .
TMDE 714TA1
6HR 35min
1 3 m i n ± 4 0 s e c
912x32E 100MQ
1 6 A P E 3
1 0 Ω ± 2 0 %
P T H A S T 2 2 0 M 3 5 0 D
6 8 Ω ± 2 0 %
AC125/250V, 10/5A
ON : -5±3˚C, OFF : 12±3˚C
2 5 0 V / 1 0 A
7 2 ± 4 ˚ C
TMDE 714 TF1
7HR 54min±6min (50Hz)
14min 26sec±3min
912x35E 330MT
2 0 A P E 2
3 2 Ω ± 2 0 %
TMDE 714TA1
6HR 35min
1 3 m i n ± 4 0 s e c
912x32E 100MQ
1 6 A P E 3
1 0 Ω ± 2 0 %
TMDE 714 TF1
7HR 54min±6min (50Hz)
6HR 35min±5min (60Hz)
14min 26sec±3min(50Hz)
13min 40sec±2min(60Hz)
P T H A S T 2 2 0 M 3 5 0 D
6 8 Ω ± 2 0 %
912x35E 330MT
2 0 A P E 2
3 2 Ω ± 2 0 %
Samsung Electronics 9
O v e r l o a d -
M o d e l
4 T M 4 4 4
4 T M 3 0 8
4 T M 2 3 2
4 T M 4 1 9
4 T M 2 9 3
4 T M 2 3 2
p r o t e c t o r
C o n d e n s e r
H e a t e r
L a m p
D o o r - S / W
M o t o r - g e a r e d
F A N M O T O R
Earth screw
Close Temp.
Open Temp.
S t a r t i n g
R u n n i n g
D e f r o s t - H e a t e r
R e g u l a r i t y
R e g u l a r i t y
S t a n d a r d
C o o l i n g
Circuit (unit)
S t a n d a r d
N H B Y Y - 5 3
1 1 5 ± 5 ˚ C
1 2 5 µ F / 1 2 5 V A C
1 2 .0µ F / 2 5 0 V A C
1 5 5 W / 7 8 Ω
1 1 0 V / 1 5 W
M 2 B C 1 8 A R 0 2
A M R H B 0 1 0 Z Q E A
I S 3 2 0 8 S C H 6 A
P H B Y Y - 5 3
1 2 5 ± 5 ˚ C
–
1 5 5 W / 3 1 2 Ω
2 2 0 V / 1 5 W
M 2 L C 1 8 A R 0 2 M 2 L C 1 8 A R 0 2
A M R H B 0 1 0 W T E A
I S 3 2 0 8 S C F 7 A
S H B Y Y - 5 3
1 3 5 ± 5 ˚ C
5 µ F / 3 5 0 V A C
1 5 5 W / 3 7 2 Ω
2 4 0 V / 1 5 W
A M R H B 0 1 0 U V E A
I S 3 2 0 8 S C L 5 A
BSBN (Brass screw)
6 8 ± 9 ˚ C
–
250V 0.7A
N H B Y Y - 5 3
1 2 0 ± 5 ˚ C
1 0 0 µ F / 1 2 5 V A C
1 2 .0µ F / 2 5 0 V A C
1 5 5 W / 8 5 Ω
1 1 0 V / 1 5 W
M 2 B C 1 8 A R 0 2
A M R H B 0 1 0 Z Q E A
I S 3 2 0 8 S C H 6 A
S H B Y Y - 5 3
1 3 5 ± 5 ˚ C
–
1 5 5 W / 3 1 2 Ω
2 2 0 V / 1 5 W
A M R H B 0 1 0 W T E A
I S 3 2 0 8 S C F 7 A
S H B Y Y - 5 3
1 3 5 ± 5 ˚ C
–
5 µ F / 3 5 0 V A C
1 5 5 W / 3 7 2 Ω
2 4 0 V / 1 5 W
A M R H B 0 1 0 U V E A
I S 3 2 0 8 S C L 5 A
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