Page 1
8
2. PRODUCT SPECIFICATIONS
2-1) Introduction of Main Function ........................................................................................................................ 9
2-2) Specifications ..................................................................................................................................................11
2-3) Interior Views ............................................................................................................................................... 12
2-4) Model Specification &Specification Chart ................................................................................................... 13
2-5) Dimensions of Refrigerator (Inches) ............................................................................................................ 16
2-6) Optional Material Specification..................................................................................................................... 17
2-7) Refrigerant Route in Refrigeration cycle .....................................................................................................18
2-7-1. Principle of freezeer ......................................................................................................................... 19
2-7-2. Operation theory of refrigeration cycle components .................................................................. 20
2-7-3. Refrigeration Cycle Type ............................................................................................................... 23
2-8) Cooling Air Circulation ................................................................................................................................. 24
Page 2
9
PRODUCT SPECIFICATIONS
Ř
A newly developed SAMSUNG bottom mount freezer in 2012 has the following
characteristics.
Surround Multi Flow
Ř3URYLGHVXQLIRUPFRROLQJIRUHDFKVKHOIDQGHYHU\
corner in the fresh food section.
This is accomplished by using a center positioned
fan and duct with multiple cooling flow openings.
Tw in Co o li ng Sy s te m
Ř The refrigerator and the freezer each have an evaporator.
Given this independent system, the freezer and the
refrigerator are cooled individually as required and are,
therefore, more efficient.
Food odor from the refrigerator does not affect food in the
freezer due to separate air flow circulation.
One Lever Dispenser
Ř
One lever dispenser easily switches between ice and
water.
Secure Auto Close Door System
Ř Doors close tightly.
Ř
Food on the doors stays cool.
Ř
Prevents moisture from forming on the outside of the
doors.
Easy Handle System
Ř
Ez-open Freezer Door
Ř
Ergonomic Door Design
Electronic control from outside of Pantry Cover(RF263TEAE**,RF323BEAE**)
Ř
Adjustable temperature control ((around 41℉(5℃) : Deli /
around 38
℉(3℃
) : Fresh / around 34℉(1℃) Chilled )
Te mp er at u re co nt ro l f ro m o ut s id e of t h e Pa nt r y : us e r fr ie nd l y
design helps keep foods fresh for longer
2-1) Introduction of Main Function
Page 3
10
PRODUCT SPECIFICATIONS
Slim Water Filtration System
ŘSlim water filter is placed between crispers for
without removing
items from Refrigerator.
Dual Ice Maker
Ř10 cubes ice-Maker(Refrigerator)
Ř7 cubes ice-Maker(Freezer)-FOR RF263TEAE**
Page 4
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PRODUCT SPECIFICATIONS
2-2) Specifications
Defrost Control From 12 to 30hrs(comp. run time)
Thermo Bimetal Protector 140°F(60°C)(off) 104°F(40°C)(on)
Defrost Thermistor(502AT) 50°F(10°C)(off)
Electrical Rating AC115V 60Hz 11.6 Amps
Maximum Current Leakage 0.25 mA
Maximum Ground Path Resistance 0.1 Ohm
Energy Consumption 481 kWh/year
Refrigerator,°F 44°F(7°C) ~ 34°F(1°C)
Freezer,°F 5°F(-15°C) ~ -8°F(-23°C)
Run Time,% < 40 < 80
Refrigerant Charge (R134a) 5.64 oz(160g)
Compressor(MKV190C-L2J) 1314 Btu/hr(0.385kw)
Compressor oil Freol 5
∝
15c
R Capillary tube(Dia, Length) 0.032",118"(0.82mm,3500mm)
Clearance must be provided for air circulation.
AT TOP 1"(25mm)
AT SIDES 1"(25mm)
AT REAR 2"(50mm)
Fan
Fan
Fan
Fan
(Air inlet)
(Air inlet)(Air inlet)(Air inlet)
Heat exchanger
Heat exchanger
ELECTRICAL SPECIFICATIONS
Freezer
Refrigerator
NO LOAD PERFORMANCE
REFRIGERATION SYSTEM
INSTALLATION
Fan
Fan
Fan
Fan
(Air inlet)
(Air inlet)(Air inlet)(Air inlet)
Heat exchanger
Heat exchanger
Fan
Fan
(Air inlet)
(Air inlet)
Heat exchanger
Page 5
12
PRODUCT SPECIFICATIONS
2-3) Interior Views
Page 6
13
PRODUCT SPECIFICATIONS
2-4) Model Specification &Specification Chart
ITEM
Model
RF263TEAE** RF263BEAE**
ICE&WATER
DISPENSER WITH
PANTRY& TWIN ICE
ICE&WATER
DISPENSER WITH
PANTRY
IMAGE
External size
W 35 6/8 Inch(908mm) 35 6/8 Inch(908mm)
D
On Cabinet 29 1/4 Inch (745mm) 29 1/4 Inch (745mm)
W/O Handle 33 2/8 Inch (842mm) 33 2/8 Inch (842mm)
With Handle 35 3/4 Inch (907mm) 35 3/4 Inch (907mm)
H
W/O Hinge Cap 68 5/8 Inch (1744mm) 68 5/8 Inch (1744mm)
With Hinge Cap 70 Inch (1778mm) 70 Inch (1778mm)
Net
Capacity
Total 25.6(725.2ℓ) 25.6(725.2ℓ)
Freezer 7.9(222.6ℓ) 7.9(222.6ℓ)
Refrigerator 17.7(502.6ℓ) 17.7(502.6ℓ)
Efficiency of Volume 53.36% 53.36%
Weight
Set 140kg 140kg
Packing 152kg 152kg
Packing
Width 38 5/8 Inch (980mm) 38 5/8 Inch (980mm)
Depth 36 2/8 Inch(920mm) 36 2/8 Inch(920mm)
Height 75 6/8 Inch (1925mm) 75 6/8 Inch (1925mm)
Compressor RECIPROCATE RECIPROCATE
Rated Frequency and Frequency AC 115V/60Hz AC 115V/60Hz
Refrigerant R134a R134a
Foaming Agent C-PENTANE C-PENTANE
Refrigerant Input Amount 5.29 oz (160g) 5.29 oz (160g)
Type Refrigerator
INDIRECT COOLING
METHOD REFRIGERATOR
INDIRECT COOLING
METHOD REFRIGERATOR
Motor Rated Consumption Power 140W 140W
Electric Heater Rated Consumption Power 517.8W 517.8W
Page 7
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PRODUCT SPECIFICATIONS
Items Specification
Model RF263TEAE** / RF263BEAE**
Components for Freezer
Compressor
Model MKV190CL2J/E01
Starting type BLDC
Oil Charge FREOL α - 15c
Evaporator
Freezer SPLIT FIN TYPE
Refrigierator SPLIT FIN TYPE
Condenser Forced and Natural Convection Type
Dryer Molecular shieve XH-9
Capillary tube (Dia x Length) R:0.032" (0.082mm x 3500mm)
Refrigerant R134a
Room Temperature Sensor Components
Freezer
Model Temperature Selection On(°F) Off(°F)
THERMISTOR
(F-SENSOR)
-8°F (-23°C) -5°F (-21°C) -11°F (-24°C)
-0°F (-18°C) 3°F (-16°C) -3°F (-19°C)
5°F (-15°C) 8°F (-12°C) 2°F (-17°C)
Refrigerator
Model Temperature Selection On(°F) Off(°F)
THERMISTOR
(R-SENSOR)
502AT
34°F (1°C) 36°F (2°C) 32°F (0°C)
37°F (3°C) 39°F (4°C) 35°F (2°C)
44°F (7°C) 46°F (8°C) 42°F (6°C)
Defrost Related Components
Defrost Cycle
First Defrost Cycle (Concurrent defrost of F and R) 6hr ± 10min
Defrost Cycle (FRE) 12~30hr (vary according to the conditions used)
Defrost Cycle (REF) 6~15hr (vary according to the conditions used)
Pause Time 12 ± 1min
Defrost Sensor
F Defrost-Sensor
Model THERMISTOR (502AT)
SPEC 5.0 ㏀ at 77°F (25°C)
R Defrost-Sensor
Model THERMISTOR (502AT)
SPEC 5.0 ㏀ at 77°F (25°C)
Bimetal
F Bimetal-thermo
Protector
Rated AC 125V, 6A
Operating temperature Off : 140°F (60°C) / On : 104°F (40°C)
R Bimetal-thermo
Protector
Rated AC 125V, 6A
Operating temperature Off : 140°F (60°C) / On : 104°F (40°C)
Page 8
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PRODUCT SPECIFICATIONS
Items Specification
Model RF263TEAE** / RF263BEAE**
Electric Components
Defrost Heater (FRE) Heated at F Defrost
AC 120V, 240W
Defrost Heater (REF) Heated at R Defrost AC 120V, 120W
DISPENSER Heater
Interlock with French
Heater
AC 120V, 2.5W
FRENCH Heater - AC 120V, 10W
ICE Duct Heater Drain Heater (FRE) DC12V, 2W
ICE Room Heater ICE Room Heater(REF) DC12V, 2W
Water Pipe Heater Drain Heater (REF) DC12V, 2.3W
Over Load Relay
Model 4TM445PHBYY-82
Temp. ON 156.2 ± 16.2°F (69 ± 9°C)
Temp. OFF 257 ± 9°F (125 ± 5°C)
Rated Voltage AC 115V/60Hz
Motor-BLDC (FRE) DC 12V, 0.17A / DREP5020LC
Motor-BLDC BOX FAN (REF) DV 12V, 0.16A / 3612JL-04W-S49-G51
Motor-BLDC BOX FAN (ICE ROOM) DC 12V, 0.1A / 2606JL-04W-S39-UQ1
Motor-BLDC (CIRCUIT) DC 12V, 0.22A / DRCP5030LA
Lamp LED (FRE) DC 12V / 85 ~ 130mA
Lamp LED (REF) DC 12V / 510 ~ 780mA
Lamp LED (VEG) DC 12V / 95 ~ 145mA
Door Switch
FRE AC 125V 1.5A (1EA)
REF DC200V 1.5A / MS-406-SS-01 (2EA)
REF (ICE ROOM) 125~250v / 5A, PARKEco
Power Cord AC 125V 15A
Earth Screw BSBN (BRASS SCREW)
Page 9
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PRODUCT SPECIFICATIONS
29 1/4" (745mm)
3 3/8"(86mm)
21 1/2" (545mm)
41 3/4" (1060mm)
5/8" (15mm)
70"(1778mm)
1 1/4" (32mm)
2/8" (5mm)
33 2/8" (842mm)
35 5/8"(905mm)
35 6/8" (908mm)
24" 1/4" (618mm)
3 1/4" (85mm)
52 1/8" (1324mm)
18 11/16"(475mm)
48" (1220mm)
2-5) Dimensions of Refrigerator (Inches)
Page 10
17
PRODUCT SPECIFICATIONS
2-6) Optional Material Specification
Part Name Part Code AMOUNT
FILTER WATER-ASSY DA29-00020B 1
ASSY-PACKING SUB DA99-00240S 1
LED LAMP REF DA41-00676G 4
LED LAMP CASE-VEG R, L DA41-00519S 1
LED LAMP FRE DA41-00676G 1
Page 11
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PRODUCT SPECIFICATIONS
Compressor → Conden → Hot Pipe → Dryer → Capillary Tube → Refrigerator Evaporator
→ Pipe Direct Ice → Freezer Evaporator → Suction Pipe → Compressor
2-7) Refrigerant Route in Refrigeration cycle
Page 12
19
PRODUCT SPECIFICATIONS
2-7-1. Principle of freezeer
Page 13
20
PRODUCT SPECIFICATIONS
■
Condenser
1) Role: A device which radiates heat to the outside of the refrigerator. As this heat is dispersed, the
high temperature/ high pressure vapor refrigerant changes to a liquid state.
2) Types
A. Air-cooling Type : Condense air by circulating naturally or manually.
1) Natural Convection Type : Used for the household refrigerator which has small condensing
capacity. (No Fan)
2) Manual Convection Type : Circulate air manually by FAN-Motor (Large capacity)
B. Water-cooling Type : Make cooling water pass through the pipe in the condenser
(Large capacity)
※
Location
①
CLUSTER heat-radiating type : All Pipes effective for radiating heat are formed in the right/
left, and front side of refrigerator with hard urethanes and radiate heat through the whole
surfaces of cabinet to ambient air.
②
Install the condenser on the outside of the product. (An old model)
③
Make them cluster at the lower part of product and radiate heat manually by fan.
※
Radiate condensed potential heat up to liquefy completely and make change the state without
changing the gas temperature itself.
※
Pipe thickness
①
Low pressure: 6.3mm ② High pressure : 4.7mm ③ Capillary : About 0.4-0.8mm
※
Condenser length (Based on 300ℓ): 26.5 M
①
Assistance : 5 M ② HOT-PIPE: 6.6 M ③ CLUSTER-PIPE: 4.17 M
■
Capillary
1. Role: A device which makes low temperature and pressure refrigerant by reducing the pressure
the normal temperature / high pressure liquid refrigerant condensed from condenser, and
supply it to the evaporator.
A. To evaporate more lower temperature in case of evaporation.
B. It flows to the evaporator without back flowing to condenser, if compressor stops, and the
difference of pressure between high pressure and low pressure is small so it is easy to
operate the compressor again.
2. Outline
A. Thickness : About 0.4-0.8ßÆ
B. Length : It is changeable to low temperature and pressure (10->5ß∏/ß≤) depends on the 2M
of thin and long copper pipe wall resistance.
2-7-2. Operation theory of refrigeration cycle components
Page 14
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PRODUCT SPECIFICATIONS
■
Evaporator
1. Role: As the low pressure liquid refrigerant flowed from capillary absorbs heat inside of the
refrigerator, it becomes low pressure gas and refrigerate the foods.
2. Theory: The low pressure refrigerant flowed to evaporator operates cooling which takes
ambient evaporated potential heat with maintaining the evaporation up to evaporate
completely.
3.Types of Evaporator
A. ROLL-BOND Evaporator
⇢
Direct Cooling ONE-DOOR Type
☞
Rolled and adhere the 2 aluminum plate and then make refrigerant passage.
B. PIN-PIPE Type
⇢
Indirect cooling TWO-DOOR Type
☞
a small aluminum plate on the aluminum pipe to increase the cooling effect.
■
Compressor
1. Role: It operates same as pump which pull out the subterranean water. It inhales the low
temperature and pressure refrigerant gas (flowed out) from evaporator and make high
temperature and pressure refrigerant liquid in the compressor and send it to the condenser.
2. Type of Condenser
a. Back-and-forth motion type: A method that pistol makes back-and-forth motion through
shaft and cylinder of motor rotation and compresses.
※
Used for household refrigerant
b. Rotary Type: A method that inhales the refrigerant gas through the gap between the outside
of rotor electric attached on the shaft and the inside of cylinder and compresses.
c. Centrifugal Type
3. Please insert the explanation of inverter comp operation theory.
■
Dryer
1. Role: Absorb the moisture from the refrigerant that refrigeration cycle circulates and eliminate
the foreign substance.
2. Structure: If even some moisture is included refrigerant is impossible to circulate by freezing the
small capillary outlet, so silica gel or molecular sieve is (included and) sealed to absorb the
internal moisture, and install a minute net to eliminate the foreign substance.
Page 15
22
PRODUCT SPECIFICATIONS
※
. Influence of moisture
①
Moisture precipitation - Blocked by ice
②
Refrigerant and reaction
③
Life reduction of oil
④
Acceleration of oxidization
⑤
Copper plating phenomenon
⑥
Gas dissolution by the interaction of synthetic insulating material (insulator)
※
. Influence of foreign substance
①
Increase of condensed temperature.
②
Increase of temperature.
③
Decrease of cooling efficiency
④
Shorten the life by friction between oil and foreign substance in the compressor.
■
Accumulator
1. Role : To send a pure refrigerant gas to compressor by removing completely the refrigerant liquid
from evaporator.
※
If a refrigerant liquid go into the compressor, overload is occurred.
Page 16
23
PRODUCT SPECIFICATIONS
HM Cycle
Compressor Condenser Hot Pipe
Back Cluster Pipe Refrigerator EvaporatorDryer Capillary Tube
CompressorFreezer EvaporatorICE Pipe Suction Pipe
2-7-3. Refrigeration Cycle Type
Page 17
24
PRODUCT SPECIFICATIONS
2-8) Cooling Air Circulation
Refrigerator
Freezer
In some cases, frost blocks the return hole in
freezer and it may cause weak cooling or No ice
making.
Ice Maker Duct in Fridge
Discharge
Return Duct
Duct in Freezer
Discharge
Return Duct
Discharge
Return
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