Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020

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Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020
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Features
Specifications
Name: Defrost Temperature Sensor
Housing: ABS 7x25mm
Resistance: R0=13.251KΩ±2%
B Value: B0/50=3218±1%
Cable: UL2651 AWG26# 105℃ 300V (Yellow )
Terminal: Connector 35965-0200 (White/Blue)
Cable Length: 405mm
Operating Temperature: -40~+80 C
Highlight:

ntc thermistor high temperature

,

ntc thermistor sensor

Basic Infomation
Brand Name: AOLITTEL
Model Number: CWFB0502FA4-401S7C
Payment & Shipping Terms
Packaging Details: Bulk,8g/pieces
Delivery Time: 2-4 Weeks
Payment Terms: T/T
Supply Ability: 10,000,000 Pieces
Product Description

 

Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020

 

 

General

 

Designed to be equivalent for Samsung refrigerator DA32-00006W with quick delivery and competitive price , global market shown DA32-00006W part is expensive and long delivery. Pls note it is equivalent with same performances on thermistor,cable ,connector etc. but not orginal Samsung part . 

 

Samsung Refrigerator Spare part Defrost Temperature Sensor. The defrost temperature sensor detects the temperature inside the refrigerator and sends information to the electronic control.

 

Please Note: This is intended as a guideline only, as other items can cause the same symptoms.

This part is also known as a thermistor.​

 

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Features

 

Samsung OEM Part DA32-00006W equivalent
All Our Parts  Approved For A Proper Fit
Brand New in Original Retail Packaging
DA32-00006W Temperature Sensor spare part
Part Number DA32-00006W equivalent replaces DA32-00006B, DA32-00006C, DA32-00006D, DA32-00006L, DA32-00006M, DA32-00006U, DA32-10105R.

 

 

Application

 

Possible Repair Solution For:
Fridge section is too warm, Fridge section is too cold, Freezer section is too warm, Freezer section is too cold, Frost buildup, Leaking water.

 

 

Dimension

 

Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020 1

 

 

Material

 

NO Material Name Item/PN
2-1. Element R0=13.251KΩ±2% B0/50=3218±1%
2-2. Housing Φ7×25 ABS (White)
2-3. Coating Epoxy
2-4. Lead Wire UL2651 AWG26# 105℃ 300V (Yellow)
2-5. Terminal Connector 35965-0200 (White/Blue)
 
 
Performances
 
NO Item Sign Test Conditions Min. Normal value Max. Unit
4-1. Resistance at 0℃ R0

Ta=25±0.05℃

PT≦0.1mw

13.015 13.251 13.514
Resistance at 25℃ R25 4.95 5 5.05
4-2. B Value B0/50   3185.82 3218.0 3250.18 k
4-3. Dissipation factor σ Ta=25±0.5℃ ≦3.0 mW/℃
4-4. Time constant τ Ta=25±0.5℃ ≧2 sec
4-5. Operating temp.range / / -40 / +80
4-6 Insulation resistance / 500V DC >100
4-7. Withstand voltage test / 1000V AC,1mA, 1min No Abnormalities Sec

 

 

Actual Product Photos

 

Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020 2

Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020 3

Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020 4Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020 5Samsung Refrigerator Spare Part Defrost Micro Temperature Sensor 5KOhm 3218 With ABS Housing 7x25mm Connector 35965-020 6

 

 

Resistance Vs Temperature Chart

 

R-T CONVERSION TABLE
R0=13.251KΩ±2% B0/50=3218±1%
T/℃ Rmin Rcen Rmax T/℃ Rmin Rcen Rmax
-40 85.953 89.360 92.894 -2 14.122 14.416 14.715
-39 81.456 84.640 87.939 -1 13.543 13.819 14.100
-38 77.225 80.200 83.281 0 13.015 13.251 13.514
-37 73.241 76.022 78.901 1 12.464 12.708 12.956
-36 69.489 72.089 74.779 2 11.962 12.191 12.424
-35 65.954 68.386 70.900 3 11.483 11.698 11.916
-34 62.621 64.896 67.247 4 11.026 11.228 11.432
-33 59.479 61.608 63.806 5 10.590 10.779 10.971
-32 56.514 58.507 60.563 6 10.173 10.351 10.531
-31 53.716 55.581 57.506 7 9.775 9.942 10.110
-30 51.075 52.821 54.622 8 9.395 9.551 9.709
-29 48.580 50.215 51.901 9 9.031 9.178 9.326
-28 46.222 47.755 49.333 10 8.687 8.824 8.963
-27 43.994 45.430 46.908 11 8.352 8.481 8.611
-26 41.887 43.233 44.617 12 8.034 8.155 8.277
-25 39.894 41.156 42.453 13 7.730 7.844 7.958
-24 38.008 39.191 40.406 14 7.440 7.546 7.653
-23 36.223 37.332 38.471 15 7.161 7.261 7.361
-22 34.533 35.573 36.641 16 6.895 6.988 7.082
-21 32.932 33.908 34.908 17 6.640 6.727 6.815
-20 31.415 32.330 33.269 18 6.396 6.477 6.559
-19 29.977 30.836 31.716 19 6.162 6.238 6.315
-18 28.613 29.419 30.245 20 5.938 6.009 6.080
-17 27.320 28.076 28.851 21 5.723 5.790 5.856
-16 26.093 26.803 27.529 22 5.518 5.579 5.641
-15 24.928 25.595 26.276 23 5.320 5.378 5.436
-14 23.822 24.448 25.088 24 5.131 5.185 5.238
-13 22.772 23.360 23.960 25 4.950 5.000 5.050
-12 21.774 22.326 22.889 26 4.772 4.822 4.872
-11 20.826 21.344 21.873 27 4.602 4.651 4.701
-10 19.925 20.411 20.908 28 4.438 4.488 4.538
-9 19.068 19.525 19.990 29 4.282 4.331 4.381
-8 18.253 18.682 19.119 30 4.131 4.180 4.230
-7 17.477 17.880 18.290 31 3.987 4.036 4.085
-6 16.739 17.117 17.502 32 3.848 3.897 3.946
-5 16.036 16.391 16.753 33 3.715 3.764 3.812
-4 15.367 15.701 16.040 34 3.588 3.636 3.684
-3 14.729 15.043 15.361 35 3.465 3.512 3.560
R-T CONVERSION TABLE
R0=13.251KΩ±2% B0/50=3218±1%
T/℃ Rmin Rcen Rmax T/℃ Rmin Rcen Rmax
36 3.347 3.394 3.441 74 1.019 1.045 1.072
37 3.234 3.280 3.327 75 0.990 1.016 1.043
38 3.125 3.171 3.217 76 0.963 0.988 1.014
39 3.021 3.066 3.112 77 0.936 0.961 0.987
40 2.920 2.965 3.010 78 0.910 0.935 0.960
41 2.823 2.868 2.912 79 0.885 0.910 0.934
42 2.730 2.774 2.818 80 0.861 0.885 0.909
43 2.641 2.684 2.728 81 0.838 0.861 0.885
44 2.555 2.597 2.641 82 0.815 0.838 0.862
45 2.472 2.514 2.557 83 0.793 0.816 0.839
46 2.392 2.433 2.476 84 0.772 0.794 0.817
47 2.315 2.356 2.398 85 0.751 0.773 0.796
48 2.241 2.282 2.323 86 0.731 0.753 0.775
49 2.170 2.210 2.250 87 0.712 0.733 0.755
50 2.100 2.140 2.180 88 0.693 0.714 0.736
51 2.035 2.074 2.113 89 0.675 0.696 0.717
52 1.971 2.010 2.048 90 0.658 0.678 0.698
53 1.910 1.948 1.986 91 0.641 0.660 0.681
54 1.851 1.888 1.925 92 0.624 0.644 0.664
55 1.794 1.830 1.867 93 0.608 0.627 0.647
56 1.739 1.775 1.811 94 0.593 0.611 0.631
57 1.686 1.721 1.757 95 0.578 0.596 0.615
58 1.635 1.669 1.705 96 0.563 0.581 0.600
59 1.585 1.619 1.654 97 0.549 0.567 0.585
60 1.537 1.571 1.605 98 0.535 0.553 0.570
61 1.491 1.525 1.558 99 0.522 0.539 0.557
62 1.447 1.480 1.513 100 0.509 0.526 0.543
63 1.404 1.436 1.469 101 0.496 0.513 0.530
64 1.363 1.394 1.426 102 0.484 0.500 0.517
65 1.323 1.354 1.385 103 0.472 0.488 0.505
66 1.284 1.315 1.346 104 0.461 0.476 0.493
67 1.247 1.277 1.307 105 0.449 0.465 0.481
68 1.211 1.240 1.270 106 0.439 0.454 0.469
69 1.176 1.205 1.234 107 0.428 0.443 0.458
70 1.142 1.171 1.200 108 0.418 0.432 0.448
71 1.110 1.138 1.166 109 0.408 0.422 0.437
72 1.078 1.106 1.134 110 0.398 0.412 0.427
73 1.048 1.075 1.103        

 

 

How to Replace a Defrost Sensor in a Side-by-Side Refrigerator

 

This refrigerator repair guide gives step-by-step instructions for replacing the defrost sensor in a side-by-side refrigerator. The defrost sensor—also called a defrost bi-metal thermostat—shuts off the defrost heater if the heater gets hot enough to damage the evaporator. If the defrost sensor fails, the heating element doesn't turn on, and frost builds up on the evaporator resulting in warm temperatures in the refrigerator. If your defrost sensor is defective, replace it with the manufacturer-approved replacement part.

 

Time required: Less than 45 min.

Repair difficulty: 3 

Parts Required: Defrost sensor,Cable ties,Silicone sealant,Wire nuts

Parts Required: Defrost sensor.Cable ties,Silicone sealant,Wire nuts

 

 

Before you begin


Wear work gloves to protect your hands. Safely store any food that could deteriorate while the refrigerator is shut off.

 

 

Instructions


Warning: Undertaking repairs to appliances can be hazardous. Use the proper tools and safety equipment noted in the guide and follow all instructions. Do not proceed until you are confident that you understand all of the steps and are capable of completing the repair. Some repairs should only be performed by a qualified technician.

 

 

Step 1: Disconnect the electrical power

 

Unplug the refrigerator or shut off the circuit breaker for the refrigerator.

 

 

Step 2: Remove shelf supports from the freezer

 

Remove the shelves and baskets from the freezer compartment. Remove the screws from the shelf supports on the right interior wall of the freezer and pull the supports out.

Tip: If necessary, refer to your owner's manual for guidance in removing baskets and shelves from the freezer.

 

Remove the shelves and baskets.

Remove the right-side shelf supports.

 

Step 3: Remove the back panel


Remove the mounting screws that secure the inside back panel of the freezer. Pull the bottom of the panel outward slightly to release it.

Remove the back panel screws.

Remove the back panel.


Step 4: Unclamp the defrost sensor from the evaporator

Note the positioning of the defrost sensor. Release the metal clip that holds the defrost sensor to the refrigerant line located above the evaporator.

Tip: Take a digital photo of the defrost sensor to help you position the replacement correctly.

 

Release the clip that secures the defrost sensor to the refrigerant line.


Step 5: Remove the defrost sensor

 

Cut the brown and pink wires near the defrost sensor and pull the defrost sensor out of the freezer.

 

Step 6: Install the new defrost sensor

 

Use a wire stripper to remove the insulation from the ends of the pink wire and brown wire on the new sensor. Strip the ends of the pink wire and brown wire in the harness above the evaporator. Use wire nuts to connect the matching wires.

To keep the connection dry, squeeze silicone sealant into the open ends of the wire nuts.

 

Step 7: Clip the defrost sensor onto the refrigerant line

 

Clip the new defrost sensor onto the refrigerant line above the evaporator. Position it in the same manner as the original defrost sensor.

Without disturbing the sealant on the wire nuts, push the wires above the evaporator. Use a cable tie to fasten the wires to other wires in the harness to keep them out of the way.

 

Step 8: Reinstall the back panel

 

Reinstall the back panel and replace the mounting screws. Over tightening the screws can crack the freezer liner or the mounting rails. Rotate the screws until they stop and then snug them up with a final twist. Reinstall the baskets and shelves.

 

Step 9: Restore electrical power

Plug in the refrigerator or turn on the house circuit breaker to restore power.

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