I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm listing both acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity. Here are typical values of generic and specific elements.
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values! Feel free to contribute more values in the comments or answers below.
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm listing both acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity. Here are typical values of generic and specific elements.
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values! Feel free to contribute more values in the comments or answers below.
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm listing both acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity. Here are typical values of generic and specific elements.
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values! Feel free to contribute more values in the comments or answers below.
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm listing both acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity. Here are typical values of generic and specific elements.
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values! Feel free to contribute more values in the comments or answers below.
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm listing both acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity. Here are typical values of generic and specific elements.
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values! Feel free to contribute more values in the comments or answers below.
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
+
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm listing both acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity. Here are typical values of generic and specific elements.
-
Please help me source and confirm resistance (Ω) values for:
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
+
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values! Feel free to contribute more values in the comments or answers below.
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (0-50Ω)
+
** ice maker mold heater (60-80Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
-
* pumps (submersible 2MΩ)
+
** Ice Maker Motor (400-600Ω)
+
** submersible pumps (2MΩ)
+
** Dishwasher Drain Pump (15-40Ω)
+
** Circulation Pump (10-100Ω)
* Fridge Compressor (1-50Ω)
-
* Dishwasher Drain Pump (15-40Ω) and Circulation Pump (10-100Ω)
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (0-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
* pumps (submersible 2MΩ)
* Fridge Compressor (1-50Ω)
-
* Dishwasher Drain Pump (15-40Ω)
-
* Circulation Pump (10-100Ω)
+
* Dishwasher Drain Pump (15-40Ω) and Circulation Pump (10-100Ω)
* Water Inlet Valve (500-1.5KΩ)
* etc
Non-load
* switches (0Ω- OL)
* Bi-metal switch (0-1Ω)
* thermostats (and thermistors 2-220KΩ!)
* fuses (<1Ω)
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (0-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
* pumps (submersible 2MΩ)
* Fridge Compressor (1-50Ω)
* Dishwasher Drain Pump (15-40Ω)
* Circulation Pump (10-100Ω)
* Water Inlet Valve (500-1.5KΩ)
* etc
Non-load
* switches (0Ω- OL)
+
* Bi-metal switch (0-1Ω)
* thermostats (and thermistors 2-220KΩ!)
* fuses (<1Ω)
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (0-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
* pumps (submersible 2MΩ)
* Fridge Compressor (1-50Ω)
* Dishwasher Drain Pump (15-40Ω)
+
* Circulation Pump (10-100Ω)
* Water Inlet Valve (500-1.5KΩ)
* etc
Non-load
* switches (0Ω- OL)
* thermostats (and thermistors 2-220KΩ!)
* fuses (<1Ω)
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
-
* heating elements (10-50Ω)
+
* heating elements (0-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
* pumps (submersible 2MΩ)
* Fridge Compressor (1-50Ω)
* Dishwasher Drain Pump (15-40Ω)
* Water Inlet Valve (500-1.5KΩ)
* etc
Non-load
* switches (0Ω- OL)
* thermostats (and thermistors 2-220KΩ!)
* fuses (<1Ω)
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (10-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
* pumps (submersible 2MΩ)
* Fridge Compressor (1-50Ω)
+
* Dishwasher Drain Pump (15-40Ω)
+
* Water Inlet Valve (500-1.5KΩ)
* etc
Non-load
* switches (0Ω- OL)
* thermostats (and thermistors 2-220KΩ!)
* fuses (<1Ω)
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (10-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
-
* pumps
+
* pumps (submersible 2MΩ)
+
* Fridge Compressor (1-50Ω)
* etc
Non-load
* switches (0Ω- OL)
* thermostats (and thermistors 2-220KΩ!)
* fuses (<1Ω)
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (10-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
* pumps
* etc
-
Non-load
* switches (0Ω- OL)
-
* thermostats (and thermistors 15Ω)
+
* thermostats (and thermistors 2-220KΩ!)
* fuses (<1Ω)
-
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
Hiya,
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (10-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
* pumps
* etc
Non-load
* switches (0Ω- OL)
* thermostats (and thermistors 15Ω)
* fuses (<1Ω)
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!
Hiya,
I'm writing wikis for home appliance repair and keep running into recommending [guide|25632|continuity and resistance testing|stepid=64987|new_window=true] to validate whether a part is still working. I'm interested in acceptable or typical values for different load and non-load elements. Load elements meaning any component that consumes power, and non-load meaning unrestricted paths for electricity.
Please help me source and confirm resistance (Ω) values for:
Loads:
* heating elements (10-50Ω)
* solenoids (on/off > 10Ω, and regulating < 10Ω)
* motors (10-200Ω)
* pumps
* etc
Non-load
* switches (0Ω- OL)
* thermostats (and thermistors 15Ω)
* fuses (<1Ω)
Future troubleshooters thank you in advance for Load vs Non-Load Element Resistance Values!