This is a bench test of a rotor position sensor also known as a Hall effect switch. This sensor is used on most direct drive washers. Power supply = www.amazon.com/gp/product/B00F... Www.paramountrepair.co
Great video man but have a question i want to use the inverter direct drive motor in on /off way not on washing machine do i need to use the hall sensor and why they use the hall sensor in the DD motor?
Hi I have a washing machine 7.5kg Fisher & Paykel top loader, I can hold the agitator with my hands when its going and stop it from moving the motor has no torque would a rotor position sensor cause this? any help would be appreciated. Good video
Knowing what should be at each pin is most of the problem - not sure if there’s a place to find that information??? This was extremely helpful. Thank you!
And to test the bad part, what will the reading show? you tested a new one correct & do i need a power supply to test it? I get OL with the new & old part.
I'm repurposing a drive motor for another use. My BLDC controller (manual is in Chinese) has H+, H-, HU, Hv, HW for hall sensor input. Can I use the factory hall sensor for my controller or do I need 3 separate sensors? I have sensors if need be, but the factory sensor would be a cleaner looking install. How would you recommend wiring up the factory sensor?
Thank you for this Video, especially the Test part, I tested my LG sensor with the Voltmeter, the readings are OK, but the Washing Machine still cannot spin. Can I have a faulty sensor with correct readings???
kevin pounal Hey Kevin, Im not sure if I understand your question. But the Hall effect sensor is only used to detect the movement of the stator of the washer.
@@mathieubrouillette5835 so I tested all of them and then ordered a used one. The one I got tested nearly the same and of course didn’t fix the issue. Turned out my issue was a bad capacitor
@@mathieubrouillette5835 holding the part with the arrow on top and pointing away from you. The pins I’ll number 1,2,3 on top and 4,5,6 on the bottom. 1 and 6 = 11.3k 2 and 3 = 1.5k 2 and 4 = 1.5k 2 and 5 = 1.5k 3 and 4 = 3k 3 and 5 = 3k 4 and 5 = 3k All the rest were OL
@@therealrollaz Thx for sharing! I get similar numbers so I assume the sensor is ok. I've disassembled it and re-installed and the error code F51 disappeared ... I let you know if it let me down again and need to replace it.
I found 5 to 1= 10.36 5 to 2= 19 5 to 4= 20 4 to 1 = 10 4 to 2 = 00 I already ordered, the patrt, ends 2002 A The washer ,..do not give codes, starts like spinning, and water pump, on and on, Thank you , waiting for the part GRACIAS, GRACIAS,
It is not clear unless I missed something. To start with before you approached the hall with the magnet, obviously it showed voltage ( rooughly 10 volts). Then when you approached the magnet against the hall, it erased the voltage. This is meaningless. By default there should be no voltage to my understanding. It is the presence of the magnet that should separate the charges in the sensor and cause voltage to appear. And up on second approach it should erase it. So there are three states or so it appears. 1. No magnet present ( should imply off state) Because there can only be two states. Either off or on. 2. magnet present ( on state) 3. Magnet present again. return the hall back to the first state ( off state)