Then its shorted, exactly what I expected - sadly!Iffy MOSFET out but no idea what spec it is or what the numbers mean on it? This one does seem to have continuity between all 3 legs?
Andy
Then its shorted, exactly what I expected - sadly!Iffy MOSFET out but no idea what spec it is or what the numbers mean on it? This one does seem to have continuity between all 3 legs?
That comes back as a hall effect sensor on ebay UK....ss41 on ebay.
This is what you need:-Iffy MOSFET out but no idea what spec it is or what the numbers mean on it? This one does seem to have continuity between all 3 legs?
You are right Andy, I wasn't thinking straight.That comes back as a hall effect sensor on ebay UK....
Is something missing?
Andy
No problem, have a great day.You are right Andy, I wasn't thinking straight.
You do take a very good and clear closeup, seldom see here. Thanks.Yes I found those but questioned the specs 110A 55v 200w as the other numbers printed on them are not the same? The supplier had no idea! I'll buy them and see I guess? Looks like P608k Y1 K2 but don't know what the numbers mean? I wondered if there were a selection of specs for the same shape and size mosfet?
Maybe this will help:-Also can I ask about how the controller works? My twist throttle does not seem to have much in the way of speed control as it almost just on or off power wise? Should it have a number of incremental speeds from a slow start? The power did cut off once it reaches a speed possibly 15mph but what controls that? I changed the drive gearing a little bit but it's not great as it reduced torque naturally.
Mines a brushed motor controller I think?Maybe this will help:-
regardsWhat is a Brushless DC Motor and How Does It Work?
Brushless DC motors are common in industrial applications, providing many specific advantages over other types of electrical motors.www.motioncontrolonline.org
Andy
They are explained first, as part of the BLDC motor explanation, in the same article!Mines a brushed motor controller I think?
Usually there is a speed sensor with magnet on a spoke and sensor on the frame, like a traditional cycle computer/speedometer. This connects to the controller which reduces/cuts off power to the motor.So what governs the speed cutting off the power as I ride faster?
You have a great taste in cars if I believe your Avatar!So what governs the speed cutting off the power as I ride faster?
I've not noticed any sensors but will check. I have noticed a pair of soldered bars on he controller and wondered if they set up a resistance?Usually there is a speed sensor with magnet on a spoke and sensor on the frame, like a traditional cycle computer/speedometer. This connects to the controller which reduces/cuts off power to the motor.
A lot of dongles work by fitting between the sensor and controller and halving the number of pulses that get through from the sensor to the controller. Another way of lying about speed is to alter wheel size so the controller computes speed wrong.
Yes I've run and restored 6 Ginetta's now plus various motorcycles so interested in all mechanical things. I got the bike to play with and learn from before I move on to something better and faster.You have a great taste in cars if I believe your Avatar!
If you are really interested in learning more about your bike and how it operates, a basic course in power and electronics may assist you further, though its not as difficult to understand as so many believe!
If you are really interested, should I look around online for some training examples for you?
Your choice of course.
Andy
Many years ago, I wanted a G15 with a hot Imp motor, but the RN pay at that time did not run to one, sadly!Yes I've run and restored 6 Ginetta's now plus various motorcycles so interested in all mechanical things. I got the bike to play with and learn from before I move on to something better and faster.
If you buy on ebay, as I mentioned before I believe, the cheap ones come slowly from the far east, the expensive ones from Europe...Yes restored a G15 but now a G4. Ebike is just a bit of fun but still waiting for the mosfets.