Well, Google finds nothing so I assume its a factory parts number.
The word 'entstort' is German for suppressed, meaning the motor has interference suppressors fitted.
From that I would assume its a German made motor, maybe a Bosch. If you can find out which make car it came from you could check what size fuse they fitted for the wiper motor and design your H-bridge for that current.
Klaus
As with all motors, current depends entirely on the load - I would suggest you're probably looking for at least a 20A-30A H-bridge, bearing in mind if the motor stalls that current will go much higher than that!.
You've seen the normal radio controlled cars?, and the size of motor they use?, speed controllers for them start about 90A and go upwards!.
ok thanks for the info. but could you suggest any good H-Bridges for 2 motors. i really wouldnt like to spend more on H-bridges as i did on the motors wich is 20$
ok thanks for the info. but could you suggest any good H-Bridges for 2 motors. i really wouldnt like to spend more on H-bridges as i did on the motors wich is 20$
For a start then, use 24V to feed the motors, 12V will be FAR too slow. There's no need to use an H-Bridge, just a single power FET and a DPCO relay to reverse it.
Do you have a matched pair (left and right handed) of motors?, wiper motors are only designed to rotate one way, so if you use one in reverse it performs less well than the other one.
thanks a bunchfor your reply. i think this is the way to go. now i need to know what is the design current consupmtion of the opel kadet motors (the ones i have).
thanks a bunchfor your reply. i think this is the way to go. now i need to know what is the design current consupmtion of the opel kadet motors (the ones i have).
I thought I made it clear above?, motor's don't have 'design currents', with no load it will probably take a couple of amps, under medium load probably 5-15A, under stall conditions 50-100A.
Here's a design for feeding two Bosch wiper motors from 24V batteries, it uses a PIC for PWM speed control - notice it includes a 15A fuse!.
thanks a lot. by design current i thought the amount wich it takes in normal use (15A as you stated). i'll give this circuit a shot. it seems to be the thing i was looking for. Thanks again