[markcgardner]

hi, im hoping someone can help. i have a SGMDH-12A2A-YR13 servo motor Manufactured by YASKAWA ELECTRIC.
https://www.radwell.co.uk/Shop?sourc...0aAhNVEALw_wcB

im looking for a single phase 230v AC drive that preferably can be configured via buttons on the drive its self to save me worrying about paying for software

Id like to use the servo as a sim racing wheel controlled with a STM32F407G-DISC1
https://au.rs-online.com/web/p/micro...-tools/9107951

im following a guide
https://www.xsimulator.net/community...nd-aasd.14657/

so my question is can someone point me in the direction of an affordable single phase 230V input drive? the out put to the motor is
200V
1150W
5.49NM
2000RPM
7.3A

many thanks in advance

mark

[mactec54]

hi, im hoping someone can help. i have a SGMDH-12A2A-YR13 servo motor Manufactured by YASKAWA ELECTRIC.
https://www.radwell.co.uk/Shop?sourc...0aAhNVEALw_wcB

im looking for a single phase 230v AC drive that preferably can be configured via buttons on the drive its self to save me worrying about paying for software

Id like to use the servo as a sim racing wheel controlled with a STM32F407G-DISC1
https://au.rs-online.com/web/p/micro...-tools/9107951

im following a guide
https://www.xsimulator.net/community...nd-aasd.14657/

so my question is can someone point me in the direction of an affordable single phase 230V input drive? the out put to the motor is
200V
1150W
5.49NM
2000RPM
7.3A

many thanks in advance

mark

That is a big servo motor, is that size motor a requirement??

A 400w or even 100w AC Servo motor should be more than enough, and what Encoder count Per Rev, do you need

[markcgardner]

Hi thanks for your reply. I didn't think it was that big. To de honest I'm learning as I go with this. I have a pretty good electrical knowledge, but never looked into this before.

The motors that are normally used for this type of application are 20-30NM

this being a 5.5NM, so I'm thinking its at the lower end of things. Or am I missing something? I did not buy this motor its from a robot.

So I've had a look at the motors used for sim racing wheels and the encoder count is 4million per rev.

[markcgardner]

I think the count is not massively important, the higher the count the more feedback I'd get from road surfaces and such things. I thought the the encoders count would be governed by the encoder in the motor. So I'd like a drive that takes full advantage of what the motor has to offer. Unless that pushes the the price of the drive up excessively. As some wheel encoder counts are as low as 65,000 per rev.

Thanks again for your help I really appreciate it