There are a couple of ways that you can check. The first you need is a DVOM (digital meter). You can start at the motor, or start at the board, and just check the voltages. ensuring that they are getting "there", meaning the motor may be bad.
The second way is to remove the motor and test it on a bench. I do not what the voltage requirements are, but that will also tell you if you have a bad motor - if the motor does not react.
As Roxy indicated above, there could be a fuse or fusible link, somewhere inline. I would think that for protoection of the board, that there is. Look through your schematic (if you have), and verify.
If there are not any of "overload protection" devices, you will want to add some. The reason for this, is that all too often, a bad motor can cause a board to go bad.
If you are able to, I would try option number two first, but all you are doing is just back-tracing your voltages.
I hope this is making sense.........