Hi guys.
As part of a college project I need to get control of a stepper motor. I first need to get it to run in excess of 1000 rpm and then get positional control to orientate it in the same direction each time.
I have a good idea how I will do this but my biggest problem is choosing the right stepper motor. I can't seem to determine the max speed from the data given for each motor I look at.
The driver I will be using will be this http://www.ebay.ie:80/itm/ws/eBayIS...250786984357&ssPageName=ADME:B:EOIBSA:IE:1123 and the load on the rotor will be extremely small (small nylon turntable mounted to the rotor).
Can anyone tell me what is the best way to interpret stepper motor data sheets for maximum speeds?? For instance will this motor run at speeds higher than 1000 rpm?? http://www.ebay.co.uk:80/itm/ws/eBa...em=260785710533&ssPageName=ADME:X:RTQ:GB:1123
Thanks in advance for any help guys
As part of a college project I need to get control of a stepper motor. I first need to get it to run in excess of 1000 rpm and then get positional control to orientate it in the same direction each time.
I have a good idea how I will do this but my biggest problem is choosing the right stepper motor. I can't seem to determine the max speed from the data given for each motor I look at.
The driver I will be using will be this http://www.ebay.ie:80/itm/ws/eBayIS...250786984357&ssPageName=ADME:B:EOIBSA:IE:1123 and the load on the rotor will be extremely small (small nylon turntable mounted to the rotor).
Can anyone tell me what is the best way to interpret stepper motor data sheets for maximum speeds?? For instance will this motor run at speeds higher than 1000 rpm?? http://www.ebay.co.uk:80/itm/ws/eBa...em=260785710533&ssPageName=ADME:X:RTQ:GB:1123
Thanks in advance for any help guys