What's a good price? Vexta has some for about $140.
im looking to get 2 identical large stepper motors must be 5 , 6 ,8 wire set up not 4
i would like to mount motors directly on the mill drill lead screw
double shafted would be a bonus
anyone know anyware to buy some at a good price
j-fetting has some but they are 4 wire wich will not work with fet-3
What's a good price? Vexta has some for about $140.
Gerry
Mach3 2010 Screenset
http://home.comcast.net/~cncwoodworker/2010.html
(Note: The opinions expressed in this post are my own and are not necessarily those of CNCzone and its management)
Web-tronics.com
I bought a 650 oz-in steppers for $79.95 new!!
I went to Web-Tronics.com Those motors you bought were 450 oz-in steppers for $79.95 new!! You had me excited about 650 !
OK,
I looked further at the description, not the product code and realized the holding torque is 665 in. oz. I am the one in error.
Dave
http://kelinginc.net/SMotorstock.html
Motor number 8 on the list, 425 ozin torque, 8 wire with a double shaft. $54 USD
(Note: The opinions expressed in this post are my own and are not necessarily those of CNCzone and its management)
"If the women don't find you handsome, they should at least find you handy"
-RedGreen show.
+1 for Keling motors. THe 425oz-in motor is great. I got that thing running over 1000RPM during testing.
http://web-tronics.com/stmo8.html
Here I tried to paste a short cut for you the price is still the same as it was when I bought them. web-tronics.com / motion control / Stepper motor Nema 34 (85BYGH450B-03) if the shortcut didnt work.
Anybody with some experience/information on the webtronics steppers? I'm just starting to gather info, but one thing I noticed... They now list 85BYG450B as 665 oz-in, and the spec sheet attached claims 6.0v/2.0A. Somethings screwy, and even though my first guess would be the claimed 665 oz-in, it seems wasteful to put a 12w/phase motor in such a large package.
I had been eyeballing their 874oz-in for X&Y and the 277 oz-in NEMA23 for Z on my RF-31 until I noticed that.
The holding torque is a very poor parameter to judge a motor by. What matters more is the phase inductance. If it's too high, you won't be able to get any useful speed out of the motors.
I think all the high torque (ie: >1000oz-in) motors are a waste of money for a typical cnc application. They will deliver much less power than a 400 oz-in nema 34 one.