Ok, and thank you for the help. Before I post the info, I just want to mention that I purchased them from Longs Motor off of ebay. It was a 4 axis Nema 34 kit including the motors, drivers, power supplies, and Breakout board. Also, note that the drawing of the motor has been converted to inches. I have a bigger version of this saved and will gladly send it to anyone that would like it. It was a big time saver when I was designing my machine.
Motor(s):
http://www.longs-motor.com/Part No.: 34HS1456
Frame Size: NEMA34
Step Angle: 1.8 degree
Voltage: 3.08V
Current: 5.6A/phase
Resistance: 0.55 Ohm/phase
Inductance: 5.5 mH/phase
Holding torque: 8.4N.m 1232oz.in
Rotor inertia: 2700g-cm2
Number of wire leads: 4
Weight: 3.8 kg
Length: 118mm
The stepper motor is single shaft, the diameter of axle is 14mm,and the length of shaft is 37mm with 25mm length flat.
Drivers:
http://www.longs-motor.com/DM860A
Details
Features:
l High performance, low price
l Average current control, 2-phase sinusoidal output current drive
l Supply voltage from 24VDC to 80VDC
l Opto-isolated signal I/O
l Overvoltage, under voltage, overcorrect, phase short circuit protection
l 14 channels subdivision and automatic idle-current reduction
l 8 channels output phase current setting
l Offline command input terminal
l Motor torque is related with speed, but not related with step/revolution
l High start speed
l High hording torque under high speed
Electrical specification:
Input voltage
24-80VDC
Input current
< 6A
Output current
2.8A~7.8A
Consumption
Consumption:80W; Internal Insurance:10A
Temperature
Working Temperature -10~45℃;
Stocking temperature -40℃~70℃
Humidity
Not condensation, no water droplets
gas
Prohibition of combustible gases and conductive dust
weight
500G
I have the dip switches set up as such:
Current: 5.7A peak 4A RMS
Pulses per Revolution: 2000
Power Supply:
The only info I could find is the power output is 350 Watts 60 volts/5.83A