Advanced Microstepping Stepper Drive, 7A per phase, 2-phase output, 24-70 VDC

Leadshine MPN DM805-AI Stepper Motors

This Advanced Microstepping Stepper Drive provides 7A per phase output for 2-phase stepper motors, operating on 24-70 VDC. Its advanced microstepping controller and various command signals allow for precise motor movement. It is typically used in applications requiring accurate position and velocity control, with configuration options including software.

Specifications

Additional Information	Optional 1.4.4-0609505-B3 programming cable available for software configuration
Amperage Rating	7A per phase
Analog Input Signal Type	Voltage
Command Signal(s)	step and direction, velocity (via analog input), built-in potentiometer, high/lo
Configuration	Rotary dial, dipswitches, jumpers or optional configuration software
Control Mode	Velocity and position
Controller Type	Advanced microstepping
Current per phase	7 A
Discrete Input Type	Sourcing
Drive Features	Self-test, anti-resonance (electronic damping) and adjustable acceleration/decel
Enclosure Type	Enclosed
IP Rating	IP20
Idle Current Reduction	Yes
Input Voltage	24-70 VDC
Input Voltage Signal Range	0-5 VDC
Mounting	Panel
Nominal Input Voltage	24-70 VDC
Number of Analog Input Channels	1
Number of Analog Output Channels	1
Number of Discrete Input Points	2
Number of Output Phases	2
Output Type	MOSFET, dual H-bridge and 4-quadrant output
Phases	2
Protection Type(s)	overvoltage, overcurrent, motor phase wiring error
Stall Detection	No
Stepper Drive Type	Open loop
Steps per Revolution	200 to 12800
Steps per revolution	200 to 12800
Temperature Rating	0 to 50 deg C
Tuning Mode	Pre-tuned or optional configuration software
Voltage Type	DC
Winding Type Control	Bipolar

About stepper motors

Advanced Microstepping Stepper Drive, 7A per phase, 2-phase output, 24-70 VDC is listed under Stepper Motors — nema-frame steppers, geared steppers and driver modules. Stepper motors are brushless DC electric motors that divide a full rotation into a number of discrete steps, allowing for precise position control without a feedback system. They are commonly used in applications requiring accurate positioning, such as 3D printers, CNC machines, and robotics.

Compare this against other stepper motors, or search the full index for equivalents from other manufacturers.