Leadshine 2 phase Stepper Motor 57HS30
Typical Applications
Suitable for applications require high reliability, high performance, low cost stepper systems, such as CNC routers, small and medium size milling or engraving machines, laser machines, textile equipment, medical devices, assembly machines, pick and place devices, etc.
57HS Series - 2 Phase NEMA 23 Stepper Motors
Features:
1. 2 phase stepper motor, NEMA23 frame size.
2. 4A phase current, 1.3N.m holding torque, 6.35mm shaft diameter.
3. High precision, low motor heat, low noise.
4. Can be driven by DM542 motor driver.
5. Suitable for various automation equipment, such as engraving machine, marking machine, cutting machine, CNC machine tool, etc.
Specification
Model: 57HS13
Current: 4A Holding torque: 1.3N.m
Step angle: 1.8°
Wiring method: A+(Black), A-(Green), B+(Red), B-(Blue)
Shaft diameter: 6.35mm/0.25in
Package list: 1 * Stepper Motor
57CM13-SZ Stepper Motor Size
ARESWIN provides tens of models of stepper drives. From 2 phase to 3 phase, analog to DSP digital, DC input (18-80) to 110/120 AC or 220 / 220 AC input, ARESWIN can provide the right stepper drives to satisfy the needs of your stepper control systems. ARESWIN stepper products are well-known because of their wide choices, excellent performance, easy to use, high reliability, and low costs.
IF you need the suitable drive to match the motor. please do contact us for a better solution and optimal price.
Product photos
Q1: How was the motor's life time?
A: The key factor effect motor’s life time is two bearings inside the motor. Normally, the standard bearing’s life time is about 6000 hours long time continuous working.
Q2: What’s the advantage of integrated stepper motor?
A: Integrated Motor is meaning a stepper motor integrated a stepper driver, sometime Integrated an encoder also. There are much of advantage of integrated motor when comparing with motor & driver are separately, but separated motor and driver have their advantage too.
Q3: What is the signal current of the closed-loop driver?
Normally, the signal current is about 10mA.
Q4: How to calculate the speed according to frequency(PPS)?
A: Simply, we have provided a formula: v=f/n
v: motor speed(rps) f: frequency(pps)
n: number of micro step, you can find it on stepper driver.
eg: When stepper motor driver receiving frequency 4000pps from controller, and mirco step setting on the driver is: 2000, the speed of motor is: v=4000/2000=20rps=1200rpm
Q5: Does the closed-loop driver have a position error alarm output?
Yes, closed-loop stepper driver has position error alarm output, you can set the value on debug software.
Q6: Does the closed-loop driver have pulse compensation?
Yes, it has pulse compensation function, but the compensation is limited.
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