48VDC 10A Nema 23 Closed Loop Stepper Driver SW1-SW4 High Torque Low Speed

Closed Loop Stepper Motor Driver , 48VDC 10A Nema 23 Stepper Driver

1.Features of closed loop stepper motor

• Step and direction control
• Closed position loop for no loss of movement synchronization
• Operating voltage: 20-50 VDC
• Load based output current of 0.1 - 10 A
• High torque at starting and low speed
• No torque reservation
• High stiffness at standstill
• Significantly reduced motor heating
• Smooth motor movement and extra low motor noise
• Quick response, no delay and zero settling time
• No loss of steps; no hunting; no overshooting
• Plug-and-play and no tuning

2.Electrical Specifications:

3.Microstep Resolution (SW1-SW4)

4.Operating Environment:

5.Company introduction:

Changzhou Hejie Motor Co., Ltd. is located in the rich rao beautiful developed China motor town -- Changzhou city, founded in 2009, is specialized in research and development, production, sales of motor an enterprise. The company has accumulated more than ten years of experience in motor design and manufacturing, and has a number of invention patents and utility model patents. The company mainly r & D and production series stepper motor, the series brushless DC motor, AC/DC servo motor. The motor sells well all over the country and is exported to more than ten countries and regions. The products have passed CE and ROHS certification, and the company has passed ISO9001 total quality management system certification. Company products are widely applied to carved machine, embroidery machine, industrial robots, robots, unmanned aerial vehicle (uav), CNC machine tools, digital printing, computer flat knitting machine, 3 d printing, packaging machinery, industrial printers, medical equipment, new energy vehicles and other automation control and automation equipment in the system.

6.Driver FAQ:
1)What is a stepper motor and stepper driver?
Stepper motor is a special motor for precise control of speed and position. It rotates at a fixed angle (called "step angle") step by step, so called stepper motor. It is characterized by no cumulative error. It receives every pulse sent from the controller and drives the motor at a fixed angle by the driver. Therefore, it is widely used in various open-loop control.
The stepper driver is a kind of power amplifier that can make the stepper motor operation. It can convert the pulse signal from the controller into the power signal of the stepper motor. The speed of the motor is proportional to the pulse frequency, so that control pulse frequency can be precisely adjusted speed, and control the pulse can precise positioning.

2)What is the subdivision of the driver? What is the relationship between the speed and the pulse frequency?
Stepper motor due to its own unique structure, the factory are marked with "motor inherent step angle" (such as 0.9° / 1.8 °, means half-step work every step of the turn angle is 0.9 °, the whole step is 1.8 ° ). However, in many precise control and occasions, the whole step angle is too large, which affects the control accuracy and the vibration is too large. Therefore, it requires many steps to complete an inherent motor step angle, which is called subdivision drive and the electronics which can realize this function are called subdivided drivers.

V:Motor speed(r/s) P:Pulse frequency(Hz)
θe:Motor inherent step angle m:Subdivision (whole step is 1, half step is 2)

3) What are the advantages of subdivision driver?
● Increasing step uniformity by reducing the step angle,so that can improve the control accuracy.
● Can greatly reduce the motor vibration, low-frequency oscillation is the inherent characteristics of the stepper motor, using of subdivision is the best way to eliminate it.
● can effectively reduce the torque ripple, increase the output torque.
These advantages are generally recognized by the user, and bring them benifits, so we recommend using subdivision driver.

4) Why does my motor only operate in one direction?
● The direction signal may be too weak, or the wiring polarity is wrong, or the signal voltage is too high, burnout direction current limiting resistor.
● Pulse mode mismatch, signal is pulse / direction, driver must be set to this mode; drive must be in the same mode if the signal is CW / CCW (double pulse mode), or the motor will run in only one direction.

Related Qualification Certificate: