Stepper Driver

Your Leading Stepper Driver Supplier

XFOYO is a national high-tech enterprise focusing on the research and development, production and sales of motion control products. Our company mainly develops and produces stepper motor, stepper driver, servo motor, servo driver, brushless motors, brushless driver and motion controllers, PLC, HMI and other products. Our factory has many types of stepper driver, including 2 phase stepper driver, 3 phase stepper driver, EtherCAT stepper driver. Their function is to convert the step and direction signals sent by the controller into the electrical signals required to drive the stepper motor, thereby achieving precise and controllable rotational motion.

Why Choose Us?

Rich Experience

SHENZHEN XFOYO ELECTRIC CO., LTD. is established in 2009, is a national high-tech enterprise focusing on the research and development, production and sales of motion control products.

Quality Guaranteed

All XFOYO products have passed CE, FCC, UL, RoHS and other certifications, and professional quality management personnel conduct product testing to ensure product quality.

Wide Product Range

XFOYO products are widely used in semiconductor equipment, robots, medical equipment, textile equipment, digital post printing equipment, clothing plotters, packaging machinery, carving machines, sewing equipment, laser equipment and other industries.

Broad Market

All products manufactured by the factory are exported to over 20 countries, and original equipment manufacturing (OEM) services are also available upon request.

Types of Stepper Driver

2 Phase Stepper Driver

A 2-phase stepper motor driver is an electronic circuit designed to control and drive a 2-phase stepper motor, enabling precise and controlled rotational movement in discrete steps.

3 Phase Stepper Driver

A 3-phase stepper motor driver is an electronic circuit that controls the current flow to the three windings of a 3-phase stepper motor, enabling precise and controlled rotational movement.

EtherCAT Stepper Driver

EtherCAT stepper driver is a stepper motor driver that communicates with the controller via fast industrial Ethernet technology, enabling precise and synchronized motion control in automation systems.

Specifications of Stepper Driver

Model	Voltage	Driver Current	Subdivision	Max. Pulse Frequency	Dimensions	Adaptive Stepper Motor
Model	Voltage	Driver Current	Subdivision	Max. Pulse Frequency	(mm)	Adaptive Stepper Motor
FYQM302A	DC18~36V	0.3~2.3A, 8 channels	25600 Steps/rev, 8 channels	100Kpps	9660.524.5	Nema 8, Nema 11, Nema 14, Nema 17
FYQM404A	DC24~40V	0.5~4.0A, 8 channels	3200 Steps/rev, 5 channels	100Kpps	9060.524.5	Nema17, Nema 23
FYQM4042A	DC24~40V	0.7~4.2A, 8 channels	6400 Steps/rev, 6 channels	100Kpps	9660.524.5	Nema17, Nema 23
FYQM4045A	DC24~40V	0.6~4.5A, 8 channels	25600 Steps/rev, 8 channels	100Kpps	9660.524.5	Nema 8, Nema 11, Nema 14, Nema 17, Nema 23

Functions of Stepper Driver

Strong function and low repair rate: Imported industrial-grade components, mature and stable technology; undervoltage, overvoltage, overcurrent, short circuit, open circuit, fault status indication and automatic protection function

Low vibration, low noise: Automatically calculate the resonance point, effectively suppress the noise and vibration of the motor at low speed

Small temperature rise and long life:

Precise current control makes the motor temperature rise low

Large speed range:

Choose a suitable stepping motor, up to 1500rpm

Interference frequency filtering:

Photoelectric isolation differential signal input, impulse response frequency up to 200Kpps

High performance and high efficiency:

The latest 32-bit DSP control technology enables the motor to achieve the best output performance

Customization Options

Material:

Customizable

Color:

Customizable

Style:

Customizable

Warranty:

One year

Logo:

Can print your private logo according to your requirements

Minimum order quantity:

We have flexible minimum order quantity

Usage Requirements of Stepper Driver

You need to figure out which wires make up the coil pairs. Here's three ways to figure this out.

You can use a multimeter and measure the resistance between the wires coming from the stepper motor. If you have a reading, it's a pair. If not, it's not a pair.

In addition, if you don't have a multimeter, turn the motor while touching the wires. Whichever combination makes it difficult to move the motor, it's a pair.

Of course, it's not practical to sort out all possible combinations of connections with an ohmmeter or by feel. It is still easiest to connect the motor according to its datasheet. Assuming you don't already have one, then read the model number off the motor and search online. You may need to contact the supplier to get the data sheet for the motor.

Usage of Stepper Driver

Stepper motors are widely used in various applications such as 3D printers, Medical Devices, ATM machines, Home automation systems, and many more due to their precise control over position, speed, and accuracy.

productcate-1018-550

Shipping & Payment

Payment method:	T/T, Western Union, PayPal etc.
Payment method:	Pay 30-50% deposit first, The balance needs to be paid before shipment
Shipping method:	By Sea, Air, Express and Other Channels

Certificate

FAQ

Q: What types of stepper motors can a stepper driver control?

A: It is designed to control stepper motors, which include both bipolar and unipolar 2 - phase stepper motors. Bipolar motors have two windings with opposite polarities, while unipolar motors have a center - tapped winding configuration. The driver can handle the specific electrical requirements of these motor types to achieve accurate motion control.

Q: What are the power requirements for a stepper driver?

A: The power requirements depend on the specific driver model and the stepper motor it is driving. Stepper drivers require a DC power supply. The voltage range can vary, but common values are in the range of 12V to 48V or higher, depending on the motor's characteristics. The current rating should be sufficient to supply the maximum current needed by the motor, which is usually specified in amperes (A).

Q: Can a stepper driver be used with multiple motors?

A: Some stepper drivers are capable of driving multiple motors, but this depends on the driver's specifications and power - handling capabilities. If a driver is designed to handle multiple motors, it will have multiple output channels, each dedicated to driving a separate motor.

Q: What communication interfaces are commonly used with stepper drivers?

A: Common communication interfaces include pulse - and - direction interfaces, where the driver receives separate signals for step pulses and direction control. Some drivers also support field - bus interfaces such as CAN - bus or Ethernet for use in industrial automation systems.

Q: What is the minimum voltage for a stepper driver?

A: The driver requires a logic supply voltage (3 V to 5.5 V) to be connected across the VDD and GND pins and a motor supply voltage (8 – 35 V) to be connected across VMOT and GND.

Q: What is the use of a stepper driver?

A: This feature also makes it fit for a wide range of applications, including medical devices, robotic arms, and aerospace and defense applications. A stepper motor driver provides the required voltage and current to a stepper motor so that the motor can perform the required operation.

Q: Why do I need a stepper driver?

A: Stepper motors actually rotates one step at once, if you powered it's terminal. To rotate the next step, you need to change the power to other terminal or polarity. This cant be controlled manually for a specific purpose, so stepper motor drivers are used.

We're well-known as one of the leading stepper driver manufacturers in China. If you're going to buy high quality stepper driver made in China, welcome to get more information from our factory. Also, customized service is available. control motor stepper, motor driver price, HT Series 80 Flange Servo Motor