This stepper motor driver features a TB6560AHQ new original chip. The TB6560AHQ has a low voltage shutdown, overheating stop, and overcurrent protection circuit to ensure optimal performance. The TB6560 Driver Board 3A CNC Router Single 1 Axis Controller Stepper Board is for axis control with Input signal high-speed optocoupler isolation, and the large heat sink to ensure good heat dissipation.

TB6560 Driver Board Module is very easy to use and requires no special instructions. The module features Semi-flow mode adjustable, and semi-flow current adjustable, not the general design on the market, with a variety of semi-flow models and semi-flow current setting functions. The Stepper motor driver is Semi-flow mode adjustable, semi-flow current adjustable, with a variety of semi-flow model and semi-flow current setting functions.

The TB6560 stepper motor control circuit is the most commonly used current circuit, which can control a 2-phase motor (10 – 35VDC) with a maximum output of 3A. The TB6560 stepper motor control circuit is used for stepper motor control, CNC machine applications, or precision mechanical systems.

Additional Details:

Name: TB6560 Driver Board CNC Router Single 1 Axis Controller Stepper Motor Driv
SKU: 1147830

For 42,57,86 Stepper within 3A 2/4 -phase / 4 wire / 6 wire stepper motor, not fit for more than 3A stepper motor.

Excitation Mode: synchronizing, half step, 1/8 step, 1/16 step, a maximum of 16 segments.

Automatic half-decay.

Applications:

CNC Routers: Ideal for controlling the movement of a single axis in CNC routing machines.

Engraving Machines: Provides precise control for various engraving and cutting tasks.

3D Printers: Suitable for use in 3D printers where single-axis stepper control is required.

Features:

The current level by adjustable to meet your various application requirements.
Automatic semi-flow adjustable.
Using 6N137 high-speed optical coupling to ensure high speed without losing a step.
Board printed setup instructions.
Using a thick fine-toothed radiator, good heat dissipation.