ماژول درایور استپر موتور 3 آمپر TB6560- کنترل تا 1/16 استپ

- Working voltage DC 10V-35V. Recommended to use a switching power supply DC24V power supply.
- 6N137 high-speed optical coupling, guarantee high speed without losing step.
- Using the TB6560AHQ chip with low voltage shutdown, overheating stop and overcurrent protection circuit to ensure optimal performance.
- Rated maximum output: ± 3A, peak 3.5A.
- For two-phase within 42,57 stepping 3A / four-phase / of line four / six-wire stepper motor, and is not suitable for more than 3A stepper motor.
- Automatic half current function.
- Subdivision: whole step, half-step, step 1/8, 1/16 step, a maximum of 16 subdivisions.
 
Specifications:
-Working voltage:DC 10-35V
- Rated maximum output: ± 3A, peak 3.5A.
- Main color:Green
- Size:75 x 50 x 33mm
- Net weight:83g

This module does not have any protection circuit, please be careful when using
 This product has been fully tested, and has been applied to the engraving machine, placement machines and other equipment, quality assurance, can be assured that use .
1) Operating voltage DC 10V-35V. Switching power supply DC 24V is recommended.
2) 6N137 high-speed optical coupling, high-speed without losing step.
3) Toshiba TB6560AHQ new original chip , there are low-voltage shutdown, over- temperature shutdown and over-current protection circuit.
4) Rated maximum output: ± 3A, peak 3.5A.
5) suitable for 42,57 step 3A within the two-phase / four-phase / four-wire / six-wire stepper motor, not suitable for more than 3A stepper motor.
6) automatic semi-flow function .
7) Subdivision: full step, half step, 1/8 step, 1/16 step, maximum 16 segments.
8) Volume: Width 50 * Length 75 * Height 35 (MM)
 
In the similar product characteristic :
1, the current level by adjustable to meet your needs a variety of applications.
2, automatic semi-flow adjustable.
3, using 6N137 high-speed optical lotus, to ensure high-speed without losing step.
4, set board instructions, no instructions can operate.
5, the use of dense tooth radiator, good heat dissipation.