Description
Product Specification
| Voltage | 10 to 35 V DC |
| Phase | 2 / 4 |
| Current O / P | 3 A ( peak 3.5 A ) |
| MicroStepping Division | 16 |
| Dimension | 75 mm x 50 mm x 35 mm |
| Minimum Order Quantity | 1 Unit |
Product Description
Very easy to use, no instructions, all of use are marked on the board . With large heat sink to ensure good heat dissipation . Input signal high-speed optocoupler isolation, guarantee not losing steps . Semi-flow mode adjustable, semi-flow current adjustable, not the general design on the market, with a variety of semi-flow model and semi-flow current setting function . Attenuation model adjusted for all the motors can be locked when no noise .
Working voltage :DC 10V-35V.Recommend Switching Power Supply DC24V6N137 high-speed Opto Coupler , to ensure a high speed without step out.New original Toshiba TB6560AHQ chip, low-voltage shutdown, of overheating parking and over-current protection circuit to ensure optimal performance.Rated output: ± 3A ,peak 3.5A.For 42,57,86 Stepper within 3A 2/4 -phase / 4 wire / 6 wire stepper motor, not fit for more than 3A stepper motor.Automatic half-decay.Excitation Mode: synchronizing, half step, 1/8 step, 1/16 step, a maximum of 16 segments.Volume: 50 x 75 x 35 ( MM)
Working voltage :DC 10V-35V.Recommend Switching Power Supply DC24V6N137 high-speed Opto Coupler , to ensure a high speed without step out.New original Toshiba TB6560AHQ chip, low-voltage shutdown, of overheating parking and over-current protection circuit to ensure optimal performance.Rated output: ± 3A ,peak 3.5A.For 42,57,86 Stepper within 3A 2/4 -phase / 4 wire / 6 wire stepper motor, not fit for more than 3A stepper motor.Automatic half-decay.Excitation Mode: synchronizing, half step, 1/8 step, 1/16 step, a maximum of 16 segments.Volume: 50 x 75 x 35 ( MM)
Characteristics : the current level adjustable to meet your various application needs. the Automatic half-decay adjustable. 6N137 high-speed optical coupling, to ensure a high speed not step out. thick tooth radiators, good heat dissipation.
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