DSP856 Stepper Motor Driver for nema23 nema34 motor
DSP57 is digital 2-phase stepper motor drive, using the latest 32 dsp technology, advanced digital filtering technique, anti-resonance technology, precision current control technology and vector control.
Capable of driving39,42, 57 series of Opened-loop hybrid stepper motors.
Capable of driving39,42, 57 series of Opened-loop hybrid stepper motors.
Max Input Frequency : 200KHz
Input Voltage Range: 20 – 80 VDC
Output Current: 1.00 – 4.80 A
Control Mode: Step & Direction
Input Voltage Range: 20 – 80 VDC
Output Current: 1.00 – 4.80 A
Control Mode: Step & Direction
Phase:2
Material:Stainless Steel
Signal:Continuous
- Description
- Inquiry
Description
Application
(Stepper motor, electrical motor,brake motor,motor driver,gear motor,bldc motor,brushless motor)
DSP856 is Digital 2-phase stepper motor drive,It is widely used in middle and big size numerical control devices such as curving machine, CNC machine, and computer embroider machine, packing machines and so on.
Capable of driving 57,86 series of hybrid stepper motors.
Features
1.low motor vibration, low noise,no loss of step
2.optical isolation difference signal input
3.automatic motor parameter identification
4.vector control, ultra-low heating
5.the biggest step 512 micro segmentation, the smallest unit of 1
6.over voltage, short circuit, phase-error, encoder fault tracing, error protections.
7.offer 20-80v control signal interface
8.using unfenced oc output from fault and position to the output signal
9.step & direction control
10.fault output
11.fast response ,no delay and zero setting time
12.much lower cost than traditional servo systems
13.no torque reservation
14.plug and play, no tuning
1.low motor vibration, low noise,no loss of step
2.optical isolation difference signal input
3.automatic motor parameter identification
4.vector control, ultra-low heating
5.the biggest step 512 micro segmentation, the smallest unit of 1
6.over voltage, short circuit, phase-error, encoder fault tracing, error protections.
7.offer 20-80v control signal interface
8.using unfenced oc output from fault and position to the output signal
9.step & direction control
10.fault output
11.fast response ,no delay and zero setting time
12.much lower cost than traditional servo systems
13.no torque reservation
14.plug and play, no tuning
