NEMA 34 Closed Loop High Speed Stepper Motor Servo Stepper Motor with Driver 8.5n. M High Torque

China low price 8.5Nm nema34 closed loop stepper motor with driver kit for cnc machinee

Note: the motor with magnetic ,so magnetic inspection fee will be incurred during transportation. Please contact shop assistant to supplement it.large quantities can dispense with it

 Click to get your special discount

Click to get your special discount

Click to get your special discount 

Brief Introduction:
ZDM-2HA865 is a new generation DSP digital step closed - loop driver
Using advanced vector closed loop control technology, the traditional open loop stepper motor is completely overcome
The problem of step loss, and significantly improve the high-speed performance of stepper motor,reduce the motor

The heating degree and reduce the vibration of the motor, further improve the working speed of the equipment
Degree and precision, reduce equipment energy consumption. In addition, when the motor is continuously overloaded,
The driver will output an alarm signal with the same reliability as the ac servo system.
Suitable motor mounting dimensions with traditional (57/60) and 86 series stepper motors
Fully compatible, traditional open loop stepper drive scheme can achieve seamless upgrades, and Compared with the traditional ac servo system, the cost is very high.

Technical characteristics
1.New DSP chip for 32-bit motor control;
2.Advanced vector closed loop control technology;
3.LED digital tube display button operation is intuitive and easy to operate;
4.Static current and dynamic current can be set arbitrarily (0--7.2A range);
5.Adaptive drive (57/60) and 86 series hybrid closed loop stepper motors;
6.Input/output of photoelectric isolation signal;
7.Pulse response frequency up to 200KHz;
8.16 general subdivision options with a maximum of 256 subdivisions(51200 pulses/rotations);
9.provide electronic gear matching to various pulse sources (any subdivided value);
10.protection of over-current, over-heat, over-voltage and tracking error;