Servo stepper drive is stepper drive with encoder input, it is similar as a AC servo drive. However, it’s cost is around 40% as AC servo.
SDW60 SDW42
Based on the 32-bit DSP platform, provided with vector control technology and servo demodulation function internally and in combination with feedback from the encoder of closed loop motor, SDW60 stepper servo drive enables the stepper servo system to feature low noise, low heating, no loss of step and higher application speed, able to improve performance of the intelligent equipment system comprehensively.
SDW86
Based on the new 32-bit DSP platform, provided with vector control technology and servo demodulation function internally and in combination with feedback from the encoder of closed loop motor, SDW86 stepper servo drive enables the stepper servo system to feature low noise, low heating, no loss of step and higher application speed, able to improve performance of the intelligent equipment system comprehensively.
SDD86
Based on the new 32-bit DSP platform, provided with vector control technology and servo demodulation function internally and in combination with feedback from the encoder of closed loop motor, SDD86 stepper servo driver enables the stepper servo system to feature low noise, low heating, no loss of step and higher application speed, able to improve performance of the intelligent equipment system comprehensively.
SDD110
Based on the new 32-bit DSP platform, provided with vector control technology and servo demodulation function internally and in combination with feedback from the encoder of closed loop motor, SDD110 stepper servo driver enables the stepper servo system to feature low noise, low heating, no loss of step and higher application speed, able to improve performance of the intelligent equipment system comprehensively.
DW556-ECR
ECR series is a high-speed Fieldbus type closed-loop stepper driver based on closed-loop stepper, combined with EtherCAT Fieldbus technology. It supports COE(CANopen over EtherCAT) protocol, conforms to CiA402 standard, and the Fieldbus transmission rate can reach 100Mb/s, which can realize closed loop. The real-time control and real-time data transmission of the stepping system has the advantages of high performance, high transmission speed and high reliability communication.
DW556-EPR
EPR series stepper motor driver is based on Ethernet technology. The driver adopt MODBUS/TCP protocol With standard ethernet interface, 10M/100M bps internet interface can be compatible. Compare with MODBUS/RTU products, the communication speed is greatly improved (highest speed of DW556-RS485 is 115200bps). With the standard Ethernet format compatible function, much cost can be saved.
DW556-RS485
DW556-RS485 is high-performance RS485 Modbus stepper driver based on 32-bit DSP platform. DW556-RS485 integrates intelligent motion controlling function with build-in S-type motion profile. Acceleration and deceleration can be set separately. DW556-RS485 run Modbus/RTU protocol over RS485 network to control the driver and motor.
THREE-IN-ONE DW556-T DW3580-T
Three-axis platform equipment is often required to reduce space and save the cost. DW556-T/DW3580-T are the national first three-axis specific drive. DW556-T/DW3580-T can drive independently three 2/3-phrase stepper motors with frame below 60mm. The three-axis micro-stepping and the current are independently adjustable.
ONE-DRIVE-TWO DW556-D
Two-axis synchronization application is often required on the conveying equipment. DW556-D is the two-axis synchronization specific drive. Using the delicate dual-core DSP chip, DW556-D drives the two-axis motor independently to avoid the interference within the back electromotive force and achieve independent operation and synchronized movement.
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