Energy saving 0.75kW AC Servo Drive With Differential Signal Output , 3000 Rpm DS5-20P7-PQA manufacturer from China Wuxi Xinje Electric Company

Energy saving 0.75kW AC Servo Drive With Differential Signal Output , 3000 Rpm

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: DS5-20P7-PQA

Energy saving 0.75kW AC Servo Drive With Differen

Energy saving 0.75kW AC Servo Drive With Differential Signal Output , 3000 Rpm

Quick Detail:

Power 0.75kW
Rated speed 3000rpm
DS5-PQA series servo drive
Three control modes: speed, position, torque
Power supply: single phase AC 220V
Differential signal output

Description:

1. Three control modes: position, speed, torque. Each two modes can switch.
2. Up to 400Hz high speed response, max power 0.75kW
3. 5 channels digital input, 3 channels digital output
4. 3 kinds of pulse input: pusle and direction, AB phase pulse, two directions pulse
5. Two communication ports: RS232, RS485

6. Position command input: 5V OC, 24V OC, differential signal input

7. Z phase feedback: differential signal output

8. High performance DS5 series ac servo drive

Specifications:

Types		DS5-20P7-PQA
Suitable motor	Type MS-	MS-80ST/90ST
	Radius Speed (rpm)	Rated 3000rpm
Suitable encoder		Incremental encoder, 2500 ppr
Suitable motor max capacity [kW]		0.75
Continuous output current [A rms]		3.0
Max output current [A rms]		5.0
Input power supply		Single phase AC220V, 50/60Hz
Control mode		Three phase or single phase full wave rectification IGBT PWM control, sine current drive mode
Using condition	Temperature	0+50 /-20+85
	Humidity	Under 90RH (no condensation)
	Vibration resistance/impact resistance	4.9m/s2 / 19.6m/s2
Structure		Foundation installation

Applications:

DS5 series servo drive can communicate with PLC and HMI. It has three control modes. Position mode can control the servo drive by external pulse or internal position parameters. Speed mode can control the servo drive by analog voltage, internal speed parameters or pulse frequency. Torque mode can control the servo drive by analog voltage or internal parameters.