The QS061P-A2-K servo drive integrates a compact motor and drive system, designed for precision control in industrial automation. It features 6 digital inputs, 2 analog outputs, and supports direct connections to I/O modules, encoders, and external sensors via EtherCAT or CANopen interfaces. Operating within a wide voltage range of 24-48V DC and a temperature range of -10°C to +55°C, it excels in robotics, packaging, and CNC machinery. The QS061P-A2-K servo offers high torque density, dynamic response, and adaptive tuning, though its advanced configuration may require specialized expertise. Its compact design enhances space efficiency but limits heat dissipation in prolonged high-load scenarios.

SEOSpecification

Parameter	Specification
Model	QS061P-A2-K
Motor Type	QS061P-A2-K Permanent Magnet Synchronous Motor
Rated Power	600W
Rated Torque	2.0 Nm
Peak Torque	6.0 Nm
Rated Speed	3000 rpm
Drive Compatibility	QS061P-A2-K drive (20A continuous current)
Feedback Device	Encoder (17-bit resolution)
Control Mode	QS061P-A2-K servo (Torque/Speed/Position)
Voltage Range	200-240V AC ±10%
Communication Protocol	EtherCAT/CANopen
Protection Rating	IP65 (motor body)

SEOQandA

question:Why did we receive the goods with labels cut off?
answer:Labels might be removed during customs inspection to comply with regional regulations. Rest assured, our products undergo strict quality checks.
question:How do you ensure product quality?
answer:With 20 years in industrial automation, we implement rigorous testing and rely on 85% repeat clients who trust our reliability.
question:Why choose your company for purchases?
answer:As Asia's leading industrial automation trader, we prioritize quality, credibility, and long-term partnerships backed by decades of expertise.

SEOQandA_Product

question:Incorrect readings after installation?
answer:Verify installation direction and mounting per manual. Ensure sensor alignment and secure mounting.
question:Signal interference causing erratic output?
answer:Check cable shielding, ground connections, and isolate from high-frequency devices.
question:Calibration drift over time?
answer:Perform periodic recalibration using manufacturer guidelines and stable reference conditions.
question:Power supply instability triggering faults?
answer:Confirm voltage (10-30V DC) and use regulated power. Avoid voltage drops or surges.
question:Output signal fluctuations in harsh environments?
answer:Ensure temperature/humidity within specs. Use protective enclosures for extreme conditions.