Technical Specifications​

230 V AC main supply, 25 A RMS continuous output, 50 A peak output, 24 V DC logic supply ±10%, up to 3 coordinated control axes, feedback support for incremental encoder, absolute encoder, resolver and SSI, communication SERCOS, Ethernet and RS-232 with optional fieldbus modules, position/speed/torque control modes, IP20 enclosure.

Functional Features​

Electronic camming, electronic gearing, trajectory planning, G-code-compatible motion programming, integrated drive and controller, fault protection, multi-feedback auto-configuration, parameter backup.

Application Scenarios​

Packaging machines, printing presses, CNC equipment, robotic cells, assembly automation, labeling systems and high-precision multi-axis servo lines.

Performance Parameters​

Digital current loop above 20 kHz, pulse output up to 1 MHz, single-pulse-class positioning resolution, coordinated interpolation across multiple axes, full protection against overcurrent, overvoltage, overheating and short-circuit.

Material Composition​

Aluminum/steel drive chassis, FR4 control PCB, IGBT power modules, fan or passive cooling elements, encoder/communication connectors with EMC shielding.

Structural Features​

Cabinet-mount drive body, integrated control and power sections, DIN or panel fixing option, clearly separated power terminals, feedback connectors, communication ports and status display.

Working Principle​

AC mains is rectified to a DC bus, the DSP generates PWM switching patterns for the IGBT stage, motor current is regulated in closed loop, feedback devices supply position and speed data, and the motion controller executes cam, gear, interpolation and PLC-style motion commands.

Installation Requirements​

Install in a ventilated control cabinet, maintain at least 5 cm clearance around the drive, ground the chassis and motor shields to the EMC bar, separate power and encoder cables, connect 230 V AC and 24 V DC according to Parker wiring diagrams.