The ETEL AccurET EA‑P2M‑300‑4/7.5A‑0100‑01 is a high‑performance modular position controller designed for advanced motion control applications in industrial automation, robotics, and precision machining. It integrates a powerful processor with flexible I/O and communication interfaces, enabling precise control of servo motors and actuators in multi‑axis systems. The controller supports a wide range of feedback devices and offers configurable control loops for position, velocity, and torque.
This model is part of the AccurET series, known for its modular architecture that allows users to scale performance and functionality according to application needs. The EA‑P2M‑300‑4/7.5A variant provides a continuous current output of 4 A (peak 7.5 A) and operates from a 300 VDC bus, making it suitable for driving medium‑power servo motors in demanding environments. The built‑in motion engine supports advanced interpolation, electronic gearing, and cam profiling, enabling complex synchronized movements with minimal latency.
The controller features a dedicated DRV‑I‑3602 interface module (included with the unit) that simplifies wiring and provides additional I/O for safety and auxiliary functions. It supports EtherCAT, CANopen, and serial communication protocols, ensuring seamless integration into modern automation networks. The intuitive configuration software (ETEL Studio) allows quick setup, tuning, and diagnostics, reducing engineering time and improving system reliability.
Supply voltage: 300 VDC (nominal). Continuous output current: 4 A (peak 7.5 A). Control loop update rate: up to 16 kHz. Position resolution: up to 24‑bit absolute encoder or incremental encoder with interpolation. Communication interfaces: EtherCAT, CANopen, RS‑232/485. Digital I/O: 8 inputs, 4 outputs (optional expansion). Safety features: STO (Safe Torque Off), SS1 (Safe Stop 1). Operating temperature: 0°C to +50°C. Enclosure: IP20, panel‑mount. Weight: approximately 2.5 kg.
The controller includes a built‑in regenerative braking resistor and supports external braking resistors for high‑inertia applications. It offers comprehensive diagnostics with LED status indicators and software‑based fault logging. The modular design allows easy replacement and upgrade of power stages or control boards without re‑wiring the entire system.
This position controller is ideal for CNC machining centers, robotic arms, pick‑and‑place machines, printing presses, and semiconductor manufacturing equipment. Its high bandwidth and low jitter ensure excellent contouring accuracy and surface finish. The modular architecture reduces spare parts inventory and simplifies maintenance. With EtherCAT connectivity, it can be easily integrated into distributed control systems with real‑time synchronization.
The AccurET series is renowned for its reliability and long service life in 24/7 production environments. The EA‑P2M‑300‑4/7.5A‑0100‑01 is backed by ETEL’s global support and comprehensive documentation, including detailed manuals and application notes. Whether used as a standalone controller or as part of a multi‑axis system, it delivers exceptional motion control performance and operational flexibility.
Installation involves mounting the unit on a DIN rail or panel, connecting the DC power supply, motor power and feedback cables, and communication cables. The DRV‑I‑3602 module provides convenient screw terminals for I/O signals. Configuration is performed via ETEL Studio software, which guides the user through motor parameterization, autotuning, and motion profile creation. The software includes oscilloscope‑like tools for real‑time monitoring and optimization.
Regular maintenance includes checking cooling airflow and inspecting connections. The controller has built‑in over‑temperature and over‑current protection to safeguard against fault conditions. With proper installation, the unit provides years of trouble‑free operation.
The ETEL AccurET EA‑P2M‑300‑4/7.5A‑0100‑01 modular position controller is a versatile, high‑performance solution for demanding motion control applications. Its modular design, robust communication options, and precise control capabilities make it a preferred choice for system integrators and machine builders worldwide.



