PRD-AMPE25EC-00
The Kollmorgen PRD-AMPE25EC-00 drive is a high-performance member of the PD Servostar Servo Drives series by Kollmorgen, engineered for precision motion control in demanding industrial automation applications. Featuring a PWM Frequency of 16 kHz and a system voltage of 5 VDC, it delivers responsive and smooth operation for robotics, CNC machining, and automated assembly. With an operating temperature range from 5 °C to 45 °C and advanced protection against wire breaks, this servo drive ensures consistent performance even in challenging indoor environments.
At the core of the PRD-AMPE25EC-00 are its exceptional encoder and signal handling capabilities. It supports encoder resolutions of up to 10,000,000 lines and can process input frequencies up to 12 MHz after quadrature decoding (3 MHz pre-quad). The drive accommodates multiple signal types, including quadrature A/B, optional index, Hall sensors, and differential or open-collector signals, providing versatile feedback integration. Protection features include regulated voltage, wire-break and illegal Hall-code detection, as well as trip functions for overtemperature at 80 °C, undervoltage (16–40 VDC) and overvoltage (56–100 VDC). Mounted as a brick in a metallic, enclosed environment, it draws a maximum current supply of 250 mA and offers a maximum recommended cable length of 15 m to maintain signal integrity.
Designed for durability and efficiency, the PRD-AMPE25EC-00 operates reliably between 0 °C and 70 °C storage temperatures and maintains functionality down to 5 °C in the field. Its built-in safety mechanisms minimize downtime by detecting wiring faults and electrical anomalies, enhancing system uptime. The combination of high switching frequency, robust protection, and broad feedback compatibility makes this servo drive an ideal solution for precision-driven industrial applications. Engineers benefit from its exceptional resolution, streamlined integration, and dependable performance, ensuring optimized motion control and long-term reliability in complex automation systems.