800-1380 by Copley Controls

The Copley Controls 800-1380 from the Accelnet CanOPEN Modules series by Copley Controls is a versatile motion control module engineered for high-performance industrial automation. This module operates on 24V DC Input voltage and delivers a 192W Power rating, enabling precise control in demanding applications. With an Output current of 8A (continuous) and 16A (peak), the 800-1380 supports torque, velocity, and position control modes. Its primary function is to provide seamless, multi-channel CANopen communication for robotics, CNC machinery, and advanced automation systems.

The 800-1380 module features robust technical specifications tailored for reliability and precision. It supports the CANopen communication protocol, ensuring deterministic network control. Multiple control modes—Torque, Velocity, Position—allow flexible integration into diverse motion profiles. Feedback interfaces include Encoder, Resolver, and Hall Sensor, enabling high-resolution monitoring and closed-loop control. The module employs convection cooling to maintain optimal thermal performance without auxiliary fans, and its IP20 Protection rating safeguards internal electronics from dust and incidental contact. Compact dimensions (150mm Length, 100mm Width, 50mm Depth) and a lightweight design (0.8 kg) facilitate dense cabinet installations and reduce system footprint.

Designed to excel under varied environmental conditions, the 800-1380 operates reliably from 0°C to 55°C Operating temperature and carries CE and RoHS Compliant certifications for safety and regulatory adherence. Its convection cooling method simplifies maintenance and lowers system complexity. The module’s CANopen compatibility ensures interoperability with industry-standard drives and controllers, while its robust construction guarantees long-term durability in harsh industrial settings. By combining precise motion control with streamlined integration, the 800-1380 enhances system efficiency and uptime, making it an ideal solution for modern industrial automation challenges.