AMC EtherCAT Servo Amplifiers
Advanced Motion Controls provides products for the fastest, most flexible form of industrial Ethernet control - EtherCAT®. High speed, deterministic control with standard 100 base-T hardware, EtherCAT Servo Amplifiers & Drives are industry proven to achieve blazing fast, consistent results in demanding applications.
AMC's DigiFlex® Performance™ product line of EtherCAT communication servo drives provide for multiple feedback devices in a variety of power platforms. Advanced Motion Controls EtherCAT products consist of panel mount and plug-in servo drives to allow for quick prototyping and ease of system integration. Panel mount DPE drives serve as nodes in single or multi-axis EtherCAT networks, while plug-in DZE/DZS drives utilize AMC's unique, proprietary high speed multi-axis communication interface and I/O expansion capabilities ('DxM'™ and 'DxI/O'™ Technologies). Now a single EtherCAT node can accommodate a combination of up to 4 axes of motion with 32 digital inputs, 32 digital outputs, 4 analog inputs, and 2 analog outputs each. The result is a highly integrated high value motion control solution for single or multi-axis applications.
The FlexPro® drive series is the latest family of digital servo drives designed for high power, small size, and the best available servo motor control. The IMPACT™ architecture of FlexPro® allows for higher power densities while still maintaining the reliability and versatility of AMC's established drive families. In addition, the advanced processing and storage capabilities ensure that drives with IMPACT™ are more intelligent and operationally flexible than ever before. FlexPro® drives are designed to operate within a network, but like previous digital drives, they can also operate stand-alone via stored indexes and sequences with I/O. They’re capable of brushed, brushless, stepper, and linear motor control. The FlexPro® family continues to grow, with more products on the way. Future models will include more network options, and greater power ranges.