HE700GEN200

The HE700GEN200 slave system supports a wide range of I/O, including DI/O, AI/O, thermal measurement and motion control, with status monitoring of EPS modules and systems, including overheat detection, low power detection, slave health reports, error handling, and relay switching life cycles, as well as motion control status. All information can be reviewed via software retrieval or displayed via dedicated indicators, allowing the status of individual modules to be monitored.LinkMasterPro not only assists with EtherCAT configuration, but also evaluates the functionality of each EPS system, with automatic slave detection making system configuration easier than ever. Significantly simplifying the need for system maintenance, each hot-swappable slave module can be replaced without the need for a power failure, significantly reducing MTTR (mean time to repair). In addition, quick-release connectors minimize rewiring efforts. ADLINK’s EtherCAT products are compact and fanless, operate over the -20°C to 60°C temperature range, and feature IP31-rated metal enclosures to withstand harsh operating conditions.

The HE700GEN200 offers gigabit bandwidth, making it a solution for data-intensive applications in Industry 4.0. In addition, it offers Ethernet-based I/O, safety, and motion control integration over a single cable. The communication provides control while processing non-control related data such as quality and traceability information. This is further aided by a simple communication control model and a standard Ethernet physical layer with additional diagnostics. The module also integrates an ARM Cortex-M4 processor. The idea is that it can be a key component of the solution and not just an accessory that handles communication. Utilizing a self-healing Ethernet ring increases the reliability of the Capstone microturbine by eliminating a single point of failure in the control network. and the PowerShield® controller. The controller also provides transmission capabilities. the PowerSync controller includes algorithms designed to maximize overall system efficiency and adjust the operation of individual microturbines to align with their predicted scheduled service dates. the PowerSync controller provides secure remote communications and can be customized to integrate with site-specific balance-of-plant equipment.