FC-102P55KT4E20H1XGXXXXSXXXX

The Danfoss FC-102P55KT4E20H1XGXXXXSXXXX controller module is a key component in the VLT FC 102 HVAC Drives series, designed to streamline industrial automation tasks. Manufactured by Danfoss, this series module features a compact form factor with a Power Supply rating of 100-240 VAC and a Power Consumption of just 14.5 W. The module delivers a robust Type of controller module performance, supporting heavy-duty HV AC drive applications with precision. Its Input Voltage Range of 100-240 VAC ensures compatibility with a wide array of power systems, while the three-phase design facilitates stable power delivery. Early integration into existing setups is simplified by the module's minimal footprint and high degree of electrical safety.

Performance attributes of the FC-102P55KT4E20H1XGXXXXSXXXX are highlighted by its advanced network interfaces and solid isolation features. The module offers Network Capability that allows seamless communication with building management and automation systems, and includes Interfaces: two CAN Interfaces for distributed control and diagnostic data exchange. Each interface is Electrically isolated, ensuring signal integrity and immunity to ground loops in noisy industrial environments. For installation flexibility, the unit employs a Mounting scheme as a screw-in module (terminal block TB712 ordered separately), reducing setup time and wiring complexity. This topology supports reliable operation under continuous load, while the low power draw minimizes thermal stress on system components.

Designed for durability and straightforward integration, the FC-102P55KT4E20H1XGXXXXSXXXX is built with long-term reliability in mind. The module's rigid enclosure and protected electronics withstand industrial ambient conditions, maintaining consistent performance in HVAC, pumping, and ventilation applications. Its standardized software suite enables rapid commissioning and compatibility with VLT® Drive Configurator tools, streamlining updates and diagnostics. Safety features such as fault logging and status monitoring enhance preventive maintenance strategies and reduce unscheduled downtime. In large-scale building management systems, this controller module ensures precise motor control, energy efficiency, and scalable interoperability across diverse automation networks.