FECG02.1-1K50-3P400-A-SP-MODB-01V01

The Bosch Rexroth Indramat FECG02.1-1K50-3P400-A-SP-MODB-01V01 from the FEC Frequency Converters series delivers precise motor control with a .75 kW output rating and a 400 V mains connecting voltage under an ModBus communication design. This converter integrates an integrated controller with step switching mechanism for seamless velocity transitions and a digital operating panel featuring a full-color display, programmable function keys, and a dedicated type plate for rapid identification. Its compact, robust housing optimizes space in high-density control cabinets while maintaining accessibility to all user interfaces. With native support for centralized monitoring and local parameterization, it meets the demands of modern industrial automation environments.

Thermal management is optimized through a built-in DC braking function adjustable from 0.1 s to 10 s, ensuring controlled deceleration and energy recovery under varying load conditions. Overcurrent protection is provided by a 10 A branch circuit protection fuse, and the converter accepts a 50–60 Hz supply frequency with ±5% tolerance for compatibility with fluctuating mains. Separate grounding connections on both input and output sides enhance EMC compliance, while a shared connection for digital signals simplifies I/O wiring but requires careful analog signal conditioning to prevent interference. Note that the unit omits an internal contactor, mandating external short-circuit verification and proper isolation before commissioning.

Engineered for indoor use in clean, non-corrosive atmospheres, the unit sustains rated performance between –10 °C and 40 °C ambient temperatures, with automatic output derating at higher elevations. Advanced motion profiles are supported through multi-speed control via dedicated logic terminals and flexible auxiliary frequency synthesis for custom frequency trimming. Together, these features make the FECG02.1-1K50-3P400-A-SP-MODB-01V01 a compact yet versatile frequency converter that excels in demanding automation applications where precision, reliability, and ease of integration are paramount.