Product Description

The 13.F4.C1D-3410 frequency inverter from KEB's F4 Combivert Series offers advanced functionality in a compact, space-saving design. Rated for 5.5 kW power, it can smoothly control motors and drives up to its 12A nominal current rating. This 240V, three-phase model provides 2 kHz operating frequency for responsive speed regulation. Despite its small 90 x 250 x 160 mm footprint, the 13.F4.C1D-3410 delivers robust performance thanks to KEB's German engineering. It utilizes high-efficiency Insulated Gate Bipolar Transistors (IGBTs) combined with advanced control algorithms for precise output. The user-friendly programmable interface allows easy configuration and monitoring through the LCD display.

Connecting the 13.F4.C1D-3410 to automation systems is seamless with built-in support for various industrial protocols. Options include INTERBUS, Profibus DP, CANopen, LONWorks, and more. This flexibility makes the inverter suitable for complex networked applications. Diagnostic capabilities are also substantial, with plain-text error messaging and logic sequence tracing for simplified troubleshooting. For challenging loads, the 13.F4.C1D-3410 provides a generous overload rating of 21.6A for 30 seconds. This allows reliable starting and operation of hard-to-turn equipment. Ramp control functionality further aids smooth direction changes and torque builds. Quiet motor operation is maintained through adjustable carrier frequencies up to 16 kHz.

This frequency inverter includes multiple I/O connections for interfacing with peripherals and line reactors for harmonic mitigation. Also available are plug-in communication modules, RFI filters, dynamic braking units, and other accessories from KEB's Combivert portfolio. This modular expandability enables customization for specialized requirements. Ruggedness and reliability are central to the 13.F4.C1D-3410's design. Its coated PCBs and powder-painted metal enclosure offer environmental integrity for industrial settings. Overload, over-temp and short circuit protection prevent damage during harsh conditions.