EFC5610-7K50-3P4-MDA-7P-DRNNN-NNNN

The Bosch Rexroth Indramat EFC5610-7K50-3P4-MDA-7P-DRNNN-NNNN from the EFC Frequency Converters series offers 7.5kW continuous power at a three-phase 400V connection voltage and integrates a Modbus communication module for seamless network communication. This frequency converter employs a standard vector control algorithm to deliver precise speed and torque management across a wide operating spectrum. Its space-saving enclosure and streamlined wiring connections simplify installation in compact control cabinets, while built-in electrolytic capacitors ensure a stable DC link—requiring periodic inspection if stored for extended durations. The robust design supports demanding industrial environments without compromising on performance or reliability.

The drive features a speed regulation range of 1:200, enabling fine-grained motor speed adjustments for diverse application profiles. It is equipped with 5 digital inputs and 2 analog inputs for versatile process integration, and its operator panel includes a 7-segment LED display paired with an integrated potentiometer for on-the-fly parameter selection, status monitoring, and fault code visualization. Advanced functionality allows parameter C0.00 to be set for sensorless vector mode after autotuning, delivering high starting torque and efficient operation without external feedback devices. Comprehensive protection mechanisms—overcurrent, over/under voltage, and motor overload safeguards—actively monitor and protect the converter and connected motor from fault conditions.

Shipped in custom military-grade packaging, the EFC5610-7K50-3P4-MDA-7P-DRNNN-NNNN includes a detailed instruction manual, quick start guide, and multilingual safety instructions to facilitate rapid commissioning. It carries a one-year warranty covering manufacturing defects and ensures that end users have clear guidelines for pre-startup checks, including verifying cable isolation for at least five minutes and inspecting for deformation or loose parts prior to energizing the unit.