Christmas Sale Rd51.1-4b-030-l-lv-fw Gadget [M12vpwA4]

The Bosch Rexroth Indramat Christmas Sale Rd51.1-4b-030-l-lv-fw Gadget [M12vpwA4] AC Drive Converter is part of the RD 500 Drive Controllers series and exemplifies top-tier performance engineered for modern industrial applications. This device is designed to operate on a nominal connecting voltage of 3 x AC 380-480 V and boasts a rated power of 30 kW, ensuring reliability and efficiency in power conversion. The unit integrates a built-in brake chopper, making it especially suitable for applications such as ventilation systems and pulley belts where precise frequency control is critical.

Engineered for rigorous industrial demands, the drive converter features a forced air cooling mechanism that maintains optimal operating temperatures even under extended load conditions. The inclusion of a backup power supply operating at 24 Volts enhances its resilience during power fluctuations. Additionally, the unit is designed for installation in environments with altitude constraints, offering reliable performance even at elevations up to 1,000 meters with a power reduction of 1.7% for every 100 m above the recommended level. The technical integration of a detachable operator panel and standard terminal strips further solidifies its role in dynamic automation platforms.

Complementing its robust design, the Christmas Sale Rd51.1-4b-030-l-lv-fw Gadget [M12vpwA4] drive converter is built to meet stringent industrial specifications with a focus on long-term durability and operational efficiency. It is engineered with a crisp frequency modulation system ranging from 0 to 200 hertz (Hz) that assures optimal voltage output proportional to operating frequency. The unit's compatibility with a three-phase RD42 power supply device and its integrated backup system contribute to a secure and fail-safe operation in critical applications. With its combination of performance, precision, and adaptive engineering, this AC drive converter offers a dependable solution for modern automation systems across a variety of demanding operational environments.