RZC01.2-5T-007-F-54

The Bosch Rexroth Indramat RZC01.2-5T-007-F-54 module is a specialist chemistry module in the RZC Chemistry Modules series, designed to serve as a high-performance frequency converter for chemical and process industries. It features a Rated Power Data of Frequency Converter of 5,5 kW and operates on a Nominal Connecting Voltage of 3 x AC 500 V ± 10%. The unit is engineered for installation in cabinets, providing a System of Protection prepared for IP54 Cabinet Mounting. Its primary function is to regulate motor speed and torque in hazardous or demanding process applications, delivering precise control of chemical mixing, dosing, or circulation systems.

The technical configuration of the RZC01.2-5T-007-F-54 includes a rated current consumption of 10 A and supports a maximum output frequency of 100 Hz to match a wide range of drive requirements. It complies with the NE 37 (NAMUR recommendation) and is equipped with a NAMUR-terminal strip for easy integration with valve actuators and sensors. The module’s compact, standardized design allows for side-by-side installation without intermediate clearances and supports cable runs of up to 400 m, facilitating flexible system layouts. All connectors and mounting points conform to Bosch Rexroth’s established dimensions, simplifying retrofit and replacement tasks.

Additional features include a stand-by (24 V) external power supply with filter current feedback to maintain controlled shutdown sequences and safeguard against voltage transients. The module is rated for operation in ambient temperatures from 0 to +40 °C in locations free from dust and pollution, and incorporates a rated noise suppression level A1 alongside integrated radio interference immunity. Designed for durability and reliability, it meets strict industrial environmental conditions and carries a one-year warranty when ordered through Wake Industrial. By combining robust protection, precise frequency control, and streamlined installation, the RZC01.2-5T-007-F-54 enhances efficiency and uptime in critical chemical processing applications.