Product Description:

The RZC01.1-6T-007-N-23 belongs to the RZC Chemistry Modules series produced by Bosch Rexroth Indramat. Classified as a chemistry module, it is used in automated process installations where chemical dosing, circulation, or treatment stages must stay synchronized with the main control system. Within those lines, it serves as a dedicated power and signal interface between field devices and higher-level controllers, helping coordinated process steps run with stable timing. That role also keeps control and power paths organized inside compact process cabinets.

The module operates from a nominal input of 3 × AC 400 V ±15 %, letting it function on common three-phase mains used in industrial plants. Internally, it provides a maximum output frequency of 200 Hz, which supports wide speed adjustment for connected pumps or metering drives. Continuous power handling is limited to 5.5 kW, and operation within that range keeps the rated current at 13 A. The housing carries an IP23 protection class, so it resists contact from fingers and solid tools and also withstands water spray up to a 60-degree angle, although washdown areas still require additional shielding. This operating range suits process equipment that benefits from smooth speed control during filling, dosing, or circulation tasks.

Mechanical integration is simplified because the unit is supplied prepared for cabinet mounting, so it can be secured to a back panel and bonded directly to the cabinet grounding system. Signal wiring is supported by a NAMUR-terminal strip, which allows compatible intrinsically safe sensor loops to be connected without extra interface adapters. This arrangement keeps field connections grouped at the module and reduces the need for additional terminal hardware inside the panel. The enclosure uses Size Class A, which helps preserve predictable spacing when it is placed beside other modules in the same cabinet. Design coding is set to 1, and the module is assigned to line 1 in the product hierarchy, which keeps product identification straightforward when matching the correct configuration.