Product Description
The RZC01.1-6N-011-F-23 is a state-of-the-art industrial chemistry module produced by Rexroth Indramat for operation in highly sophisticated industrial servo systems. This module is designed according to the International quality standards, its design corresponds to the NAMUR design specification thus it can operate in harsh industrial conditions considered unfavorable for convectional chemistry module series. The RZC01.1-6N-011-F-23 is an industrial machine that is widely renowned for its durability and its ability to operate in different industrial applications ranging from simple packaging industrial applications to fairly complex metal forming machines. The housing of this chemistry module is designed with the same “book-type” housing design the AC drive controller processes thus the chemistry module can be mounted in-line without the need for any intermediate clearance.
The RZC01.1-6N-011-F-23 industrial chemistry module features electrical components that can generate a leakage current as high as 3.5 milliamperes during the operation of the module, to prevent electrical accidents, all parts of this chemistry module must be connected to the grounding system of the servo system. The rated current required by this chemistry module for optimum operation is about 14 amperes while the rated power output is 7.5 kilowatts. Also, this chemistry module is designed with a three-phase electrical connector through which it connects to mains, the connector provides the chemistry module with the high electrical current it requires for optimum operation.
The optimum ambient temperature for this industrial chemistry module falls between 0 to 40 degrees celsius, operating the RZC01.1-6N-011-F-23 above this temperature might lead to overheating which can intern cause a sudden breakdown in the operation of the module. Also, the relative humidity of the environment in which this controller is operated should not exceed 90 percent. This unit can be shipped globally with a one-year warranty period from Wake Industrial.