Product Description
The HCS01.1E-W0054-A-03-A-CC-EC-NN-L4-NN-FW is a highly advanced industrial electrical converter produced by Rexroth Indramat to accurately control the operation of synchronous, asynchronous, and linear motors used in the industrial servo system. This motor is manufactured under ideal industrial conditions and can maintain a high operational efficiency even when it is operated in industrial conditions considered too harsh for convectional industrial machines. The control of this industrial converter is fairly straightforward, however, this should be done by highly trained engineers according to the instructions stated in the documentation supplied with the motor. The HCS01.1E-W0054-A-03-A-CC-EC-NN-L4-NN-FW industrial converter is also self-diagnostic, it can independently detect operational error and alert the industrial operator by displaying an appropriate error message on the online display unit present on the control panel. The meaning of all the error messages displayed on the control panel is clearly stated in the documentation of the controller.
The HCS01.1E-W0054-A-03-A-CC-EC-NN-L4-NN-FW industrial electrical converter features a SERCOS III digital master communication interface through which the exchange of information occurs between the converter and all other parts of the industrial servo system, apart from this communication interface, this converter can also operate with the PROFIBUS DP and CANopen as an alternative communication interface. The encoder evaluation interface of this controller is the Multi-Encoder Interface, the controller also contains an optional multi-encoder interface.
The connection between the HCS01.1E-W0054-A-03-A-CC-EC-NN-L4-NN-FW industrial converter and electrical motors occurs through two major types of cables; the power cable and the motor feedback cable. These two connection cables must meet international standards and must be integrated separately to prevent electrical interference. Also, the maximum permissible installation height at which the converter can maintain its optimum operational efficiency is about 1000 meters above sea level.