Product Description

The HCS01.1E-W0013-A-02-A-CC-EC-NN-L3-NN-FW is one of the most cost-effective and advanced productions of the reputable Rexroth Indramat. It is an electrical converter designed to control the general operation of synchronous, induction and linear motors used in the industrial servo system. Unlike conventional industrial machines, this electrical converter features a combination of past experiences and some of the latest industrial innovations; this unique combination allows it to meet the motor control requirements of a wide range of highly advanced industrial machines such as metal forming machines, robotic machines, textile machines and lots more. The HCS01.1E-W0013-A-02-A-CC-EC-NN-L3-NN-FW electrical converter is designed according to the IP20 protection class, and although this protection class is enough for large external foreign substances, it offers no protection against conductive dirt contamination. To protect the converter against conductive dirt contamination, it should be installed into an additional control cabinet that meets the IP54 protection in accordance with IEC529.

The HCS01.1E-W0013-A-02-A-CC-EC-NN-L3-NN-FW electrical converter features an internal air blower that operates to keep the converter's operating temperature within a permissible range via forced ventilation. To support the temperature regulation process, a clearance should be allowed to allow for the easy movement of cool air in and out of the housing of the converter. Special filters should also be installed at the air intake opening to prevent unclean air from getting into the control cabinet of the converter.

The HCS01.1E-W0013-A-02-A-CC-EC-NN-L3-NN-FW electrical converter is a self-diagnostic device which can independently detect fatal operational error and respond to it by shutting down its operation process using its short winding circuit present at the motor output. The maximum permissible installation height for the converter is 1000 meters above sea level; if the converter is operated below this level, there will be a significant reduction in its operational efficiency.