HCS01.1E-W0018-A-03-A-ET-EC-NN-NN-NN-FW

Product Description

The HCS01.1E-W0018-A-03-A-ET-EC-NN-NN-NN-FW drive controller houses the control section inside the power section. The Bosch Rexroth controller operates in printing machines for the printing and positioning of labels as well as digital printing. This product is companionable with a Hall sensor box-type encoder. The device uses no safety technology. This unit installation is permitted only as specified by the manufacturer for safe operation. It is not allowed to be operated on single-phase networks. The controller is used to control the holding brake present in the motor. This product is considered to be used inappropriately if it is used when there is extreme temperature fluctuation.

The device type plate features its type designation and key technical details needed to procure spare parts when a replacement has to be done. This unit is commissioned only after ensuring that the machine with its installation complies with the standards as well as safety specifications and national regulations. It causes personnel injury if it is subject to hitting, crushing, cutting and shearing. This controller operation even for a brief duration is not permitted in the absence of a permanent equipment grounding connection. The product is intended to be disconnected from its power supply during an overly long storage period. This controller portrays a warranty for one year with international shipping.

This device causes burns when its hot surface is touched without safety accessories like gloves. The unit controls asynchronous and synchronous type rotary and linear motors. Its commutation offset has to be set during commissioning for a synchronous motor fitted with an encoder. The controller works with a third-party motor satisfying the minimum inductance requirements between its two terminals. This product operates with a synchronous type third-party motor featuring a relative measuring system although the commissioning may be complicated. The device is matched with its appropriate motor by comparing its data with the motor data.