Product Description
The CSH01.1C-ET-EN2-NNN-MEM-L2-S-NN-FW is a state-of-the-art industrial drive controller produced by Rexroth Indramat to accurately control the operation of electrical motors used to generate kinetic energy used in industrial production and processing systems. This drive controller is a unique industrial device that operates according to American and European quality standards; before delivery, this controller is tested and certified to operate exactly according to the technical data present in the documentation of the controller. The CSH01.1C-ET-EN2-NNN-MEM-L2-S-NN-FW is a very efficient device that maintains an operational efficiency as high as 95 per cent; the controller can maintain this high-efficiency level for more than five years without breaking down. The housing of this industrial drive controller is specially structured to aid the easy control of the internal temperature of the controller through natural convection; it is also structured to facilitate the easy integration of the controller into an external control cabinet.
The CSH01.1C-ET-EN2-NNN-MEM-L2-S-NN-FW industrial drive controller contains electric components that are capable of generating a leakage current during the operation of the controller, to prevent the electrical accidents that can be caused by this leakage current, it is important for industrial operators to ensure the secure connection of the drive controller to an efficient grounding system before operation. The CSH01.1C-ET-EN2-NNN-MEM-L2-S-NN-FW industrial drive controller contains a standard control panel that contains a screen and special pressure-sensitive keys which the operator can use to control the operation of the controller in real-time.
The CSH01.1C-ET-EN2-NNN-MEM-L2-S-NN-FW industrial drive controller contains a multi-ethernet master communication class which helps to control the exchange of digital information between the controller and all other parts of the servo system; this multi ethernet communication system consumes about 2.2 watts of power during operation.