Product Description
The MAC093C0DS4C/110B0/WI634LX is an innovative motor controller module that is part of the MAC Permanent Magnet Motor Series developed by Bosch Rexroth Indramat. Due to the opportunity to integrate it into industrial automation systems, this module provides fine control and efficiency for most applications. Other characteristics include two CAN connections, the possibility of electrical isolation, and a vast input voltage range, which makes this chip suitable for applications with high requirements. Being able to take an input voltage of 100 – 240 VAC, this MAC093C-0-DS-4-C/110-B-0/WI634LX is designed to meet global standards for industrial usage. This capacity of operation at numerous voltage settings indicates that the device can be used across different territories without the need for further adaption. The motor controller uses only 14,5 watt of power, that means it is energy saving and can be cost effective in use in long run.
A special highlight of the MAC093C-0-DS-4-C/110-B-0/WI634LX is the two CAN interfaces it provides, which enable data exchange between different components in industrial systems. These interfaces enable seamless real-time data transfer very necessary in systems that need to communicate at a very rapid rate as in robotics or manufacturing automation. The addition of the electrical isolation also help to enhance safety of the motor controller by removing and isolating out electrical faults that can affect the device or the connected systems.
The MAC093C-0-DS-4-C/110-B-0/WI634LX is vertically mounted by screw-in for easy installation in control cabinets. It also makes maintenance and carrying out of system updates in this installation method easier. Moreover, it has a small dimensions of 80(w) X 398(D) X 200(H) mm and a weight of 6 kg, it therefore occupies a small space when installed in various industrial systems. Therefore, in the MAC093C-0-DS-4-C/110-B-0/WI634LX motor controller module, efficiency, safety, and performance are stated to be key benefits for industrial automation. Especially suitable for robotics, manufacturing and process automation, it offers high dependability and non-complex implementation.