Product Description

The SR-L1.0023.060-04.821 controller module from Bosch Rexroth Indramat is designed for the power supply of 100-240 VAC. It has two built-in CAN interfaces, which makes it easy to connect devices and facilitate data link and communication between devices. This feature is highly significant in cumbersome industrial webs, where it is crucial to have a common database for constant exchange of information and analysis of the system status. Another advantage of the controller is its electrical isolation option that helps to increase operational safety of the module and devices connected to it and prevent damage from electric noise and voltage surges. This is useful for protection of critical elements to possible harm because this keeps the SR-L1.0023.060-04.821 performing optimally especially in complex circumstances or scenarios where electrical interference is prevalent.

Also, it operates within average voltage of 5V, thereby consuming average power of 14.5 watts, a feature that keeps the module functional for energy-oriented applications. Combining the controller module with Bosch Rexroth’s celebrated SR Synchronous Servo Motor series means this component is produced according to high-quality specifications and innovation. It can be easily integrated into the other components of the larger SR system and allows for handling of servo motor operations. The maximum power of the module is rated 14.5 watts which provides adequate power for optimum performance while minimizing the energy consumption that affects the module’s lifetime reliability.

Designed for performing intricate automation operations, the SR-L1.0023.060-04.821 controller module is appropriate for manufacturing, robotics, and process automatization industries, where precise synchronization of motors is of great importance. The CAN interface, electrical isolation, and the ability to accommodate multiple industrial voltage levels make the device a secure and highly effective tool to increase the system’s efficiency and connectivity as well as its overall performance in industrial settings.