Product Description

The following product from Bosch Rexroth Indramat is one of the most reliable controller modules that come with high precision as well as optimal energy-efficient capabilities based on the operation needed from it. These are the electrical characteristics of this module: Power supply – 100-240 VAC, Power consumption – 14.5 W which makes it energy efficient especially for industrial and commercial purposes. Another important characteristic of the SR-L1.0012.060-10.000 is its two CAN interfaces which allow for stable and uninterrupted communication within a system. These interfaces incorporate the CAN protocols through which information can be transferred and control and coordination between connected devices in multiple systems can be achieved in real-time. Communication capabilities like these are critical to reconcile the exactitude and coordination in applications such as robotics, machine control, and production line automation.

The module is electrically isolated to provide electrical safety to both the controller and other components in the system against electrical noises and other electrical faults. This feature makes it most useful in conditions where electrical noise or interference can influence performance. Also, the screw-in mounting design ensures a stable fixing of the sensor, which ensures reliability and durability even under various conditions of operation. The SR-L1.0012.060-10.000 also comes with built-in networking capability, a feature that makes it easily integrable in larger automation systems. This functionality guarantees that it can plug seamlessly into pre-existing architectures yet offer the connectivity and control that today’s automation systems require.

Therefore, the SR-L1.0012.060-10.000 is a small-sized, energy-saving, and stable controller module suitable for high-performance uses. Its durability together with low energy consumption of power supply and multiple communication ports makes it an essential tool for accurate and well-regulated automation processes.