Product Description

The PSI63C0.336-L1 offers controller module functionality in industrial applications making it an essential component in various automation tasks. It is part of the PSI Frequency Inverter Series by Bosch Rexroth Indramat known for robust performance and energy efficiency. This model boasts two CAN interfaces featuring electrical isolation, ensuring robust and interference-free communication between devices in an automation network. These interfaces allow seamless integration with controllers, sensors, and other system components, enabling reliable data exchange even in complex environments. The electrical isolation safeguards the system against voltage spikes, ground loops, and electromagnetic interference, enhancing overall system stability and longevity.

This module offers adaptability to various voltages, functioning effectively at 100-240 VAC. This adaptability makes integrating the module into various systems seamless while ensuring that the module will not be damaged by fluctuations in supply within the permissible range. This adaptable design is meant to deliver consistency in performance while protecting the system from power inconsistencies. The unit is an energy efficient module that only consumes 14.5 W, operating efficiently with minimal power demands. This efficiency helps to avoid high energy costs and minimize the power demands of the system in general.

The PSI63C0.336-L1 requires a TB712 terminal block that can be ordered separately. This block is used to ensure secure and reliable screw-in mounting, minimizing the risk of loose wiring during operation. The screw-in design simplifies installation, providing a strong and stable setup that withstands vibration and other industrial stresses. The TB712 terminal block enhances the overall reliability and safety of the module, making it an essential accessory for seamless integration of the controller module into various industrial environments. This unit is well suited for typical industrial conditions and comes in a solid build that is meant to ensure durability in various operating conditions.