Product Description
The KSD076C-0350-NN-M1-1P2-NNNN is a versatile controller module designed for seamless integration into industrial automation systems. This module boasts a wide input voltage range, accepting 100-240 VAC, ensuring compatibility with various power sources. With a power consumption of just 14.5 W, this device offers efficient operation without compromising performance. The module provides essential control functionalities with its two CAN interfaces, enabling robust communication and data exchange within the automation network. Furthermore, electrically isolated design enhances safety and prevents electrical interference. You'll find the secure connection capabilities impressive, given this module is network capable. The screw-in module mounting, utilizing a TB712 terminal block (ordered separately) provides a stable and reliable physical installation. This is a controller module ready for complex automation tasks.
Connectivity is a key strength of the KSD076C-0350-NN-M1-1P2-NNNN. Communicating through the aforementioned 2 CAN interfaces, it efficiently manages data transmission and control signals. The module's inherent network capability allows for seamless integration into larger automation networks, simplifying system configuration and monitoring. Note the electrically isolated design, which not only enhances safety by preventing unwanted current flow but also ensures signal integrity, reducing the risk of interference. This sophisticated isolation is crucial for reliable operation in industrial environments prone to electrical noise. You need dependable hardware, and this delivers.
For installation, the device requires a screw-in module mounting method, and users should obtain the TB712 terminal block separately to ensure proper connection. Remember that the wide input voltage range of 100-240 VAC makes the KSD076C-0350-NN-M1-1P2-NNNN adaptable to various power infrastructures globally. The module operates efficiently with a low power consumption of 14.5 W, minimizing energy costs without impacting performance.