Description

Technical Specifications

Information About 1746SC-NO8I

The 1746SC-NO8I is a specialized analog current output module designed for use within the SLC 500 platform. falling under the category of PLCs/Machine Control. This module is classified as a PLC Module/Rack OUTPUT MODULE. specifically developed to enhance control capabilities in industrial automation systems. The Series A designation indicates it adheres to the original specifications set forth for the SLC 500 series. ensuring compatibility and reliability across various applications.

This module features eight analog current outputs. which are critical for interfacing with other equipment that requires precise analog signals for operational purposes. The output range of 0/4-20 mA provides flexibility. accommodating a variety of sensor and actuator types used in modern control systems. This range is a standard in industrial applications. allowing for effective signal transmission while ensuring that the module can interface seamlessly with devices that utilize either 0 mA or 4 mA as a baseline for zero signal. depending on user configuration.

With a resolution of 16-bit. the 1746SC-NO8I module delivers high precision in output signal levels. allowing for fine control over process parameters. This high resolution is particularly beneficial in applications requiring detailed adjustments and monitoring. as it enables the module to represent a broad spectrum of current values with minimal quantization error. The module is suitable for use in environments where accurate current output is essential for the reliable performance of connected devices.

The integration of the 1746SC-NO8I into an existing SLC 500 system is straightforward. thanks to its rack-mounted design. This form factor not only simplifies installation but also enhances system scalability. allowing for the addition of multiple modules as system requirements evolve. As part of the SLC 500 series. this module benefits from established communication protocols and diagnostic features. enabling effective monitoring and troubleshooting within automated systems.