Allen Bradley 193-A1D1

At Hanyite Automation, you can find a large number of Allen Bradley 1746-IV8 modules from China. The module has electrical isolation function, which can ensure the electrical safety isolation between the PLC system and external devices, effectively prevent current feedback or electrical interference, and provide reliable protection for your industrial automation system. We not only provide professional after-sales service and competitive prices, but also look forward to cooperating with you.

The SLC 500 series analog input module designed by Allen Bradley 1746-IV8 provides 8 analog input channels for receiving voltage or current signals sent by external devices. Accurately measure and record the changes of input signals and convert them into digital signals that can be read by the PLC system. The module supports standard engineering units such as pressure, temperature or flow to meet the needs of high-precision data acquisition.

The Allen Bradley 193-A1D1 is rugged, anti-interference, and reliable, making it very suitable for complex industrial environments. It supports expansion from the main rack to up to seven additional PLC racks, providing strong communication support for industrial automation systems and ensuring that the system can operate stably under various working conditions.

Application:

Allen Bradley 193-A1D1 In the machinery manufacturing, chemical, food processing and other industries, this module can receive voltage or current signals and convert them into digital signals that can be read by the PLC system, supporting multiple standard engineering units such as pressure, temperature, and flow. In energy industries such as electricity, oil, and natural gas, 1746-IV8 is often used to receive signals from energy monitoring equipment such as power meters and pressure sensors, accurately collect and process these analog signals, monitor the production, transmission, and distribution of energy in real time, and promptly detect energy leaks or equipment failures to ensure the safe and stable operation of the energy system.