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I/O Modules

This inventory focuses on the hardware layer of signal acquisition and distribution, providing a wide array of input/output modules for diverse industrial control environments. The selection covers standard discrete (24VDC/120VAC) and isolated analog signals, specifically focusing on high-density 4-20mA current loops, 0-10V voltage interfaces, and direct RTD/Thermocouple temperature sensing units. Beyond basic I/O, this category includes specialized high-speed counter modules, HART-compatible interfaces, and remote I/O expansion units designed for distributed architectures. These components are essential for interfacing field instrumentation with central processing units, ensuring precise conversion and electrical isolation across critical control loops in both factory and process automation.

1151 items
Allen-Bradley Flex I/O 1794-TB3S | Terminal Base UnitAllen-Bradley Flex I/O 1794-TB3S | Terminal Base Unit
Allen-Bradley
Regular price
1746-OA8 | Allen-Bradley SLC 500 Discrete AC Output Module1746-OA8 | Allen-Bradley SLC 500 Discrete AC Output Module
Allen-Bradley
Regular price
Allen Bradley Point I/O 1734-IR2 | RTD Input ModuleAllen Bradley Point I/O 1734-IR2 | RTD Input Module
Allen-Bradley
Regular price
Allen Bradley ControlLogix 1756-IF6CIS | Analog Input ModuleAllen Bradley ControlLogix 1756-IF6CIS | Analog Input Module
Allen-Bradley
Regular price

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Main Components of a SCADA System in Industrial Automation

Main Components of a SCADA System in Industrial Automation

Discover the key components of a SCADA system and how sensors, RTUs, master units, and communication networks integrate to monitor and control industrial processes in real time.

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Key Functions of a SCADA System in Industrial Automation

Key Functions of a SCADA System in Industrial Automation

Explore the four core functions of SCADA—data acquisition, communication, visualization, and control—and understand how this system powers industrial automation, process optimization, and remote supervision.

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Instrumentation Earthing in Industrial Automation Systems

Instrumentation Earthing in Industrial Automation Systems

In industrial automation, earthing provides a safe, low-resistance path for electrical fault currents. It protects both equipment and personnel by diverting excessive current directly into the ground. Proper earthing is fundamental to PLC, DCS, and control system reliability, ensuring stable operation even under fault conditions.

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