GIDINGS&LEWIS M.1017.3098 Analysis Input Module

Brand:GIDDINGS & LEWIS
Model:M.1017.3098
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
Please contact Yvonne for quotation, thank you!

Details

GIDINGS&LEWIS M.1017.3098 Analysis Input Module

Product manual:

Product Overview

The Giddings&Lewis M.1017.3098 analysis input module is a key module in the PiC series control system,
Used for collecting and processing analog signals from industrial equipment, such as voltage, current, or temperature signals,
And convert it into digital information that the controller can recognize, achieving precise data collection and control analysis.

Product Features

High precision signal acquisition

Supports multiple analog signal inputs, including voltage, current, and temperature sensor signals.

Built in signal conditioning function ensures the accuracy and stability of measurement data.

Multi channel processing capability

Simultaneously processing multiple input signals to achieve multi-point data acquisition.

Support modular expansion to adapt to complex industrial control systems.

Signal isolation and anti-interference design

There is electrical isolation between the input and controller to improve the system's anti-interference ability.

EMC has strong anti-interference performance and is suitable for industrial environments.

Convenient status monitoring and maintenance

The LED indicator light displays the operating status of the module, facilitating on-site monitoring and troubleshooting.

Plug in modular design for easy installation, replacement, and system upgrades.

Industrial environment adaptability

Anti vibration and anti impact design, suitable for machine tools and automated production environments.

Wide temperature operating range to ensure long-term stable operation.

Application field

Numerical Control Machine Tool: Collecting temperature, voltage, or current signals of cutting tools, workpieces, and machine tools to achieve precise control.

Industrial automation production line: Monitor key process parameters to ensure stable equipment operation.

Process control system: Collect analog quantities such as liquid level, pressure, and flow rate to achieve automatic adjustment and feedback control.

Experimental and testing equipment: Provides high-precision data acquisition, supports analysis and performance validation.

Industrial equipment monitoring: used for real-time monitoring of the status parameters of key components to improve safety and reliability.