Schneider 140ARI03010

Parameter Name(Chinese)Parameter Name(English)Parameter Value(Typical)Unit

Number of input channels Number of input channels 8

Input types Ni/Pt 100,200,500,1000

Resolution 12 bit

Absolute accuracy error±0.1%full-scale.Absolute accuracy error±0.1%full-scale

Linearity±0.05%Full scale

Operating temperature 0-60°C°C

Note:Please refer to the product data manual for specific parameter values.

Series,function and use

Series:Modicon Quantum

Function:Convert the analog signal of the thermal resistance into a digital signal

Manufacturer:

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Description

Schneider 140ARI03010

Detailed interpretation of the Schneider 140ARI03010 analog input module

Product overview

The 140ARI03010 is an analog input module from Schneider Electric’s Modicon Quantum series,designed to capture the signals of temperature sensors such as thermal resistors(e.g.PT100,PT200,PT500,PT1000)and convert them into standard digital signals.For processing by PLC or DCS system.

Product features and parameters

Designed for thermal resistance:Optimized for thermal resistance signals with high accuracy and good linearity.

Multi-channel:provides multiple input channels,can simultaneously collect the signal of multiple thermal resistors.

High accuracy:High conversion accuracy to ensure the accuracy of measurement data.

Isolation design:Each channel is isolated independently to improve the reliability of the system.

Main parameter

Parameter Name(Chinese)Parameter Name(English)Parameter Value(Typical)Unit

Number of input channels Number of input channels 8

Input types Ni/Pt 100,200,500,1000

Resolution 12 bit

Absolute accuracy error±0.1%full-scale.Absolute accuracy error±0.1%full-scale

Linearity±0.05%Full scale

Operating temperature 0-60°C°C

Note:Please refer to the product data manual for specific parameter values.

Series,function and use

Series:Modicon Quantum

Function:Convert the analog signal of the thermal resistance into a digital signal

Purpose:

Temperature measurement:Measuring the temperature in the industrial process,such as furnace temperature,liquid temperature,etc.

Process control:The temperature measurement data is fed back to the PLC or DCS system to achieve closed-loop control of the process.

Data acquisition:Temperature data collection,data analysis and storage.

Application field

Industrial automation:Process control in chemical,metallurgy,power and other industries.

Building automation:Measuring indoor and outdoor temperatures for the control of air conditioning systems.

Environmental monitoring:Measuring ambient temperature for environmental monitoring systems.