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YOKOGAWA EXAxt 450 User Manual

YOKOGAWA EXAxt 450
73 pages
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IM 12D06D05-01E
4th Edition
Users
Manual
Model ISC450G [Style: S2]
Inductive Conductivity
Converter

Table of Contents

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YOKOGAWA EXAxt 450 Specifications

General IconGeneral
ModelEXAxt 450
ManufacturerYokogawa
CategorySignal Converter
Input Signal TypeHART
Power Supply24 V DC
MountingDIN rail

Summary

Introduction and General Description

General Specifications of EXAxt ISC450G

Installation and Wiring

Wiring Procedures

Detailed steps for connecting sensors, power, and outputs.

Power Supply Wiring

Instructions for connecting the AC or DC power supply to the instrument.

Contact Signal Wiring

Guidelines for wiring the contact output and input signals.

mA Output Signal Wiring

Instructions for connecting the analog mA output signals.

Sensor Wiring

Procedures for connecting the sensor cable to the converter.

Wiring the Power Supply

Specific connections for AC and DC power, including safety precautions.

Wiring Contact Signals

Details on wiring alarm, fail, and simulation contacts.

Wiring mA Output Signals

Details on connecting analog output signals for control and simulation.

Operation of EXAxt ISC450G

Menu Structure - Commissioning

Temperature Compensation Methods

Options for automatic, manual, NaCl, or matrix temperature compensation.

Calibration Settings

Parameters for air adjust limit, cell constant limits, stabilization, and interval.

mA Output Setup

Defining output functions, control modes (P, PI, PID), and simulation settings.

Contact Output Setup

Configuring functions for alarm, hold, fail, and simulation contacts.

Error Configuration

Setting up how the instrument reports and handles errors (FAIL, WARN, OFF).

Calibration

Calibration Methods

Overview of using calibration solutions or process samples.

Manual Cell Constant Adjustment

Fine-tuning or recalibrating the cell constant manually.

Automatic Cell Constant Calibration

Calibrating the cell constant using OIML standards and lookup tables.

Sample Calibration Procedure

Recording sample measurements for later analysis and calibration.

Temperature Coefficient Calibration

Calibrating the temperature coefficient for compensation.

Maintenance

Troubleshooting

Calibration Check Procedure

Verifying the adjusted cell constant against factory values.

Error Displays and Actions

Interpreting error messages and the corresponding instrument responses.

Quality Inspection

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