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Vaisala HPP272 User Manual

Vaisala HPP272
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M211972EN-B
User Guide
Vaisala PEROXCAP
â
Hydrogen Peroxide,
Humidity and Temperature Probe
HPP272

Table of Contents

Questions and Answers:

Vaisala HPP272 Specifications

General IconGeneral
Measurement ParametersHumidity, Temperature, Pressure
Humidity Measurement Range0 ... 100 %RH
Protection ClassIP65
Temperature Measurement Range-40 to +60 °C
OutputRS-485
Power Supply10...30 VDC
Operating Temperature Range-40 to +60 °C
Humidity SensorVaisala HUMICAP®

Summary

Product Overview

Basic Features and Options

Lists the key features, measurement capabilities, and connectivity options of the probe.

Safety

Outlines crucial safety warnings and precautions for handling and using the probe.

Measured Parameters

Lists all parameters that the HPP272 probe can measure, with units.

H2O2 Measurement

Operating Principle of H2O2 Measurement

Explains the PEROXCAP sensor technology for measuring H2O2 vapor concentration.

Installation

Wiring

Details the probe's M12/5 pinout, wire colors, and connection requirements.

Power Supply

Specifies the operating voltage range and maximum current consumption for the probe.

Setting Probe in Analog or Digital Mode

Instructions on how to select the probe's output mode using pin #5.

Operation

Behavior at Exposure to H2O2

Explains the probe's reaction and requirements when exposed to H2O2 condensation.

Vaisala Insight Software

Connecting to Insight Software

Step-by-step guide for connecting the probe to the Vaisala Insight software.

Using Probe with Indigo Transmitters

Connecting to Wireless Configuration Interface

Details how to enable and access the probe's wireless configuration interface.

Logging in to Wireless Configuration Interface

Explains user levels and the process for logging into the wireless configuration interface.

Maintenance

Cleaning the Probe

Provides instructions and precautions for cleaning the probe body and cable.

Troubleshooting

Problems and Their Possible Solutions

Guides users through common operational issues and their potential resolutions.

Analog Output Error State

Describes the conditions that cause the analog output to enter a defined error state.

Technical Data

Appendix A: Modbus Reference

Measurement Data Registers

Lists Modbus registers for reading measurement data values.

Configuration Registers

Lists Modbus registers used for configuring the probe's settings.

Modbus Communication Examples

Provides examples of Modbus requests and responses for reading and writing data.

Technical Support

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