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SKU: MTH500H

ProSight 120C High-Temperature Duct-Type Temperature & Humidity Transmitter

A$320.00Price
Excluding Sales Tax
Quantity

ProSight 120C High-Temperature Duct-Type Temperature & Humidity Transmitter is a smart duct-type high-temperature and humidity transmitter designed to monitor temperature and relative humidity in high-temperature air ducts and industrial environments. It measures temperatures from -20°C to 120°C and humidity from 0-100% RH, with a stainless steel probe and high-stability sensor technology. Available output options include 4-20 mA, 0-5 VDC, 0-10 VDC, and RS485, while customizable probe length and thread size provide installation flexibility.

The ProSight 120C High-Temperature Duct-Type Temperature & Humidity Transmitter is an industrial environmental measurement device designed to continuously monitor air temperature and relative humidity in high-temperature ducted applications.

Unlike standard room temperature and humidity sensors, it is designed for environments where air temperatures can reach up to 120°C. It uses an advanced sensor module and high-performance single-chip electronics to measure environmental conditions and convert the measurements into standard electrical or digital output signals.

The transmitter features a stainless steel probe and an aluminum alloy head, providing a robust construction for demanding industrial and ventilation applications. Depending on the selected configuration, measurement data can be transmitted through 4-20 mA, 0-5 VDC, 0-10 VDC, or RS485 Modbus-RTU interfaces.

How Does It Work?

The ProSight 120C High-Temperature Duct-Type Temperature & Humidity Transmitter is installed in an air duct or suitable high-temperature environment, with its probe positioned to measure the surrounding air. The sensing element detects temperature and relative humidity, and the internal electronics process these signals to produce measurement outputs.

The temperature range can be configured using the internal DIN switch, while the built-in keys provide an offset adjustment function. For system integration, the transmitter can provide analog outputs such as 4-20 mA, 0-5 VDC, and 0-10 VDC, or communicate digitally through RS485 using the Modbus-RTU protocol, depending on the selected model configuration.

Why Choose this Product?

  • High-temperature measurement capability – Designed for applications requiring temperature measurement up to 120°C.
  • Dual-parameter monitoring – Measures both temperature and relative humidity with one transmitter.
  • Industrial duct installation – Designed to measure air conditions directly within ducted airflow.
  • Multiple output options – Supports analog and digital communication options depending on configuration.
  • RS485 Modbus-RTU option – Enables integration with industrial automation, monitoring, and control systems.
  • Robust stainless steel probe – Provides durable construction for demanding measurement environments.
  • High stability – Designed for reliable long-term environmental monitoring.
  • Configurable temperature range – Temperature range can be set using the internal DIN switch.
  • Offset adjustment – Built-in keys allow measurement offset adjustment.
  • Customizable installation – Probe stem length and thread size can be customized according to requirements.
  • Wide power supply options – Supports different supply requirements depending on the selected output configuration.

Benefits

  • Helps operators monitor high-temperature air conditions in real time.
  • Supports improved control of temperature and humidity in industrial processes.
  • Enables integration with PLCs, HVAC controllers, BMS, SCADA, and other monitoring systems.
  • Reduces the need for separate temperature and humidity measurement devices.
  • Provides flexible installation through customizable probe dimensions.
  • Supports remote monitoring using standard analog or RS485 communication.
  • Helps maintain process conditions within desired temperature and humidity limits.
  • Suitable for continuous monitoring in demanding industrial and ventilation environments.
  • Provides a practical solution for applications where standard low-temperature humidity sensors may not be suitable.
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