Temperature Sensor H-TRONIC TS2 — temperature probe, plastic housing, measurement range −55 to 125°C

H-TRONIC TS2 is a temperature sensor in a compact plastic housing, designed to measure temperatures from −55 to 125°C. The probe is intended for general temperature monitoring and control tasks where a small, corrosion-resistant enclosure and straightforward installation are required. Its measurement range and durable plastic body make it suitable for ambient, surface, and process monitoring across HVAC systems, refrigeration equipment, electronics testing, and other technical applications.

Advantages

The TS2 temperature probe combines a wide measuring range with a lightweight, corrosion-resistant plastic casing that simplifies handling and installation. Its compact dimensions reduce mounting space and allow placement in confined locations. The sensor delivers stable readings across the specified temperature span and is compatible with common measurement and control devices, enabling reliable integration into monitoring and automation setups.

Suitable for

• HVAC temperature monitoring and control
• Refrigeration systems and cold-chain equipment
• Electronics testing and thermal checks
• General ambient or surface temperature measurement
• Laboratory and workshop temperature monitoring

Key specifications

• Measuring range: −55 to 125°C
• Housing material: plastic (corrosion-resistant)
• Probe type: compact temperature probe for ambient or surface use
• Typical applications: monitoring, control and measurement in HVAC, refrigeration, electronics
• Installation: straightforward mounting suitable for confined spaces

How to use

Install the TS2 probe in the location representative of the temperature to be measured, avoiding direct exposure to heat sources or airflow that would bias readings unless such conditions are part of the intended measurement. Secure the housing using the appropriate mounting method for the application, route the sensor cable to the monitoring or control device, and connect according to the device's input requirements. Allow the probe to stabilise in the measured environment before taking final readings or integrating into control logic.

Usage recommendations

For accurate and repeatable results, place the sensor where airflow and radiation effects are minimised and allow sufficient time for thermal equilibration. Use appropriate cable protection in industrial environments and check compatibility with the reading instrument's input type and calibration needs.