■ TGS Gas Expansion Thermometer

- Designed in accordance with EN 13190

- All Stainless Steel Construction (Case, Stem & Wetted Parts)

- Remote Temperature Measurement with Capillary

- Robust Design for Harsh Industrial Environments

- Various Mounting and Process Connection Configurations

- IP65 / IP66 Protection Rating

- Suitable for Gaseous, Liquid and Viscous Media

■ Product Overview

The TGS Series Gas Expansion Thermometer is designed for accurate and reliable temperature measurement in a wide range of industrial processes. Built with a robust stainless steel construction and designed in accordance with EN 13190, it supports remote temperature measurement using a capillary system and offers a variety of mounting configurations, making it ideal for process plants and industrial equipment.

■ Key Differentiators

① Remote Temperature Measurement (Capillary Type)
The capillary system allows the measuring point and indicator to be installed separately, enabling convenient temperature monitoring in hard-to-access locations.

② Flexible Mounting Configurations
Supports Back, Bottom, Lower Mount, Adjustable Stem & Dial, and Panel/Surface Mount configurations for various installation requirements.

③ Wide Application Range
Suitable for measuring gaseous, liquid, and viscous media, with various process connections and stem lengths available.

■ Applications

▶ Chemical & Petrochemical Industries

▶ Oil & Gas Industry

▶ Power & Energy Industry

▶ Water & Wastewater Industry

▶ Plant Engineering & Machinery

▶ HVAC Systems

▶General Industrial Applications

■ Options

▶ Liquid Filling (Glycerine / Silicone Oil)

▶ Capillary (Remote Measurement)

▶ Contact Bulb (Non-invasive Measurement)

▶ Dual Scale (°C / °F)

▶ Various Mounting Options

■ General Specifications

Temperature ranges	-200°C to +700°C (Depending on Model)
Accuracy	±1.0% F.S or ±2.0% F.S
Process Connection	Plain Stem, Male Thread, Compression Fitting, etc.
Material	Case: SUS304 / Wetted Parts & Stem: SUS316
Stem Length	Approx. 60 to 300 mm (Depending on Model)