Dew Point Transmitter

It is designed to measure the temperature at which moisture in the air condenses and is commonly used in industrial gas purification and HVAC applications to monitor and control the moisture levels in gases.

This patented α-Al2O3/SiO2 hybrid dielectric dew point sensor is the world’s most advanced humidity sensor manufactured using the latest nanotechnology, featuring with long-term stability, fast response, and durability in extremely high/low humidity levels.

It can be recovered even after unexpected exposure to liquid water! It can monitor both dew point and temperature with a temperature sensor provided. Proper use of the meter can provide lifelong reliability without recalibration. The superior performance of the sensor makes it an ideal choice for many industrial applications.

Applications

1. Compressed Air Systems

• Prevents water accumulation and corrosion in pipelines.
• Enhances the efficiency of air dryers and filters.
• Ensures reliable performance of pneumatic equipment.

2. Industrial Drying Processes

• Monitors moisture levels in drying chambers.
• Prevents over-drying or under-drying of products.
• Ensures consistent drying of materials in food, pharmaceuticals, and manufacturing industries.

3. Pharmaceutical & Food Processing

• Maintains strict humidity control for product stability.
• Ensures compliance with industry hygiene and safety regulations.
• Prevents spoilage and degradation of sensitive materials.

4. Petrochemical & Gas Industry

• Monitors moisture content in natural gas to prevent pipeline corrosion.
• Ensures gas purity in processing plants. P
• Prevents hydrocarbon condensation in refining operations.

5. Power Generation & Energy Sector

• Controls humidity in turbine air intakes.
• Prevents moisture-induced failures in transformers and switchgear.
• Ensures optimal operation of fuel cells and gas turbines.

6. Electronics & Semiconductor Manufacturing

• Maintains ultra-low humidity levels in cleanrooms. Ensures the reliability of circuit boards and microchips.
• Protects sensitive electronic components from moisture damage.

7. Automotive & Aerospace Industries

• Regulates humidity in painting and coating applications.
• Ensures proper functioning of fuel cell systems.
• Prevents condensation-related issues in vehicle air systems.