Compact Dew Point Transmitter Delhi

Precision Instrument for Moisture Measurement in Gases

We are supplying compact dew point transmitters used to measure the moisture content (dew point) in compressed air, nitrogen, oxygen, and other industrial gases. These devices are manufactured with advanced capacitive or polymer sensors offering high stability, fast response, and long-term drift resistance. Dew point transmitters play a vital role in detecting humidity traces that could damage instruments, pipelines, or sensitive processes.

In the capital city, Delhi, compact dew point transmitters are used in pharmaceutical labs, food packaging lines, power plants, and gas drying systems. These products are generally used in domestic and industrial sectors that require accurate control of moisture levels, such as compressed air systems, glove boxes, laser cutting lines, and cryogenic gas storage plants. Their small footprint and reliable output make them ideal for modern monitoring systems.

Each transmitter comes with a digital interface, analog output (typically 4–20mA or Modbus RTU), and integrated temperature compensation. Their compact size allows direct installation into pipelines, air dryers, or measurement ports. Built-in sensor protection filters and robust stainless steel enclosures ensure durability in both cleanroom and industrial environments.

Features

• Compact IP65 stainless steel housing
• Measurement range: -100°C to +20°C dew point
• High accuracy: ±2°C dew point
• 4–20mA / RS485 Modbus communication output
• Fast stabilization and low hysteresis

Air & Gas Systems

These transmitters are widely used in domestic and industrial sectors such as: – Compressed air quality monitoring – Glove box and cleanroom environments – Nitrogen/argon/oxygen gas supply lines Desiccant dryer and heatless air dryer validation – Laser cutting and semiconductor gas chambers

Specification

Delhi’s Industrial Monitoring Systems

From Okhla industrial estate to Bawana manufacturing zone, dew point transmitters are being deployed across compressed air networks, gas mixing panels, and packaging zones. Their reliability, accuracy, and digital integration features make them essential for ISO-certified process monitoring setups.