Where dryness meets precision. This sensor doesn’t just measure moisture, it masters it. From compressed air lines to drying chambers, it reads the invisible trace of humidity with surgical clarity. Engineered to endure pressure, vibration, and time, it converts dew point data into actionable insight. Whether safeguarding equipment or optimizing energy use, it’s the quiet sentinel behind efficient systems and flawless performance
Quickly verify paint thickness for used car assessments, repairs, and quality checks.
Ensure coating specifications are met on structural steel, railings, and metal fixtures.
Perform fast pass/fail checks on production lines and incoming parts.
Confirm coating thickness during application to prevent costly over- or under-application.
Precision moisture sensing for efficient drying and system protection
EE354 is a compact dew point sensor optimized for refrigeration dryers. With ±1 °C accuracy, stainless steel housing, and Modbus/analog outputs, it ensures reliable compressed air monitoring and reduced maintenance costs
EE355 measures dew point down to –60 °C Td with ±2 °C accuracy. Its rugged stainless steel design, Modbus RTU, and 4–20 mA output make it ideal for compressed air and drying systems
EE371 is a compact dew point transmitter for compressed air and process gases. Measuring –60…+60 °C Td with auto‑calibration, robust housing, and configurable outputs, it delivers long‑term stability and easy integration
Wide Range: Measures dew point from very low to high values with consistent precision
Fast Response: Hot-film sensing element provides rapid detection of moisture changes
Compact Probe: Slim design for easy insertion into ducts and tight spaces
Flexible Outputs: Offers analog and digital interfaces for seamless system integration
Rugged Build: Dust- and corrosion-resistant housing for reliable industrial use
Temperature Compensation: Maintains accurate readings across varying temperatures
Measurement Range: Dew point from -80 °C to +60 °C
Accuracy: ±0.5 °C Td above -40 °C; ±1.0 °C Td below -40 °C
Response Time: <10 seconds to 90% change under typical flow
Outputs: 4–20 mA analog and RS485 Modbus digital standard
Power & Environment: 12–36 V DC supply; operating ambient -40 °C to +60 °C
Mechanical & Compliance: Stainless steel probe, IP65 housing, CE and RoHS certified
For Rough Surfaces, For High Precision, For Non-Metals and For Tight Spaces
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Collects data from multiple sensors for easy monitoring
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Measures humidity and temperature for system integration
It is the exact temperature at which air becomes saturated and condensation begins to form.
Use it in critical applications like data centers or compressed air lines where any condensation is unacceptable.
To prevent moisture from rusting pipes, damaging pneumatic tools, and contaminating end products.
It allows a control system to act before condensation forms, preventing corrosion and equipment failure.
Risks include equipment corrosion, product spoilage, and mold growth in critical environments.
Yes, meteorologists use it as an accurate indicator of how humid it actually feels.
