Where air meets intelligence. This sleek sensor doesn’t just measure airflow, it empowers environments. From sterile labs to bustling factories, it captures the pulse of moving air with precision and converts it into clean, digital insight. Built to endure, designed to integrate, and calibrated for clarity, it’s the unsung hero behind smarter climate control and optimized ventilation
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.
Turning airflow into insight—precision monitoring with every breath
The EE576 air velocity transmitter measures ultra-low airflow accurately using hot-film technology. Its compact design ensures easy installation, with linear analog outputs for reliable integration in HVAC, cleanroom, and industrial systems
The EE671 air velocity transmitter offers precise airflow measurement up to 20 m/s with hot-film technology, compact design, easy installation, and versatile analog or digital outputs for reliable HVAC and ventilation control
The EE680 air velocity transmitter offers precise airflow and temperature measurement for HVAC and building automation, featuring robust design, fast response, and digital outputs for efficient indoor climate control
EE75 delivers high-precision airflow measurement up to 40 m/s, using robust hot-film sensing, configurable outputs, and durable design—ideal for demanding industrial environments, HVAC systems, and process control applications
Wide Range: Measures airflow from ultra‑low to high velocities with precision
Hot-Film Sensor: Ensures fast response and long-term stability
Compact Probe: Slim design allows easy duct or system installation
Flexible Outputs: Supports analog and digital signals for seamless integration
Durable Build: Resistant to dust and harsh industrial conditions
Temperature Compensation: Maintains accuracy across varying thermal environments
Measuring Range: 0.2 m/s up to 40 m/s (model dependent)
Accuracy: ±(0.2 m/s + 2–3% of reading)
Sensor Principle: Thermal hot‑film anemometer
Outputs: Analog (0–5 V / 0–10 V / 4–20 mA) or Digital (Modbus RTU)
Operating Temperature: –20 °C to +60 °C (probe), –10 °C to +50 °C (electronics)
Protection Class: IP65 housing for reliable use in harsh environments
For Rough Surfaces, For High Precision, For Non-Metals and For Tight Spaces
A CO₂ sensor monitors carbon dioxide levels for safe and healthy air
Monitors moisture and heat for balanced indoor climate
Detects condensation risk for reliable system protection
Collects data from multiple sensors for easy monitoring
Detects water in oil to protect equipment
Measures humidity and temperature for system integration
It measures the speed of air inside ducts or controlled spaces and sends that data to a control system.
To ensure the HVAC system is balanced and efficient, delivering the correct airflow to each room.
They are typically installed inside air ducts, VAV boxes, or critical environments like cleanrooms.
Yes, incorrect airflow readings can help diagnose blocked filters, fan issues, or faulty dampers.
It heats a thin wire; as air flows, it cools the wire. The power needed to keep it hot equals the air velocity.
They usually provide a standard 4-20mA or 0-10V analog signal compatible with any BMS.
