Thermal Mass Flowmeters

Thermal mass flowmeters measure gas flow by detecting heat transfer, offering highly accurate and stable readings without needing pressure or temperature adjustments. They are widely used in industries for precise gas monitoring and control.

Why Thermal Mass Flowmeters?

Reliability:

Engineered for steady performance with minimal maintenance.

Precision:

Find the exact pressure range you need from our wide selection.

Resilient:

From vibrations to extreme temperatures.

Support:

Get personalized, hands-on assistance from our team.

Thermal Mass Flowmeters

With no moving parts, thermal mass flowmeters provide durable, low-maintenance performance and respond quickly to changes in flow, making them ideal for real-time industrial process measurement and energy management.

FMT200

Compact ultrasonic sensor with glycol and temperature compensation.
Accurate flow measurement for HVAC and water systems.
Features 0-10 V output and high precision.
Suitable for closed systems, flow up to 91.2 L/min.

FMT400

High-precision flowmeter for industrial use.
Supports digital communication for integration.
Compatible with gases and liquids.
Durable design for complex environments.

FMT200-ECO2

Eco-friendly, dynamic thermal mass flowmeter.
Ideal for OEM and testing bench applications.
Plug-and-play with configurable digital output.
Wide flow range, accurate and repeatable.

FMT700-P

Advanced thermal mass flowmeter for rapid gas flow.
Auto pipe size detection and diagnostics.
Compatible with varied pipe sizes.
Suited for engine tests and precision industries.

Key Features

Provides precise gas mass flow readings.
Ensures low maintenance and long service life.
Allows quick response to flow changes.
Measures diverse gases with minimal recalibration.
Performs reliably in harsh industrial environments.
Eliminates need for pressure or temperature correction.

Industrial Applications:

Compressed Air Monitoring: Track compressed air usage and detect leaks in industrial plants.
Combustion Control: Optimize fuel and air mix in boilers and furnaces.
Aeration in Wastewater: Manage air flow in water treatment processes.
Biogas Measurement: Monitor biogas production and emissions.
Pharmaceutical Processing: Regulate gas flows in medicine and food production.
Power Plant Flow: Measure air and natural gas for efficient energy generation.