Thermal Flow Sensors
TYCK FS210 Thermal Flow and Temperature Sensor
Calorimetric flow monitoring with optional integrated temperature output
4 SKUs →
THERMAL FLOW SENSORS
Thermal Flow and Temperature Sensors
Review calorimetric thermal flow sensors by liquid or gas, velocity range, thermal properties, pressure, temperature, insertion, connection and output requirements.
PRODUCT CATALOG
Browse categories and products together
Select a measurement area or product family in the category tree. The product results stay beside the navigation so you always know where you are.
SEARCH OR FILTER
Find a product or narrow the operating conditions
Product Catalog
Thermal Flow Sensors
Choose a product to review its current catalog information, then confirm the exact configuration in the quotation.
1 products
DIRECT ANSWER
Where does Thermal Flow Sensors fit?
Review calorimetric thermal flow sensors by liquid or gas, velocity range, thermal properties, pressure, temperature, insertion, connection and output requirements.
Prepare these four inputs
- Measurement task and medium
- Operating range and upset conditions
- Mechanical installation and materials
- Power, output, communication and documents
TECHNOLOGIES & PRODUCT CATEGORIES
Thermal Flow Sensors product structure
Use a family page to narrow the technology. Confirm a specific model only after the application data is reviewed.
PRODUCT CATEGORYElectromagnetic Flowmeters
2 products available for configuration review.
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PRODUCT CATEGORYVortex Flowmeters
1 product available for configuration review.
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PRODUCT CATEGORYTurbine Flowmeters
1 product available for configuration review.
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PRODUCT CATEGORYUltrasonic Flowmeters
1 product available for configuration review.
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PRODUCT CATEGORYThermal Flow Sensors
1 product available for configuration review.
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PRODUCT CATEGORYPositive Displacement Flowmeters
1 product available for configuration review.
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TYPICAL MEDIA
Start with what is being measured
Use the medium and operating conditions to narrow the suitable measurement principle and construction.
Water and glycol
State concentration, temperature and expected velocity.
Air monitoring
Provide pressure, temperature and velocity range.
Compatible oils
Include viscosity and thermal behavior across temperature.
APPLICATIONS
Where the measurement task appears
- Cooling circuits
- Dry-run and flow monitoring
- Machine utility lines
CHALLENGES
Conditions to flag early
- Changing thermal properties
- Buildup on the probe
- Temperature transients
- Incorrect insertion
INDUSTRIES
Common project contexts
- Process manufacturing
- Water and utilities
- Energy projects
- Machinery and OEM systems
SELECTION FACTORS
A practical four-step selection brief
Use these steps to prepare a useful quotation request without guessing a model.
- 01
Identify the medium
Provide composition and thermal properties where known.
- 02
Set velocity conditions
State minimum, normal and maximum velocity.
- 03
Review installation
Confirm pipe size, insertion and connection.
- 04
Define outputs
Specify switching, analog, IO-Link and temperature needs.
FAQ
Thermal Flow Sensors measurement questions
These answers match the visible selection guidance and do not replace model-specific technical review.
Is a thermal flow sensor a mass flowmeter?
Not automatically. The FS210 page describes flow monitoring; a mass-flow requirement needs a separate technical review.
Can one device monitor temperature?
Selected configurations can provide flow and temperature information.
Why do medium properties matter?
Calorimetric response depends on heat transfer, so medium and temperature changes affect selection.
APPLICATION-LED QUOTATION
Send the operating conditions, not just a product keyword
Include the measured variable, medium, range, pressure, temperature, installation, output, quantity and destination. The quotation can then record the proposed model and supply scope.