Guided Wave Radar
TYCK LG270 Guided Wave Radar Level Transmitter
TYCK OCEAN series · Configurable industrial instrument
5 SKUs →
GUIDED WAVE RADAR
Guided Wave Radar Level Transmitters
Select guided wave radar level transmitters by medium, dielectric behavior, range, probe type, vessel geometry, interface, buildup and mechanical loads.
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
Guided Wave Radar
Choose a product to review its current catalog information, then confirm the exact configuration in the quotation.
1 products
DIRECT ANSWER
Where does Guided Wave Radar fit?
Select guided wave radar level transmitters by medium, dielectric behavior, range, probe type, vessel geometry, interface, buildup and mechanical loads.
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
Guided Wave Radar product structure
Use a family page to narrow the technology. Confirm a specific model only after the application data is reviewed.
PRODUCT CATEGORYRadar Level Transmitters
1 product available for configuration review.
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PRODUCT CATEGORYGuided Wave Radar
1 product available for configuration review.
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PRODUCT CATEGORYCapacitance Level Transmitters
1 product available for configuration review.
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PRODUCT CATEGORYHydrostatic Level Transmitters
1 product available for configuration review.
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PRODUCT CATEGORYLevel Switches
3 products 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.
Liquids
State dielectric behavior, vapor, foam and possible interface layers.
Interfaces
Provide both liquid properties, emulsion behavior and layer range.
Bulk solids
Review probe tension, pull forces, dust and buildup.
APPLICATIONS
Where the measurement task appears
- Bypass chambers
- Process vessels
- Interface measurement
CHALLENGES
Conditions to flag early
- Probe contact and buildup
- Mechanical pull forces
- Nozzle geometry
- Interface emulsion
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
Define the level task
Confirm total level, interface or both.
- 02
Choose probe construction
Review rod, cable or coaxial geometry against the vessel.
- 03
Check mechanical conditions
Account for agitation, pull forces, buildup and anchoring.
- 04
Verify installation
Confirm nozzle, probe length, dead zones and process limits.
FAQ
Guided Wave Radar measurement questions
These answers match the visible selection guidance and do not replace model-specific technical review.
How does guided wave radar differ from free-space radar?
Guided wave radar directs the signal along a probe in contact with the process; free-space radar measures through the vessel atmosphere.
How is probe type selected?
Rod, cable or coaxial probes are reviewed against range, vessel space, medium behavior and mechanical loads.
Can guided wave radar measure interfaces?
Some configurations can, but both liquids, dielectric behavior and emulsion layer must be reviewed.
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.