80 GHz Radar Level Meter (WKD18 / KJD-80)
Non-contact 80 GHz FMCW radar level meter for tanks, silos and difficult process conditions up to 70 m.
Non-contact radar level measurement for tanks, silos, vessels and difficult process conditions.

80 GHz radar uses a narrow beam and is selected for challenging vapor, foam, dust and temperature variation.
We confirm range, nozzle size, antenna style and blind zone before quotation.
Non-contact 80 GHz FMCW radar level meter for tanks, silos and difficult process conditions up to 70 m.
Compact non-contact radar transmitter for water, wastewater, utility tanks and small-to-medium process vessels.
High-frequency radar level meter for tall silos, dusty bulk solids and sloped material surfaces.
Self-cleaning air-purge radar configuration for dusty silos and buildup-prone powder applications.
High-frequency radar level meter configured for cement silos, fly ash storage and heavy-dust bulk solids.
Non-contact radar level meter selected for acid, alkali, solvent and chemical tanks with corrosion-resistant wetted/exposed parts.
Compact 60 GHz radar sensor for canals, reservoirs, underground pipe networks and water-level telemetry.
Battery or low-power radar level meter with 4G, NB-IoT, LoRa or wireless telemetry options.
Non-contact radar package for open-channel water level and surface velocity monitoring.
Radar level transmitter configuration for hazardous-area storage tanks and process vessels.
Radar level meter configuration for hot process vessels, thermal tanks and high-temperature vapor spaces.
Probe-guided radar transmitter for narrow vessels, foam, turbulence and interface measurement review.
Flexible cable-probe guided wave radar for tall tanks, bypass-free vessels and selected bulk solids applications.
Rigid rod-probe guided wave radar for short-to-medium tanks, stable liquid surfaces and bypass chambers.
Coaxial guided wave radar configuration for low-dielectric liquids, bypass chambers and compact process vessels.
Radar level meters are selected when the buyer needs non-contact continuous level measurement in tanks, vessels, pits, channels or silos. They are usually preferred over ultrasonic instruments when vapor, foam, dust, temperature variation or long measuring distance makes acoustic echo unstable.
For liquids, start with tank height, nozzle size, dielectric condition, foam, vapor, pressure and temperature. For solids, add silo diameter, filling point, dust intensity, material name, bulk density and the expected surface angle. These details decide whether a compact radar, long-range silo radar, air-purge radar or guided wave radar is safer.
80 GHz radar is useful for narrow beam angles and small nozzles. 60 GHz water radar is often used in hydrology and outdoor level telemetry. Guided wave radar is a contact technology and should be treated separately: probe style, dielectric, buildup and mechanical load matter as much as electronics.
Do not select only from the advertised range. Antenna type, blind zone, false echo suppression, certificate, process seal and installation geometry decide whether the model will work in the real tank.
For RFQ, send tank or silo height, nozzle drawing, medium, temperature, pressure, output signal, power, certificate requirement and any site photos. WELK then confirms the product family and model before quotation.
| Type | Best for | RFQ note |
|---|---|---|
| 80 GHz tank radar | General liquid tanks, foam, vapor and narrow nozzles | Tank height, nozzle, pressure and output |
| Compact radar | Short to medium liquid tanks and OEM skids | Range, thread size and signal |
| Air-purge silo radar | Dusty cement, lime, fly ash and grain silos | Dust level and purge air condition |
| Corrosive-liquid radar | Acid, alkali and solvent tanks | Chemical name, concentration and seal material |
| Guided wave radar | Narrow tanks, chambers and interface duties | Probe type, dielectric and buildup |
| Open-water radar package | River, canal and reservoir monitoring | Mounting height, power and telemetry |
| 3D silo scanner | Inventory estimation with uneven bulk-solid surface | Silo geometry and volume accuracy target |
Usually yes. Radar is less affected by dust than ultrasonic, but antenna buildup, aiming and the filling stream still need review.
80 GHz is common for narrow-beam tank and silo work. 60 GHz is often used for compact outdoor water level sensors. The final choice depends on range, mounting and medium.
Use guided wave radar when the signal needs a probe path, for example in narrow vessels, bypass chambers, low dielectric liquids or interface applications.
Yes, if the antenna face, seal and process connection are compatible with the chemical, concentration and temperature.
Send medium, range, tank or silo height, nozzle, process pressure, temperature, output, power and certificate requirements.
Engineering confirms the product family before quotation.
Uploaded reference files are included with the inquiry. For larger CAD packages, reply to the confirmation email or send them here:
Our team typically replies within 24 hours.
Integrated, split, compact, low-blind-zone, corrosion-resistant and explosion-proof ultrasonic level meters with analog, relay and RS-485 options.
Cable, armored, small-diameter, anti-corrosion, smart HART and flush-diaphragm hydrostatic transmitters for continuous liquid level signals.
Power-free local indication plus magnetic, glass plate/tube, high-pressure, lined, steam-jacketed, insulated, switch and 4-20 mA transmitter configurations.

A first-pass guide for choosing radar or ultrasonic level measurement from medium, vapor, foam, dust and tank geometry.