Millimeter-Wave Radar
YRD01-WB-80
80GHz Ranging Radar (Lens type)
Product Overview
The YRD01-WB-80 millimeter-wave radar is specifically designed for hydrological detection. It adopts FMCW mode with non-contact installation, compact size, high precision, low power consumption and strong anti-interference. Default IP67 waterproof housing can be upgraded to IP68 by full potting for underground pipeline environments with long-term immersion risk.
Key Features
β
80 GHz band (77β81 GHz, 4 GHz bandwidth)
β
0.1β40 m range, Β±3 mm accuracy
β
Non-contact installation, maintenance-free
β
Adjustable refresh rate 0.1β25 fps
β
Free switching between ASCII/MODBUS
β
Optional full-potting upgrade to IP68
Technical Specifications
| Ranging range | 0.1β40 m |
|---|---|
| Measurement accuracy | Β±3 mm |
| Resolution | 1 mm |
| Transmission frequency | 77β81 GHz (4 GHz bandwidth) |
| Output power (EIRP) | typ. 13 dBm, max 20 dBm |
| Beam width (-3dB) | Horizontal/vertical Β±3Β° |
| Working voltage | 9β24 V DC (typ. 12 V) |
| Working current | typ. 25 mA |
| Output | RS485, default baud 115200, ASCII/Modbus switchable |
| Refresh rate | 0.1β25 fps |
| Protection rating | IP67 (optional IP68 via full potting) |
| Dimensions | Ξ¦66Γ96 mm |
| Weight | 212 g |
| Working temperature | -45 to +85 Β°C |
Typical Applications
River hydrology monitoring
Mountain flood warning
Dam safety monitoring
Underground pipeline level
Urban waterlogging monitoring
Need selection help or a quotation?
Our engineers provide free selection advice and solution design for your measurement scenario.
Contact UsRelated Products
YRD01-WB-120
120GHz High-Precision Ranging Radar
- <li>FMCW non-contact measurement</li> <li>120β123.5 GHz band, Β±1 mm high accuracy</li> <li>Independent replaceable lens design</li>
YRD01-WB-24
24GHz Ranging Radar (Flat-panel type)
- <li>24 GHz band, 75 m extra-long range</li> <li>Flat-panel antenna, compact structure</li> <li>Β±1 cm measurement accuracy</li>
YRD02-WB-B
Radar Flowmeter (Bluetooth, open channel/river)
- <li>Integrated velocity + level dual radar</li> <li>RNG k-Ξ΅ turbulence model flow integration</li> <li>Bidirectional velocity auto-identification with configurable filtering</li>