Key advantages of this series are as follows:
* Millimeter-wave RF chip, enabling a more compact RF architecture, higher signal-to-noise ratio, and smaller blind zone.
* 5GHz operating bandwidth, providing higher measurement resolution and accuracy. * Narrowest 3' antenna beam angle reduces the impact of environmental interference on the instrument, making installation easier.
* Shorter wavelength provides better reflection characteristics on solid surfaces, eliminating the need for a universal flange for aiming.
* Supports Bluetooth debugging via mobile phone, facilitating on-site maintenance.
Technical Support
| Transmission Frequency |
76GHz~81GHz， |
| Measurement Range |
15m 35m 85m 120m |
| Measurement Accuracy |
1mm |
| Beam Angle |
3 ≤, 8 ≤ |
| Power Supply Range |
18~28.0VDC |
| Communication Method |
HART/MODBUS/PROFIBUS-PA/Bluetooth Communication |
| Signal Output |
4~20mA or RS-485 |
| Shell Material |
Aluminum Casting, Stainless Steel |
| Antenna Type |
Threaded/Universal/Flat/Flat Heat Dissipation/High Temperature High Pressure |
| Cable Entry |
M20*1.5 |
| Recommended Cable |
0.5mm |
| Protection Rating |
IP67 |
Dimension Diagram
Schematic diagram of pipe thread process connection at room temperature
Schematic diagram of universal flange at high temperature
Structural Dimension Diagram of Corrosion-Resistant Version
High-Temperature Structural Dimension Diagram of Corrosion-Resistant Version
Structural Dimension Diagram of Corrosion-Resistant Version
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