Product Center

产品中心

80G Radar Level Transmitter – Flange-Mounted Type
80G Radar Level Transmitter – Flange-Mounted Type
80G Radar Level Transmitter – Flange-Mounted Type
80G Radar Level Transmitter – Flange-Mounted Type
+
  • 80G Radar Level Transmitter – Flange-Mounted Type
  • 80G Radar Level Transmitter – Flange-Mounted Type
  • 80G Radar Level Transmitter – Flange-Mounted Type
  • 80G Radar Level Transmitter – Flange-Mounted Type

80G Radar Level Transmitter – Flange-Mounted Type

Product Introduction:

The 80G radar level meter supports both four-wire and two-wire applications. The product comes in multiple models, with a measurement range of up to 120 meters and a blind zone as low as 6 cm. Thanks to its higher operating frequency and shorter wavelength, it is particularly well-suited for high-precision liquid or solid level measurement. Its unique advantage lies in its lens-based method of transmitting and receiving electromagnetic waves, making it ideal for use in environments with high dust levels and extreme temperatures.

  • Details
  • Product Parameters
  • Solution
    • Commodity name: 80G Radar Level Transmitter – Flange-Mounted Type
    • Commodity ID: 7

    The 80G radar level meter supports both four-wire and two-wire applications. The product comes in multiple models, with a measurement range of up to 120 meters and a blind zone as low as 6 cm. Thanks to its higher operating frequency and shorter wavelength, it is particularly well-suited for high-precision liquid or solid level measurement. Its unique advantage lies in its lens-based method of transmitting and receiving electromagnetic waves, making it ideal for use in environments with high dust levels and extreme temperatures.

    Accuracy as high as 1 mm

    Based on our self-developed CMOS millimeter-wave RF chip, we achieve a more compact RF architecture, higher signal-to-noise ratio, and smaller blind spots.

    A 5GHz operating bandwidth enables the product to deliver higher measurement resolution and accuracy.

    With a minimum antenna beam angle of 3°, interference from the installation environment has less impact on the instrument, making installation even more convenient.

    With a shorter wavelength, it exhibits superior reflection properties on solid surfaces, eliminating the need for a special universal flange for aiming.

    Supports remote debugging and remote upgrades, reducing wait times and boosting work efficiency.

    Supports mobile phone Bluetooth debugging, making on-site maintenance more convenient.

  • Measurement range

    (0–10) m / (0–35) m / (0–120) m

    Transmitter output

    4–20mA

    Communication Output

    RS485, MODBUS; HART

    Power supply

    (15–28) VDC; 220 VAC

    Process temperature

    (-40~80)°C / (-40~150)°C / 500°C – other temperatures available upon request

    Accuracy

    ±1 mm

    Beam angle

    3rd

    Electrical connection

    M20 x 1.5

    Protection Level

    IP67

    Shell Material

    Aluminum alloy or stainless steel

    Process Connection

    DN50/DN80/DN100/DN150, etc.

Prev

Next

Accuracy as high as 1 mm

Based on our self-developed CMOS millimeter-wave RF chip, we achieve a more compact RF architecture, higher signal-to-noise ratio, and smaller blind spots.

A 5GHz operating bandwidth enables the product to deliver higher measurement resolution and accuracy.

With a minimum antenna beam angle of 3°, interference from the installation environment has less impact on the instrument, making installation even more convenient.

With a shorter wavelength, it exhibits superior reflection properties on solid surfaces, eliminating the need for a special universal flange for aiming.

Supports remote debugging and remote upgrades, reducing wait times and boosting work efficiency.

Supports mobile phone Bluetooth debugging, making on-site maintenance more convenient.

关键词: 80G Radar Level Transmitter – Flange-Mounted Type

Previous Page

Next Page

Online Message

If you encounter any problems or have good ideas about our services, please tell us to help us serve you better!

%{tishi_zhanwei}%