Smart LCD Display Industrial Radar Level Meter For Level Measurement

Description Smart LCD Display Industrial Radar Level Meter

The high-frequency radar level gauge is that the radar level gauge uses a transmission frequency of up to 26GHz/24GHz, which increases the measurement distance and accuracy. The antenna is further optimized, and the processor is also upgraded accordingly, so that it can be updated. High-speed signal analysis. Combining these factors, the performance of the instrument has been greatly improved, which can overcome more complicated measurement conditions and obtain more accurate measurement data.

Specification Smart LCD Display Industrial Radar Level Meter

Features Smart LCD Display Industrial Radar Level Meter

The high frequency radar level gauge uses a transmission frequency of up to 26GHz, so it has:
The beam angle is small (minimum 5 degrees) and the energy is concentrated, which not only enhances the echo ability, but also helps avoid interference, has stronger anti-interference ability, and greatly improves the measurement accuracy and reliability.
The antenna size is small, easy to install and install dust cover and other antenna protection devices.
The measurement blind zone is smaller, and good results can be obtained for small tank measurement.
The shorter the wavelength, it is more suitable for the level measurement of small particles, and it has better reflection on the inclined solid surface.
Using advanced microprocessors and unique EchoDiscovery echo processing technology, the radar level gauge can be applied to various complex working conditions.
Using pulse working mode, the radar level meter has extremely low transmit power, and can be installed in various metal and non-metal containers without harm to the human body or the environment.
Non-contact radar, no wear, no pollution.
Hardly affected by corrosion and foam.
Almost unaffected by changes in water vapor, temperature and pressure in the atmosphere.
Severe dust environment will not affect electromagnetic wave work.
High signal-to-noise ratio, better performance can be obtained even under fluctuating conditions.
High frequency, it is the best choice for measuring solid and low dielectric constant medium.