Economic radar level gauge for basic industrial measurement

radar level gauge

Radar products (also known as millimeter wave radar)） ，Due to its adoption of Ku Band radar frequency Millimeter wave bands with higher rates are suitable for remote target detection, strong smoke and dust environments, long-distance imaging, multispectral imaging, and other applications It has important applications and can detect smaller targets and achieve more accurate positioning than microwave radar, with higher resolution and Stronger confidentiality.

What is millimeter wave electromagnetic wave: Usually 30-300GHz The frequency domain (wavelength of) 1~ 10 Millimeters) The electromagnetic waves are called millimeter waves Located in the wavelength range where microwave and far-infrared waves overlap, it has the characteristics of both spectra. This product 76-81GHz The frequency band is The area with the least human understanding and application development so far has the following characteristics

Excellent transient performance: The pulse width of electromagnetic pulses in this frequency band can be as narrow as sub picoseconds（ps）Level, therefore, it can be used for Conduct time-resolved studies on various materials and measure molecular structures; By using sampling measurement technology, it is possible to effectively suppress far red Interference from background noise.

Economic radar level gauge for basic industrial measurement

Economic radar level gauge for basic industrial measurement

There is a wide broadband:The pulse source in this band usually only requires a few cycles of electromagnetic wave oscillation, which is similar to the oscillation of many biomolecules The bands of molecular vibration energy levels of dynamic and rotational energy levels, dielectrics, semiconductors, superconductors, and thin film materials are close. Therefore, this Band spectroscopy can serve as an effective means of detecting material information in the millimeter wave band, making it highly suitable for measuring material absorption Spectroscopy can be used for qualitative identification applications.

Coherence:Coherent current driven dipole oscillation or coherent laser pulse nonlinear frequency difference effect;

Low energy:Millimeter wave photons have only a few millielectronvolts of energy and will not appear X Radiation ionization and destruction of the substance to be tested Elephants, therefore, are not easily damaged by the substance being tested.

Strong penetrability:For non-polar substances, they have strong penetrating power, and many non-metallic non-polar materials absorb radiation in this wavelength rangeSmall, therefore, it can be used to detect the internal structure of materials. For example, ceramics/cardboard/plastic products/Electromagnetic effect of foam on this bandRadiation is transparent and can also be used at airports/Station safety monitoring, such as exploring machinery/Explosives and explosives, or used in electrical circuits Plate welding inspection.Easy to be absorbed by polar molecules:This band has less scattering in non-uniform materials and can detect and measure water vapor content. It is also possible to study the composition of substances or conduct quality control by analyzing their characteristic spectra.

As a tool used in the field of industrial measurement 78GHz Band radar, high-precision, non-contact level and liquid measurement, with other common features The unparalleled advantages of microwave pulse radar and guided wave radar, including extremely narrow beam and penetration capability, make them more adaptable to ultra complex working conditions, Without compromising measurement performance.

Note: Due to differences in instrument configuration and functionality, the reference price may deviate significantly from the actual price. For accurate pricing and delivery time, please consult our sales consultant by phone. Thank you!

Economic radar level gauge for basic industrial measurement