high-quality guided wave radar level transmitter principle of operation supply for industrial

guided wave radar level transmitter principle of operation discloses a number of advantages such as reasonable structure and . This product has been certified under CE and RoHS.

Guided wave radar level transmitter working principle

Utilizing radar frequencies and a probe, guided-wave radar level measurement offers consistent and precise readings for monitored vessels. With the probe guiding the radar wave, it maintains its energy levels, enabling accurate measurement even in challenging environments. The guided wave radar level transmitter working principle behind guided wave radar level transmitters is Time Domain Reflectrometry (TDR), where a pulse is sent through a cable or rod to the vessel being measured. Any reflections indicate an open or short circuit in the cable.

The device sends a low energy microwave pulse down a probe. When the pulse hits the media, a significant proportion of the energy is reflected back up the probe to the device. The level is directly proportional to the time-domain reflectometry.

This product features very low no-load losses. This product is characterized by excellent temperature stability. This product can repeat the same measurement many times.

What are the advantages of guided wave radar level transmitter?

Our Guided Wave Radar Level Transmitters have dual interface capabilities, built-in digital displays, and a measuring range of up to 38m (124ft). With an overall accuracy of ±2mm, they match the precision of 80 GHz level sensors. These transmitters provide reliable measurements at the bottom of a tank for both liquid and solid media. They are ideal for continuously monitoring levels in challenging environments, as their performance remains unaffected by changes in viscosity, density, or acidity. Additionally, they can handle agitated surfaces such as boiling liquid, dust, foam, or vapor without compromising accuracy.

Besides offering accurate readings, Radar level transmitters can also be made technologically advanced. Here are some advantages:

They are applicable for level as well as interface measurements.

The consistency of liquids is not an issue. It may be viscous, slurry, semi-solid, particulate, and so on.

There is no impediment in the measurement process irrespective of the conductivity level, dielectric constant, density, pressure, or temperature of the fluids. All these factors do not hamper the accuracy of the readings.

Radar level transmitters are easy to install and low on maintenance as there are minimal or no moving parts.

If you need radar level transmitters to make your application a non-contact one, make sure you source them from a reputed supplier. Kaidi Sensors is a distributor of new and used guided wave radar transmitter. The company sources these transmitters only from known and certified brands, and has served many clients across industries with their transmitter requirements.