6.3GHz Pulse Radar Level Transmitter BBZ RD52

6.3GHz Pulse radar level transmitter BBZRD52

Application: suitable for simple process liquid measurement under highly corrosive and sanitary environment.

Features: Full PTEE antenna, highly corrosive resistant, no health dead band.

Specifications

Details of 6.3GHz Pulse radar level transmitter BBZRD52

NOTE:

1.Intrinsically Safe + marine license (Exia IIC T6) only with "A" "B" electronic assembly and "G" type housing;  

2. Intrinsically Safe+ explosion proof (Exd [ia] ia IIC T6) only with "D" type housing.

Features

1. As a result of advanced microprocessor and unique EchoDiscovery echo processing technology, the pulse radar level transmitter BBZRD5X can be used in a variety of complex conditions.
2. "False echo study" function enables the instrument can be accurately identify the true echoes from a number of false echoes conditions to obtain accurate measurement results.
3. A variety of process connections and antenna type enable BBZRD5X series of radar level gauge suitable for a variety of complex conditions and applications. Such as: high temperature, high pressure and low dielectric constant media measurement.
4. Using pulse operation mode, the radar level gauge has very low transmitting power. It can be installed in a variety of metals, non-metallic container with no harm to humans and the environment.

Measurement Principle

Pulse radar level transmitter BBZ RD5X Series (6.3GHZ)transmits narrow microwave pulses from the radar antenna, spreading at the speed of light in space, contacting with measured medium surface, part of its energy which is reflected off and received by the same antenna. The time lapse between pulse emission and reception is proportional to the distancefrom the antenna to measured medium surface. However, due to the fact that the electromagnetic wave is transmitted at extremely high speed, which leads to the tiny time lapse (nanosecond level) and makes it difficult to be identified. BBZ RD5X series of radar level transmitter have adopted a special demodulation technology, enabling itself to detect such tiny time interval between pulse emission and reception correctly, and eventually generate accurate measurement result.