|Antenna Material:||304(optional)||Measuring Range:||35m|
|Power Supply:||24VDC(Two Lines, Four Lines)||Medium Temperature:||-40~+300℃|
|Process Pressure:||-0.1~4.0MPa||Process Connection:||Flange (optional)|
|Measuring Accuracy:||0.05%-0.1%F.S||Typical Application:||Liquids, Agitated, Low Dielectric Constant Liquids|
6G Radar Level Transmitter,
Liquid Radar Level Transmitter,
False Echo Learning Radar Level Switch
False Echo Learning 35m Liquid NYRD803T 6G Radar Level Transmitter
NYRD803T 6G Radar Level Transmitter Working Principle
The microwave pulse of the radar level transmitter antenna is narrow and is a downward emitting antenna. The microwave irradiated on the surface of the medium is reflected back and received by the antenna system again, and the sent signal is automatically converted into a level signal by the electronic circuit (due to the fast propagation speed of the microwave, the time between the electromagnetic wave reaching the target and the reflection back to the receiver is almost instantaneous).
NYRD803T 6G Radar Level Transmitter Technical Parameters
|Typical application||Liquids, agitated, low dielectric constant liquids|
|Power supply||24VDC(Two lines, four lines)|
|Process connection||Flange (optional)|
|Explosion-proof grade||Exia II CT6|
NYRD803T 6G Radar Level Transmitter Design Feature
1. The intelligent radar level meter adopts advanced microwave processing technology and unique echo discovery echo processing technology. The product can be applied to various complex working conditions.
2. The "false echo learning" function enables the instrument to accurately identify the true echo under multiple false echo conditions, so as to obtain accurate measurement results.
3. Various process connection modes and detection element types can be customized according to customer requirements.
4. Using the pulse working mode, the product has extremely low emission power and can be installed in various metal and non-metal containers without harm to human body and environment.
Contact Person: Winnie