Double Cable Antenna NYRD703 1.8GHz Guided Wave Radar Level Meter Large Blue Case
NYRD703 1.8GHz Guided Wave Radar Level Meter Working Principle
The high-frequency microwave pulse emitted by the guided wave radar propagates along the detection component (steel cable ), and when it encounters the measured medium, due to the sudden change of the dielectric constant, it causes reflection, and part of the pulse energy is reflected back. The time interval between the transmitted pulse and the reflected pulse is proportional to the distance of the measured medium.
NYRD703 1.8GHz Guided Wave Radar Level Meter Technical Parameter
Typical application |
Liquids with low dielectric constant (such as methanol, kerosene, polypropylene solution, naphtha, etc.) |
Transmit frequency | 1.8GHz |
Products model | NYRD703 |
Antenna type |
Double cable type |
Antenna material | 304,316 (optional) |
Echo sampling | 55 times/s |
Measuring range | 6m |
Measuring accuracy | ±1mm |
Power supply | 24VDC,220VAC |
Signal output | 4...20mA/HART/RS485/Modbus... |
Process temperature | -40~130℃ |
Process pressure | -0.1~4.0MPa |
Procedure connection | flange(optional) |
Protection level | IP67 |
Explosion proof grade | Exia II CT6 Ga |
Note: Products can be customized according to the specific requirement of users!
NYRD703 1.8GHz Guided Wave Radar Level Meter Design Features
1. The guided wave radar level meter adopts advanced microwave processing technology and unique Echo Discovery echo processing technology, contact measurement, high measurement accuracy and more accurate measurement. At the same time, the guided wave radar is resistant to adhesion and is not affected by the external environment such as medium temperature and adhesion.
2. A variety of process connection methods and types of detection components make 70X series guided wave radar level gauges suitable for various complex working conditions and applications. Such as: high temperature, high pressure and low dielectric constant medium.
3. 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 the human body and the environment.