|Model:||NYRD803S（High Temperature Type）||Measuring Range:||35m|
|Process Temperature:||-40℃-+250℃||Process Pressure:||-0.1~4.0MPa|
|Repeatability:||± 3mm||Signal Output:||4-20mA/HART(Two Wire/FOUR Wire)|
Radar Level Transmitter 6.8GHz,
High Temperature Guided Radar Level Transmitter,
Intelligent Guided Wave Radar Level Transmitter
High Temperature Type NYRD803S 6.8GHz Intelligent Radar Level Transmitter
NYRD803S 6.8GHz Intelligent Radar Level Transmitter
Radar level meter antenna to join structure of radiator, radiator is a kind of to electrical appliances used hot electron component cooling device, made more than 304/316 of material such as stainless steel sheet structure.Very short microwave pulses with very low energy are transmitted and received through an antenna system. Radar level meter is suitable for liquid, slurry and granular material level of non-contact continuous measurement, suitable for temperature, pressure change; Where inert gases and volatiles are present.Radar waves travel at the speed of light. The operating time can be converted into a level signal by means of electronic components.The heat sink can make the heat from the components more effective conduction, so that the product can be applied to higher temperature occasions.A special time extension method ensures stable and precise measurements in a very short period of time.The measurement method of microwave pulse is adopted, and it can work normally in the range of industrial frequency band. Low beam energy, can be installed in a variety of metal, non-metal containers or pipes, no harm to human body and the environment.
NYRD803S 6.8GHz Intelligent Radar Level Transmitter Technical Parameter
Process conditions simple, Liquid (Liquid water storage tank;Soda acid storage tank), slurry, solid(Solid particles; Small tanks).
|Frequency rate limits||6.8GHz|
|Explosion-proof||EXia II CT6 Ga|
|Signal output||4-20mA/HART(Two wire/FOUR wire)|
|Power supply||24VDC(Two wire/FOUR wire)|
※ Note: Products can be customized according to the specific requirements of users!
Contact Person: Janna.wang