NYSP-M19 Anti Hanging Rf Admittance Level Transmitter For Conducting Liquid

NYSP-M19 Anti-Hanging RF Admittance Level Transmitter With Large Measuring Range

The working Principle of NYSP-M19 Anti-hanging RF Admittance Level Transmitter With Large Measuring Range

RF conductivity measurement technique is a position measurement technique with unique advantages. Although similar to the concept of general capacitance measurement technology, the RF conduction technology adds Driving-shield circuit and chopper circuit to the electronic unit, thus enabling separate measurement of impedance and capacaciance. Calculated by the laws of physics, the impedance and toleracitivity of any pendant are equal, so the effects of the pendant can be measured and eliminated from the total output by the phase shift of the oscillating circuit.

The radio frequency admittance level transmitter is a continuous level measurement product based on the principle of RF conductivity. The product has several advantages, such as high stability, high sensitivity and a wider measuring range. Compared with the traditional capacitive level meter, the uniquedesign can simply and conveniently realize the instrument setting. Once the setting is completed, it can be used normally and maintenance-free for life. So that users can intuitively understand the operation of the equipment, and timely deal with the problems, in complex industrial occasions is also as safe and reliable.

Design features of NYSP-M19 Anti-hanging RF Admittance Level Transmitter With Large Measuring Range

◎ anti hanging: the unique driving shield circuit design improves the anti hanging ability

◎ power supply range: power supply working range: 13 ~ 35vdc

◎ probe process temperature: - 100 ℃ ~ 800 ℃

◎No dead zone measurement, can be applied to a large range of material level measurement occasions of more than ten centimeters or even several centimeters

◎The maximum measuring range can reach hundred meters, even hundreds of meters

◎Viscous material interface measurement is a great advantage of this instrument

◎stable and reliable output, resistant to fly ash, falling material, water vapor, crystallization and wax

◎no movement, no parts easy to wear, no regular cleaning, maintenance and debugging

Technical parameters of NYSP-M19 Anti-hanging RF Admittance Level Transmitter With Large Measuring Range

※Note:The product can be customized according to the specific requirements of users.

Company Introduction

 Xi'an Dehou Electronic Technology Co., Ltd. is a high-tech enterprise specializing in research and development, production, sales of industrial automation instruments and providing Internet of Things solutions.

At present, the company has obtained more than 100 patents and more than 20 soft patents. It has passed IS09001 quality management, IS014001 environmental management, IS045001 Occupational Health and safety management, Occupational Health and Safety Management, GBT29490 Intellectual Property Management, military standard, information security and other system certification and EU CE certification, Russian EAC certification, ATEX explosion-proof certification and SIL certification and other qualifications.

The company is committed to the system integration of process measurement, control, management and other aspects of the system and the development, development, production, sales and service of intelligent instruments and instruments of the Internet of Things.At present, it has metering level FM radar level, pulse radar level, radio frequency guide level, liquid level of magnetover, magnetoexpansion level, sound fork density (level), pressure, flow, multi-point thermometer, analysis, system and tank area meter.The products are widely used in petrochemical industry, coal chemical industry, metallurgy, electric power, building materials, food and medicine and environmental protection water treatment and other industries.

The company can provide customers with location, pressure, temperature, flow, measurement requirements of analytical instruments and cooperation of the Internet of T scheme.