Exquisite Soild Structure NH-93420 Series Liquid Level Transmitter For Various Liquid level Measurement Applications

High Stability And Precision NH-93420 Series Liquid Level Transmitter Fully Protected Operating Principle

NH-93420 series liquid level transmitter is designed as fully stainless steel and fully sealed submerged solid piezoresistive liquid level measuring instrument. This product is composed of the high stability and reliability piezoresistive pressure sensor of foreign famous brands, as well as the high-precision intelligent transmitter processing circuit. It also adopts precision digital temperature compensation technology and nonlinear correction technology to convert the measured liquid level value into standard signal output. Water proof cable is connected with and outer shell, the vent pipe in the cable, so it can keep working for a long time. The integrated structure and standardized signal output provide convenience for field use and automatic control. This product works in a two-wire system. It is small in size, light in weight, easy to install, and easy to use. It is suitable for liquid level measurement and control in the fields of petroleum, chemical industry, power plants, urban water supply, and water temperature exploration.

NH-93420 Series Liquid Level Transmitter Design Feature

◎ High stability and precision.

◎ Exquisite structure, which can be directly put into the measured medium to measure the liquid level, and the installation and use are quite convenient.

◎ Solid structure, no movable parts, high reliability and long service life, high-precision measurement can be carried out from water, oil to paste with high viscosity, and is not affected by the foaming, deposition and electrical characteristics of the measured medium.

◎ Wide range temperature compensation.

◎ It has power supply reversing phase protection, overload current limiting protection, lightning protection and radio frequency interference protection.

NH-93420 Series Liquid Level Transmitter Technical Parameter

※ Remarks: products can be customized and designed according to the specific requirements

NH-93420 Series Liquid Level Transmitter Product Application

Petrochemical, metallurgy, electric power, pharmacy, water supply and drainage, environmental protection and other systems and industries. At the same time, the static pressure level gauge is also widely used in urban water supply and drainage, sewage treatment, groundwater, reservoir dams, rivers, oceans and other water level monitoring fields.

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.