NYCZ500 Magnetostrictive Level Gauge for Liquid-liquid Interface Measurement with High Reliability

NYCZ500 Magnetostrictive Level Gauge for Liquid-liquid Interface Measurement with High Reliability

NYCZ500 Magnetostrictive Level Gauge Working Principle

The product mainly consists of a measuring rod, an electronic chamber and a non-contact floating ball sleeved on the measuring rod. Magnetostrictive wire (waveguide wire) is installed in the measuring rod. The measuring rod is made of non-magnetic stainless steel tube, which protects the waveguide wire very well.

When the magnetostrictive liquid level meter is working, the pulse generator in the electronic chamber sends out a starting pulse. When this starting pulse is transmitted in the waveguide wire, it generates a rotating magnetic field moving in the direction of the waveguide wire. When this magnetic field meets the permanent magnetic field in the float ball, it generates a magnetostrictive stretching effect, causing the waveguide wire to twist and generate a constant speed mechanical wave. This mechanical wave propagates in two directions. The mechanical wave reaching the end of the measuring rod is absorbed by the damper. The mechanical wave transmitted back to the electronic chamber is sensed by the energy pickup mechanism installed in the electronic chamber and converted into the corresponding current pulse. The energy pickup mechanism calculates the time difference between the two pulses to accurately measure the height of the measured liquid level.

NYCZ500 Magnetostrictive Level Gauge Design Features

1. Wide applicability: a variety of probe forms, a variety of process connection forms, a variety of production materials, can be customized design;

2. Reliability: As the magnetostrictive level meter adopts the waveguide principle, there is no mechanical moving part, so there is no friction, no wear. The entire converter is enclosed in a stainless steel tube, and the measurement medium non-contact, reliable sensor work, long life.

3. High accuracy: Since the magnetostrictive level meter works with waveguide pulse, the measured displacement is determined by measuring the time of the starting pulse and the ending pulse, so the measurement accuracy is high and the resolution is better than 0.01%FS, which is difficult to achieve the accuracy with other sensors.

NYCZ500 Magnetostrictive Level Gauge Technical Parameters

NYCZ500 Magnetostrictive Level Gauge Related Pictures

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.