80GHz Radar Level Transmitter For Liquid And Solid Silos Radar Level Sensor

80GHz Radar Level Transmitter For Liquid And Solid Silos Radar Level Sensor

80GHz Radar Level Transmitter Product Description

The NYRD900 radar level transmitter is widely used in remote target detection, remote imaging, multispectral imaging, strong smoke and dust conditions, etc. As it uses the millimeter-wave band with a higher frequency than the Ku band , it can detect smaller targets and achieve more accurate positioning than microwave radar, with higher resolution and stronger security.

80GHz Radar Level Transmitter Design Features

1.Good transient performance: Based on the self-developed CMOS millimeter-wave RF chip, to achieve a more compact RF structure, higher noise-signal ratio.

2.The 5GHz working bandwidth makes the product have a higher measurement resolution ratio and measurement accuracy

3.Coherence: a coherent current-driven dipole shock generation or a nonlinear differential frequency effect of a coherent laser pulse generation

4.Low energy: millimeter wave photon energy has only a few millielectron volt, there will be no X-ray ionization and destruction of the substance to be detected, so it is not easy to destroy the substance to be detected

5.Strong penetration: Strong penetration for non-polar substances. Many nonmetallic nonpolar materials absorb less rays in this band and, therefore, can be used to probe the internal structure of the material. For example, ceramics / cardboard / plastic products / foam are transparent to this band of electromagnetic radiation, and can also be used for airport / station safety monitoring, such as exploring machinery / explosives and drugs, or for circuit board welding detection.

6.Easy to be absorbed by polar molecules: this band has less scattering in non-homogeneous substances, and can detect and measure the water vapor content. You can also study the material composition or conduct quality control by analyzing their characteristic profiles.

7.Large measuring range, small blind area. The maximum range can reach 120m, and the blind area can reach 8cm.

80GHz Radar Level Transmitter Typical Applications

1. Suitable for the measurement of narrow space or guided wave tube

2. Applicable to super large tank (120m) and small tank

3. High-precision, high-hygiene grade of measurement

4. Occasions with complex process conditions (mixing, heating Rod, ladder, floating roof, strong dust, strong steam, etc.)

NYRD900 Radar Level Transmitter Technical Parameters

NYRD900 Radar Level Transmitter Customers

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.