Home
Company Profile
Product Center
Solution
Project Cases
News and Information
Contact Us
中文
025-86165971
Company News
Industry News
What are the key characteristics of reputable monitoring instrument manufacturers?
With the continuous advancement of science and technology, monitoring instruments are now being applied more and more widely in the market. As demand for these instruments continues to grow, an increasing number of manufacturers have emerged. However, the quality of products from different companies varies considerably. So, when faced with such a large number of manufacturers, what characteristics define a reputable monitoring‑instrument producer? In the following section, we’ll walk you through this topic.
2021
07-19
The function of an electronic water level gauge
With the rapid advancement of science and technology, water-level monitoring devices have become increasingly standardized, and electronic water gauges have gradually replaced traditional manual gauges. As a digital sensing device, the electronic water gauge can collect relevant data by leveraging water’s slight conductivity. It employs high‑performance microchips as its primary control unit and uses electrodes to acquire measurement signals; after undergoing a series of processing steps, the collected data is transmitted to the appropriate authorities.
07-14
Related content on electronic water level gauges
As an essential tool for measuring water levels, electronic water gauges have replaced earlier methods such as using bamboo poles or water‑level cups to assess river depths—techniques that were employed before the advent of electronic reservoir‑level measurement. With rapid advances in science and technology, electronic water gauges have become a primary device for automated water‑level measurement and monitoring. Functioning as digital sensors, they can collect water‑level data by leveraging the principle of water’s slight electrical conductivity.
06-25
What are the advantages of electronic water level gauges in hydrological monitoring?
Water level refers to a specific elevation—the height of the free water surface above a fixed datum. Currently, numerous methods are available for water-level monitoring, including float-type gauges, pressure‑type gauges, electronic water level sensors, radar water level meters, and ultrasonic water level meters that utilize either gaseous or liquid media. Each method is suited to particular conditions and applications.
06-16
Why are ADCP flow meters more accurate?
An ADCP flow meter measures the velocity of water at specific points within a channel. To reform agricultural water pricing, it is necessary to measure the flow rate through channels originating from the mountains. Previously, users purchased flow meters that employed single-point current‑meter sensors. The sensor is positioned at a particular depth—e.g., 0.35 meters—and measures the velocity at that specific depth. As is well known, in a river or channel, the flow velocity at the same elevation varies from the left bank to the right bank.
06-07
Features of the Electronic Water Level Gauge
The electronic water level gauge is a digital water-level sensor that uses an advanced microprocessor chip as its controller and incorporates built-in communication circuitry, offering high reliability and strong anti-interference performance. It is suitable for measuring water levels in rivers, lakes, reservoirs, and canals.
05-28
What should be noted when using a high-frequency radar water level gauge?
The radar level gauge is an advanced radar-based level measurement device with a measurement range of 70 meters. Its antenna has been further optimized, and a new high-speed microprocessor enables faster signal analysis and processing, making the instrument well-suited for solid materials, process vessels, or environments where heavy dust, crystallization, and condensation are common.
05-27
The difference between radar water level gauges and radar liquid level gauges
Radar water level gauges and radar liquid level gauges are different names for the same instrument. Collectively, these devices are referred to as radar level transmitters; however, radar level transmitters are typically used for measuring liquids. Although radar water level gauges are primarily intended for liquid media, they can also continuously measure solid materials—such as crude oil, mineral slurries, raw coal, and pulverized coal—without being affected by the type of medium, ambient temperature fluctuations, inert gases, steam, or factors like dust and bubbles.
05-21
An electronic water level gauge is a new type of water-level measurement sensor, comprising a PCB circuit board, epoxy resin, a metal housing, and a cable. It enables real-time monitoring of water levels and transmits data to a monitoring platform, helping flood‑control systems make informed decisions.
05-13