Level meter

1. Level Measurement Challenges in Metallurgy The metallurgical industry deals with high-temperature, high-pressure, and highly corrosive liquids under complex process conditions. These environments demand accurate, safe, and stable level measurement solutions. Typical applications include: Continuous Casting Cooling Water SystemsReal-time monitoring of water levels ensures smooth and safe operation of casting equipment. BOF Dust Removal Water […]

Ultrasonic level sensors, known for their non-contact measurement and high durability, are playing an increasingly critical role in ocean environmental monitoring. From tide observation to offshore engineering and ecological preservation, these sensors offer accurate, real-time water level data even in harsh marine conditions. 1. Core Application Scenarios 1.1 Tide and Wave Monitoring: Replacing Legacy Systems

I. Core Application Scenarios 1. River and Stream Water Level Monitoring Ultrasonic level sensors provide real-time, non-contact water level measurement across a wide range of 0.5 to 15 meters, with an accuracy of up to ±0.5%. This makes them ideal for dynamic environments like rivers and streams, especially for flood forecasting applications. Equipped with high-frequency

Float level gauges are precise instruments commonly used for liquid level measurement. Correct installation is crucial to ensure accurate readings and to prolong the lifespan of the device. This article outlines the key considerations and step-by-step guidance for installing float level gauges in detail. 1. Installation Location Avoid material inlets and outlets: Ensure the gauge

1. Key Application Scenarios ✅ Tank Level Monitoring (Crude Oil, Refined Products, LPG) Ultrasonic level transmitters offer non-contact, continuous level measurement, making them ideal for monitoring storage tanks containing crude oil, refined fuels, and liquefied petroleum gas (LPG). With measuring ranges up to 15 meters and accuracy up to ±0.3%, they ensure precise inventory control.

Ultrasonic level meters, with their non-contact measurement, high accuracy, and robust environmental adaptability, have emerged as an essential technology for liquid-level monitoring in the chemical industry. This article provides an in-depth exploration of their application scenarios, technical advantages, installation guidelines, and practical case studies. 1. Key Application Scenarios Storage Tank Liquid-Level Monitoring Chemical plants extensively

Ultrasonic level meters, with their advanced technological attributes, play an increasingly critical role in environmental engineering, notably in wastewater treatment, water quality monitoring, and resource recycling projects. This article systematically explores their core advantages from the perspectives of technical performance, safety, economic value, and intelligent integration. 1. Non-Contact Measurement: Ensuring Safety and Purity Avoiding Contamination

In industrial processes, separator tanks are essential equipment responsible for liquid separation and storage. Effective liquid level control in these tanks is crucial for ensuring operational safety and equipment reliability. Particularly for separator tanks positioned at the inlet of critical processing units, improper control of liquid levels can have severe consequences, including irreversible damage or

1. Structure and Components Core Elements:A magnetic level indicator with a remote transmitter primarily consists of the following components: Magnetic float Guide tube (main chamber) Reed switches or magnetoresistive sensors Remote sensing unit (transmitter) Signal processing module Local visual indicator (red/white flaps or rollers) Mounting Method:The transmitter sensor is typically mounted externally on the guide

A mixing tank is a common reaction device used in various industries such as chemical, pharmaceutical, and food processing. Through its internal mixing mechanism, materials are evenly mixed, dissolved, or reacted. However, due to the often complex working conditions inside the tank—such as fluctuations caused by stirring, foam, and high viscosity—measuring the material level poses