Level switch

A vibrating rod level switch, also known as a vibrating fork or tuning fork level switch, is a specialized device used for detecting the level of materials inside a tank, bin, or hopper. It is predominantly employed in industries to monitor and control the storage of bulk solids, powders, and granular materials. Its reliable performance, […]

Introduction When testing and verifying a tuning fork level switch, many users habitually grip the fork with their hands to check whether the device responds. However, this testing method is not suitable for high-end tuning fork level switches and can lead to incorrect judgments or even potential device damage. One such example is the Zero

Introduction In industries that require precise material level measurement, such as powder and granular bulk material handling, choosing the right tool is critical for ensuring accuracy and operational efficiency. The explosion-proof tuning fork level switch is an innovative and highly reliable solution designed to address the challenges of material measurement in harsh environments. Whether dealing

Flour silos play a crucial role in the storage and processing of flour, especially in the food and agriculture industries. Accurate level measurement within flour silos is vital for ensuring efficient operations, minimizing waste, and maintaining safety standards. The presence of dust, moisture, and varying material densities within the silo can make precise measurement a

Measurement instruments play a crucial role in industrial automation and process control by enabling accurate data collection and management. In industries dealing with solid-liquid mixtures such as slurry, sludge, and particulate suspensions, two primary types of instruments are commonly used: general-purpose solid-liquid measurement instruments and specialized solid-liquid measurement instruments. General-purpose instruments are designed to measure

Background In iron ore production, monitoring material levels within storage silos plays a crucial role in ensuring smooth and safe operations. The unique characteristics of iron ore, such as its high density, large particle size, and poor flowability, often render conventional level detection methods ineffective. Traditional equipment frequently struggles with significant measurement deviations or instability

Introduction Electrode-type level switches operate based on the electrical conductivity of liquids. These switches leverage the liquid’s ability to act as a conductive medium between electrodes, forming a closed electrical circuit when the liquid comes into contact with them. Typically, these switches consist of two or more electrodes installed at specified levels within a container.

A limit switch is an electromechanical device used to detect the presence or absence of an object or the position of a mechanical component. It operates by physical or non-contact interaction with a moving object, causing a change in its internal contacts, which either opens or closes the circuit. Limit switches are essential in industrial