E+H level gauge in stock model

E+H level gaugeInstall the probe at the bottom of the tested container, ensuring it is tightly attached to the container wall. Connect the probe lead to the instrument signal interface and turn on the power. Before use, check if there is any looseness in the front and back covers of the instrument housing, and use tools to tighten the front and back covers. After turning on, the instrument will automatically complete the self check function and enter the measurement display state, achieving real-time continuous measurement. Users can directly read the liquid level height value inside the measured container from the LCD screen through the instrument observation window. When the E+H level gauge instrument leads need to be split or rewired, an explosion-proof junction box (with an explosion-proof certificate and an Ex mark on the junction box) must be used. When there are redundant outlets in the junction box, it is necessary to use sealing components of the explosion-proof type * of the junction box to ensure its explosion-proof performance.

E+H level gaugeThe flange (5) of the side mounted magnetic flap level gauge is respectively connected to the flange of the container inlet pipe. There is a magnetic float (6) inside the main pipe (2), which is designed according to the specific gravity of the measured medium. When the liquid medium enters the main pipe, the magnetic float can float up and down with the change of medium in the container. The display part consists of a row of magnetic red and white two-color balls (7), which are mounted on a bracket and can be flipped up and down. They are protected by an organic glass plate and fixed outside the main tube by a clamp (3), tightly attached to the main tube. When the liquid rises in the E+H level gauge, the float moves up and the small ball turns red. Conversely, the small ball turns white. The boundary between the red and white balls is the liquid level of the medium, and the liquid level height is read on the panel (8) ruler. There are flanges (9) and drain valves (10) at the bottom of the main pipe for installing floats, debugging, and cleaning. The top is equipped with a plug (1) for cleaning and other purposes.

E+H level gaugeDeveloped based on the principle of buoyancy and magnetic coupling. When the liquid level in the tested container rises or falls, the magnetic float in the liquid level gauge body tube also rises or falls accordingly. The magnetic steel inside the float is transmitted to the magnetic flip column indicator through magnetic coupling, driving the red and white flip columns to flip. When the liquid level rises, the flip column of the E+H liquid level gauge changes from white to red. When the liquid level drops? The flipping column changes from red to white, and the red white boundary of the indicator represents the actual liquid level inside the container? To achieve clear indication of liquid level by adjusting the height. The liquid level gauge emits extremely short microwave pulses with low energy, which are transmitted and received through an antenna system. Radar waves travel at the speed of light. The operating time of the E+H level gauge can be converted into a level signal through electronic components. A special time extension method can ensure stable and accurate measurements in a very short period of time.