1. Anti-corrosion type magnetic flap level gaugeThe anti-corrosion magnetic flap level gauge is also called a magnetic float level gauge or a magnetic tilt column level gauge in the industry. Principle: It is manufactured according to the principle of buoyancy and the principle of magnetic coupling. The level gauge in our measured container When lifting, our float will also be transferred to the indicator panel of the magnetic flap by coupling through the internal magnetic steel, making the red and white pirate rotate 180°, when the liquid level rises, the magnetic flap will protect the white Turns red, when the level gauge is lowered, it turns white. The red and white junction on the surface is the actual height of the level gauge in the container.2. Anticorrosive radar level gaugePrinciple: The radar level gauge is a measuring instrument based on the principle of time formation, and the radar wave will start to move at the speed of light. The running time will be converted into no WeChat signal through the electronic components in the level gauge. The high-frequency pulse signal sent by the probe will start to propagate along the probe, and when it encounters a medium, it will be reflected back and then received by the instrument, and the distance signal will become a level signal.3. Anticorrosive float level gauge
Principle: The structure of the anti-corrosion float level gauge is mainly designed from the principles of buoyancy and static magnetic field. The position of the float with a magnet in the medium will be affected by buoyancy, and the change of liquid level will cause magnetism. The change of the position of the float, the magnet in the float and the function of the sensor will change the number of originals introduced into the circuit, and then the blood volume of the circuit system of the meter will change, that is, the change of the position of the float will cause hard spots. The change in blood volume, and then we can detect the change in blood volume to reflect the situation of the level gauge inside the container
Post time: 21-09-21