Magnetic Float Level Gauge

Magnetic Float Level Gauge 50*210 This product is different from the old model. The ball body of this product has been treated with full light, which means it does not have ring reinforcement. In order to increase the pressure resistance of the float ball, the old level gauge float ball has ring reinforcement on the ball body. In fact, it is incorrect to have ring reinforcement on the ball body. Wearing ring reinforcement does not increase pressure, but instead makes it easier for the float ball to sink on the ring reinforcement due to excessive pressure, making it unable to work better. After completing the integrated treatment, we reinforced the inside of the ball body to make it more resistant to pressure and more aesthetically pleasing.

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Feature And Application of Magnetic Float Level Gauge 50*210

Magnetic Float Level Gauge 50*210 it is working in level switch /Level Gauge /Level Gauge magnetic flap .It helps the liquid level gauge achieve water level control balance. When the magnetic levitation ball floats up and down along the pipeline with changes in the liquid level, the magnetic steel inside the levitation ball attracts the reed tube at the corresponding position in the sensor, causing a change in the total resistance (or voltage) of the sensor. Then, the transmitter converts the changed resistance (or voltage) signal into a 4-20mA current signal output. Our XMT series digital control instrument (or DSB type optical column digital display instrument) can be selected to measure the liquid level remotely, and upper and lower limit alarms can be set on the display instrument to achieve positional control of the liquid level. Alternatively, other regulators can form a liquid level constant value adjustment system to achieve continuous PID adjustment of the liquid level.

Classification of Magnets from float ball

The composition of a magnet is composed of atoms such as iron, cobalt, nickel, etc. The internal structure of its atoms is relatively unique, and it itself has a magnetic moment. Magnets can generate a magnetic field and have the characteristic of attracting ferromagnetic substances such as iron, nickel, cobalt, and other metals.

The composition of a magnet is composed of atoms such as iron, cobalt, nickel, etc. The internal structure of its atoms is relatively unique, and it itself has a magnetic moment. Magnets can generate a magnetic field and have the characteristic of attracting ferromagnetic substances such as iron, nickel, cobalt, and other metals.

Metal alloy magnets include neodymium iron boron magnets (Nd2Fe14B magnet), samarium cobalt magnets (SmCo magnet), aluminum nickel cobalt magnets (ALNiCO magnet), iron chromium cobalt magnets (FeCrCo magnet)

The selection of magnets should be based on specific usage conditions, and it is best to consult an engineer.