The structure of UPVC magnetic level gauge is mainly designed and produced based on buoyancy and magnetic principles. The position of a float with a magnet (referred to as a magnetic float) in the measured medium is affected by buoyancy. The change in liquid level leads to a change in the position of the magnetic float, and the static magnetic coupling effect between the magnetic float and the magnetic flip column (also known as the magnetic flip plate) causes the magnetic flip column to flip at a certain angle (with different colors applied to the surface of the magnetic flip column), thereby reflecting the liquid level inside the container. Electronic modules and transmitter modules composed of sensors (magnetic reed switches) and precision electronic components can transmit output resistance value signals, current value (4-20mA) signals, switch signals, and other electrical signals. Thus achieving the combination of on-site observation and remote control.

Product parameters: Measurement method: Liquid level measurement; Interface measurement

Installation form: side to side installation, top installation

Measurement range: 0-25m

Measurement accuracy: ± 10mm

Material: PP; 304; 316L; stainless steel lined with PTFE, etc

Medium density: ≥ 0.45g/cm3

Work pressure: ≤ 25MPa

Medium temperature: ≤ 450 ℃

Power supply: 24VDC two-wire system; 24VDC/220VAC four wire system

Output mode: On site display; 4-20mA remote transmission; Switch point control