We can manufacture a magnetic continuous float level transmitter according to your specification as follows:
|Product Name||4-20mA Magnetic Float Level Transmitter|
|Usage||Magnetic Float Type Level Gauge|
|Application||Magnetic Float Level Sensor for Fuel/Oil|
The magnetic type level transmitter has the characteristics of simple structure, convenient debugging, good reliability and high precision. The magnetic float type level gauge can be widely used for the continuous measurement of the liquid level (border level) of oil products such as high temperature, high pressure, viscous, dirty media, asphalt, wax, etc. and flammable, explosive, and corrosive media.
Float Type Level Transmitter Principle：The float type liquid level gauge is based on the principle of liquid buoyancy to the magnetic float.
The displacement of the magnetic float with the change of the liquid level is converted into a simulated linear 4-20mA standard signal output.
The magnetic type level transmitter has the characteristics of stable and reliable work without adjustment.
Magnetic float level transmitter can display, alarm, and control the medium liquid level in openings, closed containers or underground tanks in the instrument control room. The detected medium can be conductive and non-conductive liquids such as water, oil, acid, alkali, industrial sewage, etc., and can overcome the effect of the false liquid level caused by the liquid foam.
Among all liquid level gauge suppliers, FEEJOY is specialized in the OEM production of magnetic float level transmitters according to customer's requirements on material, color, accuracy, output, etc.
Magnetic float level gauges are widely used in industries such as oil refining, chemicals, paper making, food, and sewage treatment.
Magnetic float type level transmitter is composed of floating ball, plunger and so on. The magnetic float level gauge is installed on the top of the container through the connecting flange. The floating ball floats on the liquid surface according to the principle of discharging the liquid volume phase, etc.
When the liquid level of the container changes, the floating ball also moves up and down. The dry spring of the ball level gauge is magnetically attracted to change the position of the liquid level into an electrical signal. The actual position of the liquid is displayed digitally through the display instrument. The magnetic float type level gauge thus achieves remote detection and control of the liquid level.