SSF67B50B300 Float, Level Sensors

The SSF67B50B300 is a float or a level sensor from SSF which is used for parameters like level, volume, pressure and etc. The sensor works based on resistive technology, magnetic or floating principles.

Application Field

The SSF67B50B300 float or level sensor can be used in a vast array of applications. The first one is the liquid level monitoring. This kind of sensors could accurately measure the depth or level of of water, oil and other liquids no matter what the process condition is. The second application is fuel indications. The fuel level of a fuel tank can be indicated easily by using this kinds of sensors.

The third application is in pressure measurement. This sensor could be attached to the pressure container and it will be capable of measuring the pressure of the container by its highly accurate technique. So as to monitor the pressure of any vessel.

The forth application is level measurement. This sensor is very sensitive and it could easily measure the level of any material in the vessel by passing current through the two points with different levels. Last but not least, this sensor can be applied in water heating control system. This system use the float or level sensor to control the temperature of water in the tank. It also will switch on or off the system in certain level.

Working Principle

The SSF67B50B300 float or level sensor’s working principle is based on resistive, magnetic or floating techniques. The first one is resistive technique. The sensor works by utilizing two metal contacts in a container to measure its level. When the level is increased, the current will pass from lower level to higher level. On the contrary, when the level is decreased, the current will flow from higher level to lower level.

The sensor can also use a magnetic coil that will produce a magnetic field to measure the level. The magnetic field created by the coil will be affected by the liquid in the container. The direction and intensity of the magnetic field will change according to the level of the liquid. So as to measure the liquid level accurately.

Last but not least, the SSF67B50B300 float or level sensor also uses the floating principle. This type of sensor attaches a float mechanism at the end, and the float will move up or down according to the level of the liquid. And this movement will be monitored by the sensor to measure the liquid level accurately.

Conclusion

In conclusion, the SSF67B50B300 float or level sensor can be used in many applications, such as liquid level monitoring, fuel indication, pressure measurement, level measurement and water heating control. It uses resistive, magnetic or floating principles in order to accurately measure the level of any material in a tank.