DOWNLOAD PDF ON BEDIA LIQUID LEVEL MONITORING SENSORS


DESCRIPTION

BEDIA liquid level monitoring probes are sophisticated sensors designed to monitor a variety of liquid levels including oil, water, and fuel. These reliable sensors are extremely compact and designed to withstand the most extreme industrial applications. Compared with conventional float switches, the BEDIA level monitoring probes are extremely resistant to high vibration. With no moving parts, the sensors performance is not impaired by dirt, metal particles or other contamination. Sensors are available to monitor maximum or minimum liquid levels with various thread sizes and cable connections. The BEDIA liquid level monitoring probes operate on the principle of increased electrical capacitance changes.

This capacitance change is detected by the integrated control circuit which switches the output transistor. The integrated control circuit also indicates when the system is activated allowing remote monitoring. Another extremely useful feature is the response delay feature, which prevents premature switch activation due to random liquid level fluctuation. These level sensors can be integrated into a variety of applications and wired as a warning, a shutdown or even as a way of activation. Contact LOFA Industries for assistance selecting a liquid level sensor that will meet your specific requirements.

FEATURES AND BENEFITS

Liquid level sensor are designed to monitor a variety of liquid levels
   including oil, water and fuel
Compact and simple design is extremely resistant to high vibration
A variety of thread sizes, cables connections and response delays
  
are available to meet your specific application

The property of an electric nonconductor that permits the storage of energy as a result of the separation of charge that occurs when opposite surfaces of the nonconductor are maintained at a difference of potential b: the measure of this property that is equal to the ratio of the charge on either surface to the potential difference between the surfaces