Liquid level switches are indispensable key devices in industrial automation control.

The resonant tuning fork densitometer accurately determines the density of a liquid by measuring the change in the vibration frequency of a tuning fork.

Tuning fork densitometers accurately determine liquid density by measuring changes in vibration frequency.

Static capacitance measurement of piezoelectric ceramics is a key process step to ensure the stable performance of tuning fork level switches.

A reasonable usage strategy can effectively prevent malfunctions and ensure the long-term stable operation of equipment.

Liquid level status is determined by detecting changes in the vibration frequency of a tuning fork.

Ensure correct installation orientation, perform proper debugging and maintenance.

The vibration frequency design of the tuning fork level switch is based on calculations of physical parameters.

Tuning fork level switches determine the liquid level by detecting the difference in vibration frequency between the tuning fork in air and liquid.