This level meter continuously measures capacitance variations between the sensing unit and the tank wall. Regardless of measurement targets, sensors suitable for use conditions can be selected from a wide variety of the product family. (High temperature, high pressure, strong acid, strong alkali, conductive, insulating, etc.)

Standard for storage management!
When a start signal is input, the motor is activated, the metering tape is winded off, and the weight is lowered. When the weight reaches the measured substance, the motor is stopped and the level measurement value is output.

It irradiates microwaves via the probe to achieve stable detection without being affected by dust particles, vapors, and obstacles in the tank.

The float is the only moving part of the meter.The inside of the meter is composed of the resistance and read switch.As the magnet in the float closes the read switch according to fluctuations of the liquid level, the change in the liquid level is detected as a change in the resistance.The meter is not affected by changes of properties and environments including vapors and gases.

This absolute type linear water level indicator uses a magnetostrictive wire. Ultrasonic vibrations propagated in the magnetostrictive wire are detected at the magnetizing body, and an analog signal is output in proportion to the position of the magnetizing body.

This noncontact type level meter uses microwaves. The maximum measurement value is 40 m. The measurement is not affected even if the measured substance is changed. ATEX Eexia (Intrinsic Safety Explosion-proof)

This noncontact type level meter uses ultrasonic waves. It supports scanning as well as long-distance measurement (powder: up to 35 m, liquid: up to 50 m).

This two-wire ultrasonic type level meter is intended for liquids. Obstacles in the tank are recognized as digital images. Specific areas can be measured by cutting unnecessary noise and filtering output adequately.

This noncontact type level meter is intended for long-span and pinpoint measurement. It is most suitable for places difficult to measure and dangerous places such as high elevations.