Our transmitters for liquids have been developed and calibrated for measurement with a series of Relative-permittivity meter, Conductivity meter, Weir type flowmeter, etc.
Transmitters detect electrostatic capacitance changes by the relative-permittivity, conductivity and water flow of the measured substance, and then converts these changes into an integrated signal (DC・mA) to transfer continuously as output signal.
Transmitters generally output the signals of (4mA~20mA) or (DC1V~DC5V) to measure the range of 0%~100%.
The relative-permittivity meter is designed to measure, in a manufacturing process, the relative permittivity of a liquid by mounting a detector on the bottom of a mixing tank.
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This device is designed for manufacturing processes to measure the electrical conductivity of liquids with variable conductivity (electro-conductivity) such as reacted liquid in-process and online, and to output as a standardized signal.
The minimal-leakage meter for piping is designed to detect, in a manufacturing process, liquid leaks from valves on process piping.
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This Capacitive oil-in-water meter is designed to detect the oil contained in the water in pipelines and tanks for suction and discharge water.
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The capacitive moisture-in-oil meter is designed for manufacturing processes to detect moisture content by identifying the relative permittivity of the mixture.
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Using a triangular or rectangular weir, this weir type flowmeter accurately determines the amount of wastewater emitted by continuously measuring the hydraulic head.