Flow Measurement
Electromagnetic Flowmeter
LTH Electronics PMAG
A complete magnetic owmeter system consists of two components, the Pmag microprocessor-based integral mount magnetic owmeter transmitter and a owtube. The owtube is installed in-line with process piping, either vertically or horizontally. Coils located on opposite sides of the owtube create a magnetic eld, and conductive liquid moving through the magnetic eld generates a voltage that is detected by two electrodes. The transmitter controls the generation of the magnetic eld and senses the voltage detected by the electrodes. Based on the sensed voltage, the transmitter calculates a ow rate and produces analog and frequency output signals proportional to this ow rate.
learn MOREElectromagnetic Flowmeter
LTH Electronics RPMAG62
The RPmag62 flow meter is suitable for use in many industries including chemical, power generation and distribution, mining, water treatment, pulp and paper, pharmaceutical, food and environmental protection. The measurement is independent of the density, viscosity, temperature, pressure and conductivity of the measured fluid. No moving parts are in the measuring tube and there is no pressure loss when using the RPmag62.
learn MORETime Transit Ultrasonic Flow Meter
LTH Electronics SGM-100F
The SGM-100F time transit ultrasonic flow meter comprises a digital converter and a two clamp-on or insertion ultrasonic transducers. The system is designed to measure the fluid velocity of a liquid inside a closed pipe. The transducers are a non-contacting, clamp-on type, which provide the benefits of a non-fouling operation and easy installation.
learn MOREElectromagnetic Flowmeter
LTH Electronics SMAG
A complete magnetic owmeter system consists of two components, the Pmag microprocessor-based integral mount magnetic owmeter transmitter and a owtube. The owtube is installed in-line with process piping, either vertically or horizontally. Coils located on opposite sides of the owtube create a magnetic eld, and conductive liquid moving through the magnetic eld generates a voltage that is detected by two electrodes. The transmitter controls the generation of the magnetic eld and senses the voltage detected by the electrodes. Based on the sensed voltage, the transmitter calculates a ow rate and produces analog and frequency output signals proportional to this ow rate.
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