Piezometery level Transmitter

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Piezometery level transmitter is a measurement technique of pressure in liquids. It makes use of a pressure Piezometery level transmitter transducer called as piezometer, and the pressure is rehabilitated into an electrical signal that may be processed and presented as size of liquid level.

A Piezometery level transmitter consists of several key components

Pressure Transducer : It is the essential of the method. It changes the pressure into an electric signal, typically in terms of voltage or present.

Device Housing : This takes the transducer further from hostile environments while providing a platform for mounting.

Fill Fluid The fluid that transmits the pressure from the procedure to the transducer should fill the tool. It must be well-matched with the procedure fluid and have recognized density.

Electronic Circuitry : This changes the electrical signal coming from the transducer into an output that is useful, such as a 4-20 mA or 0-10 V.

Details

  • Business Type : Manufacturer, Exporter, Supplier
  • Pressure range : 1m, 2m, 5m, 10m, 20m, 50m, 100m, 200m H2O
  • Output : 4 to 20mA | 0.5 to 4.5V |1 to 5V ( any one)
  • Accuracy (including linearity, hysteresis and repeatability): ±0.5%F.S.(Typical)
  • Overpressure : 200%F.S
  • Excitation : 24V DC 5V
  • Compensated temp : 0--70º C
  • Storage temp : -40-125º C
  • Medium temp : 0--60º C
  • Zero temp. coefficient : ≤±0.03%F.S./ º C
  • Long term stability : 0.2%F.S./year
  • Weight : 245g (approx.)

Application

Water and Wastewater Treatment : Monitor water in tanks, reservoirs, and treatment methods.

Oil and Gas : Screen level fluid in storage tanks, separators, and pipelines.

Food and Beverage : Appeal in liquid level size in tanks, silos, and extra dispensation gear.

Features

Pressure Range : The transmitter must be appropriate for the use.

Fill Fluid Compatibility : The fill fluid selected should be compatible with the process fluid and of a known density.

Temperature Range : The choice of the temperature that the transmitter shall operate

Output Signal : Choice a transmitter that has an output signal well-matched with the control system

Accuracy Requirements : This is the obligation on the correctness needed for the application.