1 Ad

Stainless Steel Made Submersible Level Transmitter

Supplier : Surag Instruments

Key Features of Stainless Steel Made Submersible Level Transmitter
  • Diameter: 27 mm.
  • Level measurement in water, fuel and diesel oil.
  • Nominal pressure ranges from 0 - 100 mbar up to 0 - 25 bar.
  • Designed for continuous fluid level measurement in water and clean to slightly contaminated media.
  • Comes with Piezo resistive stainless steel sensor which features an excellent linearity and good long term stability.
  • Environmental engineering: water supply, sewage treatment.
  • Depth or level measurement in wells and open waters.
  • Ground water level measurement.
  • Level monitoring in open tanks.
Enquire now
Product Profile of Stainless Steel Made Submersible Level Transmitter
Stainless Steel made Submersible Level Transmitter is measure level in water, fuel and diesel oil. The Level Transmitter can work for a temperature range of 0 - 100 mbar up to 0 - 25 bar. The Level Transmitter is designed for continuous fluid level measurement in water and clean to slightly contaminated media. Stainless Steel made Submersible Level Transmitter is designed with high-value Piezo resistive stainless steel sensor which features an excellent linearity and good long term stability.

Surag Instruments is the manufacturer of Stainless Steel made Submersible Level Transmitter. Surag Instruments supplies various types of electronic pressure switch with analogue output, precision pressure transmitter for process industry, stainless steel probe with stainless steel sensor, pressure reference, digital manometer and on-site pocket calibrator etc.

Key Features of Stainless Steel Made Submersible Level Transmitter
  • Diameter: 27 mm.
  • Level measurement in water, fuel and diesel oil.
  • Nominal pressure ranges from 0 - 100 mbar up to 0 - 25 bar.
  • Designed for continuous fluid level measurement in water and clean to slightly contaminated media.
  • Comes with Piezo resistive stainless steel sensor which features an excellent linearity and good long term stability.
  • Environmental engineering: water supply, sewage treatment.
  • Depth or level measurement in wells and open waters.
  • Ground water level measurement.
  • Level monitoring in open tanks.
3 Ad

2 Ad