E+H Pressure Transmitter

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E+H Pressure Transmitter

Why choose E+H Pressure Transmitter:

1. Best for vacuum applications and applications with corrosive and abrasive media.
2. Ensure process safety through membrane rupture detection.
3. Overload-resistant high-purity ceramic sensor (99.9% Al2O3).
4. The data management concept enables quick and easy commissioning, maintenance and diagnostics.
5. Easy menu-guided commissioning via the local display.
6. Highest safety due to hermetic feedthrough with capability up to SIL2/3, 7. Certified to IEC 61508.
8. Provided with installed manifold: always fit, always test for leaks.

 

We are a professional Endress and hauser distributor, every product is sourced from authentic suppliers in the industry who end up using high quality raw materials to manufacture these products that meet international quality standards. In addition, we obtain various specifications of these products from our suppliers to meet the exact requirements of our customers.

If you are not sure which model you need, please feel free to contact us and we will choose the most suitable model for you!

 

More information of E+H Pressure Transmitter

1. What oil types are used with the E+H Pressure Transmitter?

Many different types of fill fluids (and their diaphragm seals, if specified) are used in the metal measuring cells of pressure transmitters. The fill fluid used depends on the requirements of the intended application and is influenced by factors such as the required operating temperature, FDA compliance, or site compliance only. Use our product finder to find the right pressure transmitter for your application.

2. How does the E+H Pressure Transmitter work?

Differential pressure transmitters usually operate around a central measuring unit. Independent pressures are applied to either side of the measuring cell, and if these pressures are the same, the cells remain in a common neutral position. If one pressure is higher than the other, this will force the measurement cell to deflect, resulting in a positive (or negative, depending on direction) reading.

3. How to calibrate the E+H Pressure Transmitter?

Pressure transmitters can be calibrated dry (no reference pressure present) or wet (reference pressure present).

Dry calibration steps:

"Pressure" is selected via the measurement mode parameter
Select the pressure unit via "Press eng.". unit" (e.g. mbar)
Select the Set LRV parameter to enter a low range value for dry calibration (eg 0 mbar)
Select the "Set URV" parameter to enter an upper limit value (eg 200 mbar)

 

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