If a remote diaphragm seal is employed on a pressure transmitter, the calibration interval should be reduced by a factor of two (i.e., a four-to-six year interval is reduced to two to three years).

The 31CS and 32CS Series intrinsically safe pressure transmitters are CSA approved for use in hazardous areas. Both transmitters are identical with the exception of the pressure diaphragm. The ...

The working principle of a pressure sensor is relatively simple: It converts pressure into an electrical signal for accurate measurement and analysis.

If a pressure difference occurs between the two inputs of the transmitter, the wetted diaphragm on the side with the greater pressure deflects inward. This deflection pushes more oil via the holes in ...

In some pressure transmitters, such as some manufactured by Rosemount, the sensing element is a diaphragm that moves very little to indicate the applied pressure.

Designed as a reliable alternative to typical tube style gauges that clog, FilterSense’s non-clogging pressure transmitters feature a large, ceramic diaphragm that is durable and resists clogging.

There are many aspects that impact a pressure transmitter's accuracy, and each one is applicable to different types of instrumentation and applications.

A study in the Journal of Applied Physiology found that a daily dose for six week of high-resistance inspiratory muscle strength training can reduce blood pressure; here's what it means for health.

The Rosemount 550PT Pressure Transmitter from Emerson is designed for single-use bioprocessing applications to enhance processes while preserving product integrity. Installed with a disposable ...

The transmitters come in piston and diaphragm-sensor models with ratings of 1,500 to 5,000-psig line pressures. DP ranges are 0-5 to 0-1,000 psid for the piston version and 0-5 to 0-300 psid for ...