Pressure transmitter for various areas of application

Pressure transmitter are there for that, to measure pressures or levels of gases and liquids in industrial processes. The basic or initial values initially go to a control system. Stable and precise measured values then ensure that operations are reliable, safe and, last but not least, profitable. You can rely on the results from messbo pressure transmitters: they deliver exact results. They also simplify all steps in the process in every respect: from handling to installation, activation, operation and maintenance.

This is how pressure transmitters work

A fundamental component of a pressure transmitter is a pressure-sensitive part that has a constant area (e.g. a diaphragm) - not to be confused with a pressure switch.

Our devices are installed in numerous private and commercial applications that require pressure measurement. Depending on the respective medium, there are gas pressure, air pressure and liquid pressure transducers. Below are some typical applications for electronic pressure transmitters:

• Monitoring fluid levels within an HVAC system
• Permanent control of brake and fuel pressure in vehicles
• Altitude measurement for satellites and aircraft
• Detecting the liquid level for wells and pumping stations
• Control of liquid and gas levels in medical devices

To select, install and calibrate the appropriate transmitter, it is essential to determine the type of liquid or gas to ensure accurate readings are reproduced.

What are the classic product features of pressure transmitters?

• Analog and digital output signals
• Standard configurations or customized designs
• Compatibility with different liquids and gases

Our tip for daily practice:

For maximum accuracy, keep the measuring range small!

So that you can actually determine the most accurate values possible with a pressure transmitter, the measuring device should be designed for measuring a small pressure range.

Finally, it should not go unmentioned that the following physical effects around the pressure transmitter are used as measuring principles:

• voltage change
• capacity change
• hall effect
• inductance change
• change in resistance

Have we piqued your interest? But do you still need advice regarding the right choice of your measuring device? Then pick up the phone: 0178/4158253. Alternatively, please contact us by email at info@messbo.de. We look forward to seeing you!