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Custom-made pressure sensor
relativeabsolutedifferential

Custom-made pressure sensor - KELLER Pressure AG - relative / absolute / differential
Custom-made pressure sensor - KELLER Pressure AG - relative / absolute / differential
Custom-made pressure sensor - KELLER Pressure AG - relative / absolute / differential - image - 2
Custom-made pressure sensor - KELLER Pressure AG - relative / absolute / differential - image - 3
Custom-made pressure sensor - KELLER Pressure AG - relative / absolute / differential - image - 4
Custom-made pressure sensor - KELLER Pressure AG - relative / absolute / differential - image - 5
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Characteristics

Pressure type
relative, absolute, differential, vacuum
Technology
piezoresistive
Mounting
threaded, flush diaphragm, O-ring, cavity, panel-mount, DIN rail, flange, insertion, immersed, valve-mountable
Other characteristics
custom-made
Pressure range

Max.: 2,000 bar
(29,007.55 psi)

Min.: 0.1 bar
(1.45 psi)

Process temperature

Max.: 1,000 °C
(1,832 °F)

Min.: -50 °C
(-58 °F)

Description

Wherever pressure sensors are needed, a solution can normally be found in the KELLER Pressure standard product catalog. However, there are often great benefits to optimising a product specifically for integration and use in existing complete systems. In addition to outwardly identifiable components such as housing parts or plugs, this also includes the inner workings of the sensor. We produce a large number of individual parts in-house and establish close working relationships with our suppliers, enabling us to make a wide variety of modifications with ease. Our customers are specialists in their field: they know the requirements and operating conditions best. Since 1974, KELLER Pressure has been harnessing the potential of piezoresistive sensor technology to see numerous challenging projects through to completion. In all of these projects, a mutual exchange of expertise was essential to their success. Sharing our knowledge is what enables us to find the best sensor solution. Even applications that may appear trivial at first glance can prove highly complex upon closer analysis. By taking the actual usage conditions of the sensor into consideration right from the outset, we can achieve major improvements in effectiveness and durability. And this holds true whatever the application – from fill level sensors in rainwater tanks to ultra-precise laboratory instruments, and even rocket science.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.