Home/Products/Sensors/Pressure sensors

Pressure sensors

Kistler offers high-precision piezoelectric and piezoresistive pressure sensors for every application, whether generic or customized.

Kistler offers both piezoelectric and piezoresistive sensors to measure pressure – so we have the right solution for many applications. Piezoelectric pressure sensors are suitable for measuring highly dynamic, dynamic and quasi-static pressure curves or pulsations. Piezoresistive pressure sensors are suitable for measuring static and quasi-static pressure curves.

Learn more about pressure sensors by downloading the PDF catalogue.

Categories and filters
The modular high performance pressure transmitters of the 4260A series are characterized by high accuracy and excellent long-term stability, even in harsh environments with high temperature extremes, high vibration and shock loads.
Piezoresistive (PR) absolute pressure transmitters for harsh environments
Piezoresistive (PR) absolute pressure transmitters for harsh environments
4260A
4260A
Piezoresistive (PR) absolute pressure transmitter for harsh environments
Price
On request
Availability
Upon request
The modular high performance pressure transmitters of the 4262A series are characterized by high accuracy and excellent long-term stability, even in harsh environments with high temperature extremes, high vibration and shock loads.
Piezoresistive (PR) relative (gauge) pressure transmitters for harsh environments
Piezoresistive (PR) relative (gauge) pressure transmitters for harsh environments
4262A
4262A
Piezoresistive (PR) relative (gauge) pressure transmitter for harsh environments
Price
On request
Availability
Upon request
The modular high performance pressure transmitters of the 4264A series are characterized by high accuracy and excellent long-term stability, even in harsh environments with high temperature extremes, high vibration and shock loads.
Piezoresistive (PR) differential pressure transmitters for harsh environments
Piezoresistive (PR) differential pressure transmitters for harsh environments
4264A
4264A
Piezoresistive (PR) differential (wet/dry type) pressure transmitter for harsh environments
Price
On request
Availability
Upon request
These piezoelectric cavity pressure sensors feature HighSens and Unisens® (unified sensitivity) technology.
Cavity pressure sensors, direct measuring (ø6 mm, 200 bar)
Cavity pressure sensors, direct measuring (ø6 mm, 200 bar)
6172B
6172B
Cavity pressure sensor, direct measuring (ø6 mm, 200 bar)
Price
On request
Availability
Upon request
These piezoelectric cavity pressure sensors feature HighSens and Unisens® (unified sensitivity) technology.
Cavity pressure sensors, direct measuring (ø4 mm, 200 bar)
Cavity pressure sensors, direct measuring (ø4 mm, 200 bar)
6177B
6177B
Cavity pressure sensor, direct measuring (ø4 mm, 200 bar)
Price
On request
Availability
Upon request
These piezoelectric pressure sensors are used for measurements of high pressures at high speeds. The design is ideally suited for robust and precise high pressure measurements with large thermal transients.
High pressure sensors, M12 front-sealing, for high speed events up to 10000 bar (145000 psi)
High pressure sensors, M12 front-sealing, for high speed events up to 10000 bar (145000 psi)
6213B
6213B
High pressure sensor, M12 front-sealing, max 10000 bar (145000 psi)
Price
On request
Availability
Upon request
6213B1
High pressure sensor, M12 front-sealing, max 10000 bar (145000 psi) incl. mounting accessory
Price
On request
Availability
Upon request
The piezoelectric high-pressure sensors 6215 are designed for precise high-pressure measurements at high speeds, up to 6,000 bar (87,000 psi).
High pressure sensors, M10 front-sealing, for high speed events up to 6000 bar (87000 psi), AEP-97
High pressure sensors, M10 front-sealing, for high speed events up to 6000 bar (87000 psi), AEP-97
6215
6215
High pressure sensor, M10 front-sealing, max 6000 bar (87000 psi), AEP-97
Price
On request
Availability
Upon request
6215A1
High pressure sensor, M10 front-sealing, max 6000 bar (87000 psi), AEP-97 incl. mounting accessory
Price
On request
Availability
Upon request
The piezoelectric high-pressure sensors 6217A are designed for precise high-pressure measurements at high speeds.
High pressure sensors, M12 front-sealing, for high speed events up to 2000 bar (29000 psi), with selectable connector
High pressure sensors, M12 front-sealing, for high speed events up to 2000 bar (29000 psi), with selectable connector
6217A
6217AA02000
High pressure sensor, M12 front-sealing, max 2000 bar (29000 psi), KIAG 10-32 connector
Price
On request
Availability
Upon request
6217A
High pressure sensor, M12 front-sealing, max 2000 bar (29000 psi), selectable connector
Price
On request
Availability
Upon request
These piezoelectric pressure sensors are used for measurements of high pressures at high speeds. The design is ideally suited for shot shell measurements in tangential configuration. The sensor is specifically tested and accepted by SAAMI.
Pressure sensors for shot shell measurements, shoulder-sealed, for high speed events up to 1500 bar (21700 psi)
Pressure sensors for shot shell measurements, shoulder-sealed, for high speed events up to 1500 bar (21700 psi)
6239A
6239AAA
Pressure sensor for shot shell measurements, M10 shoulder-sealed, for high speed events up to 1500 bar (21700 psi)
Price
On request
Availability
Upon request
6239ABA
Pressure sensor for shot shell measurements, 3/8-24UNF shoulder-sealed, for high speed events up to 1500 bar (21700 psi)
Price
On request
Availability
Upon request
These reference sensors for calibration of piezoelectric pressure sensors can be used as working or transfer standard. Multiple ranges, up to 8000 bar (115000 psi), are available.
Reference sensors for calibration of pressure sensors, up to 8000 bar (116000 psi)
Reference sensors for calibration of pressure sensors, up to 8000 bar (116000 psi)
696X
6963A8000
Reference pressure sensor, M10 concial seal, max 8000 bar (116000 psi), linearity 0.3 percent
Price
On request
Availability
Upon request
6962C2000
Reference pressure sensor, M10 concial seal, max 2000 bar (29000 psi), linearity 0.1 percent
Price
On request
Availability
Upon request
The piezoelectric low pressure sensor Type 7261 is, due to its very high sensitivity, suited for a variety of applications where smallest pressure pulsations need to be measured.
Piezoelectric (PE) pressure sensors, pressure transducers for smallest dynamic measurements up to 10 bar (145 psi)
Piezoelectric (PE) pressure sensors, pressure transducers for smallest dynamic measurements up to 10 bar (145 psi)
7261
7261
Piezoelectric (PE) low pressure sensor, pressure transducer with very high sensitivity (10 bar / 145 psi)
Price
On request
Availability
Upon request
These cylinder pressure sensors are suitable for continuous cylinder pressure measurement of low and medium speed gas and diesel engines.
Cylinder pressure sensors for low and medium speed engines, 2- and 4-stroke (0 … 250 bar / M14)
Cylinder pressure sensors for low and medium speed engines, 2- and 4-stroke (0 … 250 bar / M14)
7614C
7614CG1
Cylinder pressure sensor for 4-stroke medium speed engines (M14, 250 bar, 4 … 20 mA)
Price
On request
Availability
Upon request
7614CG2
Cylinder pressure sensor for 2-stroke low speed engines (M14, 250 bar, 4 … 20 mA)
Price
On request
Availability
Upon request

Need a consultation?

Our experts are just a click away

Frequently asked questions

What is the operating principle of Kistler's pressure sensors?
Kistler's pressure sensors use piezoelectric or piezoresistive technology to measure pressure. This allows for accurate and reliable results in various applications.
Can Kistler's pressure sensors be used in static and dynamic pressure measurements?
Yes, Kistler offers both piezoelectric and piezoresistive sensors for both dynamic and static pressure measurements. This allows for versatile use in different scenarios.
How can I ensure the accuracy of my pressure measurements with Kistler's sensors?
Kistler's pressure sensors are designed and manufactured with high precision and calibration standards, ensuring accurate and repeatable results. Regular calibration and maintenance also help maintain accuracy.