Turbine Sensor CP506: This active acceleration compensated pressure transducer is ideal for combustion analysis and condition monitoring in modern gas turbines. The sensor delivers an excellent signal, independent of temperature changes up to 750°C (1380°F) body temperature. The small size of the sensor and the high temperature capability allow pushing the performance of the system to new limits.
 Data Sheet CP506

Turbine Sensor CP-502: High temperature pressure transducer for monitoring pressure pulsations in gas turbines; ideally suited for serial and R&D applications; exceptional signal qualities over the entire temperature range.
 Data Sheet CP-502

ZF43: M14 Spark Plug Adapter with exchangeable piezoelectric pressure sensor (GU13Z, GH13Z) for high quality measurement via spark plug bore; suitable for standard combustion analysis tasks and knock detection. Spark plug adapters are available for different heat values, spark positions and different mounting thread lengths.
 Data Sheet ZF43

ZI21/ZI31: M10 / M12 Spark Plug with integrated piezoelectric pressure sensor for high quality measurement via spark plug bore; suitable for standard combustion analysis tasks and knock detection. Spark Plug Sensors are available for different heat values, spark positions and different mounting thread lengths.
 Basic Information + Data Sheet ZI21/ZI31

GM12D: Compact piezoelectric cylinder pressure sensor with M5 mounting thread especially designed for application on engines with limited space available; suitable for standard combustion analysis tasks
 Basic Information + Data Sheet GM12D

GH12D: Piezoelectric high performance cylinder pressure sensor with M5 mounting thread suited for thermodynamic investigations (IMEP, friction loss, burn rate etc.) as well as heavy duty applications
 Basic Information + Data Sheet GH12D

GR12D: The only piezoelectric M5 cylinder pressure sensor with active acceleration compensation - designed for detailed combustion analysis of F1 engines but ideally suited also for other high performance engines

GU12P: Piezoelectric cylinder pressure probe for combustion analysis of Diesel engines via the M10 Glow Plug bore
 Basic Information + Data Sheet GU12P

GU13P: Piezoelectric cylinder pressure probe for combustion analysis of Diesel engines via the M8 Glow Plug bore
 Basic Information + Data Sheet GU13P

GU13G: The only solution for high quality combustion analysis of Diesel engine via Glow Plug bores as tiny as 4,3mm diameter; the geometry of this piezoelectric cylinder pressure sensor is customised to customer specific requirements and guarantees highest signal quality for combustion noise measurements, peak pressure and pressure rise investigations
 Basic Information + Data Sheet GU13G

GU13Z: Piezoelectric combustion pressure probe for high quality measurement via Spark Plug adapter; suitable for standard combustion analysis tasks and knock detection; Spark Plug adapters are available for different heat values, spark positions and different mounting thread length with conical or flat seat
 Basic Information + Data Sheet GU13Z

GH12P: High performance versions of GU12P cylinder pressure probes with improved accuracy and extended measuring range; suitable for thermodynamic investigations (IMEP, friction loss, burn rate etc.) as well as heavy duty applications
 Basic Information + Data Sheet GH12P

GH13P: High performance versions of GU13P cylinder pressure probes with improved accuracy and extended measuring range; suitable for thermodynamic investigations (IMEP, friction loss, burn rate etc.) as well as heavy duty applications
 Basic Information + Data Sheet GH13P

GH13G: High performance versions of GU13G cylinder pressure probes with improved accuracy and extended measuring range; suitable for thermodynamic investigations (IMEP, friction loss, burn rate etc.) as well as heavy duty applications

GH13Z: High performance versions of GU13Z cylinder pressure probes with improved accuracy and extended measuring range; suitable for thermodynamic investigations (IMEP, friction loss, burn rate etc.) as well as heavy duty applications
 Basic Information + Data Sheet GH13Z

GU21C: Piezoelectric pressure sensor with popular 6,2mm plug in type design as accurate as the best watercooled transducers; ideally suited for thermodynamic investigations like IMEP, friction loss, burn rate etc. and of course for all other combustion analysis tasks
 Basic Information + Data Sheet GU21C

GU21D: Combustion pressure sensor with M7 mounting thread - heat conducting element and special thread design for accuracy comparable to the best watercooled transducers; suited for thermodynamic investigations like IMEP, friction loss, burn rate etc. and of course for all other combustion analysis tasks
 Basic Information + Data Sheet GU21D

GU23D: Combustion pressure sensor with M8 mounting thread and heat conducting element; outperforms watercooled transducers of same size regarding measurement accuracy and thermodynamic behavior; suited for thermodynamic investigations like IMEP, friction loss, burn rate etc. and of course for all other combustion analysis tasks
 Basic Information + Data Sheet GU23D

QC34C: Watercooled combustion pressure sensor with 9,2mm plug in type design - for highest performance in its class; suited for thermodynamic investigations like IMEP, friction loss, burn rate etc. and of course for all other combustion analysis tasks
 Basic Information + Data Sheet QC34C

QC34D: Watercooled combustion pressure sensor with M10 mounting thread - for highest performance in its class; suited for thermodynamic investigations like IMEP, friction loss, burn rate etc. and of course for all other combustion analysis tasks
 Basic Information + Data Sheet QC34D

6001A: 4 mm cavity pressure sensor, mounting compatible to the mostly used sensors in injection molding
 Data Sheet 6001A

6001B: 4 mm cavity pressure sensor with integrated sensitivity detection, mounting compatible to the mostly used sensors in injection molding
 Data Sheet 6001B

6002B: 4 mm cavity pressure sensor, with integrated sensitivity detection, mounting proof
 Data Sheet 6002B

6003A: 2.5 mm cavity pressure sensor, high sensitivity
 Data Sheet 6003A

6003B: 2.5 mm cavity pressure sensor, high sensitivity, integrated sensitivity detection
 Data Sheet 6003B

6006B: 1.8mm cavity pressure sensor, smallest sensor dimensions, calibrated for mounting situation
 Data Sheet 6006B

6007B: 1.8mm cavity pressure sensor, mounting proof with housing
 Data Sheet 6007B

QO41E: Robust piezoelectric pressure transducer for the measurement of peak pressure as well as calculation of the indicated power of large engines. The integrated charge amplifier with rated current output enables an easy connection to data recorders without additional calibration efforts. Its membrane made of a Nickel-Chromium-Cobalt alloy with additional corrosion resistant coating withstands heavy fuel oil with highest sulfur contents.

Pressure Sensor G-1: A high precision pressure sensor designed for monitoring dynamic pressure and quasistatic pressure up to 250bar. The internal heat conducting element guarantees a very stable operation until 400°C. Selected sensors with 0.1% FSO linearity are available. This shoulder sealed, plug type sensor shows almost no influences to mounting bore deformations and can be mounted with an adaptor screw.
 Dats Sheet G-1

Pressure Sensor G-2: A high precision pressure sensor designed for monitoring dynamic pressure and quasistatic pressure up to 250bar. The internal heat conducting element guarantees a very stable operation until 400°C. Selected sensors with 0.1% FSO linearity are available. This shoulder sealed sensor with M7-thread can directly be screwed into the measuring object.
 Data Sheet G-2

Pressure Sensor G-3: Miniature Pressure Sensor for quasistatic and dynamic pressure up to 250bar. The active acceleration compensation enables a very clean pressure signal even at highly vibrating systems.
 Data Sheet G-3

Pressure Sensor G-5: Miniature Pressure Sensor for quasistatic and dynamic pressure up to 250bar. The exceptional small size (M5x0.5 thread) and the high temperature resistance up to 400°C make the sensor suitable for a wide range of applications.
 Data Sheet G-5