Piezoresistive Beschleunigungssensoren

Piezoresistive Technologie

Die Funktion der piezoresistiven Technologie beruht auf einer Widerstandsbrücke, bei der die Widerstände zu einer Wheatstoneschen Messbrücke angeordnet sind. Das elektrische Signal ändert sich proportional, präzise und linear zur induzierten Schwingung, es handelt sich hier um ein einfaches Brückenausgangssignal.

Uniaxial

Hiermit stellen wir Ihnen unsere verschiedenen Gehäuseformen und Messbereiche unserer uniaxialen AIS piezoresistiven Beschleunigungssensoren vor. Sie können zwischen Schraubgehäuse oder Gehäusen zum Kleben wählen. Unsere Kunden verwenden meist den Schnellklebstoff X60 von Hottinger. Das Gehäusematerial besteht aus einem korrosionsarmes Aluminium.

Wir fertigen auch Gehäuse nach Kundenwunsch, bitte fragen Sie uns.

AIS 81C2

Achsen: uniaxial

Signal: 1,0-0,05 (mV/g)

Messbereich: ±50g bis ±6000g

Betriebstemperatur: -20°C bis +90°C

Features: Aluminium

Anwendungen: Crash Testing, Vibration & Shock Monitoring, Impact Testing, Road Testing, Transportation Testing

Beschreibung

The Model AIS 81C2 Accelerometer is a small, compact uniaxial device designed for vehicle impact and road testing. Featuring ranges from ±50 g to ±6000 g and high frequency response, this sensor is easily mounted in hard to get places on vehicles under test. The sensor provides a millivolt output signal and features mechanical overload stops that provide shock protection to loads greater than 10,000 g. The electrical signal changes proportional to introduced vibration.

AIS 8SC2

Achsen: uniaxial

Signal: 1,0-0,05 (mV/g)

Messbereich: ±50g bis ±6000g

Betriebstemperatur: -20°C bis +90°C

Features: Aluminium

Anwendungen: Crash Testing, Vibration & Shock Monitoring, Impact Testing, Road Testing, Transportation Testing

Beschreibung

The Model AIS 8SC2 Accelerometer is a small, compact uniaxial device designed for vehicle impact and road testing. Featuring ranges from ±50 g to ±6000 g and high frequency response, this sensor is easily mounted in hard to get places on vehicles under test. The sensor provides a millivolt output signal and features mechanical overload stops that provide shock protection to loads greater than 10,000 g. The electrical signal changes proportional to introduced vibration.

AIS 8112

Achsen: uniaxial

Signal: 1,0-0,4 (mV/g)

Messbereich: ±50g to ±200g

Betriebstemperatur: -20°C to +90°C

Features: Aluminium

Anwendungen: Embedded Applications, Vibration & Shock Monitoring, Impact Testing, Machinery, Instrumentation

Beschreibung

The Model AIS 8112 Accelerometer is a compact, factory calibrated uniaxial device based on piezoresistive technology. Its housing has a flat design for adhesive mounting. Due to its low mass this model is perfect for testing light weight structures. Ranges from ±50 g to ±200 g and high frequency response, this sensor provides a millivolt signal. Signal amplified versions are optional. The sensing element has integrated overload stops which guarantees high shock performance.

AIS 8212

Achsen: uniaxial

Signal: 1,0-0,4 (mV/g)

Messbereich: ±50g to ±200g

Betriebstemperatur: -20°C to +90°C

Features: Aluminium

Anwendungen: Embedded Applications, Vibration & Shock Monitoring, Impact Testing, Machinery, Instrumentation

Beschreibung

AIS 86C2

Achsen: uniaxial

Signal: 1,0-0,08 (mV/g)

Messbereich: ±50g to ±2000g

Betriebstemperatur: -20°C to +100°C

Features: Aluminium

Anwendungen: Crash Testing, Vibration & Shock Monitoring, Impact Testing, Road Testing, Transportation Testing

Beschreibung

The Model AIS 86C2 Accelerometer is a compact, factory calibrated uniaxial device based on piezoresistive technology. Its housing has a flat design for easy screw mount. Due to its low mass this model is perfect for testing light weight structures. Ranges from ±50 g to ±2000 g and high frequency response, this sensor also meets the specification SAE J211. The sensing element has integrated overload stops which guarantees high shock performance. Signal amplified versions are optional.

3D-Adapter für AIS 86C2

Zum Aufschrauben dreier Beschleunigungssensoren des Models AIS 86C2/AIS 4620 bieten wir Ihnen einen 3D Montageblock an. Bitte sehen Sie hierzu im Bildmaterial die Abmessungen.

Der Vorteil des 3D Adapters ist eine unabhängige Verwendung der uniaxialen Sensoren. Diese können für uniaxiale und triaxiale, ja auch für biaxiale Messaufgaben Verwendung finden.

Triaxial

Hiermit stellen wir Ihnen unsere verschiedenen Gehäuseformen und Messbereiche unserer triaxialen AIS piezoresistiven Beschleunigungssensoren vor. Sie können zwischen Kabelzugentlastungsmöglichkeiten wie der PG Verschraubung für die Schutzart IP67 oder im Standard mit Zugentlastungsbügel wählen. Das Gehäusematerial besteht aus einem korrosionsarmes Aluminium.

Wir fertigen auch Gehäuse nach Kundenwunsch, bitte fragen Sie uns.

AIS 84C2

Achsen: triaxial

Signal: 1,0-0,08 (mV/g)

Messbereich: ±50g bis ±2000g

Betriebstemperatur: -20°C to +100°C

Features: Aluminium

Anwendungen: Crash Testing, Vibration & Shock Monitoring, Impact Testing, Automotive Comfort Testing, Truck Testing

Beschreibung

The Model AIS 84C2 Accelerometer is designed for high performance applications. The accelerometer incorporates a gas-damped piezoresistive MEMS sensing element providing outstanding long-term stability. Ranges from ±200 g to 2000 g with high frequency response, this sensor also meets the specification SAE J211. The model 84C2 provides a millivolt output signal and features mechanical overload stops that provide shock protection to loads greater than 10,000g. Signal amplified versions are optional.

AIS 85C2

Achsen: triaxial

Signal: 1,0mV tbis 0,08mV

Messbereich: ±50g bis ±2000g

Betriebstemperatur: -20°C to +100°C

Features: Aluminium

Anwendungen: Crash Testing, Vibration & Shock Monitoring, Impact Testing, Automotive Comfort Testing, Truck Testing

Beschreibung

The Model AIS 85C2 Accelerometer is designed for high performance applications. The accelerometer incorporates a gas-damped piezoresistive MEMS sensing element providing outstanding long-term stability. Ranges from ±50 g to ±2000 g with high frequency response, this sensor also meets the specification SAE J211. All three axes meet their positive direction in the centre of the sensor housing. The small and cube housing can be mounted on different sites.

AIS 88C2

Achsen: triaxial

Signal: 1,0mV tbis 0,08mV

Messbereich: ±50g bis ±2000g

Betriebstemperatur: -20°C to +100°C

Features: Aluminium

Anwendungen: Harsh Environments, Vibration & Shock Monitoring, Impact Testing, Automotive Comfort Testing, Machinery Testing

Beschreibung

The model AIS 88C2 Accelerometer is designed for high performance applications. The accelerometer incorporates a gasdamped piezoresistive MEMS sensing element providing outstandinglongterm stability. Ranges from ±50 g to ±2000 g with high frequency response, this sensor also meets the specification SAE J211. The model 88C2 provides a millivolt output signal and features mechanical overload stops that provide shock protection to loads greater than 10,000 g. Signal amplified versions are optional. New injection molding soft is integrated for better performance.

AIS 89C2

Achsen: triaxial

Signal: 1,0mV tbis 0,08mV

Messbereich: ±50g to ±6000g

Betriebstemperatur: -20°C to +100°C

Features: Aluminium

Anwendungen: Harsh Environments, Vibration & Shock Monitoring, Impact Testing, Automotive Comfort Testing, Machinery Testing

Beschreibung

The model AIS 89C2 Accelerometer is designed for high performance applications. The accelerometer incorporates a gasdamped piezoresistive MEMS sensing element providing outstandinglongterm stability. Ranges from ±50g to ±6000g with high frequency response, this sensor also meets the specification SAE J211. The model 89C2 provides a millivolt output signal and features mechanical overload stops that provide shock protection to loads greater than 10,000g. Signal amplified versions are optional. A new injection part for cable split into the axes X, Y and Z is integrated for better performance.