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New Piezoelectric Accelerometer Designed to Measure

Vibration at Temperature Extremes

 

 

SAN JUAN CAPISTRANO, Calif. - June 1, 2001 - Endevco's new Model 2272 is a piezoelectric accelerometer designed specifically to measure vibration at temperature extremes. A self-generating unit that requires no external power source for operation, the unit is hermetically sealed for use in harsh environments and exhibits excellent output sensitivity stability over time. Its unique sensing elements offer an unusually flat temperature response over a temperature range from -269C (-452F) to 260C (500F). Low temperature applications include cryogenic equipment and processes, and the accelerometer can also be used for high-temperature vibration measurements in aerospace, automotive and industrial testing applications. 

 

The Model 2272 features Endevco's PIEZITEТ Type P-10 crystal element, operating in compression mode. Signal ground is connected to the outer case of the unit. When used with an isolated mounting stud, the accelerometer is electrically isolated from ground. A 10-32 UNF-2A side connector mates with a low-noise coaxial cable that is supplied for error-free operation. 

 

Endevco Models 133 or 2775A signal conditioners or OASIS 2000 Computer-Controlled System are recommended for use with this high-impedance accelerometer. 

2272 Accelerometer

 

Endevco is the world's leading designer and manufacturer of dynamic instrumentation for vibration, shock and pressure measurements. The company's comprehensive line of piezoelectric, variable capacitance, piezoresistive, ISOTRONТ, and servo force balance accelerometers are used to solve measurement problems in a wide variety of industries including aerospace, automotive, defense, medical, industrial and marine. Other products include pressure transducers, microphones, electronic instruments, and calibration systems. 

 

Endevco is a subsidiary of U.K.-based Meggitt PLC, an international group of companies renowned for their specialized engineering skills. 

 

 

 

 

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