High output, Seismic Micro g Accelerometers
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Standard sensitivities shown, other sensitivities maybe available on request.
Type | Sensitivity | Weight | Temp |
Mono Axial Charge Seismic Accelerometers
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9nC/g nom. | 400gm 14.11oz |
250°C 482°F |
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![]() A/800/VT |
9nC/g nom. | 400gm 14.11oz |
250°C 482°F |
![]() A/800/VTC |
9nC/g nom. | 407gm 14.36oz |
250°C 482°F |
Mono Axial IEPE Seismic Accelerometers
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![]() A/1800 |
10V/g | 400gm 14.11oz |
125°C 257°F |
A/1800/VT![]() |
10V/g | 400gm 14.11oz |
125°C 257°F |
![]() A/1800/VTC |
10V/g | 407gm 14.36oz |
125°C 257°F |
Seismic accelerometers are generally much bigger and heavier than
other test and measurement accelerometers. This is due to the
much higher quantity of piezoelectric material and the large mass
material required to create the high output (typically 10V/g
or 9000pC/g) which allows for micro ‘g’ measurements.
They are also limited on their higher frequency capability, usually
limited to 500Hz to 1kHz. With a typical peak measurement range
of just 0.5g their use is restricted to typical seismic applications.