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The Dytran 3097A series is a family of lightweight miniature IEPE accelerometers, available in three different models, with choice of 10, 100 or 500 mV/g sensitivity.

The accelerometers incorporate a ceramic shear sensing element and ultra-low-noise JFET electronics, with materials housed in a highly durable 0.4-inch laser welded titanium cube weighing just 4.3 grams. The series features a 5-40 tapped hole and industry standard 10-32 radial connector. Optional Transducer Electronic Data Sheet (TEDS; per IEEE 1451.4) capabilities are also available for larger channel count applications.
Unit of Measure

Specifications

Brands

 N/A Dytran

Accelerometer Type

 N/A Miniature/ESS

Measuring Acceleration Range

 N/A 500 g4903 m/s²

Frequency Response

 N/A 0.3 to 5,000 Hz

Frequency Response Gain

 N/A -5 dB+5 dB

Spectral Noise

 N/A F

Electrical Isolation

 N/A No

Maximum Shock

 N/A 5000 g49033 m/s²

Recommended Mounting Accessories

 N/A One (1) model 6580 (5-40 to 5-40) mounting stud (supplied)

Recommended Cabling Accessories

 N/A Model 6011A coaxial cable assembly (sold separately)

Physical

Housing Material

 N/A Titanium

Sensing Element

 N/A Ceramic, Shear

Weight

 N/A 0.15 oz

Environmental

Temperature Range

 N/A -60 to +200 ºF-51 to +93 ºC

Thermal Coefficient of Sensitivity

 N/A 0.07 %/°F0.14 %/°C

Environmental Seal

 N/A Hermetic

Performance

Sensitivity

 N/A 1 mV/m/s²

Quality Management System

Quality Management System

 N/A Dytran Instruments Quality Management System meets the requirements of the following standards:
  • ISO 9001:2008 and AS 9100 Revision C and in accordance with requirements of AS9104A
  • ISO/IEC 17025:2005 and ANSI/NCSL Z540-1-1994
  • ATEX DIRECTIVE 2014/34/EU for electrical and mechanical equipment for use in explosive atmospheres

Applications

Applications

 N/A General Purpose Vibration Measurements Hand-arm and Whole-body Vibration Monitoring Modal and structural analysis Noise, Vibration and Harshness (NVH)

Features

Features

 N/A IEPE Low Noise Miniature Cubic Design Optional TEDS Capabilities