ISO 5348

Accelerometer Mechanical Mounting Methods

ISO 5348 specifies the mechanical mounting requirements and installation methods for accelerometers used in vibration measurement and monitoring applications. Proper mounting is critical because accelerometer resonance and damping characteristics are strongly influenced by how the device is attached to the test structure. Industries including aerospace, automotive, mechanical engineering, and maintenance rely on this standard to ensure measurement accuracy and repeatability in vibration diagnostics. Accreditation to this standard demonstrates that a laboratory understands the physical factors affecting transducer performance and can provide traceable, reliable vibration data. Correct mounting practices are fundamental to valid vibration measurement across all frequency ranges.

What it measures

Transverse sensitivity effects of mounting
Frequency response accuracy with different mounting methods
Resonance frequency stability
Mechanical coupling effects
Temperature compensation for mounted accelerometers

🇩🇪 DIN EN ISO 16063-41 🇬🇧 BS EN ISO 16063-41 🇫🇷 NF EN ISO 16063-41 🇮🇹 UNI EN ISO 16063-41 🇪🇸 UNE EN ISO 16063-41 🇳🇱 NEN EN ISO 16063-41 🇩🇪 DIN EN ISO 6954 🇬🇧 BS EN ISO 6954 🇫🇷 NF EN ISO 6954 🇮🇹 UNI EN ISO 6954 🇪🇸 UNE EN ISO 6954 🇳🇱 NEN EN ISO 6954

1,817 Accredited labs

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Technological Laboratory of Uruguay

UKAS 1893 Uruguay, UY

ISO 3727-1/IDF 80-1:2001 ISO 5534/IDF 4:2004 ISO 6731/IDF 21:2010 ISO 6734/IDF 15:2010 according to ISO 6091/IDF + 3 more

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ISO 16063-41 Methods for the calibration of vibration and shock transducers – Calibration of accelerometers
ISO 6954 Mechanical vibration – Criteria for the evaluation of vibration on machines with nominal powers above 15 kW and nominal speeds between 120 and 15000 r/min
ISO 10816-1 Mechanical vibration – Evaluation of machine vibration by measurements on non-rotating parts