ISO 13373-1

Machinery Vibration Condition Monitoring

ISO 13373-1 establishes general procedures for vibration-based condition monitoring and diagnostics of machines to detect developing faults and assess operational health. This standard defines measurement strategies, signal processing methods, and diagnostic logic applicable to diverse machine populations in industrial and operational environments. Maintenance departments, predictive maintenance service providers, and asset management teams use this methodology to optimise equipment uptime and plan cost-effective interventions. Accreditation ensures technically sound and reproducible monitoring data that supports evidence-based maintenance decisions and equipment reliability improvement.

What it measures

Vibration amplitude and frequency content across machine operating range
Broadband and narrowband vibration signatures
Trend progression and rate of change
Fault-specific frequencies and harmonics
Machine health status classification

🇩🇪 DIN EN ISO 13373-2 🇬🇧 BS EN ISO 13373-2 🇫🇷 NF EN ISO 13373-2 🇮🇹 UNI EN ISO 13373-2 🇪🇸 UNE EN ISO 13373-2 🇳🇱 NEN EN ISO 13373-2 🇩🇪 DIN EN ISO 10816-1 🇬🇧 BS EN ISO 10816-1 🇫🇷 NF EN ISO 10816-1 🇮🇹 UNI EN ISO 10816-1 🇪🇸 UNE EN ISO 10816-1 🇳🇱 NEN EN ISO 10816-1

1,817 Accredited labs

19 Countries

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Global CS Center of Samsung Electronics Co

UKAS 4290 Gyeonggi-Do 16677, KR

DIN EN 55011: 2018 AS/NZS CISPR 11:2004 IEC/CISPR 13 DIN EN 55013 AS CISPR 11:2017 + 3 more

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ISO 13373-2 Condition monitoring and diagnostics of machines—Vibration condition monitoring—Part 2: Guidance on the interpretation of vibration diagnostics
ISO 10816-1 Mechanical vibration—Evaluation of machine vibration by measurements on non-rotating parts—Part 1: General guidelines
ISO 20816-1 Mechanical vibration—Measurement and evaluation of vibration of rotating machinery—Part 1: General guidelines