Direct answer
Mechanical shock, sinusoidal vibration and railway-equipment qualification require separate scope reviews. Match specimens, mounting, shock conditions and optical criteria. A vibration or IP68 label does not establish shock capability, and a component report does not qualify a complete railway installation.
Identify the three evidence types
The public scope of IEC 61300-2-9:2017 addresses weakness or degradation of optical devices under repetitive or non-repetitive mechanical shocks. IEC 61300-2-1:2023 concerns sinusoidal vibration. Their report categories should not be interchanged. IEC shock scope IEC sinusoidal-vibration scope
Use this review for industrial-enclosure assemblies, transport-related delivery reviews and vehicle-equipment interfaces. Project owners must select actual exposures, methods and acceptance values; an industrial appearance does not establish them.
| Evidence type | Brief scope identification | Procurement boundary |
|---|---|---|
| Component report using IEC 61300-2-9 | Mechanical shock of optical devices | Match the tested assembly |
| Component report using IEC 61300-2-1 | Sinusoidal vibration | Do not assume shock or all random-vibration coverage |
| Equipment report using IEC 61373 | Railway-vehicle equipment shock and vibration | Review equipment, mounting and adopted edition |
Record the railway edition explicitly
At this review, IEC lists IEC 61373:2026, published on 2026-07-17, replacing the 2010 edition. Its scope concerns equipment intended for railway vehicles. IEC 61373 publication
Publication does not automatically amend an existing contract. Record the contractual edition, tested equipment boundary and responsibility for applicability review. If evidence covers only a connector, identify the untested cable, attachment and equipment installation instead of declaring the complete equipment qualified.
Reading a shock report
These are suggested procurement fields, not the complete standard procedure. Derive waveform, acceleration, duration, directions and pulse counts from the adopted full specification and approved plan, not universal webpage values.
| Review field | Retain | Typical gap |
|---|---|---|
| Specimen identity | Assembly, materials, interfaces and drawing revision | Product-family name alone |
| Mounting | Fixture, attachment, free length and mating state | Equipment photograph alone |
| Shock input | Waveform, amplitude, duration, directions and count | One acceleration number |
| Optical checks | Stages, wavelengths, channels and criteria | Final pass screenshot only |
| Exceptions | Failures, retests, repairs and revision changes | Pass statement without history |
Compare the specimen with the order
Review the test and installation drawings side by side. Mark differences in clamps, cable exits and unsupported lengths. Responsible engineering personnel should explain whether extra restraint in a test specimen represents the ordered routing.
Where behavior during exposure matters, agree the observation and acceptance method beforehand. A recovered post-test loss result cannot alone establish the absence of transient anomalies during exposure. This guide does not convert one pass into transport cycles or service years.
Procurement FAQ
- Does vibration evidence establish shock resistance? No automatic substitution is justified.
- Do armor or IP68 establish shock capability? Appearance and enclosure labels are insufficient.
- Can identical acceleration numbers be compared directly? Also check waveform, duration, directions, counts and mounting.
- Does a new railway edition invalidate every old report? Follow the adopted contract and applicability review.
- Can changed clamps inherit the result? Document differences and review additional verification.
Related guides and configurations
Industrial vibration evidence · Cable retention and strain relief · Armored cord configuration · Rail and outdoor projects
Contact an engineer. Share actual part references, drawings and measurement or acceptance needs for configuration review. These links do not establish unverified supply, performance or qualification.
Sources and review date
Sources reviewed on 2026-10-11. Manufacturer examples apply only to the cited parts. Tables and review steps are procurement recommendations, not ARRANEX performance, qualification or test-result claims.
Sources checked: 2026-10-11