Short answer
A critical hose inventory shows which assembly is used where and what consequences its failure could have. Unlike a product list, it holds the physical assembly identification, application conditions, inspection history and intervention priority together.
Technical explanation
Manufacturer maintenance and safety resources emphasize evaluating hoses in relation to their application conditions and inspecting them regularly. The same product can carry different risks on two different lines. Effects such as hot or hazardous fluids, moving equipment, proximity to personnel and operational downtime should be considered in prioritization. A catalog code alone cannot distinguish the histories of all physical assemblies produced under that code.
Topic-specific checkpoints
| Item | Description |
|---|---|
| Identification | Physical assembly and label |
| Context | Line, environment and operating conditions |
| Risk | Impact of failure on people, environment and production |
| Follow-up | Inspection history, open actions and spare |
How to evaluate it in practice
The proposed record model gives each assembly an identification that does not change. Keep the facility, line, equipment and location fields separate; do not store the risk justification only as a color. Link the last inspection, the next inspection plan, open defects and spare status. State that the criticality score is a method to assist maintenance planning, not an automatic safety decision. If an assembly is moved, record its new location and preserve the previous location history.
Original editorial recommendation; not a clause of a standard.
Frequently asked questions
Is it enough to keep records only for critical hoses?
Priority can be given to critical assemblies; however, losing the identification and basic maintenance records of other assemblies should not be the aim.
Source coverage
-
S017
Parker Safety Guide, Publication 4400-B.1 Parker Hannifin · accessed 2026-10-20 PDF page 4; 5.1 Maintenance Programme, 5.2 Visual Inspection, 5.3 Other Inspection and 5.6 Hose Inspection and FailurePDF page 2; 2.8 Routing, 2.10 Mechanical Loads and 2.11 Physical Damage | PDF page 2; 2.4 Temperature | PDF page 3; 2.17 Radiant Heat | PDF page 2; 2.5 Fluid CompatibilityPDF page 3; 3.1 Component Inspection, 3.2 Hose and Fitting Assembly and 3.3 Related Accessories
-
S025
Hose Solutions Swagelok Southern Africa · accessed 2026-10-19 Step 4: Creating a Maintenance Plan