| Outside diameterD / De | 45 mm (-0.25/+0 mm); limits 44.75–45 mmThe stainless/corrosion-resistant product keeps its material and vendor identity. Dimensional tolerances, coaxiality and guide clearances use the DIN EN 16983 general range rules; hardness is resolved separately from the material condition and vendor/order source. | Resolved | DIN EN 16983:2017-09EN 16983 page 12(PDF 14) |
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| Inside diameterd / Di | 22.4 mm (+0/+0.21 mm); limits 22.4–22.61 mmThe stainless/corrosion-resistant product keeps its material and vendor identity. Dimensional tolerances, coaxiality and guide clearances use the DIN EN 16983 general range rules; hardness is resolved separately from the material condition and vendor/order source. | Resolved | DIN EN 16983:2017-09EN 16983 page 12(PDF 14) |
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| Product thicknesst / t′ | 2.5 mm (-0.12/+0.04 mm); limits 2.38–2.54 mmThe stainless/corrosion-resistant product keeps its material and vendor identity. Dimensional tolerances, coaxiality and guide clearances use the DIN EN 16983 general range rules; hardness is resolved separately from the material condition and vendor/order source. | Resolved | DIN EN 16983:2017-09EN 16983 page 13(PDF 15) |
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| Free heightH0 / l₀ | 3.35 mm (-0.1/+0.2 mm); limits 3.25–3.55 mmThe stainless/corrosion-resistant product keeps its material and vendor identity. Dimensional tolerances, coaxiality and guide clearances use the DIN EN 16983 general range rules; hardness is resolved separately from the material condition and vendor/order source. | Resolved | DIN EN 16983:2017-09EN 16983 page 13(PDF 15) |
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| Cone heighth0 / h₀ | 0.85 mm (-0.14/+0.32 mm); limits 0.71–1.17 mmWorst-case envelope derived from free-height and plain product thickness t tolerances; it is a reference, not an independent standard h0 acceptance tolerance. | Derived reference | DIN-EN-16983-2017-09EN 16983 page 13(PDF 15); EN 16983 page 13(PDF 15) |
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| Coaxiality— | ≤ 0.32 mmThe stainless/corrosion-resistant product keeps its material and vendor identity. Dimensional tolerances, coaxiality and guide clearances use the DIN EN 16983 general range rules; hardness is resolved separately from the material condition and vendor/order source. | Resolved | DIN EN 16983:2017-09EN 16983 page 12(PDF 14) |
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| Flatness— | Set by approved drawing, process card or supply agreementThe standard does not provide a universal independent numeric tolerance; an approved drawing, process card or supply agreement must provide the acceptance value. | Agreement required | POLYSPLENDID-INSPECTION-POLICY-2026-08Task 121 标准原文核对结论 |
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| Parallelism— | Set by approved drawing, process card or supply agreementThe standard does not provide a universal independent numeric tolerance; an approved drawing, process card or supply agreement must provide the acceptance value. | Agreement required | POLYSPLENDID-INSPECTION-POLICY-2026-08Task 121 标准原文核对结论 |
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| Test loadFt | 6628.975804 N (-7.5/+15%); limits 6131.802619–7623.322175 NThe nominal test load comes from the current published standard, manufacturer, or engineering dataset; limits use the applicable DIN EN 16983 percentage tolerance. | Resolved | DIN EN 16983:2017-09rounded_almen_laszlo_calculation |
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| Hardness— | material_condition_requiredFinished hardness for material 1.4310 shall be tied to its cold-work, ageing, or quench-and-temper condition and to a vendor/order source. The ordinary 50CrV4/51CrV4 range of 42–52 HRC is not reused. Structured vendor-condition values are stored as contextual inspection requirements. | material_condition_required | DIN EN 16983:2017-09— |
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