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Technical inspection record

Magnetic Induction Testing

Electromagnetic inspection of steel wire ropes to detect internal and external wire breaks, corrosion, abrasion, and deformations. Non-destructive method that assesses rope condition without interrupting operations.

01Elevator and lift ropes02EN 12385

Technical scope

Where it applies and what is checked

01

Applications

  • Port and industrial crane ropes
  • Elevator and lift ropes
  • Cableway and ropeway installations
  • Mine and shaft hoisting ropes

02

Technical capabilities

  • Portable instrumentation for elevated work
  • Real-time analysis with dedicated software
  • Wear trend graphs and historical data
  • Report with trace, findings, and outcome summary

03

Industries served

  • Ports and maritime
  • Ropeways and cable transport
  • Mining and extraction
  • Vertical transportation

Verification method

Magnetic Induction Testing

Technical evidence

Three-stage method

  1. 01

    Portable instrumentation for elevated work

  2. 02

    Real-time analysis with dedicated software

  3. 03

    Report with trace, findings, and outcome summary

01

When it is needed

When use, condition, or applicable rules call for a targeted inspection.

02

What is checked

Components, markings, condition, and function are checked with the applicable method.

03

What remains documented

Results, evidence, and follow-up stay connected to the equipment in Cruscotto™.

Technical appendix

Operational reference checklists

The complete tables remain available to prepare the work and share inspection criteria.

Wire-rope slings

UNI ISO 4309:2019 - Wire ropes inspection, maintenance, and discard · EN 1677-1 - Forged components for slings, grade 8 · EN 1677-2 - Hooks with latch, grade 8 · EN 1677-3 - Self-locking hooks, grade 8 · EN 1677-4 - Master links, grade 8

Wire-rope slings
CheckMethodAcceptance criterionReference standard
Identification tagVisualPresent, readable, data consistent with CE certificateUNI ISO 4309:2019
Rope surface conditionVisualIntact surface, no deep corrosion or covering paintUNI ISO 4309:2019
Broken wiresVisualBroken wires within limits defined by the standard for the rope constructionUNI ISO 4309:2019
Permanent deformationVisualNo birdcaging, bottleneck deformation, or rigid kinksUNI ISO 4309:2019
Suspension ring wearCaliperThickness reduction <10% compared with originalEN 1677-4
Accessory assemblyVisualComponents correctly mounted, with no play or defectsEN 1677-1
Terminal accessory integrityVisualNo cracks, crushing, notches, or abusive markingsEN 1677-2 / EN 1677-3
Terminal hook wearCaliperThickness reduction <10% and regular geometryEN 1677-2 / EN 1677-3
Locking system functionVisualAutomatic closure working, without friction or excessive playEN 1677-2 / EN 1677-3
Bolts, nuts, shacklesVisual + caliperIntact threads, tightened components, no evident wearEN 1677-1

Inspection outcome

Results, evidence, and record continuity

Evidence and deliverables

  • Internal wire break detection (LF)
  • External wire break detection (LMA)
  • Metallic cross-section loss analysis
  • Full-length defect mapping

Cruscotto™

The record stays connected to the equipment

The result, documents, useful images, and follow-up form a searchable history for each piece of equipment.

  • Inspection result and date
  • Evidence and reports
  • Non-conformities and follow-up actions

Applicable references

Standards and codes

Complete references remain available without interrupting the operational reading of the record.

Open references and regulatory context

  1. 01UNI ISO 4309:2011
  2. 02EN 12385
  3. 03D.Lgs 81/08

Need to prepare this inspection in a technical meeting?

Clarify scope, indicative timing, registers, reports, and equipment traceability before planning the campaign.