Reel, Shoulder Harness, Inertia Lock

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Reel, Shoulder Harness, Inertia Lock

Reel, Shoulder Harness, Inertia Lock
Specifications. standards and handbooks
Order of precedence
Plating Steel
Inertia reel locking mechanism actuation
Webbing lead-in strap subassembly standard length
Manual control handle subassembly interchangeability
Manual control cable subassembly design requirements
Manual control cable subassembly had transmission
Weight of MA-6, and MA-8 type inertia reefs
Omnidirectional locking mechanism (MA-16 type inertia reel)
High temperature
Manual control cable and handle subassemblies life cycle
Quality Program
Responsibility for compliance
Testing facility
Criteria for including the acceptability of the results of individual
Government notification requirement of any qualification test failures
Quality conformance inspection
Corrosion protection
Inertia reel locking mechanism actuation
Webbing lead-in straps subassembly standard 1ength demonstration
Manual control handle subassembly interchangeabilitv demonstration
Manual control cable subassembly design inspection
Manual control cable subassembly interchangeability demonstration
Dimensions
Omnidirectional webbing lead-in strap and inertia reel acceleration
Dual mode inertia reels demonstration
Proof strength tests
Fungus
Stowage/take-up mechanism life cycle test
Design static strength of MA-1, MA-2. and MA-6.
Identification of product
Commercial
Consideration of data requirements
Qualification
Table IA. MA-I, MA-2, MA-6 and MA-8 type inertia reel qualification
Table IB. MA-14 and MA-16 type inertia reel qualification test matrix
Table III. Subassembly test/inspection requirements
Table IV. Impact conditions for dynamic tests
Table V. Schedule of dynamic testing
Figure 1. Space provisions for MA-1 type inertia reel
Figure 2. Space provisions for MA-2 type inertia reel
Figure 3. Space provisions for MA-6, MA-8, MA-14 and MA-16 typre type inertia reels
Figure 4. Inertia reel subassemblies MA-6, MA-8, MA-14 and MA-16 type inertia reels
Figure 5. Shoulder harness attachments fitting dimensions, MA-1 type inertia reel
Figure 6. Shoulder harness attachment fitting dimensions, MA-2 type inertia reel
Figure 7. Shoulder harness attachment fitting dimensions, MA-6, MA-8, and MA-14 and MA-16 type inertia reels
Figure 8. Interface control dimensions, webbing lead-in strap end fitting, MA-6, MA-8, MA-14
Figure 9. Manual control handle dimensions, MA-I type inertia reel
Figure 10. Manual control handle dimensions, MA-2 type inertia reel
Figure 11. Manual control handle dimensions, MA-6, MA-8, MA-14 and MA-16 type inertia reel
Figure 12. Control cable end fitting assembly, MA-1 type inertia reel
Figure 13. Control cable end fitting assembly, MA-2, MA-6, MA-8, MA-14
Figure 14. Interface control dimensions control cable end fittings, MA-2, MA-6, MA-8, MA-14
Figure 15. Interface control dimensions control cable end fittings, MA-2, MA-6, MA-8, MA-14
Figure 16. Aircarft coordinate system for inertia reel automatic locking sensitivity
Figure 17. Inertia reel orientation for automatic operation
Graphic approximation technique
Figure 20. Inertia reel mounting orientations
Figure 21. Seat, restraint and dummy configuration for dynamic crash tests
Figure 22. Seat dimensions and restraint attachment points for dynamic crash tests
Standardization Document Improvement Proposal

Reel, Shoulder Harness, Inertia Lock

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