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Installation of Aerial Multi-Axis Platform (AMP) at Tinker AFB. Mark Nelson May 2007. Jacobs Engineering. Buildings and Infrastructure. Other. Chemicals, Petrochemicals, and Fertilizers. Pulp and Paper. Pharmaceuticals and Biotechnologies. High Tech ( JT ). Petroleum - PowerPoint PPT Presentation
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Installation of Aerial Multi-Axis Platform (AMP) at Tinker AFB
Mark Nelson
May 2007
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Jacobs Engineering
Other
Chemicals, Petrochemicals, and Fertilizers
Pharmaceuticalsand Biotechnologies
High Tech (JT)
Federal Programs/Defense and Aerospace (JT)
Petroleum (Oil, Gas, and Refining)
Pulp and Paper
Buildings and Infrastructure
Jacobs Technology (JT)
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Jacobs Technology – Technical Services
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Objectives
Present AMP installation in Bldg 3001. Fully understand needs and expectations. Present safety features and procedures. Establish safety requirements.
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Contract Requirements
Install one AMP in Bldg 3001 to support KC-135 maintenance.
Provide user manual and training on safe operation & maintenance of AMP.
Under warranty for 12 months. USTAE is the AMP vendor. Expected completion date: 31 July 07.
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Aerial Multi-Axis Platform (AMP)
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Animation of AMP in Bldg 3001
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AMP Travel Path Dashed line represents AMP travel around aircraft in
Dock 1 with horizontal stabilizer removed.
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Maintenance Activities & Requirements
Access to wings, engines, fuselage and horizontal stabilizer.
Removal & installation of horizontal stabilizer? Removal & installation of vertical stabilizer? Removable handrails or gates? Move personnel from platform to aircraft and
back? Use AMP as a hoist? Interface with special handling gear like a sling?
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AMP Work Platform
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Comparison to Hexagon Platform
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AMP Positions Relative to Aircraft
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Clearance over Wing
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Access to Engines and Wings
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Access to Wings
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Interference with Horizontal Stabilizer
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Clearance over Horizontal Stabilizer
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Interface with Fuselage
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Interface with Fuselage (continued)
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Interface with Fuselage (continued)
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AMP Control System
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AMP Radio Control Unit
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AMP Radio Control Unit (continued)
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System Safety Analysis
Formal analysis performed by Jacobs last year. Identified and assessed hazards. Developed countermeasures. Followed: Mil-Std-882, AFOSH 91-501, OSHA-29
CFR, ANSI A10.28, ANSI C2, NESC, NFPA 70, NEC
Control system safety analysis performed by USTAE via Genesis / Rockwell who owns Allen-Bradley.
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Safety Checklist Items
Control System - Failsafe PTO switch on radio control unit Safe-Stop button Limit movement within safe envelope via software Dual processors Dual encoders Double brakes – engage with power loss Cable tension limits via sensors & software
Collision Avoidance Power-on beacon Contact sensor Two-way radios Spotter on floor
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Safety Checklist Items (continued)
Safe escape and rescue Controlled descent device Secondary Radio Control Unit on the floor
Fall protection Handrails Personal Fall Arrest System (PFAS) Anti-slip surface on platform floor
Fire extinguisher AMP wiring complies with codes Load tests – 3 times rated load Warning labels
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Safety Procedures
User manual – operations & maintenance Training and certification of operators Use of primary and secondary radio control units
Override by secondary unit – keep in secure area
Role of Spotter. Use of control descent device Use of PFAS
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Issues or Concerns?
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