Chesterfield Station

[Deep Space Engineering]

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CHESTERFIELD STATION

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Attention: ADMIN
Subject: CHESTERFIELD

This report is unclassified, however it may contain references to classified information and technologies. You may be required to verify your security clearance before reading this document. If you do not have necessary clearance, but require use this report, please consult your line manager for permission.

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Deep Space Engineering has completed an assessment regarding Chesterfield Station. This assessment identified threats and vulnerabilities (hazards) that could cause the destruction of Chesterfield Station, compromise crew health, or necessitate the premature abandonment of the station. Deep Space Engineering has reviewed the structural integrity, as well as put in place a number of controls against these vulnerabilities, which included design requirements, safety controls, and procedural/operational controls. The hardware and software utilized on Chesterfield Station have been developed and tested by Deep Space Engineering, and has been successfully implemented in a number of stations across Sirius. Major systems this report will consider include electrical power, cooling, data handling, and navigational control. Assembly to date has gone exceptionally well and is a tribute to the Deep Space Engineering teams involved. There have been a small number of anomalies occur but all of these have been dealt with quickly as they occur.

The following is the report compiled by the engineering team at Deep Space Engineering.

• 1. Overview
  • 1.1: May 827
    
  • 1.2: September 827
• 2. Construction
  
• 3. Threats and Vulnerabilities
  • 3.1: Debris damage/penetration
    
  • 3.2: Collision with visiting vehicles
    
  • 3.3: Pressure loss
    
  • 3.4: Fire
    
  • 3.5: Toxic spills
    
  • 3.6: Contaminant Exposure
    
  • 3.7: Catastrophic system failure
• 4. Data Handling
  • 4.1: Data Systems
    
  • 4.2: Transmissions within Liberty Space
    
  • 4.3: Transmission outside Liberty
• 5. Maintenance Requirements- Lubricating Oils
  • 5.1: Lubricating Oils
    • 5.1.1: Lubricant Condition
      
    • 5.1.2: Lubricant Contamination
      
    • 5.1.3: Machine Mechanical Wear Condition
  • 5.2: Standard Analytical Tests
    • 5.2.1: Visual and Odor
      
    • 5.2.2: Viscosity
      
    • 5.2.3: Water
      
    • 5.2.4: Particle Counting
  • 5.3: Special Tests
    • 5.3.1: Glycol Antifreeze
      
    • 5.3.2: Water
      
    • 5.3.3: Foaming
      
    • 5.3.4: Rust Prevention[/list
  • 6. Maintenance Requirements - Electrical Condition Monitoring
    • 6.1: Electrical Condition Monitoring
      
    • 6.2: Standard Tests
      • 6.2.1: Insulation Power Factor
        
      • 6.2.2: Megohmmeter Testing
        
      • 6.2.3: High Potential Testing
        
      • 6.2.4: Battery Impedance Testing
        
      • 6.2.5: Surge Testing
        
      • 6.2.6: Motor Starting Current and Time
    • 6.3: Circuit Breakers
      • 6.3.1: Timing Tests
        
      • 6.3.2: Contact Resistance
  • 7: Life Maintenance & Support
    • 7.1: Environment
      
    • 7.2: Atmosphere
      
    • 7.3: Vegetable Production System
      • 7.3.2: Water Wicking
    • 7.4: Water Recycling Plant
  • Repair and Maintenance Log
    • 28.December.826
      
    • 15.March.827
      
    • 16.April.827
      
    • 10.June.827
      
    • 11.July.827
      
    • 13.August.827
      
    • 09.October.827
      
    • 12.October.827

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// A work in progress.

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