FIRE LOCK presentation

Fireproof Modular Vaults : 

Fireproof Modular Vaults

Slide 2: 

Disaster Prevention as a Design Condition of Information Management

Slide 3: 

Vaulting is About: Media Stability and Extending the Life of Information Vaults Designed to Protect the Media Vaults Designed to Protect the Computer Hardware Proper Environmental Stability for Longevity Storage & Handling of the Media Itself

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Changing Rules in Disaster Prevention Redundancy is not enough Protection of the fragile media to insure Disaster Recovery 94% Believe your role is to protect media not just warehouse it 79% want their vendors to offer different levels of protection (Hierarchical)

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Factors That Affect Magnetic Media Lifetime Device and Media Obsolescence Manufacturing Quality of the Media Magnetic Coating Chemical & Mechanical Stability Mechanical Stability of the Wound Tape Pack Media Wear & Debris Generation Storage & Handling Practices Technology MEDIA PERFORMANCE How long will my media last?

Slide 6: 

IMPACT OF WOUND-IN DEBRIS (3590)

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Operating Environment: Condition Before Testing 24 hours Temperature 60 to 90F (15.6 to 32.2C) Relative Humidity (RH) 20 to 80% non-condensing Maximum Wet Bulb Temperature 79F (26C) Storage Environments: Temperature 40 to 90F (-5 to 32C) Relative Humidity (RH) 5 to 80% non-condensing Maximum Wet Bulb Temperature 79F (26C) Recommended Optimal Long-Term Archive Conditions: Temperature (68 - 70F) Relative Humidity (RH) 30% ± 2% RH ENVIRONMENTAL GUIDELINES (ANSI)

Slide 8: 

Vaults today are required to protect: Computer Media MicrofilmVideo and Audio Masters File servers Computer Mainframes and Silos

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• Protection from Destruction or Loss• Protection from Saboteurs & Competitive Intelligence Gathering• Protection from Environmental Decay• Survival until Migration What is protection?

Slide 10: 

• Class 125 Fire Ratings• Premier Vault Planning Techniques• Comprehensive Protection (Magnetic Shielding, Vapor Tight, Self-Securing) • Superior Access Control & Surveillance• Information Stability Laboratory Fire-testedPhysical Security

Slide 11: 

Firelock’s lightweight panel construction using ceramic fiber is designed to withstand 2000ºF, and offers nearly immediate cool down after the fire is extinguished.

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Lightweight construction allows for upper floor installation. The modular system allows for expansion or relocation as the record archive grows.

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Wall and Roof Section Firelock’s Roof Deck protects the vault when sprinklers activate or during fire fighting process. Magnetic shielding increases security for the magnetic media archive.

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• Class 125 Vault Doors & Vault System• Fire Rated Environmental System & Monitoring – Precise Control• Security and Fire Suppression• Integrated Storage Systems for Efficiency Vaults need to deal with total design condition:

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Class 125 Vault Door Assembly Firelock uses an inner and outer vault door to provide a thermal break that enhances data protection from migrating heat.

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Door Detail Optional electric strikes may be added for card access into the vault. Firelock doors offer dual control locks. Doors automatically seal and lock in the event of a fire or power failure.

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Metal conduit carries heat into vaults. Firelock has solved this problem with a specially designed cable tray. Cable Tray Detail

Slide 18: 

HVAC Fire Damper Assembly Special fire-rated damper assemblies deliver the environmental control required to insure longevity of records. Fusible links will close dampers in the event of a fire.

Slide 19: 

Typical Firelock Vault ready for finish out (by others)

Slide 20: 

Typical Firelock Vault in service