How to Design a Command Center. Steve Surfaro Group Manager Strategic Technical Liaison Panasonic System Solutions Company [email protected].

Transcription

1 How to Design a Command Center Steve Surfaro Group Manager Strategic Technical Liaison Panasonic System Solutions Company [email protected]

2 Agenda Design Step-by-step Hard drive-based recording system maintenance Display system graphical user interface (GUI)

3 Step-by by-step Command Center Deployment Planning, identify standards and Design Phase Scenario Building, Readiness Levels and Sequence of Operations Product Selection Establish Environmental Controls Provide Power Conditioning and Backup Deployment Establish Post Orders and Day-to to-day Operations Train Core Personnel Certify Command Center and Operation Identify Equipment Lifespan; establish replacement policy Train Additional Personnel

4 Command Center Planning Choose a Secure and Safe Site Consider Vulnerabilities and Risks Choose a space that is accessible to Entrance Facilities, but within another security boundary layer Set an expectation of Command Center lifespan Anticipate growth

5 Command Center and Data Center Standards and Resources TIA/EIA-942 Telecommunications Industry Association BICSI ASHRAE American Society of Heating, Refrigerating and Air- Conditioning Engineers ASHRAE Book, Thermal Guidelines for Data Processing Environments Class 1 Environment required NFPA-70 (Article 645) NFPA-75 AFCOM A leading association for data center professionals 7x24 Exchange knowledge exchange for those who design, build, use and maintain mission-critical enterprise information infrastructures 7x24exchange.org

6 ASHRAE Environmental Specs

7 Command Center Design Considerations Selecting a site for your Command Center Size Displays Ergonomics, Lighting Structural/Architectural considerations Environmental, Fire and Security protection Electrical, Grounding, Power-related Systems Mechanical and HVAC systems Certifications Cabling distances ISP and Access-provider coordination and demarcation Survivability; Reliability tiers

8 Displays Plasma Most reliable (burn-in issue solved) Most realistic imaging in HD and Analog Modes Heat production / Power Consumption is relatively high LCD (Native and Rear-Projection) Reliable Less realistic than Plasma; poor imaging with Analog sources Heat production / Power consumption is low LCD Projectors Reliable (multi-bulb version) Less realistic than Plasma Heat production / Power consumption is low Best Size to Cost Ratio

9 Power / Heat Load / Heat Gain Step One Calculate the area in square feet of the space to be cooled, and multiply by Area BTU = length (ft.) x width (ft.) x Step Two Calculate the heat gain through the windows. If the windows don t have shading multiply the result by 1.4 North window BTU = Area of North facing windows (m. sq.) x 164 If no shading, North window BTU = North window BTU x 1.4 South window BTU = Area of South facing windows (m. sq.) x 868 If no shading, South window BTU = South window BTU x 1.4 Add the results together. Total window BTU = North window + South window Courtesy W. Tombling Ltd

10 Courtesy W. Tombling Ltd Power / Heat Load / Heat Gain Step Three Calculate the heat generated by occupants, allow 600 BTU per person. Occupant BTU = number of people x 600 Step Four Calculate the heat generated by each item of machinery - copiers, computers, ovens etc. Find the power in watts for each item, add them together and multiply by 3.4 Equipment BTU = total equipment watts x 3.4 Step Five Calculate the heat generated by lighting. Find the total wattage for all lighting and multiply by 4.25 Lighting BTU = total lighting watts x 4.25

11 Power / Heat Load / Heat Gain Step Six Add the above together to find the total heat load. Total heat load BTU = Area BTU + Total Window BTU + Occupant BTU + Equipment BTU + Lighting BTU Step Seven Divide the heat load by the cooling capacity of the air conditioning unit in BTU, to determine how many air conditioners are needed. Number of A/C units required = Total heat load BTU / Cooling capacity BTU Courtesy W. Tombling Ltd

12 Command Center / Data Center Reliability Tiers

13 Command Center Cross Connects Enables rapid changes to the network To add new service: Plug in a patch cord into patch panel Permanent cables to Distribution Frame already provide signal path Permanent Cable Patch Panel Temporary Cable Distribution Frame

14 Network-Based Video Systems Command Center GUI

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17 WV-ASM100 Management Software with Hardware Controller KEY FEATURES Multi Display (Operation Display, Live Display, Map) Alarm Monitoring (Live Viewing and Alarm Message Pop- up) Hardware Controller (WV-CU950)

18 Display Configuration Operation Display Map Display Live Display -Live Viewing(Spot,Quad Spot,Quad) -Camera Control -Search and Playback (Spot, Quad) -Save as Still Image -Print -Download -Alarm pop-up (Click to view alarm CH) -Camera Icons on Map -Click camera icon to view the video on the operation display -Blink red icon when alarm occurred -Icon to link to other map -Live sequence (Spot/Quad) -Multi screen Live(4,9,16) -Alarm Viewing

19 Command Center Design Examples: Function and Versatility MULTISCREEN and MULTI-FORMAT ACCESS CONTROL ACCESS EVENT / VIDEO REVIEW VIDEO MANAGEMENT BUILDING MANAGEMENT FIRE / LIFE SAFETY COMMUNICATIONS REGIONAL NEWS CONTROL MAP MULTISCREEN