Cabinet Location Plan FIG.01. Cabinet Symbol Key. Air Handler. Air Handler SAN disk storage. SAN disk storage. option B. Not To Scale.

Transcription

1 Cabinet front face - 09 Data Center Storage / Fit-Up Square Feet Square Meters Up Cabinet Symbol Key A Network Row A Network Substation B Server Cabinet A A A A4 A A6 A7 A8 A9 FIG.0 Data Center Square Feet Square Meters PDU Power Panel PDU Power Panel - A A A 4A A 6A B C D E F G H I J K L M B C D E F G H I J K L M B C D E F G H I J K L M 4B 4C 4D 4E 4F 4G 4H 4I 4J 4K 4L 4M B C D E F G H I J K L M 6B 6C 6D 6E 6F 6G 6H 6I 6J 6K 6L 6M Air Handler Air Handler SAN disk storage option A SAN disk storage option B Cable storage shelving Breaker panels Cabinet Location Plan

2 FIG.0 ft. 6 cm. PDU Power Panel PDU Power Panel Data Center At the Network row and Network Substations, provide 8 in. x 8 in. (0 cm. x 0 cm.) cutouts in field as required to align with vertical wire managers. L Data Center Storage / Fit-Up Up L Air Handler Air Handler Floor Tile Symbol Key Notched tile with 8 in. x 8 in. (0 cm. x 0 cm.) cutout centered on one edge Perforated tile with adjustable volume dampers L Floor tile lifter on wall mounted storage bracket Floor Tile Location Plan

3 P F B R Data Center Storage / Fit-Up Up Electrical Symbol Key P B R F Telephone Emergency Power Off (EPO) Blue light (Indicates generator power) Red light (Indicates UPS power) Fire suppression control R B 4 FIG.0 R B PDU Power Panel PDU Power Panel Data Center A A A A 4A A 6A A A A4 A A6 A7 A8 A9 B C D E F G H I J K L M B C D E F G H I J K L M B C D E F G H I J K L M 4B 4C 4D 4E 4F 4G 4H 4I 4J 4K 4L 4M B C D E F G H I J K L M 6B 6C 6D 6E 6F 6G 6H 6I 6J 6K 6L 6M R B Air Handler B R Air Handler SAN disk storage option A SAN disk storage option B 0 volt wall outlet not on UPS 0 volt power whip (NEMA -0R double duplex w/ dedicated circuits) 0 volt power whip (NEMA L6-0R on dedicated circuit) 0 volt power whip (T&B 9C6UT on dedicated circuit) 0 volt power whip (P&S WAE606 on dedicated circuit) 0 volt power whip (Russellstoll 9C4UT on dedicated circuit) Electrical Location Plan

4 Network and SAN connections from Network Substations to Network Row A A A A4 Data Center Storage / Fit-Up A A6 A7 Up A8 A9 Cabinet Symbol Key A Network Row Cabinet A Network Substation B Server Cabinet FIG.04 A A B C D E F G H I J K L M B C D E F G H I J K L M SAN disk connections option A Data Center A B C D E F G H I J K L M Network and SAN connections from Network Substations to Server Cabinet Locations 4A A 6A 4B 4C 4D 4E 4F 4G 4H 4I 4J 4K 4L 4M B C D E F G H I J K L M 6B 6C 6D 6E 6F 6G 6H 6I 6J 6K 6L 6M SAN disk connections option B Data Routing Diagram

5 FIG.0 Server Cabinets Raised floor 6 in. (9 cm.) service loop at each data whip Power whip head Multimedia Box Under Floor Power and Cable Detail

6 FIG.06 At each Server Cabinet Location, provide power whips with 4 in. (6 cm.) extra length. Dress whips and data cables neatly with hook and loop cable ties. Provide 6 in. (9 cm.) service loops on each power and data whip. Secure power and data cables to raised floor columns with hook and loop cable ties. Additional fiber multimedia box at SAN disk row only Power to each Server Cabinet Location is supplied from two separate power panels connected to separate PDUs. Power whips are located directly below Server Cabinets. Power whip heads and multimedia boxes are located under floor behind Server Cabinets. Data runs are located under floor in front of next Server Row. Component location detail Power and Data Cable Detail

7 FIG.07 PDU PANEL A, 4 L6-0 PDU PANEL B, 4 L6-0 Note: Each cabinet location is serviced by two different PDUs. Power whip labeling detail ROW BOX C COPPER MICRON LC ROW BOX C FIBER ROW BOX C COPPER 4 Copper multimedia box labeling detail Fiber multimedia box labeling detail Under Floor Labeling Details

8 FIG.08 Stationary black cabinets are used to house networking equipment in the Data Center. They possess () power strips on their rear vertical rails, and are installed in the following two configurations: Network Substation - This is one or more cabinets placed at one end of every server row. It provides a stable point of connectivity among individual Server Cabinet locations. Network Row - This row of cabinets ties together connectivity among the room's Network Substations, and also to the building's Network Room outside the Data Center. Installation: - If cabinets are delivered with castors (for easier transport), remove them. Place them in a box and leave in the Data Center. - Align cabinets in locations indicated on FIG.0. Care must be taken not to overlap the floor tile directly behind leaving it free to be removed easily. - Bolt the cabinet through the floor tile, down to the true floor, at all four corners. - Remove pre-installed horizontal shelves. Place them in a corner of the Data Center. - Install fiber housing, patch panels and wire management within the cabinet. See detail drawings for specific materials and configuration. Cable Runs: - Route all cables exiting rear of fiber housings and patch panels through rear section of vertical wire managers. - Bundle cables as required. Use hook and loop cable ties pulled snug but not tight enough to kink or compress the cable. Bends in cables must meet or exceed manufacturers' minimum bend radii. - Copper cables to be bundled to a maximum of (4) cables and must not exceed in. (. cm.) in diameter. See Detail Drawings for Specific Component Layout Fixed Cabinet Installation Detail

9 in. (0. cm.) Vertical wire manager A7 A8 A9 A0 SAN disk frame SAN disk frame SAN fiber to disk storage (option A) Expansion space Network Row Elevation FIG.09 A A6 Expansion space Expansion space A A A A4 Copper to Network Substations Reserved for network gear Fiber to Network Substations Fiber & copper to Network Room & Storage/Build Room Cabinets equipped with () vertical power strips attached inside of rear stiles.

10 FIG.0 SC SM fiber connector panels Ports to be numbered from top to bottom SC 0µMM fiber connector panels Ports to be numbered from top to bottom. Labels on all fiber housings are placed on exterior door SINGLEMODE A/NR MULTIMODE A/NR Fiber housing Fiber housing Data Center Network Row to Network Room Patch panel (black) Cat. 6 connectors (violet) A/NR A/BUILD Blank connectors (black) Copper patch panel Data Center Network Row to Network Room and Build Room Origin A/NR Destination Numbering system Data Center Network Row To Outside Network Room Connection Detail

11 Fiber housing LC 0µMM fiber connector panels Ports to be numbered from top to bottom. FIG. NETWORK 0 MICRON MM A / NETWORK SUBSTATIONS A/A A/A A/A A/4A Labels on all fiber housings are placed on exterior door. Note: This detail shows fiber housing # as an example of typical connector panel and labeling configuration. See schedule below for layout of other fiber housings. Fiber housings, multimode connections DC Network Row to Network Substations A Fiber Housing Connections A/A A/A A/A A/4A A/A A/6A Fiber housing schedule for connector panels Origin A/A Destination Numbering system Network Row Fiber Detail

12 FIG. Copper patch panel (black) Cat. 6 connectors (white) A4/A A4/A Note: This detail shows patch panel # as an example of typical connector and labeling configuration. See schedule below for layout of other patch panels. Copper patch panel DC Network Row to Network Substations A4 Patch Panel A4/A A4/A A4/A A4/4A A4/A A4/6A Connection destinations Copper patch panel schedule Origin A4/A Destination Network Row Copper Detail Numbering system

13 FIG. A Horizontal passthrough wire manager Networking devices 6 in. (. cm.) Vertical wire manager 8 in. (0. cm.) Vertical wire manager Black cabinet equipped with () vertical power strips attached inside of rear stiles. Network Substations Detail

14 FIG.4 Fiber housing NETWORK 0 MICRON MM A / DROP BOXES LC 0µMM fiber connector panels Ports to be numbered from top to bottom. A/B A/C A/D A/E A/F A/G A/H A/I A/J A/K A/L A/M Labels on all fiber housings are placed on exterior door. Fiber housing, 0µ connections Network Substation to Server Cabinet Locations A Fiber Housing Connections A/B A/C A/D A/E A/F A/G A/H A/I A/J A/K A/L A/M Fiber housing schedule for connector panels Origin A/H Destination Numbering system Network Substation Fiber Detail

15 FIG. Place labels on exterior of fiber housing door. LC SM fiber connector panels p# Ports to be numbered from top to bottom. NET SM NET 0 MICRON MM SAN 0 MICRON MM LC 0µMM fiber connector panels Ports to be numbered from top to bottom. A/A A/A A/A8 Fiber connections, Network Substation to Network Row Corning fiber housing Blank bezel provided with fiber housing Origin A/A Destination Numbering system Network Substation To Network Row Detail

16 Patch panel (black) FIG.6 To Network Row Cat. 6 connectors (black) A/A A/B A/C To Data Drop Boxes Cat. 6 connectors (white) Note: This detail shows patch panel # as an example of typical connector and labeling configuration. See schedule below for layout of other patch panels. Copper patch panel, connections Network Substation to Network Row and Server Cabinet Locations U patch panel (black) A 4 Patch Panel A/A4 A/B A/D A/F A/H A/J 4 A/L Connection destinations A/C A/E A/G A/I A/K A/M Copper patch panel schedule Origin A/H Destination Numbering system Network Substation Copper Detail