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Home My WebLink AboutT02Symbol Library LV - Low Volta e B ��e �ExistingCAT6 ��i �SimplexCAT6,furniture/wallmounted(standardheight) I� z {Duplex CAT 6, furniture / wall mounted (standard height) �:;;.� 3 �Triplex CAT 6, furniture / wall mounted (standard height) �;'�,�a �Quad CAT 6, furniture/wall mounted (standard height) -�.';J s �Sixplex CAT 6, furniture / wall mounted (standard height) -::'�,�i" {Simplex CAT 6, wall mounted (wall phone height) ��2`° �Duplex CAT 6, wall mounted (wall phone height) �:;;,�i" {SimplexCAT6,analog �2" �Duplex CAT 6, analog (1 or 2) �<;��3" �Triplex CAT 6, analog (1, 2, or 3) i° � �Simplex CAT 6, ceiling mounted z � �Duplex CAT 6, ceiling mounted a- �/ �TriplexCAT6,ceilingmounted 1 �7 �Quad CAT 6, ceiling mounted v `Z,� �Simplex CAT 6, floor mounted (floor box) ;� �Duplex CAT 6, floor mounted (floor box) 3° �" {Triplex CAT 6, floor mounted (floor box) �r �Quad CAT 6, floor mounted (floor box) �Ci �Furnitureln-Feed-ConduitRequired l �Cr �Furnitureln-Feed-CoreRequired TV - CAN/Satellite Distribution ��i�� SimplexCAT6(dataorTVdistribution) �::",�z'� {Duplex CAT6 (data & TV distribution) ��a�� TriplexCAT6(data&TVdistribution) �� ju;`,' �Simplex COAX, wall mounted h';`U`.` �SimplexCOAX,ceilingmounted ��"?�� {SimplexCOAX,floormounted AV - Audio Visual �]AP` �AV-Outlet(W) � {AV - FSR Plenum Box (C) �9;,,.,. �AV-Table Box -. �:°Y' �AV-Control(W) -��°"�� AV - Projector Screen Control UP/DN (W) � {AV-TouchPanel F�°`!� �AV - Outlet (F) AV - Audio Visual conYd l ) ��+. �AV-AppleTV �^Y.. { AV - CATV Set Top Box �."°.. {AV - CATV Small Back Box (sits behind display) �:"`s �AV-IntegratedAudioConferencing-VoIPLineRequired ��- {AV-Speaker(ceilingmounted) �^� {AV-StandardAVProjector(ceilingmounted) {�SP.: �AV-RoomSchedulingPanel�wall-mounted) {�.SP.� {AV - Room Scheduling Panel (glass-mounted) � {AV - Control Panel (touch panel, table top) r. �AV -Table Microphone (flush mounted, grommet required) o,�,� s,�;,,,�i �AV - Display � {AV - Cisco Webex Room 55 TelePresence System �{AV - Cisco Webex Room 70 TelePresence System DEV - Devices ��a�� printServicesLocation �"'0iT {Multi-Function Services Location (print/fax/scan) MLMW � {Merrill Lynch Management Workstation ,Hw � �ThinClientTerminal OwAP` � Wireless Access Point (ceiling mounted) ��.,�<,, s010 {Current VOIP phone set, Standard Desk �,_�,_,_ qoMN�Current VoIP phone set, Admin Desk • 0 Eo��Current VoIP phone set, Executive Desk Q��'�� {Current VOIP phone set, Conference w/ mics �=°'�� Current VoIP phone set, Conference (no mia) e�o�v � {BloombergTerminal ��^^�F {postage Machine ��E� 5ca n ner MISC - Miscellaneous y t; � � � � � {Sheet Note - technology specific �Reference Tag (elevation) - technology specific �Reference Tag (detaip - technology specific {MSS Room Type Indicator - technology specific {Security Card Reader �Revision Reference (corresponds to version of TBOD) General - Technical Notes Pake-Thru and Floor Boxes shall have a one inch 27 mm or lar er sized conduit sized to meet fill re uirements. Poke-thru or floor boxes shall either be stubbed out with conduit ( � B q located in an accessible ceiling area or will require a conduit run from the poke thru or floor box to the telecommunications room. Conduits shall be continuous from the poke-thru/floor box to an accessible area of the ceiling below and should not contain no more than two (2) 90° bends. 1. Conduits shall be reamed and de-burred to remove all sharp edges and material. 2. Conduits shall be fitted with an insulated bushing to protect cabling. 3. All penetrations for poke-thru and/floor boxes shall be fire-stopped with products and procedures approved by the AHI. 4. Use only poke-thru/floor boxes that are approved for use in floor installations that provide fire, smoke and leak protection. Cable Pathways - Block Cutouts and Sleeves - Riser closets should have a 12 inch by 48 inch (30 cm -121 cm) floor cutout in the floor and four (4) 4- inch�103 mm) sleeves penetrating through the floor. To determine the minimum size floor openings and number of floor sleeves, see table below. All floor block cutouts shall have fall protection. Block cutouts should have a 1 inch (25 mm) curbing around the perimeter of the cut out. Block Cutout / Sleeve Sizing Tables Total Usable Floor Area Served in Sleeves (ft2) # of Sleeves Total Usable Floor Area Served by Block Cutout (slot) Size of Slot (in.) Up to 50,000 ft� (4,645 m�) 3 <- 250,000 ft� (23,226 m�) 6" x 20" (15cm x 50cm) 5Q000 to 10Q000 fl� (4,645 - 9,290 m�) 4 > 250,000 ft� lo SOQ000 fl� (23,226 - 46,452 m�) 12" x 36" (30cm x 91cm) 100,000 to 300,000 ft2 (4645 - 27,871 m2) 5- 8 > 500,000 fl2 to 1,000,000 ft2 (46,452 - 92,903 m2) 12" x 48" (30cm x 121 cm) 30Q000 to 500,000 ft� (27,841 - 46,452 m�) g- 12 > 1,OQ000 ft to 1,400,000 ft� (92,903 - 130,064 m�) 12" x 60" (30cm x 152cm) > 1,40Q000 ft� to 2,000,000 ft� (130,064 - 185,806 m�) 15" x 60" (38cm x 152cm) Pull Box dimensions shall be based on the size and number of conduits used. Dimensions are based on TIA569B. Width mm (in.) Length mm (in.) Depth mm (in.) Width Increase for Additional Conduit mm (in.) 102 (4) 406 (16) 76 (3) 51 (2) 152 (6) 508 (20) 76 (3) 76 (3) 203 (8) 686 (27) 102 (4) 102 (4) zos �a� 9141 (36) ioz �a� iz� �s� 254 (10) 1,067 (42) 127 (5) 152 (6) 305 (12) 1,219 (48) 127 (5) 152 (6) 305 (12) 1,372 (54) 152 (6) 152 (6) 381 (15) 1,524 (60) 203 (8) 203 (8) Conduit Sleeve Capacity Note: Number of cables installed in a conduit may be limited by allowable pulling tension. Typical Cable Outside Diameter. Systimax Category 6 cabling O.D. is 5.89mm (0.232) Systimax Category 6a cabling O.D. is 7.24mm (0.285) CommScope RG6 coaxial riser rated cable O.D. is 7.87mm (0.272) CommScope RG11 coaxial riser rated cable O.D. is 10.03mm (0395) Telecommunications Room Location - Telecommunications room (TR) design should observe all applicable codes during design and construction. All TR's shall be identified with appropriate signage to identify the space as a telecommunications room. TRs should be located as close to the center of the floor to minimize horizontal cable lengths. TRs should be accessible from a hallway or common area. Unacceptable locations include boiler rooms, washrooms, janitor dosets, storage rooms, non-secure locations, and loading docks. Rooms that are subject to water or steam infiltration, humidity, heat, and any corrosive atmospheric or environmental conditions. Any location that contains hydraulic equipment or heavy machinery that causes heavy vibration, steam pipes, drains, or dean outs are unacceptable. All sources of electromagnetic interference should be kept at least 10 feet (3 m) away from the TR. Possible sources of interference include power transformers, substations, motors/generators, X-ray equipment, radio transmitters, radar transmitters, induction heating devices, elevator equipment rooms and photocopiers. TRs must be clear of plumbing or electric utilities that are not directty required to support the telemmmunications function. Cabling Length - Horizontal cabling from the telecommunications room to the work area faceplate shall not exceed 295 feet(90 m) in length. The distance is measured from the terminating hardware in the telecommunications room to the work area faceplate. Patch mrds for the work areas are not to exceed 10 feet (3 m) in length. Cabling Security Structured cabling for TRs shall not be placed in areas that are accessible to the general pubic or other building tenants. Cabling placed in areas accessible to other building tenant shall be placed in conduit. Pull or splice boxes shall not be placed in areas accessible to the general public or other building tenants. Boxes shall be locked. Abandoned in Place Cabling - All abandoned in place structured cabling shall be removed. Structured cabling indudes all 4-pair communications cabling, multi-pair communications cable, fiber optic cable and coaxial cable. Abandoned in place cabling is defined by the 2002 National Electrical Code Section 800.2 Riser Room Sizing -The minimum room sizing for riser wiring closets shall be 24 inches deep by 36 inches wide (0.6 m- 1 m). The determining factors in room sizing are size of the floor opening (slots) and or number of conduits/sleeves required. Wireless Access Points - Wireless access points require a minimum of one (1) Category 6a cable per wireless access point. Wiring Standards remmmends two (2) Category 6a cables per wireless access point especially in areas that are difficult to retrofit (hard solid ceilings, high end feature ceilings, finishes, etc.�. This covers wireless access points for all areas which includes financial centers, work areas and data centers. No substitutions are permitted. Bank of America facilities should be wired for wireless local area networks (WLAN) as per the Wireless LLD. All jacks and patch panels should be Category 6a. RELEA5E0 FOR CONSTRIICTI�N Su6jec� �o compliance with all regula�ions of S�a�e antl Local Codes r City of Carmel �un��\i lo•rvalM��' DATE: Qrj�Q�j�2O KC/CATV Horizontal/Backbone Distribution - Horizontal signal distribution from the TR to the work area is via coaxial cabling or 4-pair unshielded twisted pair. Either cable will be able to distribute broadband television signals. Signal distribution from the head-end to the TR is via RG11 coaxial cabling or single mode fiber optic cabling. '�� ' ' BAN K OF AM ERICA Global Workspace Services Technology TITLE IN-510 E 96TH ST, 3RD FL, INDIANAPOLIS MLTKD UPFIT IN9-510-07 DRAWN BY STEVE ALFREY TPM NAME CHRIS ACKERMAN PJM NAME LESLIE SOTO PROJECT# 02807P193490 DRAWING SCALE SYMBOL LIBRARY N/A DATE REVISION 3/10/2020 1.2 TBOD ISSUED FOR CD COORDINATION T02 2TY OF BANK OF AMERICA. ANY REPRODUCTION, ALTERATION, OR USE FOR OTHER THAN THE INTENDED PROJECT, WITHOUT THE WRITTEN CONSENT OF BANK OF AMERICA TECHNOLOGY DESIGN TEAM IS EXPRESSLY FORBIDDEN. BANK OF AMERICA N.A. MEMBER FDIC OO 2019 BANK OF AMERICA CORPORATION. ALL RIGHTS RESERVED.