1-Exhibit B - Levis Stadium Radio Booth Cabling Project.pdf

ABBREVIATIONSABBREVIATIONS GENERAL TECHNOLOGY SYSTEM REQUIREMENTS:

GFCI

GEN

GC

GbPS

GB

GALV

GA

FTP

FO

FM

FACP

FAA

FA

EX

EMT

EMI

EMC

ELEV

ELEC

DWG

DISC

EIA

DEMARC

DC

DB

CODEC

COAX

CMR

CMP

CATV

C

BMS

BICSI

BFG

BFC

BAS

AUDIO

AUX

ANT

ANSI

AMP, A

ALT

ALS

AFG

AFF

ADA

LV

M mA

MAG

MB

Mbps

MC

MDF

MECH

MFR

MHz mm

MMFO

MNS

NEC

NEMA

NFPA

NIC

NID

nm

NTS

OC

OD

OEM

OS

OSHA

OSP

NATIONAL ELECTRICAL

MANUFACTURERS ASSOCIATION

AMERICANS WITH DISABILITIES ACT

ABOVE FINISHED FLOOR

ABOVE FINISHED GRADE

ASSISTED LISTENING SYSTEM

ALTERNATE

AMPERE

AMERICAN NATIONAL STANDARDS INSTITUTE

ANTENNA

AUXILIARY

MICROPHONE OR LINE LEVEL BALANCED SIGNAL

BUILDING AUTOMATION SYSTEM

BELOW FINISHED CEILING

BELOW FINISHED GRADE

BUILDING INDUSTRY CONSULTING

SERVICES INTERNATIONAL

BUILDING MANAGEMENT SYSTEM

CONDUIT

COMMUNITY ANTENNA TV (CABLE TV)

COMMUNICATIONS PLENUM CABLE

COMMUNICATIONS RISER CABLE

COAXIAL

CODER / DECODER

DECIBEL

DIRECT CURRENT

DEMARCATION

ELECTRONICS INDUSTRY ALLIANCE

DISCONNECT

DRAWING

ELECTRIC OR ELECTRICAL

ELEVATOR

ELECTROMAGNETIC COMPATIBILITY

ELECTROMAGNETIC INTERFERENCE

ELECTRIC METALLIC TUBING

EXISTING

FIRE ALARM

FEDERAL AVIATION ADMINISTRATION

FIRE ALARM CONTROL PANEL

FREQUENCY MODULATION

FIBER OPTIC

FILE TRANSFER PROTOCOL

OCCUPATIONAL SAFETY AND

HEALTH ADMINISTRATION

GAUGE

GALVANIZED

GIGABYTE

GIGABITS PER SECOND

GENERAL CONTRACTOR

GENERATOR

GROUND FAULT CIRCUIT INTERRUPTER

LOW VOLTAGE

METER

MILLIAMPERE

MAGNETIC

MEGABYTE

MEGABITS PER SECOND

MAIN CROSS-CONNECT

MAIN DISTRIBUTION FRAME

MECHANICAL

MANUFACTURER

MEGAHERTZ

MILLIMETER

MULTI-MODE FIBER OPTIC

MASS NOTIFICATION SYSTEM

NATIONAL ELECTRIC CODE

NATIONAL FIRE PROTECTION ASSOCIATION

NETWORK INTERFACE CARD

NETWORK INTERFACE DEVICE

NANOMETER

NOT TO SCALE

ON CENTER

OUTSIDE DIAMETER

ORIGINAL EQUIPMENT MANUFACTURER

OPERATING SYSTEM

OUTSIDE PLANT

LVC LOW VOLTAGE CONTROL INTERFACE

ALPETH ALUMINUM POLYETHYLENE

ATSC ADVANCED TELEVSION SYSTEMS

COMMITTEE (DIGITAL TELEVISION SIGNAL)

AV AUDIO VIDEO

AWG AMERICAN WIRE GAUGE

CC CONTACT CLOSURE

DM DIGITAL MEDIA SIGNAL

DP DISPLAYPORT

DSP DIGITAL SIGNAL PROCESSOR

DVI-D DIGITAL VISUAL INTERFACE-DIGITAL

DVI-I DIGITAL VISUAL INTERFACE-INTEGRATED

FLEX FLEXIBLE

FP FLAT PANEL (VIDEO DISPLAY)

MPOE MAIN POINT OF ENTRY

NIT 1 CANDELA PER SQUARE METER (FLAT

PANEL BRIGHTNESS)

AC ALTERNATING CURRENT

AHU AIR HANDLING UNIT

ALD ASSISTED LISTENING DEVICE

BRI BASIC RATE INTERFACE (ISDN)

CO CENTRAL OFFICE

CSI CONSTRUCTION SPECIFICATIONS INSTITUTE

DAS DISTRIBUTED ANTENNA SYSTEM

DMP DIGITAL MEDIA PLAYER

DSS DIGITAL SATELLITE SIGNAL

EBC EQUIPMENT BONDING CONDUCTOR

ENG ELECTRONIC NEWS GATHERING

MPOP MINIMUM POINT OF PRESENCE

OFE OWNER FURNISHED EQUIPMENT

MTR MAIN TELECOM ROOM

ABBREVIATIONS

PA

PCI

PE

PH

PROX

PVC

PWR

RCDD

RGS

RH

RMC

RNC

RX

SMFO

SMPOE

SP

STP

SW

TBB

TCP

TCP/IP

TDD

TDR

TEL

TELCO

TGB

TIA

TMGB

TR

TTB

TVSS

UC

UG

UNO

UPS

UTP

V

VM

W

WAN

WATS

WLAN

WT

REGISTERED COMMUNICATIONS

DISTRIBUTION DESIGNER

PUBLIC ADDRESS

PAYMENT CARD INDUSTRY

POLYETHYLENE

PHASE

PROXIMITY

POLYVINYL CHLORIDE

POWER

RIGID GALVANIZED STEEL

RELATIVE HUMIDITY

RIGID METALLIC CONDUIT

RIGID NON-METALLIC CABLE

RECEIVE

SINGLE-MODE FIBER OPTIC

SECONDARY MAIN POINT OF ENTRY

SERVICE PROVIDER

SHIELDED TWISTED PAIR

SWITCH

TELECOMMUNICATIONS BONDING BACKBONE

TRANSMISSION CONTROL PROTOCOL

TRANSMISSION CONTROL PROTOCOL

WITH INTERNET PROTOCOL

TELECOMMUNICATIONS DEVICE FOR THE DEAF

TIME DOMAIN REFLECTOMETER

TELEPHONE

TELEPHONE COMPANY (SP)

TELECOMMUNICATIONS GROUND BUS BAR

TELECOMMUNICATIONS INDUSTRY ASSOCIATION

TELECOMMUNICATIONS MAIN GROUND BUS BAR

TELECOMMUNICATIONS ROOM

TELEPHONE TERMINAL BOARD

TRANSIENT VOLTAGE SURGE SUPPRESSION

UNDER COUNTER

UNDERGROUND

UNLESS NOTED OTHERWISE

UNINTERRUPTIBLE POWER SUPPLY

UNSHIELDED TWISTED PAIR

WIRELESS LOCAL AREA NETWORK (WIFI)

VOLTAGE

VOLTMETER

WATT

WIDE AREA NETWORK

WIDE AREA TELECOMMUNICATIONS SERVICE

WATERTIGHT

WM WIRELESS MICROPHONE

VTC VIDEO TELECONFERENCE SYSTEM

VC VOLUME CONTROL

VGA VIDEO GRAPHIC ARRAY (ANALOG

COMPUTER SIGNAL, SEE ALSO RGBHV)

USB UNIVERSAL SERIAL BUS

STEREO A BALANCED 2 CHANNEL AUDIO SIGNAL

STI-PA SPEECH INTELLIGIBILITY INDEX - PUBLIC ADDRESS

SPL SOUND PRESSURE LEVEL

RGBHV HIGH RESOLUTION ANALOG VIDEO

RF RADIO FREQUENCY SIGNAL

PTZ PAN TILT ZOOM CAMERA

WP WEATHER PROOF

RS-232 BI-DIRECTIONAL CONTROL DATA

STREAM (RS-232/RS-422/RS485)

SPEAKER SPEAKER LEVEL SIGNAL

TP TOUCH PANEL (CONTROL SYSTEM)

POTS PLAIN OLD TELEPHONE SERVICE

PR PAIRS

PRI PRIMARY RATE INTERFACE (ISDN)

PSTN PUBLIC SWITCHED TELEPHONE NETWORK

UBS UNIFORM BUILDING CODE

XP EXPLOSION PROOF

XFMR TRANSFORMER

TDR TELECOM DEMARC ROOM

Hz

HVAC

HD

GUI

GMP

GHz

ID

IEEE

IF

IMC

IP

J-BOX

kb kbps kcmil kHz km kVA kW kWh

LAN

LED

LFC

GIGAHERTZ

GUARANTEED MAXIMUM PRICE

GRAPHICAL USER INTERFACE

HIGH DEFINITION

HEATING, VENTILATING, AND AIR-CONDITIONING

HERTZ

INSIDE DIAMETER

INSTITUTE OF ELECTRICAL AND

ELECTRONICS ENGINEERS, INC.

INTERFACE

INTERMEDIATE GRADE METALLIC CONDUIT

INTERNET PROTOCOL (ETHERNET)

JUNCTION BOX

KILOBIT

KILOBIT PER SECOND

THOUSANDS OF CIRCULAR MILLS

KILOHERTZ

KILOMETER

KILOVOLT AMPERES

KILOWATT

KILOWATT-HOURS

LOCAL AREA NETWORK

LIGHT-EMITTING DIODE

LIQUID TIGHT FLEXIBLE CONDUIT

LUMEN LUMINOUS FLUX (PROJECTOR BRIGHTNESS)

IDF INTERMEDIATE DISTRIBUTION FRAME

IC INTERMEDIATE CROSS-CONNECT

HC HORIZONTAL CROSS-CONNECT

HDMI HIGH DEFINITION MULTIMEDIA INTERFACE

IG ISOLATED GROUND

IR INFRARED SIGNAL

IEC INTERNATIONAL ELECTROTECHNICAL COMMISSION

ISDN INTEGRATED SERVICES DIGITAL NETWORK

ISO INTERNATIONAL ORGANIZATION OF STANDARDS

LEC LOCAL EXCHANGE CARRIER (OR SP)

OLT OPTICAL LINE TERMINAL

ONT OPTICAL NETWORK TERMINAL

OTDR OPTICAL TIME DOMAIN REFLECTOMETER

PON PASSIVE OPTICAL NETWORK

1.

2.

3.

4.

5.

6.

7.

A.

B.

C.

8.

A.

B.

C.

D.

E.

9.

A.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

23.

24.

25.

26.

27.

28.

29.

30.

31.

32.

33.

34.

35.

HEIGHTS SHOWN ARE TYPICAL TO CENTERLINE OF BOX UNLESS NOTED OTHERWISE. DEVICE OUTLETS SHALL BE MOUNTED VERTICALLY UNLESS

NOTED OTHERWISE.

MOUNTING HEIGHTS SHOWN ON ARCHITECTURAL ELEVATIONS SHALL GOVERN OVER THOSE SHOWN HEREIN.

DEVICES INDICATED TO BE INSTALLED AT DIFFERENT MOUNTING HEIGHTS AND LOCATED WITHIN ONE STUD SPACE FROM EACH OTHER SHALL ALIGN VERTICALLY, ON THE SAME SIDE OF THE STUD. WHERE WALL MOUNTED TELEPHONES OCCUR OVER LIGHT SWITCHES, VOLUME CONTROLS, ETC.

OFFSET ONE STUD SPACE.

INSTALL RACEWAYS PARALLEL OR PERPENDICULAR TO WALL OR STRUCTURAL MEMBERS TO FOLLOW STRUCTURAL SURFACE CONTOURS AND DO NOT OBSTRUCT PASSAGEWAYS. INSTALL MULTIPLE RACEWAYS GROUPED TOGETHER. THE LOCATION OF THESE RACEWAYS SHALL BE APPROVED BY THE ARCHITECT PRIOR TO INSTALLATION. (EXTRA TIME SHOULD BE ALLOWED FOR THIS REVIEW AND APPROVAL).

INSTALL BACK BOXES FLUSH MOUNTED UNLESS OTHERWISE NOTED. COORDINATE INSTALLATION OF CONDUIT AND BACK BOXES IN POURED

CONCRETE, MASONRY, AND GYP WALLS.

DATA GIVEN ON THE DRAWINGS IS AS EXACT AS COULD BE SECURED. ABSOLUTE ACCURACY IS NOT GUARANTEED. OBTAIN AND VERIFY EXACT LOCATIONS, MEASUREMENTS, LEVELS, SPACE REQUIREMENTS, POTENTIAL CONFLICTS WITH OTHER TRADES, ETC. AT THE SITE AND ADAPT WORK TO ACTUAL CONDITIONS AT THE BUILDINGS.THE DRAWINGS ARE DIAGRAMMATICAL IN NATURE AND SHALL NOT BE SCALED. COORDINATE WORK WITH OTHER TRADES AND ADJUST WORK AS REQUIRED BY THE ACTUAL CONDITIONS OF THE PROJECT. VISIT THE SITE BEFORE SUBMITTING A BID TO

BECOME THOROUGHLY FAMILIAR WITH THE ACTUAL CONDITIONS OF THE PROJECT.

COORDINATE AND ADJUST ALL WORK BETWEEN TRADES AND EXISTING CONDITIONS IN ORDER TO ACCOMPLISH A NEAT, INTEGRATED AND EFFICIENT

INSTALLATION INCLUDING BUT NOT LIMITED TO:

EXAMINE THE CONTRACT DOCUMENTS OF ALL TRADES (IE. THE ARCHITECTURAL REFLECTED CEILING PLAN, MECHANICAL HVAC DRAWINGS, ELECTRICAL LIGHTING PLAN, TECHNOLOGY PLAN, FIRE PROTECTION PLAN, ETC.)

COORDINATE NECESSARY EQUIPMENT, FIXTURES, ETC. SO THAT THE FINAL INSTALLATION IS COMPATIBLE WITH THE MATERIALS AND EQUIPMENT

OF THE OTHER TRADES.

CASSIST THE DIVISION 21, 22, & 23 CONTRACTOR IN PREPARING SHOP DRAWINGS FOR COORDINATING INSTALLATION OF ALL WORK (IE. LOCATION

ALL CEILING CLEARANCES, CABLE TRAY, CLEARANCES THROUGHOUT, ETC.).

DEFINITIONS:

"FURNISH" MEANS TO "SUPPLY" AND USUALLY REFERS TO AN ITEM OF EQUIPMENT.

"INSTALL" MEANS TO "SET IN PLACE, CONNECT AND PLACE IN FULL OPERATIONAL ORDER."

"PROVIDE" MEANS TO "FURNISH AND INSTALL."

"EQUIVALENT" MEANS "MEETS THE SPECIFICATIONS OF THE REFERENCE PRODUCT OR ITEM IN ALL SIGNIFICANT ASPECTS." SIGNIFICANT ASPECTS

SHALL BE DETERMINED BY THE ENGINEER.

"WORK BY OTHER(S) (CONTRACTOR):" "RE:DIVISION XX," AND SIMILAR EXPRESSIONS MEANS WORK TO BE PERFORMED UNDER THE CONTRACT DOCUMENTS, BUT NOT NECESSARILY UNDER THE DIVISION OR SECTION OF THE WORK ON WHICH THE NOTE APPEARS. IT IS THE CONTRACTORS SOLE RESPONSIBILITY TO COORDINATE THE WORK OF THE CONTRACT BETWEEN HIS/HER SUPPLIERS, SUBCONTRACTORS, AND EMPLOYEES. IF

CLARIFICATION IS REQUIRED, CONSULT ARCHITECT BEFORE SUBMITTING BID.

FUTURE WORK:

THE DRAWINGS AND SPECIFICATIONS MAY INDICATE SOME WORK WHICH IS TO BE PROVIDED UNDER THIS SCOPE OF WORK BUT WHOSE TIMING MAY BE DIFFERENT THAN THE REST OF THE WORK. THIS WORK GENERALLY FACILITATES THE INSTALLATION OF "TENANT FINISH" WORK OR FOOD SERVICE WORK. IT IS WITHIN THIS DIVISION'S SCOPE OF WORK TO COORDINATE THIS WORK WITH THE WORK OF THE CONTRACTOR PROVIDING

THE FUTURE SCOPE OF WORK.

"FIRE STOPPING" REQUIREMENT. SEAL PENETRATIONS THROUGH RATED WALLS AND FLOORS AND CONDUIT/SLEEVE OPENINGS WITH MATERIAL CAPABLE OF PREVENTING THE PASSAGE OF FLAMES, HOT GASSES AND SMOKE WHEN SUBJECTED TO THE REQUIREMENTS OF THE TEST STANDARD

SPECIFIC FOR APPLICABLE CODES.

REFER TO ARCHITECTURAL DRAWINGS FOR MINIMUM CLEARANCE REQUIREMENTS TO DUCTWORK, CONDUIT, CABLE TRAY, LIGHTING, ETC.

INSTALL COMMUNICATIONS RACEWAY AND PATHWAYS INCLUDING BUT NOT LIMITED TO CONDUIT, SLEEVES, CABLE TRAY, J-HOOKS TO MINIMIZE UNNECESSARY CABLE LENGTHS AND MAINTAIN INDUSTRY STANDARD LENGTH LIMITATIONS FOR HORIZONTAL CABLE DISTRIBUTION (CAT.6A). NO

HORIZONTAL CABLE LENGTH (BASIC LINK) SHALL EXCEED 90 METERS (295 FEET).

INSTALL CONDUIT SLEEVES THROUGH WALLS WHERE CABLING IS ROUTED USING J-HOOKS TO PROVIDE CONTINUOUS UN-OBSTRUCTED PATHWAYS

TO NEAREST COMMUNICATIONS RO0MS FROM STATIONS DEVICES.

REFER TO AV CONSTRUCTION DOCUMENTS FOR AV CONDUIT REQUIREMENT INCLUDING SIZES, QUANTITIES, AND LOCATIONS.

BOND COMMUNICATIONS CONDUIT, CABLE TRAYS, LADDER RACKS, AND EQUIPMENT RACKS TO BUILDING GROUND SYSTEM PER NEC 250.

COMMUNICATION CONDUIT OR SLEEVES ROUTED THROUGH ELECTRICAL ROOMS SHALL BE PHYSICALLY CONTINUOUS AND BONDED TO GROUND

SYSTEM.

ENCLOSE ANY CABLE TRAY ROUTED THROUGH ELECTRICAL ROOMS OR WITHIN PROXIMITY OF INTERFERING ELECTRICAL SOURCES, USING SOLID

BOTTOM TROUGH WITH REMOVABLE COVERS. BOND CABLE TRAY TO GROUND SYSTEM.

USE J-HOOKS ONLY IN ACCESSIBLE FINISHED CEILING SPACES NOT SERVED BY CABLE TRAY OR CONDUIT.

PROVIDE TELE/DATA CONDUIT AND OTHER RACEWAY INFRASTRUCTURE WITH NO LESS THAN 25% SPARE CAPACITY ABOVE THE NEC MINIMUM FILL

RATIOS.

INSTALL COMMUNICATIONS CONDUIT LARGER THAN 2" WITH A MINIMUM BEND RADIUS OF 10:1 OF THE INSIDE DIAMETER FOR ALL ELBOWS. INSTALL COMMUNICATIONS CONDUIT 2" AND SMALLER WITH A MINIMUM BEND RADIUS OF 6:1 OF THE INSIDE DIAMETER FOR ALL ELBOWS.

COMMUNICATIONS CONDUIT ROUTING SHALL NOT EXCEED 180° FOR THE SUM OF ELBOWS FOR A PARTICULAR CONDUIT RUN WITHOUT AN APPROVED PULL-BOX, HAND HOLE, OR MANHOLE. THE MAXIMUM BEND FOR ANY LOCATION SHALL NOT EXCEED 90°.

PROVIDE PROTECTIVE BUSHINGS ON COMMUNICATIONS CONDUITS INCLUDING RISER CONDUITS/SLEEVES, HORIZONTAL CONDUITS, DEVICE

CONDUITS, AND SLEEVES.

STUB UP RISER CONDUIT A MINIMUM OF 2" AFF. PROVIDE A 2" CURB IF SLAB BLOCK-OUT IS USED RATHER THAN SLEEVES. STUB UP SERVICE

PROVIDER AND UNDERGROUND CONDUIT A MINIMUM OF 4" AFF.

PROVIDE ARMORED FIBER OPTIC CABLE OR INSTALL WITHIN APPROVED/UL-LISTED INNER-DUCT COMPLETE WITH FITTINGS, COUPLINGS, AND ADAPTERS (CARLON RISER-GARD, PLENUM-GARD, OR APPROVED EQUAL). FIBER OPTIC CABLE CAN UTILIZE METALLIC ARMORED SHEATH RATHER

THAN USING INNER-DUCT.

SEAL FINAL CABLE INSTALLATION, UNDERGROUND COMMUNICATIONS CONDUIT TO PREVENT WATER, GAS AND RODENTS FROM ENTERING FACILITY.

COMMUNICATIONS CABLE INSTALLED BELOW GRADE SHALL BE GEL FILLED PIC/PE-89 PER RUS/REA DESIGNATION.

UNDERGROUND COMMUNICATIONS CONDUIT SHALL HAVE METALLIC LOCATOR TAPE.

COMMUNICATIONS CABLE SHALL BE PLENUM RATED (CMP), RISER RATED (CMR) AND UNDERGROUND RATED (WATERBLOCK) ACCORDING TO USE AND

ENVIRONMENTAL CONDITIONS.

INSTALL BACKBONE (RISER) COMMUNICATIONS CABLE BASED ON A PHYSICAL STAR TOPOLOGY. REFER TO ONE-LINE DIAGRAMS FOR SPECIFIC

ROUTING REQUIREMENTS.

UTILIZE WATERBLOCK CONSTRUCTION FOR COMMUNICATIONS CABLES (FIBER AND COPPER) INSTALLED BELOW GRADE, UNDERGROUND,OR OTHER

LOCATIONS SUBJECT TO WET CONDITIONS

DO NOT PAINT CABLES AND/OR SPRAY CABLES WITH FIRE PROOFING MATERIAL AS IT CAN AFFECT CABLE PERFORMANCE AND WILL VOID THE CABLE

WARRANTY.

PROVIDE PULL-BOXES, HAND HOLES, AND MANHOLES IN STRAIGHT SECTIONS OF CONDUIT ONLY. DO NOT USE PULL-BOXES OR CONDULETTE

FITTINGS TO CHANGE PATHWAY DIRECTION.

INSIDE CONDUIT RUNS SHALL NOT EXCEED 100' WITHOUT AN APPROVED PULL-BOX

PROVIDE EXPANSION CAPABILITY IN CONDUIT OR RACEWAY CROSSING BUILDING EXPANSION JOINTS. REFERENCE ARCHITECTURAL DRAWINGS FOR

EXPANSION JOINT LOCATIONS.

PROVIDE EMPTY RACEWAY SYSTEMS WITH A NYLON PULLTAPE INSTALLED WITH THREE FEET EXTENDING FROM EACH END, KNOTTED AND SECURED TO REMAIN IN PLACE. PULL TAPE SHALL HAVE PHYSICAL LENGTH MARKINGS AND BE RATED FOR 200-LB STRENGTH.

CABLE TRAY

GENERAL NOTES:

1. ALL CABLE TRAY MOUNTING HEIGHTS INDICATED ON FLOOR PLANS ARE TO THE

BOTTOM OF CABLE TRAY SUPPORTS (UNI-STRUT).

2. REFER TO ALL CABLE TRAY DETAILS FOR ADDITIONAL REQUIREMENTS

3. SEISMIC BRACING FOR ALL CABLE TRAY(S) SHALL BE PROVIDED AS REQUIRED BY

CODE, LOCAL GOVERNING JURISDICTION(S), AND CABLE TRAY MANUFACTURER

SPECIFICATIONS.

4. ALL CABLE TRAY ROUTING THROUGH ELECTRICAL ROOMS SHALL BE FULLY

ENCLOSED TYPE CABLE TRAY. REFER TO CABLE TRAY DETAILS AND WRITTEN

SPECIFICATIONS FOR ADDITIONAL REQUIREMENTS.

REFER TO REFERENCED DEVICE DETAIL FOR

ADDITIONAL REQUIREMENTS.

CABLE TRAY AS NOTED ON PLAN DRAWINGS.

HORIZONTAL CABLE TRAY BEND.

HORIZONTAL CABLE TRAY TEE.

CABLE TRAY WALL PENETRATION.

SYMBOL

L

B

S

E

TRAY TYPE:

T.03 / T.04

LADDER RACK / WIRE RUNWAYR

WIRE BASKET CABLE TRAY

LADDER RUNG CABLE TRAY

SOLID BOTTOM CABLE TRAY

ENCLOSED CABLE TRAY

T.02

T.01

T.03 / T.04

T.03 / T.04

DETAIL

REFERENCE:

DETAIL

REFERENCE:

CABLE DRESS COLOR REQUIREMENTS

OUTLET TERMINATIONUSE CABLE COLOR PATCH PANEL TERMINATION

BLUEDATA BLUE BLUE

WHITEVOICE WHITE WHITE

PURPLEWAP PURPLE PURPLE

GREENCAM GREEN GREEN

YELLOWPOS YELLOW YELLOW

XXX

LABEL

CABLE

CONDUCTOR

COMMUNICATION CABLE

XXX

HEAT

SHRINK

INSULATION

LABEL

CABLE

CONDUCTOR

AUDIOVISUAL / SECURITY /NURSE CALL SYSTEMS CABLE

GROUND

JACKET OPENING

JACKET OPENING

GENERAL NOTES:

1.

2.

3.

4.

5.

CABLES: ALL SYSTEM CABLES OUTSIDE OF

CONDUIT SHALL BE SUPPORTED WITHIN CEILING

SPACES, UNDER FLOORS SPACES, ALONG

WALLS, AND WITHIN EQUIPMENT RACKS PER

SPECIFICATIONS.

CABLE DRESSING: ALL CABLES SHALL BE

INSTALLED PER INFORMATION SHOWN HERE

AND WITHIN SPECIFICATIONS. ALL CABLE NOT

MEETING REQUIREMENTS HEREIN WILL BE

REDRESSED AND / OR REPLACED AS

NECESSARY.

LABELS: PROVIDE THERMAL TRANSFER / SELF-

LAMINATING TYPE LABELS LOCATED ~2 INCHES

FROM EACH END OF TERMINATED CABLE. HAND

WRITTEN LABELS WILL NOT BE ACCEPTED.

HEAT SHRINK: PROVIDE HEAT SHRINK AT EACH

EACH END OF TERMINATED CABLE FOR ALL

AUDIOVISUAL / SECURITY / NURSE CALL CABLES.

TAPE (ELECTRICAL OR OTHERWISE) UTILIZED IN

PLACE OF HEAT SHRINK SHALL NOT BE

ACCEPTED.

GROUND CONDUCTOR: PROVIDE CLEAR HEAT

SHINK FOR ALL TERMINATED GROUND

CONDUCTORS. FOR ALL UN-TERMINATED

GROUND CONDUCTORS, CUT BACK TO JACKET

OPENING AND COVER WITH HEAT SHRINK.

CABLE DRESS REQUIREMENTS

1.

2.

CONTINUOUS CONDUIT PATHWAY: ROUTE CONTINUOUS CONDUIT FROM EACH

DEVICE TO NERAEST CABLE TRAY (AS APPLICABLE) OR TELECOM ROOM /

HORIZONTAL CROSS-CONNECT LOCATION, UNLESS NOTED OTHERWISE. USE OF J-

HOOKS IS NOT PERMITTED FOR STRUCTURED CABLING SYSTEM.

J-HOOK PATHWAY: ROUTE AND TERMINATE CONDUIT WITHIN NEAREST ACCESSIBLE

CEILING SPACE. PROVIDE DEDIATED J-HOOKS AT 48-INCHES ON CENTER FOR

REMAINING CABLE RUN TO NEAREST CABLE TRAY (AS APPLICABLE) OR SECURITY

ROOM / TELECOM ROOM, UNLESS NOTED OTHERWISE. PROVIDE CONDUIT PATHWAY

THROUGH WALLS AND ACCROSS NON-ACCESSIBLE OR EXPOSED CEILING AREAS TO

ENSURE UNOBSTRUCTED CABLE PATHWAY FOR ENTIRE CABLE RUN.

PATHWAY REQUIREMENTS:

SHEET TITLE:

ISSUANCE

BID DOCUMENTS

ISSUE DATE:

PROJECT #:

TRUE NORTH

BC

D A

PLAN NORTH

KEY PLAN

6/ 4/

:3

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AUDIO/VIDEO

LEGEND &

SCHEDULES

1-AV000

DV22045

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F ib er O pt ic s Ad di tio n

JBT SCHEDULE

JBT ID CABLE ENTERANCE AV ENCLOSURE MOUNTING AV Box Depth AV Box Width AV Box Height ENCLOSURE FINISH AV WET LOCATION SMPTE FIBER TRIAX BNC SFMO CAT6A ANALOG AUDIO DT12 AV NOTES

JBT.800.A CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING JBT.800.B CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING JBT.800.C CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING JBT.800.D CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING JBT.800.E CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING JBT.800.F CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING JBT.800.G CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING JBT.800.H CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 EXISTING JBT, PROVIDE NEW CABLING JBT.800.I CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 EXISTING JBT, PROVIDE NEW CABLING JBT.800.J CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING JBT.800.K CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 EXISTING JBT, PROVIDE NEW CABLING JBT.800.L CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 EXISTING JBT, PROVIDE NEW CABLING JBT.800.M CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 EXISTING JBT, PROVIDE NEW CABLING JBT.800.N CPT SEMI RECESSED 0' - 10" 1' - 10" 1' - 4" STAINLESS STEEL NO 12 12 1 NEW JBT, PROVIDE NEW CABLING

REVISIONS

NO. DATE DESCRIPTION

4 2025.06.04 BID SET REVISIONS

SHEET TITLE:

ISSUANCE

BID DOCUMENTS

ISSUE DATE:

PROJECT #:

TRUE NORTH

BC

D A

PLAN NORTH

KEY PLAN

6/ 4/

:3

2:

P M

C :\R ev it

Pr oj ec ts

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11/16/22

AUDIO/VIDEO

SPECIFICATIONS

1-AV010

DV22045

TA

SK

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F #8

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REVISIONS

NO. DATE DESCRIPTION

1 2022.11.16 TASK 1-PLAN CHECK COMMENTS #1

DN

UP

DN

UP

VENDING

VENDING

VENDING

VENDING

VE

ND

IN

G

UPUP

VENDING

VENDING

VE

ND

IN

G

VENDING

DN

UP

DN

UP

DN

DNUP

1 2 3 4

13.9

14.1

39.9 40.1

4142434445464748495051525354555657585960

6160.961.1

87 88

97 98 99 100

86.987.1

41.241.842.843.844.845.8

B

C

D.1

E.1

G.1

H.1

59.8 59.2 58.2 57.2 56.2 55.2

B

B

B

B

B

BB

B

B

B

B

C

C

C

C

C

CC

C

C

C

C

D.1

D

D

D

D

DD

D

D

D

D.1

E.1

E

E

E

E

EE

E

E

E

E.1

F

F

F

F

F

F

F F

F

F

F

G

G

G

G

GG

G

G

G

G G

H

H

H

HH

H

H

H

H

J

J J

JJ

J

KL

K.3

K.3

A

A

A

A

A

AA

A

A

A

A

41.140.959.960.1

G.5

A

F.7

58.5

42.5

H.2

(2) 4" C UP TO

TELE/DATA 08.58.03

12"x4"

T1

T5

T8

SHEET TITLE:

ISSUANCE

BID DOCUMENTS

ISSUE DATE:

PROJECT #:

TRUE NORTH

BC

D A

PLAN NORTH

KEY PLAN

6/ 4/

:3

2:

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Pr oj ec ts

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FIELD LEVEL

AUDIO/VIDEO

REFERENCE PLAN

1-AV101

DV22045

TA

SK

- P O

F #8

R ad io B oo th

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1/32" = 1'-0"1 100 LEVEL FIELD ELECTRICAL REFERENCE PLAN

KEYNOTES

T1 UTILIZE (2) EXISTING EMPTY 4”

CONDUITS: UTILIZE (1) 4” C FOR ALL

FIBER CABLES AND (1) 4” C FOR ALL

AUDIO CABLES.

T5 CONTRACTOR TO PROVIDE NEW

CUSTOM PANELS IN BROADCAST

HEADEND RACKS CONSISTENT WITH

EXISTING PLATES.

T8 EXISTING CABLE TRAY ON FIELD LEVEL

SHOWN FOR REFERENCE.

GENERAL NOTES:

1. REFER TO SYMBOL LEGEND FOR

ADDITIONAL REQUIREMENTS, INCLUDING

BUT NOT LIMITED TO, INSTALLATION OF

RACEWAY, CABLING, AND DEVICES.

REVISIONS

NO. DATE DESCRIPTION

1 2 3 4

13.9

14.1

39.9 40.1

4142434445464748495051525354555657585960

6160.961.1

87 88

97 98 99 100

86.987.1

41.241.842.843.844.845.8

B

C

D.1

E.1

G.1

H.1

59.8 59.2 58.2 57.2 56.2 55.2

B

B

B

B

B

BB

B

B

B

B

C

C

C

C

C

CC

C

C

C

C

D.1

D

D

D

D

DD

D

D

D

D.1

E.1

E

E

E

E

EE

E

E

E

E.1

F

F

F

F

F

F

F F

F

F

F

G

G

G

G

GG

G

G

G

G G

H

H

H

HH

H

H

H

H

J J

JJ

J

K.3

K.3

A

A

A

A

A

AA

A

A

A

A

A

F.5

F.5

F.5

F.5

41.140.959.960.1

G.5G.5

F.5

F.1

F.1 F.1

F.1

F.1

A

F.7

58.5

42.5

G.6

12"x4"

(2) 4" C DOWN TO

STAIR ST-A4

T1

(TYP)

T2

T3

(TYP)

JBT.800.A

JBT.800.B

JBT.800.C

JBT.800.D

JBT.800.F

JBT.800.G

JBT.800.J

JBT.800.N

T6T6

T6

T7

T6

JBT.800.E

JBT.800.H

JBT.800.I

JBT.800.K

JBT.800.L

JBT.800.M

SHEET TITLE:

ISSUANCE

BID DOCUMENTS

ISSUE DATE:

PROJECT #:

TRUE NORTH

BC

D A

PLAN NORTH

KEY PLAN

6/ 4/

:3

2:

P M

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Pr oj ec ts

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PRESS LEVEL

AUDIO/VIDEO

REFERENCE PLAN

1-AV108

DV22045

TA

SK

- P O

F #8

R ad io B oo th

F ib er O pt ic s Ad di tio n

1/32" = 1'-0"1 800 LEVEL PRESS ELECTRICAL REFERENCE PLAN

KEYNOTES

T1 UTILIZE (2) EXISTING EMPTY 4”

CONDUITS: UTILIZE (1) 4” C FOR ALL

FIBER CABLES AND (1) 4” C FOR ALL

AUDIO CABLES.

T2 PROVIDE JBT FOR AUDIO & FIBER

CABLE CONNECTIONS. COORDINATE

FINAL LOCATION WITH OWNER,

ARCHITECT, AND ENGINEER PRIOR TO

INSTALLATION. REFER TO DETAIL A.12

FOR ADDITIONAL INFORMATION

(TYPICAL).

T3 PROVIDE (1) 2” CONDUIT FROM JBT TO

CORRIDOR CABLE TRAY FOR AUDIO

AND FIBER CABLE ROUTING (TYPICAL).

T6 APPROXIMATE HARD CEILING OR

LARGE MEP OBSTRUCTION FOR CABLE

TRAY ROUTING. CONTRACTOR TO

VERIFY THESE LOCATIONS. USE

J-HOOKS FOR CABLE SUPPORT WHERE

NECESSARY IN THESE SECTIONS.

T7 ALL CABLE TRAY, MOUNTING, AND

SUPPORTS TO BE SEISMIC RATED

ACCORDING TO LOCAL AHJ (TYPICAL).

GENERAL NOTES:

1. REFER TO SYMBOL LEGEND FOR

ADDITIONAL REQUIREMENTS, INCLUDING

BUT NOT LIMITED TO, INSTALLATION OF

RACEWAY, CABLING, AND DEVICES.

REVISIONS

NO. DATE DESCRIPTION

4 2025.06.04 BID SET REVISIONS

TRIAX 1 TRIAX 2SMPTE 2SMPTE 1

HOUSE

SMPTE

PUSH

PUSH

PUSH

PUSH

PUSH

PUSH

PUSH

PUSH

PUSH

PUSH

PUSH

PUSH

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2 3 4 5 6 7 8 9 10 11 12

PA

R

AL

LE

L

AUDIO 1 - 12

PUSH PUSH PUSH PUSH

NET 4NET 2 NET 3NET 1

1 2

PUSH PUSH

1 2

PUSH PUSH

1 2

PUSH PUSH

21 3 4 5 6 HOUSE FIBER

NETWORK FIBER21 3 4 5 6 7 8 9 10 11 12

LADDER RACK CABLE TRAY

SYMBOLS:T.03

5 8

5 8

KEYNOTES:

GENERAL NOTES:

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

CABLE TRAY: PROVIDE LADDER RUNG TYPE CABLE TRAY.

REFER TO PLAN DRAWINGS FOR SPECIFIC LOCATIONS.

SUPPORT: PROVIDE UNI-STRUT SUPPORT SUSPENDED WITH

THREADED ROD AND ATTACHED WITH MANUFACTURER

RECOMMENDED HOLD DOWN CLAMPS. PROVIDE 12" HIGH

SLEEVE OVER THREADED ROD FOR CABLE PROTECTION.

PROVIDE LATERAL BRACING IN ACCORDANCE WITH SEISMIC

REQUIREMENTS.

GROUNDING: PROVIDE COPPER BONDING CLAMP FOR

CONNECTION OF GROUNDING CONDUCTOR (AS NECESSARY).

SPLICE CONNECTIONS: PROVIDE SPLICE PLATE PER

MANUFACTURER RECOMMENDATIONS.

WATERFALL: PROVIDE "WATERFALL" CABLE DROP OUT

CONNECTION AT END OF CABLE TRAY RUNS, SUCH AS IN

COMM ROOMS.

DIVIDERS: PROVIDE (3) CABLE TRAY DIVIDERS FOR ALL

SECTIONS OF CABLE TRAY U.N.O.

VIBRATION PAD: PROVIDE 3/4" THICH NEOPRENE PAD

MOUNTED BETWEEN SUPPORT AND CABLE TRAY RAIL FOR

VIBRATION ATTENUATION.

TRAY J-HOOKS: PROVIDE J-HOOK ASSEMBLY ATTACHED TO

SIDE RAIL OF TRAY EVERY 48" ON-CENTER. (NOTE: THIS

APPLIES TO SERVICE LEVEL TRAY ONLY.)

ENCLOSED CABLE TRAY: PROVIDE ENCLOSED TYPE CABLE

TRAY, WITH ALL APPLICABLE ACCESSORIES CONSISTENT WITH

SOLID BOTTOM CABLE TRAY DETAIL. REFER TO PLAN

DRAWINGS FOR SPECIFIC LOCATIONS.

COVER: PROVIDE CABLE TRAY COVER FOR ALL SECTIONS OF

CABLE TRAY INDICATED AS "ENCLOSED" TYPE TRAY ON PLAN

DRAWINGS.

COVER ATTACHMENT: PROVIDE COVER CLAMPS AND/OR

HINGES AS REQUIRED PER MANUFACTURER

RECOMMENDATIONS.

WALL PENETRATION: PROVIDE CABLE TRAY BLOCK-OUT,

INCLUDING ANY NECESSARY STRUCTURAL SUPPORT, FOR

THROUGH WALL PENETRATION.

FIRE PROOFING: PROVIDE FIRE-PROOFING, SUCH AS FIRE

RATED PILLOWS OR BLOCKS, AT APPLICABLE WALL

PENETRATIONS AS REQUIRED PER ALL APPLICABLE CODES.

ADDITIONAL SLEEVE: FOR TRAY WITH J-HOOKS, PROVIDE 4-

INCH EZ-PATH SYSTEM WALL PENETRATION FOR TEMPORARY

CABLES TO PASS THROUGH WALL.

1. PROVIDE ALL NECESSARY CABLE TRAY COMPONENTS

AND ACCESSORIES PER SPECIFICATIONS AND

MANUFACTURER REQUIREMENTS. REFER TO PLAN

DRAWINGS AND WRITTEN SPECIFICATIONS FOR

ADDITIONAL INFORMATION.

WALL PENETRATION

CABLE TRAY SUPPORT (2-TIER)

CABLE TRAY SUPPORT

SOLID BOTTOM / ENCLOSED

LADDER RACK CABLE TRAY - FITTING

SYMBOLS:T.04

3 4

2 KEYNOTES:

GENERAL NOTES:

1.

2.

3.

4.

CABLE TRAY FITTINGS: PROVIDE ALL APPLICABLE

FITTING COMPONENTS AND ACCESSORIES TO

ACCOMMODATE ROUTING ON PLAN DRAWINGS.

TRANSITIONS: PROVIDE CABLE TRAY VERTICAL

TRANSITION SECTIONS WITH FITTINGS PER

MANUFACTURER RECOMMENDATIONS.

FITTINGS: PROVIDE CABLE TRAY 3-WAY TEE

FITTINGS WITH 24" MINIMUM BEND RADIUS.

DIVIDERS: PROVIDE (3) CABLE TRAY DIVIDERS FOR

ALL SECTIONS OF CABLE TRAY INCLUDING AT

FITTINGS, U.N.O.

1.

2.

3.

PROVIDE ALL NECESSARY CABLE TRAY COMPONENTS

AND ACCESSORIES PER SPECIFICATIONS AND

MANUFACTURER REQUIREMENTS. REFER TO PLAN

DRAWINGS AND WRITTEN SPECIFICATIONS FOR

ADDITIONAL INFORMATION.

VERTICAL CABLE TRAY OFFSETS SHALL BE USED ON

ALL VERTICAL TRANSITIONS OF LESS THAN 2'-0" (600MM).

VERTICAL CABLE TRAY BEND FITTINGS WITH 12-INCH

(300MM) MINIMUM BEND RADIUS SHALL BE USED ON ALL

VERTICAL TRANSITIONS OF 2'-0" (600MM) OR GREATER.

HORIZONTAL BENDCABLE TRAY T-FITTINGVERTICAL BEND

SECTION #4:

TELECOM

DATA

SECURITY

CONTROL

SECTION #2:

BROADCAST

MATV

CATV

CCTV

SECTION #1:

AUDIO

SECTION #3:

FIBER

OPTICS

J-HOOKS:

TEMPORARY

BROADCAST

CABLE

ONLY

CABLE TRAY DIVIDER DISTRIBUTION

SYMBOLS:T.05

KEYNOTES:

GENERAL NOTES:

1. CABLE TRAY DIVIDERS.

2. CABLE TRAY SPINE OR RAIL (TYP.)

3. CABLE TRAY RUNG(S)

1. EXACT CABLE TRAY DIVIDER

SPACING SHALL BE FIELD

COORDINATED WITH ALL CABLE

INSTALLERS.

2. CABLE SYSTEMS DISTRIBUTED IN

TRAY SHALL BE LOW VOLTAGE ONLY

(24V. OR LESS).

3. PROVIDE (3) CABLE TRAY DIVIDERS

FOR ALL CABLE TRAY LOCATIONS.

SEMI-RECESSED STUDIO BROADCAST JB

SYMBOLS:A.12

KEYNOTES:

GENERAL NOTES:

JBT

1. ENCLOSURE TO BE CONSTRUCTED FROM 304 / 316 STAINLESS

STEEL, NEMA 4 RATING. CLOSED-CELL NEOPRENE RUBBER SEALS

AND GASKETS.

2. ENCLOSURE TO INCLUDE 19" RACK FRAMES. REFER TO JB

SHCEDULE FOR RU AND DIMENSION REQUIREMENTS.

3. ENCLOSURE TO HAVE BUILT-IN DOOR LOCKS AND EXTERNAL

PADLOCK LOOPS.

1. BROADCAST ENCLOSURE: 304 / 316 STAINLESS STEEL, NEMA

4 RATED ENCLOSURE. CLOSED-CELL NEOPRENE RUBBER

SEALS AND GASKETS. CONTRACTOR TO WEATHER SEAL

SEAMS BETWEEN ENCLOSURE AND WALL RECESS.

ENCLOSURE NOT TO PROTRUDE MORE THAN 4" FROM

WALL. CONTRACTOR SHALL PROVIDE MEASURES TO

ENSURE ADA COMPLIANCE IF ENCLOSURE PROTRUSION

EXCEEDS 4".

2. CABLE PASS-THROUGH: UNDER-SIDE CABLE PASS-

THROUGH WITH CLOSED-CELL NEOPRENE SEALS AND

GASKETS.

3. AV CONDUIT: PROVIDE CONDUIT(S) DEDICATED FOR

BROADCAST AND PRODUCTION CABLING ROUTED TO

NEAREST COMMUNICATIONS ROOM OR CABLE TRAY.

CONDUITS IN DETAIL SHOWN FOR REFERENCE ONLY.

CONTRACTOR TO VERIFY SIZE AND QUANTITIES SHOWN ON

SCHEDULES AND ONE-LINE DIAGRAMS.

4. JB PLACARD: PROVIDE ENGRAVED TAG FOR JB

DESIGNATION AND DESCRIPTION. TEXT SIZE TO BE

APPROXIMATELY 1/2 INCHES.

5. JBT MOUNTING HEIGHT: MOUNT JBT 48” FROM TOP OF

BOX TO FINISHED FLOOR AT TYPICAL LOCATIONS.

COORDINATE WITH AV CONSULTANT IF 48” MINIMUM

HEIGHT IS NOT ATTAINABLE.

JBT ELEVATION

SYMBOLS:A.15

KEYNOTES:

GENERAL NOTES:

1. NAME / BLANK PLATE: 1 RU BLANK PANEL WITH JB

IDENTIFICATION PLACARD

2. UTP PATCH PANEL: PATCH PANEL PER PROJECT

STANDARD. PROVIDE COVER FOR UNUSED PORTS /

MODULES. "NET" ROUTED TO NEAREST IT CLOSET

3.

SM FIBER PANEL: 1 RU PANEL, MAXIMUM 12

CONNECTIONS PER PANEL

4.

5.

TRIAX PANEL:

6.

SMPTE PANEL: 2 RU MODULAR CONNECTOR FRAME

WITH ANGLED INSERTS

7.

8.

DT12 AUDIO PANEL: 2 RU PANEL WITH DT12 CONNECTOR

(MALE / FEMALE INDICATED ON CABLE SCHEDULE) AND

MALE / FEMALE XLR BREAKOUTS IN PARALLEL

1. MODULAR ISOLATION CHASSIS FOR SMPTE, TAC12, AND

SDI CONNECTIONS. ANGLED CONNECTION FRAME WITH

POSITIONS FOR 7 MODULES.

2. PROVIDE BLANK COVERS ON UNUSED CONNECTOR /

MODULE POSITIONS.

3. RACK ELEVATIONS ARE TO FOLLOW THE GENERAL

LAYOUT AS SHOWN IN DETAIL, BASED ON CONNECTOR

TYPE.

4. POSITION AND LOCATION OF CONNECTORS AND

COMPONENTS ON PANEL SHOWN FOR FUNCTIONAL

REFERENCE ONLY. CONTRACTOR TO ENSURE ADEQUATE

CLEARANCE OF CONNECTORS, COMPONENTS, AND WIRING

WITHIN INSTALLED PLATE AND BACKBOX. CONTRACTOR TO

ENSURE LAYOUT OF ALL CONNECTORS AND COMPONENTS

DO NOT IMPEDE THE USE OF ADJACENT CONNECTORS AND

COMPONENTS WHEN IN USE.

5. PLATE TEXT SHOWN FOR FUNCTIONAL REFERENCE ONLY.

CONTRACTOR TO ENSURE PROPER PLACEMENT, SIZE,

FONT AND SPELLING OF PLATE TEXT.

6. ALL TEXT SHALL BE ENGRAVED INTO PLATE WITH

CONTRASTING COLOR INSETS. PRINTED OR ADHESIVE

LABELS NOT ACCEPTABLE.

JB PLACARD

7.

2 RU MODULAR CONNECTOR FRAME

WITH ANGLED INSERTS

SM FIBER PANEL: 1 RU PANEL, MAXIMUM 12

CONNECTIONS PER PANEL

RADIO I/O PANEL: 1 RU PANEL, REFER TO ONE-

LINES AND SCHEDULES FOR INFORMATION

CONNECTIONS ROUTE TO BROADCAST HEADEND ROOM.

"BCC" CONNECTIONS ROUTE TO HOUSE VIDEO

PRODUCTION EQUIPMENT ROOM. NET CONNECTIONS

ROUTE TO NEAREST TR CLOSET.

SHEET TITLE:

ISSUANCE

BID DOCUMENTS

ISSUE DATE:

PROJECT #:

TRUE NORTH

BC

D A

PLAN NORTH

KEY PLAN

6/ 4/

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2:

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AUDIO/VIDEO

DETAILS

1-AV800

DV22045

TA

SK

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F #8

R ad io B oo th

F ib er O pt ic s Ad di tio n

REVISIONS

NO. DATE DESCRIPTION

1 2022.11.16 TASK 1-PLAN CHECK COMMENTS #1

COMMON WORK RESULTS FOR COMMUNICATIONS

27 05 00 - 1

SECTION 27 05 00 - COMMON WORK RESULTS FOR COMMUNICATIONS

PART 1 - PART 1 - GENERAL

1.1 RELATED DOCUMENTS

A. Product Appendixes: Refer to Appendix 1, Equipment Schedules within each specification section for specific product information on the benchmark products. These equipment schedules should be the baseline for product data submittals but are not intended to be an all-encompassing bill of materials.

B. Part 1 and Part 3 of this specification applies to all Division 27 specification sections.

C. Architectural, Electrical, and Technology Drawings. Other systems drawings may apply

1.2 SUMMARY

A. Project Expectations: Within two weeks after award of contract, the Contractor shall arrange a “CA kickoff” meeting and/or conference call with the General Contractor, Construction Manager, Architect, Engineer, and Owner (when applicable) to discuss general project expectations.

B. The term “provide” used throughout this specification and drawings shall mean “furnish, install, test, and certify”.

C. Coordinate project schedule, installation schedule, phasing and any other requirements deemed necessary with Construction Manager and/or General Contractor and all necessary trades to ensure successful completion of work.

D. Phasing, temporary distribution/equipment, cut-over and implementation shall be coordinated with Owner, Construction Manager and/or General Contractor, Architect, and Engineer.

E. Extent of communications infrastructure work is indicated by Division 27 specifications and Technology drawings and schedules and is hereby defined to include, but not by way of limitation, the provisions of:

1. Raceway systems including but not limited to conduits, cable trays, sleeves, surface raceways, telecommunication services entrance, manholes, pull-boxes, junction boxes, back-boxes, etc. as required and specified in Division 27 sections and/or select Division 26 sections. The Construction Manager and/or General Contractor shall coordinate this with the Sub-Contractor performing work and determine how scope of work is assigned.

The purpose of this specification is to establish design intent and general system scope.

2. All communications infrastructure shall be provided as part of the Base Building Project including but not limited to raceway, cable, cable terminals, and comm room fit-out.

3. Communication room hardware and component fit-out including cabinets, racks, cable tray, backboard, and raceways for terminating cable and installation of electronic equipment.

4. Power distribution within equipment racks and cabinets including power strips (unless specifically excluded in 271100).

5. Grounding and bonding of all metallic hardware components to the nearest telecommunications grounding bus (TGB) bar including but not limited to equipment racks, cabinets, cable trays, ladder rack, metallic cable sheaths, wall mounted wiring terminals, conduits, sleeves, metallic ductwork, and frames.

6. All physical cable management hardware including, but not limited to: “J-hooks” in accessible ceiling areas, “D-rings” on backboards, vertical and horizontal managers on racks and cabinets, vertical and horizontal ladder-type or wire basket cable tray within communication rooms, etc.

27 05 00 - 2

7. Fire stopping as required. Contractor shall provide fire stopping for all low-voltage openings (including empty low voltage raceway) once cable installation is complete.

Confirm specific fire stopping scope requirements with General Contractor and/or Construction Manager.

8. Seismic bracing of all equipment cabinets, equipment racks and ladder-type or wire basket cable tray as required by code and by local governing jurisdiction.

9. Testing of all communications cable infrastructure and grounding systems as noted by specification, drawings, and applicable industry standards.

10. Labeling of all communication infrastructure components, hardware, cable, and terminations with mechanically printed labels.

11. Preparation and submission of product data, shop drawings, testing reports, as-built drawings, and cabling documentation as required in this specification.

12. Construction and Installation warranties.

13. Manufacturer components, channel and solutions warranties.

14. Installation and testing of all system and components.

15. Onsite administrative and user training.

16. Manufacturer training of components.

1.3 SUBMITTALS

A. General Description and Requirements

1. Refer to Product Data and Shop Drawing Submission Checklist (appendix) at the end of this specification section for additional requirements specific to each Division 27 section.

2. Contractor shall not submit product data for review without submitting corresponding shop drawings as part of the same submittal package. Partial submittals will be returned as “revise and resubmit”.

3. Submittal Schedule:

a. Within 2-4 weeks after award of contract, the Contractor shall submit a proposed schedule for submitting product data and shop drawings. At a minimum, the following items shall be included:

1) Submittal date for Compliance Matrix.

2) Submittal date for Construction Schedule.

3) Submittal date for Product Data and Shop Drawings.

4) Submittal date for Commissioning and/or Test Results.

5) Submittal date for As-Builts.

b. Within 45 days after award of contract or as dictated by the construction schedule (whichever period of time is shorter), the Contractor shall submit prefabrication submittals consisting of product data and shop drawings for approval. Partial submittals will not be accepted without prior written approval from the Architect.

4. In addition to the requirements noted herein, refer to Division 1 Specification for additional requirements. As a minimum, Contractor shall ensure all requirements listed here are met.

5. Review of the Prefabrication Submittals by the Architect and Engineer is for purposes of tracking the work and contract administration and does not relieve the Contractor of responsibility for any deviation from the Contract Documents, or from providing equipment and/or services required by the Contract Documents which were omitted from the prefabrication submittals.

6. No portion of the project shall commence nor shall any equipment be procured until the prefabrication submittals (including product data and shop drawings) have been approved in writing by the Architect. All installations shall be in accordance with the Contract Documents.

7. A detailed completion schedule shall be submitted with the prefabrication submittals.

8. Prefabrication submittals shall be accompanied by a letter of transmittal identifying the name of the project, Contractor's name, date submitted for review, and a list of items transmitted.

27 05 00 - 3

B. Compliance Matrix:

1. Compliance Matrix: Provide a specification compliance matrix indicating compliance or deviation for each item in the specification. Refer to the SPECIFICATION RESPONSE section within this specification and Appendix 2 for additional requirements

C. Product Data:

1. Warranty Information: Provide all warranty information as described in this specification section for review and approval.

2. Component List: Provide complete submittal component list (i.e. table of contents) at the beginning of the submittal package. Component list and manufacturer cut-sheets shall be compiled to match the order of each Appendix. Component list shall include:

a. Component name

b. Manufacturer

c. Specific product number (to clearly indicate special options, colors, etc.)

3. Cut-Sheets: Submit manufacturer’s cut-sheets on all components listed within this specification and corresponding appendix. All components and parts being used shall be highlighted in color on cut-sheets to distinguish specific product/part numbers, options, colors, accessories, etc.

4. Product Substitutions: These specifications are intended to be performance based, thus all products listed in each respective Appendix 1: Equipment Schedules are “benchmark” products. The Contractor shall include products from one of the “pre-approved” manufacturers as noted in the Appendix. The Contractor may submit (as a proposed alternate solution) substitute manufacturers and models that may be more cost effective or readily available. All substitutions shall meet or exceed the minimum functional, physical, and technical specifications. Acceptance of such substitutions is at the discretion of the Owner, Architect, and Engineer. Additionally, the requirements of Division 1 Specifications shall apply and may supersede requirements noted herein.

D. Prefabrication Shop Drawings: (Refer to Appendix-3 for additional requirements)

1. General: All shop drawings shall be provided on contractor specific title block. Contractor may use Technology Drawing files as a “starting point” for shop drawings but additional information shall be added and/or updated as noted below.

2. Symbol Legend, Abbreviations, and Description: Drawings shall include the following:

a. General project information, contractor company name, etc.

b. Descriptions of all abbreviations and symbols

c. Typical device mounting heights

d. General notes and/or scope description, exclusions, etc.

3. One-Line Wiring Diagrams: Provide backbone raceway one-line, backbone and horizontal cabling, copper pair and fiber strand counts, cable quantities, splice enclosures, etc. Include conduit allocation and fill ratios for all conduits on the raceway one-line diagram.

4. Site Plan: Provide complete site and exterior plans indicating all site and building façade mounted communication device outlets, equipment, and components proposed to be installed. Additionally, manholes, pull-boxes, and all major raceway routing shall be indicated for conduits 2-inches and larger. Shop drawings shall represent final conduit routing and manhole and/or pull-box placement as coordinated and/or confirmed with Service Provider, Civil Engineer and other trades.

5. Floor Plans:

a. Floor plans shall indicate all communication device outlets, equipment, and components proposed to be installed.

b. Floor plans shall indicate cable routing origin and labeling scheme for each cable and termination position.

c. Refer to Division 26 “Wiring Devices” specification for additional requirements for floor boxes.

d. Raceway routing shall be indicated for all in-slab conduits, cable trays and overhead conduits 2-inches and larger, based on final coordination with all other trades. Shop drawings shall clearly indicate areas with cable tray clearance

27 05 00 - 4 limitations and/or other cable access limitations for review and approval by Owner, Architect, and Engineer.

6. Enlarged Plans:

a. Provide ¼” = 1’-0” enlarged plans of all communication rooms (as applicable) indicating the position of equipment cabinets and/or racks, wiring terminals, patch panels, grounding equipment, cable tray, fiber and copper terminations, and other low voltage systems equipment layout within the rooms.

b. Shop drawings shall clearly indicate final conduit/riser (core drill and/or block-out) locations and sizes as coordinated and/or confirmed with Structural Engineer and any field conditions that impact proposed location.

c. Shop drawings shall clearly indicate areas where equipment clearances may be limited, for review and approval by Owner, Architect, and Engineer.

7. Details: Document method of attachment of racks to the floor and ladder tray systems, method of attachment of wall mounted distribution frames, grounding details indicating grounding method for cabinets, racks, cable tray, cable management, and power details for rack mounted power distribution.

8. Elevations:

a. Rack elevations (produced in Visio, ACAD, or similar) indicating exact placement of patch panels, fiber terminals and enclosures, vertical and horizontal cable managers, rack mounted power strips or distribution units, empty rack-units, etc.

b. Wall elevations shall detail any and all known components to be mounted on the walls, whether those items are provided by Contractor producing shop drawings or not. Components shall include, but not be limited to, electrical and/or fire alarm panels, security panels, distributed antenna system (DAS), CATV, communication infrastructure distribution frames with block size, cable routing, cable management, pair counts, method of attachment, etc.

9. Drawing Scale: Shop drawings shall be drawn to scale and completely dimensioned as to clearly show construction detail.

10. Labeling: Provide documentation of all labeling schemes for conduit, back-boxes, cables, outlets, wiring blocks and/or patch panels, device faceplates, etc.

11. Documentation: Provide submittals and documentation as required by the project manual (in addition to electronic copies) for review or as indicated in Division 1 general conditions.

E. Faceplate Photos:

1. Provide photos of all completed faceplates for review. Faceplates to be complete with all cables terminated, dust covers installed on unused ports, and label complete.

a. Label must be legible in photo for verification of Cable Identification

2. Photos to be named by the faceplate label (Cable Identification).

3. Photos to be taken and provided for review prior to equipment installation that may block view of faceplate (Ceilings, WAPs, Cameras, TVs, Etc...)

4. Pictures to be provided as individual files (PNG or JPG) in a .zip compressed file for review by architect/engineer.

5. Photos to be provided at same time as Record Documents and Horizontal Cable

Spreadsheet.

F. Horizontal Cable Spreadsheet:

1. Contractor to provide a complete spreadsheet indicating all horizontal Cat.6A or Cat.6 cables installed in the project.

2. Spreadsheet to have a row indicating each Cable Identification number (Ex: 1C-M.48).

3. Spreadsheet to have a column for, and be completed for, each of the following:

a. Origin TR Designation (TR-1C)

b. Origin TR Architectural Room Name

c. Origin TR Architectural Room Number

d. Origin Patch Panel Designator Letter (A-Z) (Within TR)

e. Origin Panel Port Number (1-48)

f. Field Location Architectural Room Name

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g. Field Location Architectural Room Number

4. Spreadsheet Rows to be organized by TR number.

5. File Format: To be provided in Excel (.xlsx) format.

G. Record As-Built Drawings:

1. All record as-built drawings shall be provided on contractor specific title block. Contractor may use Technology Drawing files and/or shop drawings as a “starting point” for as-built drawings. As-built drawings shall comply with shop drawing requirements above, but shall be updated to align with actual installation. Additionally, area plan drawings shall indicate all device labeling including, but not limited to, tele/data port labels.

1.4 QUALITY ASSURANCE

A. Codes and Standards: All materials and installations shall comply with current applicable codes and standards, including but not limited to:

1. TIA-526: Standard Test Procedures for Fiber Optic Systems.

2. TIA-568-C.0: Generic Communications Cabling for Customer Premises.

3. TIA-568-C.1: Commercial Building Communications Cabling Standards, Part 1: General

Requirements.

4. TIA-568-C.2: Balanced Twisted-Pair Communications Cabling and Components

Standard.

5. TIA-568-C.3: Optical Fiber Cabling Components Standard.

6. TIA-569-A: Commercial Building Standard for Telecommunications Pathways and

Spaces.

7. TIA-606-A: Administrative Standard for Commercial Telecommunications.

8. ANSI/J-STD-607-A: Commercial Building Grounding and Bonding Requirements for

Communications.

9. TIA-758-A: Customer-Owned Outside Plant Communications Cabling Standard.

10. TIA-942: Telecommunications Infrastructure Standard for Data Centers.

11. ASTM: American Society for Testing and Materials

12. BICSI CO-OSP Design Manual (current edition): Customer-Owned Outside-Plant Design

Manual.

13. BICSI Electronic Safety and Security (ESS) Design Reference Manual (current edition).

14. BICSI Network Design Reference Manual (current edition).

15. BICSI TDM Telecommunications Distribution Methods Manual (current edition).

16. BICSI Wireless Design Reference Manual (current).

17. TIA TSB67: Transmission Performance Specifications for Field Testing of Unshielded

Twisted-Pair Cabling.

18. ICEA: Insulated Cable Engineers Association

19. IEEE-802.11 a, b, g, n: Wireless Local Area Networks

20. IEEE-802.3: 10Mb/s, 100Mb/s, 1Gb/s, and 10Gb/s Ethernet Standards as applicable based on media types (twisted pair copper, fiber optics, etc.)

21. IEEE-802.3ak: 10Gb/s Ethernet (evolving copper standard).

22. IEEE-802.3af: Power-over-Ethernet (PoE).

23. IEEE-1100-1999: Recommended Practice for Powering and Grounding Sensitive

Electronic Equipment.

24. IEEE-241: Recommended Practice for Electric Power Systems in Commercial Buildings.

25. ISO/IEC 11801: International Standard on Information Technology – Generic Cabling of

Customer Premises.

26. NESC: National Electrical Safety Code

27. NEMA Stds Pub No. VE 1, Cable Tray Systems. Additionally, comply with current edition of NEC, as applicable to construction and installation of cable tray systems.

28. NEMA Std 250: Enclosures for Electrical Equipment (1000 Volts Maximum).

29. NFPA-70/NEC: National Electrical Code.

30. NFPA-72: National Fire Alarm and Signaling Code

31. UL Compliance: Provide products which are UL-listed and labeled.

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32. USDA Bulletin 1751F-643: Underground Plant Design.

33. All existing facility standards and similarly installed material

B. Manufacturer and Product Qualifications

1. Provide products from manufacturers regularly engaged in the production of communications infrastructure components, including but not limited to, raceway, horizontal copper cabling, copper and fiber optic backbone cabling, and connecting hardware.

2. Provide products from manufacturers whose products of similar types, capacities, and characteristics have been in satisfactory use in similar type projects for not less than five years.

C. Contractor Qualifications:

1. Firms with at least seven (7) years of successful installation experience with projects utilizing communications structured cabling, media systems, infrastructure, raceway and equipment similar to that required for this project.

2. The company shall have a fully staffed office with technical installations support personnel within 30 miles of the project. (Exceptions to this shall be confirmed through approval by the Owner, Architect, Contractor, and Engineer.)

3. The Low Voltage Raceway Contractor shall be a certified installer (current and in good standing with proven history) of the selected manufacturer’s raceway systems and shall provide a 25-year warranty on installation and applications.

4. The Low Voltage Cabling Contractor shall be a certified installer (current and in good standing with proven history) of the selected manufacturer’s structured cabling systems, and shall provide a 25-year warranty on structured cabling installation and applications.

5. The company shall have a BICSI RCDD on staff.

D. All materials shall be Underwriters Laboratories (UL) or Intertek Testing Services (ETL) Listed unless otherwise indicated.

E. Coordinate with local communications service provider(s) for primary and diverse service to Telecommunications Demarcation location(s) within the facility.

F. Coordinate with electrical work and other trades to properly interface installation of telephone system with other work.

1.5 DELIVERY, STORAGE, AND HANDLING

A. Deliver equipment and components in factory-fabricated containers or wrappings, which properly protect equipment from damage.

B. Store equipment and components in original packaging. Store inside in a well-ventilated space protected from weather, moisture, soiling, humidity, and extreme temperatures.

C. Handle equipment and components carefully to prevent damage. Do not install damaged units or components; replace with new.

1.6 SEQUENCING AND SCHEDULING

A. All work shall be reviewed and coordinated with the Construction Manager and/or General Contractor prior to commencing.

B. Communication systems, infrastructure, raceway and equipment are sensitive to environmental conditions including but not limited to temperature, dirt, dust, and water. The contractor shall ensure the storage and installation of all communication components are sequenced and scheduled accordingly to prevent any damage, loss of performance, and warranty void of such systems. All mis-installed components shall be replaced with new parts and re-installed at the Contractor’s expense.

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C. Coordinate installation with Structural, Electrical, HVAC, Plumbing, Fire Protection, and other trades to eliminate disruption and/or conflict with other systems.

D. Coordinate underground installation with Civil, Structural, Electrical, and other trades to eliminate disruption and/or conflict with other systems (paving, curb and gutter, etc.).

E. Sequence installation of communications systems and infrastructure with other work to minimize possibility of damage and soiling during remainder of construction.

1.7 PROJECT SITE CONDITIONS

A. Prior to submitting a proposal, the Contractor shall inspect the Contract Documents, and shall become fully informed as to laws, ordinances, and regulations affecting the project. The Contractor shall immediately bring to the Owner, Architect, and Engineer’s attention, in writing, any existing condition or statute that contradicts, is in conflict with, or negates the Contract Documents. Failure of the Contractor to become fully informed as to all above mentioned items shall in no way relieve the Contractor from any obligations with respect to their proposal.

B. The Technology Drawings depict equipment…