TYPICAL HORIZONTAL - Chicago International … D - Construction...standard. b tia-569...

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PART 1 GENERAL

1.1. PROJECT DESCRIPTION;

A. PROVIDE AND INSTALL A COMPLETE

STRUCTURED CABLING SYSTEM (SCS) FOR CICS

WRIGHTWOOD ELEMENTARY SCHOOL, 8130

SOUTH CALIFORNIA AVE. CHICAGO IL, 60652. THE

CABLING SYSTEM SHALL INCLUDE, BUT NOT BE

LIMITED TO HORIZONTAL AND BACKBONE CABLE

DISTRIBUTION, CABLE SUPPORT, TERMINATION

AND LABELING COMPONENTS. AS WELL AS THE

BUILD OUT OF TELECOMMUNICATIONS

EQUIPMENT ROOM WITH WIRE MANAGEMENT

AND CONVEYANCE COMPONENTS.

B. THE CONTRACTOR SHALL TRACE, TEST AND

LABEL ANY CABLES THAT ARE NOT PROPERLY

LABELED.

C. THE PRINCIPAL BID FOR THIS PROJECT SHALL BE

BASED ON A CATEGORY 5E AND/OR CATEGORY 6

STRUCTURED CABLING SYSTEM MANUFACTURED

MATCH EXISTING CABLE AND TERMINATION

MANUFACTURER.

D. THE PRINCIPAL BID FOR THIS PROJECT SHALL BE

BASED ON HARDWARE COMPONENTS

MANUFACTURED BY:

MATCH EXISTING CABLE AND TERMINATION

MANUFACTURER.

E. REFERENCED STANDARDS AND CODES

1. AUTHORITY HAVING JURISDICTION.

2. NFPA 70 "NATIONAL ELECTRIC CODE" (NEC); TO

INCLUDE ALL LOCAL AMENDMENTS TO THE

3. CHICAGO ELECTRIC CODE

4. ALL LOCAL AND STATE BUILDING CODES.

5. THE LATEST REVISION OF ALL AMERICAN

NATIONAL STANDARDS INSTITUTE /

TELECOMMUNICATIONS INDUSTRY

ASSOCIATION STANDARDS (ANSI/TIA)

INCLUDING ASSOCIATED ADDENDA.

6. ALL CURRENT REVISIONS OF AMERICAN

NATIONAL STANDARDS INSTITUTE /

TELECOMMUNICATIONS INDUSTRY

ASSOCIATION / ELECTRONIC INDUSTRIES

ALLIANCE - ANSI/TIA/EIA STANDARDS AND

BULLETINS. TO INCLUDE:

a ANSI/TIA-568- COMMERCIAL BUILDING

TELECOMMUNICATIONS CABLING

STANDARD.

b TIA-569 TELECOMMUNICATIONS

PATHWAYS AND SPACES.

c ANSI/TIA-606 - ADMINISTRATION

STANDARD FOR TELECOMMUNICATIONS

INFRASTRUCTURE.

d ANSI/TIA-607 - GENERIC

TELECOMMUNICATIONS BONDING AND

GROUNDING (EARTHING) FOR

CUSTOMER PREMISES.

e ANSI/TIA-1152 - REQUIREMENTS FOR

FIELD TEST INSTRUMENTS AND

MEASUREMENTS FOR BALANCED

TWISTED-PAIR CABLING.

f TIA TSB-162 - TELECOMMUNICATIONS

CABLING GUIDELINES FOR WIRELESS

ACCESS POINTS.

g TIA TSB-184 - GUIDELINES FOR

SUPPORTING POWER DELIVERY OVER

BALANCED TWISTED-PAIR CABLING

h TIA TSB-190 - GUIDELINES ON SHARED

PATHWAYS AND SHARED SHEATHS

7. ANSI/NECA/BICSI 568-2006 - STANDARD FOR

INSTALLING COMMERCIAL BUILDING

TELECOMMUNICATIONS CABLING.

8. NECA/BICSI 607-2011 - STANDARD FOR

TELECOMMUNICATIONS BONDING AND

GROUNDING PLANNING AND INSTALLATION

METHODS FOR COMMERCIAL BUILDINGS

9. NATIONAL ELECTRICAL MANUFACTURERS

ASSOCIATION (NEMA).

10. AMERICAN SOCIETY FOR TESTING MATERIALS

(ASTM).

11.INSTITUTE OF ELECTRICAL AND ELECTRONIC

ENGINEERS (IEEE).

1.2. CONTRACTOR QUALIFICATIONS / REQUIREMENTS:

A. THE CONTRACTOR SELECTED FOR THIS

PROJECT SHALL BE CERTIFIED BY THE SCS

MANUFACTURER, ADHERE TO THE DESIGN

ENGINEERING, INSTALLATION AND

CERTIFICATION PROCEDURES AND UTILIZE THE

AUTHORIZED MANUFACTURER COMPONENTS IN

COMPLETING THIS PROJECT.

B. THE CONTRACTOR SHALL:

1. HAVE A BICSI CERTIFIED RCDD ON STAFF AND

READILY AVAILABLE FOR THIS PROJECT. A

COPY OF THE BICSI CERTIFICATE OR STAMP

SHALL BE PROVIDED. LEAD INSTALLER

SHALL HAVE A MINIMUM OF 5-YEARS OF

INSTALLATION WORK EXPERIENCE RUNNING

PROJECTS.

2. BE EXPERIENCED IN ALL ASPECTS OF THE

WORK REQUIRED TO COMPLETE THIS

PROJECT AND SHALL BE REQUIRED TO

DEMONSTRATE DIRECT EXPERIENCE ON

RECENTLY INSTALLED SYSTEMS OF SIMILAR

SIZE AND TYPE.

3. CAREFULLY EXAMINE THE CONTRACT

DOCUMENTS AND MAKE ARRANGEMENTS TO

VISIT THE SITE, AND THOROUGHLY BECOME

FAMILIAR WITH THE BUILDING STANDARDS

AND LOCAL CONDITIONS RELATING TO THE

WORK. FAILURE TO DO SO WILL NOT RELIEVE

THE CONTRACTOR OF THE OBLIGATIONS OF

THE CONTRACT.

4. OWN AND MAINTAIN EQUIPMENT AND TOOLS

REQUIRED FOR THE INSTALLATION AND

TESTING OF THE SPECIFIED STRUCTURED

CABLING SYSTEMS. THE CONTRACTOR

SHALL ALSO EMPLOY PERSONNEL WHO ARE

ADEQUATELY TRAINED IN THE USES OF

REQUIRED TOOLS AND EQUIPMENT.

C. THESE DOCUMENTS DETAIL THE COMPONENTS

AND INSTALLATION GUIDELINES THAT NEED TO

BE INCLUDED FOR THE PROJECT. THESE

DOCUMENTS CONTAIN WORK THAT IS THE

RESPONSIBILITY OF MULTIPLE CONTRACTORS

I.E. COMMUNICATION CONTRACTOR, ELECTRICAL

CONTRACTOR, GENERAL CONTRACTOR ETC. IT

IS NOT THE INTENT OF THESE DOCUMENTS TO

DICTATE WHICH CONTRACTOR IS RESPONSIBLE

FOR EACH TASK; THE PRIME

CONTRACTOR/CONSTRUCTION MANAGER SHALL

DELEGATE THE WORK TO THE APPROPRIATE

SUB-CONTRACTORS.

1.3. PROPOSAL REQUIREMENTS:

A. CONTRACTOR SHALL PROVIDE A PROPOSAL FOR

ALL LABOR AND MATERIAL TO INSTALL A

COMPLETE STRUCTURED CABLING SYSTEM

(SCS), INCLUDING BUT NOT LIMITED TO ALL

REQUIRED CABLING, RACKS, PATCH PANELS,

SUPPORT HARDWARE, CROSS CONNECTS,

PATCH CORDS, RACEWAYS,

TELECOMMUNICATIONS OUTLETS, ETC. SCS

SHALL BE INSTALLED AND CONFIGURED TO

PROVIDE VOICE AND DATA CONNECTIVITY FROM

EACH TELECOMMUNICATIONS OUTLET TO THE

VOICE NETWORK/SWITCH OR DATA

NETWORK/SWITCH DESIGNATED AS THE SERVICE

POINT OF THE COMMUNICATIONS NETWORK.

B. UNIT PRICING: CONTRACTOR SHALL PROVIDE

ADD/DEDUCT UNIT PRICES AS FOLLOWS:

1. TYPICAL COMMUNICATIONS OUTLET, EACH

CONFIGURATION, COMPLETE INCLUDING

CABLE, JACK(S), FACEPLATE, APPORTIONED

PATCH PANEL OR OTHER TERMINATION

HARDWARE, INSTALLATION AND

CERTIFICATION. UNIT COST SHALL ASSUME

A 200FT CABLE LENGTH AVERAGE.

2. TYPICAL PATCH CORD ASSEMBLY, EACH TYPE

AND LENGTH. INSTALLATION AS SPECIFIED.

C. SUBMITTALS:

1. CUT SHEET SUBMITTALS: CONTRACTOR SHALL

PROVIDE MANUFACTURER PRODUCT DATA

SUBMITTALS, WITH THE INTENDED PART

NUMBER(S) AND USE CLEARLY INDICATED,

FOR THE FOLLOWING:

a ALL CABLE AND WIRE INCLUDING

PREMISES CABLES, BACKBONE CABLES,

PATCH CABLES AND CROSS CONNECT

b ALL CONNECTORS AND REQUIRED

TOOLS.

c ALL TERMINATION SYSTEM COMPONENTS

FOR EACH CABLE TYPE.

d ALL EQUIPMENT ROOM AND

TELECOMMUNICATIONS ROOM

EQUIPMENT RACKS, CABINET

ENCLOSURES, HORIZONTAL CABLE

MANAGEMENT, VERTICAL CABLE

MANAGEMENT AND CABLE TRAY AND

ASSOCIATED HARDWARE.

e ALL COMMUNICATIONS GROUNDING

SYSTEM COMPONENTS.

f ALL TEST EQUIPMENT TO BE USED FOR

COPPER AND OPTICAL FIBER

CERTIFICATION, INCLUDING CURRENT

CERTIFICATES OF CALIBRATION.

2. SHOP DRAWING SUBMITTALS: CONTRACTOR

SHALL SUBMIT SHOP DRAWINGS CLEARLY

INDICATING THE FOLLOWING, BUT NOT

LIMITED TO:

a EXACT CONDUIT, PULL BOX AND

RACEWAY LAYOUTS.

b WORK AREA OUTLET LABELING PLAN.

c CONTRACTOR SHALL COORDINATE WITH

APPROPRIATE TRADE CONTRACTORS

AND EOR.

3. SAMPLES AND MOCK-UPS: CONTRACTOR

SHALL SUBMIT SAMPLE PRODUCT MOCK UPS

FOR REVIEW BY OWNER AND EOR. DIGITAL

PHOTOS ARE ENCOURAGED. SAMPLES

SHALL INCLUDE BUT NOT BE LIMITED TO:

a FACEPLATES: PROVIDE A SAMPLE OF

EACH TYPE OF FACEPLATE USED ON

THE PROJECT. SAMPLE SHALL INCLUDE

JACK INSERTS AND SAMPLE LABEL

(TEXT, FONT AND SIZE).

b CABLE: PROVIDE A 3FT LONG SAMPLE OF

EACH CABLE BEING INSTALLED WITH A

SAMPLE LABEL (TEXT, FONT AND SIZE)

c PATCH PANELS: PROVIDE A SAMPLE OF

PLANNED PATCH PANEL LABELING

(TEXT, FONT AND SIZE)

d EQUIPMENT RACK/CABINETS: PROVIDE A

SAMPLE OF PLANNED EQUIPMENT

LABELING (PLACEMENT, TEXT, FONT

AND SIZE)

4. CLOSE OUT SUBMITTALS:

a CONTRACTOR SHALL PROVIDE

ELECTRONIC FORMATTED AS-BUILT

DRAWINGS TO OWNER AND ENGINEER

OF RECORD (EOR) IN AN ELECTRONIC

FORMAT AS DETERMINED BY OWNER

UPON COMPLETION OF PROJECT.

b THE CONTRACTOR SHALL PROVIDE A

ONE (1) YEAR GENERAL CONSTRUCTION

WARRANTY.

c THE CONTRACTOR SHALL SUPPLY AN

EXTENDED LIFE (20+ YEARS)

MANUFACTURER WARRANTY FOR THE

ENTIRE STRUCTURED CABLING SYSTEM.

THE MANUFACTURER WARRANTY MUST

ENSURE THAT THE STRUCTURED

CABLING SYSTEM (SCS) WILL BE FREE

FROM PRODUCT DEFECTS IN MATERIAL

AND WORKMANSHIP, WILL EXCEED

APPLICABLE TIA/EIA AND ISO/EIC

SPECIFICATIONS IN FORCE AT THE TIME

OF INSTALLATION AND WILL COMPLY

WITH DESIGN AND PERFORMANCE

REQUIREMENTS FOR RECOGNIZED

CABLING MEDIA INSTALLED IN THE

STRUCTURED CABLING LINK/CHANNEL.

ALL CABLE SHALL SUPPORT ALL

CURRENT OR FUTURE APPLICATIONS

THAT ARE DESIGNED FOR

TRANSMISSION OVER ITS RESPECTIVE

CABLING CLASSIFICATION AS DEFINED

IN ANSI/TIA-568.

d THE CONTRACTOR SHALL MOUNT A

LAMINATED 1/2-SIZED AS-BUILT

DRAWING IN THE TR (IDF). THE

CONTRACTOR SHALL SUBMIT A PHOTO

OR OWNER SIGN-OFF OF THE AS-BUILT

DRAWING FOR PROJECT CLOSE-OUT.

e THE CONTRACTOR SHALL PROVIDE A

WRITTEN SIGN-OFF VERIFICATION THAT

THE SPECIFIED OWNER

TRAINING/ORIENTATION WAS

COMPLETED.

f THE CONTACTOR SHALL PROVIDE A

WRITTEN SIGN-OFF VERIFICATION OF

THE COMPLETION OF THE PATCH CABLE

INSTALLATION AND HAND-OVER OF

PATCH CABLES SPECIFIED FOR OWNER

INSTALLATION.

PART 2 PRODUCTS

2.1. TWISTED PAIR CABLE

A. JACKET RATING: ALL INSTALLED CABLES SHALL

BE RATED FOR THE ENVIRONMENT FOR WHICH

THEY ARE INSTALLED PER THE NEC.

B. VERIFICATION: ALL INSTALLED CABLES SHALL BE

INDEPENDENTLY VERIFIED BY AN NRTL FOR

COMPLIANCE.

C. CATEGORY 5E UTP (CAT 5E): 4-PAIR UTP CABLES

SHALL CONSIST OF 4-PAIR, 24 GAUGE, UTP.

D. CATEGORY 6 UTP (CAT 6) 4-PAIR UTP CABLES

SHALL CONSIST OF 4-PAIR, 24 GAUGE, UTP.

2.2. TERMINATION HARDWARE:

A. PATCH PANELS:

1. COPPER PATCH PANELS SHALL BE:

a BE HIGH DENSITY SUCH THAT 24 PORTS

OCCUPY 1 RACK SPACE AND 48 PORTS

OCCUPIES 2 RMU.

b PATCH PANEL CABLE TERMINATIONS

SHALL BE 110 TYPE INSULATION

DISPLACEMENT CONTACT PRINTED

CIRCUIT BOARD UNO.

c HAVE A CABLE MANAGEMENT BAR TO

ENSURE PROPER BEND RADIUS AND

STRAIN RELIEF

d FLAT.

e COMPLY WITH ANSI/TIA-606 LABELING

STANDARDS.

2. JACK PANELS SHALL BE

a BE HIGH DENSITY SUCH THAT 24 PORTS

OCCUPY 1 RACK SPACE AND 48 PORTS

OCCUPIES 2 RMU.

b SHALL INCLUDE BLANK INSERTS FOR ANY

UNUSED PORTS.

c HAVE A CABLE MANAGEMENT BAR TO

ENSURE PROPER BEND RADIUS AND

STRAIN RELIEF

d FLAT

e COMPLY WITH ANSI/TIA-606 LABELING

STANDARDS.

B. WORK AREA OUTLETS:

1. JACKS SHALL:

a MEET OR EXCEED ALL TRANSMISSION

REQUIREMENTS FOR THE SPECIFIC

CATEGORY RATING OF THE INSTALLED

CABLE.

b WIRING TERMINATION SEQUENCE FOR

T-568-A OR 568-B WIRING SCHEME

c MEET THE ELECTRICAL, MECHANICAL

AND CLEARANCE SPECIFICATIONS IN

FCC RULES AND REGULATIONS, PART

68, SUBPART F.

d UL LISTED AND CSA CERTIFIED

2. FACE PLATES SHALL:

a POSSESS DESIGNATION WINDOWS TO

FACILITATE LABELING AND CONFORM

TO ANSI/TIA-606 LABELING STANDARDS

b BE AVAILABLE IN A VARIETY OF

CONFIGURATIONS AND PORT

CAPACITIES TO SATISFY THE DESIGN

REQUIREMENTS.

c BE AVAILABLE IN A VARIETY OF COLORS

TO MATCH THE DESIGN. COORDINATE

FACEPLATE COLORS WITH ARCHITECT,

EOR AND OTHER TRADES PRIOR TO

ORDERING MATERIALS.

d BE AVAILABLE IN FLUSH AND SURFACE

MOUNT TO ACCOMMODATE WALL

BOXES AND FURNITURE RACEWAYS.

e BE UL LISTED AND CSA CERTIFIED

2.3. PATCH CORDS

A. COPPER PATCH CORDS ARE REQUIRED AS

NOTED IN PATCH CORD TABLE IN DRAWINGS.

2.4. PATHWAY SYSTEMS

A. SHALL BE LISTED BY THE NRTL FOR THE

INSTALLED APPLICATION.

B. CONTRACTOR SHALL USE EXISTING PATHWAYS

WHEN POSSIBLE AND MATCH EXISTING WHEN

INSTALLING ADDITIONAL PATHWAYS.

C. CONDUIT

1. CONTRACTOR SHALL PROVIDE A COMPLETE

EMPTY METAL RACEWAY SYSTEM

CONSISTING OF ALL CONDUIT, CABLE TRAY,

LADDER TRAY, FITTINGS, BUSHINGS, PULL

BOXES (PLENUM APPROVED AS REQUIRED),

OUTLET BOXES, ETC. FOR A FULLY

FUNCTIONAL SYSTEM.

2. THE MINIMUM CONDUIT SIZE ALLOWED FOR

TELECOMMUNICATIONS PATHWAYS SHALL

BE 1”.

D. TELECOMMUNICATION BOXES

1. WALL BOXES SHALL BE 4 11/16” X 4 11/16” X 2

1/2” DOUBLE GANG BOXES (11B) DEEP

JUNCTION BOX WITH A SINGLE-GANG

OPENING PLASTER RING OPENING UNO.

2. SURFACE BOXES SHALL MATCH EXISTING

TELECOMMUNICATIONS BOXES.

E. CABLE TRAY SYSTEMS

1. WIRE BASKET TRAY WILL CONSIST OF

CONTINUOUS, STEEL WIRE MESH CABLE

MANAGEMENT SYSTEM TO ALLOW

CONTINUOUS VENTILATION OF CABLES AND

MAXIMUM DISSIPATION OF HEAT. TRAY

SHALL BE INSTALLED IN COMPLIANCE WITH

MANUFACTURER AND NRTL BONDING

REQUIREMENTS.

F. LADDER RACK

1. LADDER RACK SHALL BE MANUFACTURED

FROM 3/8” (9.5 MM) WIDE BY 1-1/2” (38 MM)

HIGH TUBULAR STEEL WITH .065” (1.65 MM)

WALL THICKNESS.

2. LADDER RACK (SIDE STRINGERS) WILL BE

9'-11½“(3.0 M) LONG. CROSS MEMBERS WILL

BE WELDED IN BETWEEN STRINGERS ON 12”

(300 MM) INTERVALS/CENTERS BEGINNING

5-3/4” (146 MM) FROM ONE END SO THAT

THERE ARE 10 CROSS MEMBERS PER

LADDER RACK SECTION. THERE WILL BE

10-1/2” (267 MM) OF OPEN SPACE IN

BETWEEN EACH CROSS MEMBER.

3. EACH LADDER RACK SECTION SHALL BE

BONDED TO THE TGB OR TMGB WITH A #6

AWG STRANDED COPPER CONDUCTOR,

UTILIZING 2-HOLE COMPRESSION LUGS.

4. FINISH SHALL BE EPOXY-POLYESTER HYBRID

POWDER COAT (PAINT).

2.5. HARDWARE COMPONENTS:

A. SHALL BE LISTED BY THE NRTL FOR THE

INSTALLED APPLICATION.

B. WIRE MANAGERS SHALL MEET THE FOLLOWING

CRITERIA UNLESS NOTED OTHERWISE IN THE

EQUIPMENT SCHEDULE

1. VERTICAL WIRE MANAGERS SHALL BE:

a SINGLE SIDED, FULL HEIGHT.

b DOUBLE-HINGED, REMOVABLE DOORS

SHALL BE PROVIDED

c METAL FINGERS

d SEE DRAWINGS FOR SPECIFIC WIDTHS.

2. HORIZONTAL WIRE MANAGERS SHALL:

a MOUNT IN A STANDARD 19” WIDE RACK.

b COVERS SHALL BE PROVIDED FOR THE

FRONT CHANNELS OF THE WIRE

MANAGERS.

3. SEE THE DESIGN DRAWINGS TO DETERMINE

THE RMU OF THE REQUIRED HORIZONTAL

CABLE MANAGERS.

PART 3 EXECUTION

3.1. GENERAL

A. THE CONTRACTOR SHALL PROVIDE A COMPLETE

AND FUNCTIONAL STRUCTURED CABLING

SYSTEM (SCS).

B. THE SCS INSTALLATION SHALL FOLLOW ALL

RECOGNIZED INDUSTRY BEST PRACTICES AND

SHALL BE PERFORMED IN A NEAT AND WORKMAN

LIKE MANNER.

3.2. CABLE INSTALLATION:

A. TWISTED PAIR CABLE (INCLUDES ALL

CATEGORIES):

1. CABLE DISTANCES

a CATEGORY RATED CABLES SHALL NOT

EXCEED 295FT OF INSTALLED LENGTH IN

THE PERMANENT LINK.

2. THE MAXIMUM PULLING TENSION OF 4-PAIR

UTP CABLES SHALL BE NO GREATER (25LBF).

FOR MULTI-PAIR BACKBONE CABLES,

MANUFACTURERS PULLING TENSION

GUIDELINES SHALL BE FOLLOWED.

3. CABLES SHALL NOT BE ATTACHED TO CEILING

GRID SUPPORTS AND SHALL NOT BE LAID

DIRECTLY ON THE CEILING GRID.

4. CABLES SHALL NOT BE ATTACHED TO OR

SUPPORTED BY FIRE SPRINKLER SYSTEMS

COMPONENTS OR ANY ENVIRONMENTAL

SENSOR LOCATED IN THE CEILING SPACE.

5. ALL CABLE RUNS BETWEEN THE TERMINATION

HARDWARE AND THE

TELECOMMUNICATIONS OUTLET SHALL BE

CONTINUOUS WITHOUT ANY SPLICES.

6. ALL TELECOMMUNICATIONS CABLING

INSTALLED WITHIN OPEN CEILING SPACES

SHALL BE ROUTED THROUGH THESE

SPACES PERPENDICULAR TO AND A

MINIMUM OF 12 INCHES FROM ELECTRICAL

CIRCUITS AND DEVICES. THE PROXIMITY OF

CABLING TO SOURCES OF RFI AND EMI

SHALL BE CONSIDERED WHEN INSTALLING

CABLE.

7. THE MINIMUM BEND RADIUS, UNDER NO-LOAD

CONDITIONS, FOR 4-PAIR UTP CABLES SHALL

BE 1 INCH OR 4 TIMES THE CABLE DIAMETER,

WHICHEVER IS GREATER. FOR MULTI-PAIR

BACKBONE CABLE THE MINIMUM BEND

RADIUS SHALL BE 10 TIMES THE CABLE

DIAMETER. THE MINIMUM BEND RADIUS,

UNDER NO-LOAD CONDITIONS, FOR

HORIZONTAL OPTICAL FIBER CABLE SHALL

BE 1 INCH OR 2 INCHES UNDER LOAD

8. ALL CABLE MANAGEMENT STRAPS INSTALLED

SHALL BE THE HOOK AND LOOP TYPE.

PLASTIC CABLE TIES SHALL NOT BE USED AT

ANY TIME DURING THE INSTALLATION.

9. WITHIN RACKS, CABINETS AND WIRE

MANAGEMENT, MANAGE AND DRESS CABLES

NEATLY USING CABLE MANAGEMENT

STRAPS WHERE REQUIRED AT A MAXIMUM

OF 2-3 FT. INTERVALS. CABLES SHALL BE

BUNDLED IN GROUPS OF NOT MORE THAN 12

CABLES.

10. AVOID CABLE STRESS DURING INSTALLATION

AS A RESULT OF THE FOLLOWING:

a CABLE TWIST DURING PULLING OR

INSTALLATION

b TENSION IN SUSPENDED CABLE RUNS

c TIGHTLY PINCHED CABLE MANAGEMENT

STRAPS

d TIGHT BEND RADIUS

e OTHER CAUSES OF CABLE STRESS

11.CABLES BUNDLED AND ROUTED IN OPEN

HORIZONTAL PATHWAYS SHALL BE:

a SUPPORTED BY APPROVED CABLE

HANGERS AT INTERVALS NOT

EXCEEDING 5 FEET

b BUNDLES SHALL NOT EXCEED 50 CABLES

12. ALL INSTALLED CABLING SHALL BE ROUTED

PARALLEL OR PERPENDICULAR TO BUILDING

LINES. THE CONTRACTOR SHALL FOLLOW

MANUFACTURER'S GUIDELINES FOR

BENDING RADIUS AND PULLING TENSION OF

ALL TELECOMMUNICATIONS CABLES.

3.3. CABLE TERMINATION

A. ALL INSTALLED CABLES SHALL BE CLEARLY

LABELED, TERMINATED AND CERTIFICATION.

B. FOR OPEN CABLE INSTALLATIONS THE

CONTRACTOR SHALL LEAVE APPROPRIATE

SERVICES LOOPS IN THE PREMISES:

1. WALL OUTLETS: 3FT SERVICE LOOP COILED AT

THE CONDUIT STUB UP LOCATION.

2. ACCESS POINTS: 25FT SERVICE LOOP COILED

AT THE ACCESS POINT LOCATION.

C. FOR INSTALLATIONS IN COMPLETE CONDUIT

SYSTEMS SERVICE LOOPS SHALL ONLY BE

REQUIRED FOR ACCESS POINTS.

1. ACCESS POINTS: 25FT SERVICE LOOP COILED

AT THE ACCESS POINT LOCATION.

3.4. CABLE PATHWAYS

A. DISTANCE REQUIREMENTS:

1. THE MAXIMUM ALLOWABLE HORIZONTAL

PATHWAY DISTANCE SHALL NOT EXCEED

265FT.

2. THE CONTRACTOR SHALL REVIEW AND VERIFY

ALL HORIZONTAL LENGTHS PRIOR TO CABLE

INSTALLATION.

B. CONDUIT SYSTEMS

1. CONDUITS ROUTES WHEN DENOTED ON

DRAWINGS ARE DIAGRAMMATIC,

CONTRACTOR SHALL COORDINATE THE

ENTIRE CONDUIT INSTALLATION WITH ALL

TRADES, ENGINEER OF RECORD (EOR), AND

WITH FIELD CONDITIONS PRIOR TO

INSTALLATION.

2. EXACT CONDUIT LENGTHS AND ROUTING SHALL

BE COORDINATED BY THE CONTRACTOR SO

AS TO NOT EXCEED CABLE LENGTH

LIMITATIONS AS DIRECTED BY

TELECOMMUNICATIONS SPECIFICATIONS.

3. CONTRACTOR SHALL SUBMIT SHOP DRAWINGS

INDICATING EXACT CONDUIT AND PULL BOX

LAYOUTS. CONTRACTOR SHALL

COORDINATE WITH APPROPRIATE TRADE

CONTRACTORS AND EOR.

4. CONTRACTOR SHALL PROVIDE A PULL STRING

FOR EACH TELECOMMUNICATIONS CONDUIT

RUN INSTALLED AS PART OF THIS PROJECT.

ANY PULL STRING USED FOR INSTALLATION

OF CABLE AS PART OF THIS PROJECT SHALL

BE REPLACED WITH A NEW PULL STRING.

5. CONTRACTOR SHALL STUB ALL CONDUITS INTO

TELECOMMUNICATIONS ROOM(S) AS

REQUIRED BY TELECOMMUNICATIONS

DRAWING AND SPECIFICATIONS AND

PROVIDE AN INSULATED GROUNDING

BUSHING FOR EACH CONDUIT END.

6. ALL CONDUIT BENDS SHALL BE WIDE RADIUS

TYPE. CONTRACTOR SHALL PROVIDE PULL

BOXES (PLENUM RATED WHERE REQUIRED)

FOR ALL RUNS WHERE MORE THAN 180

DEGREES OF CONDUIT BENDS OCCUR OR

WHERE A CONDUIT RUN EXCEEDS 100

LINEAR FEET, SIZE AND LOCATE PULL BOXES

AS REQUIRED DUE TO EXISTING FIELD

CONDITIONS, AND TO COMPLY WITH CODES

AND REGULATIONS. PULL BOXES SHALL NOT

BE USED FOR A DIRECTIONAL CHANGE

WITHIN A PATHWAY.

7. CONTRACTOR SHALL TERMINATE CONDUITS

AND INSTALL CONDUIT SLEEVES INTO THE

TELECOMMUNICATIONS ROOM(S).

8. ALL CORE SIZES AND LOCATIONS SHALL BE

SUBMITTED TO THE BUILDING OWNER'S

REPRESENTATIVE AND ARCHITECT FOR

REVIEW AND APPROVAL BY THE BUILDING

OWNER'S STRUCTURAL ENGINEER PRIOR TO

CORING.

9. ALL CONDUIT RACEWAY CAPACITIES ARE

BASED ON UNSHIELDED 24 GAUGE 4-PAIR

TWISTED PAIR CABLING. THE EXACT

QUANTITY OF CABLES PER OUTLET

LOCATION SHALL BE CONFIRMED WITH THE

CONTRACTOR AND/OR EOR, AND

COMMUNICATIONS DRAWINGS SO AS TO NOT

EXCEED 38% FILL OF RACEWAY. THE EXACT

QUANTITY AND TYPE OF CABLE(S) PER WALL,

FLOOR OR FURNITURE COMMUNICATIONS

OUTLETS SHALL BE DETERMINED BY THE

COMMUNICATIONS DRAWINGS.

10.MINIMUM CONDUIT SIZING FOR ALL

COMMUNICATIONS OUTLETS SUPPORTING

CATEGORY 5E OR CATEGORY 6 CABLES

SHALL BE (3/4) INCH UNO.

NUMBER OF

CABLES

CONDUIT

SYSTEMS

WIRE WAYS

SURFACE

SYSTEMS

1 53% N/A N/A

2 31% 20% N/A

>2 38% 20% 25%

11.CONDUIT HOMERUN SIZING SHALL BE BASED

ON THE FOLLOWING MAXIMUM FILLS:

a FOR 0.25” O.D. CABLE (MAX. SIZE FOR =

CATEGORY 6):

CONDUIT SIZE 4-PAIR CABLES

3/4” 4

1” 6

1-1/4” 11

1-1/2” 15

2” 25

2-1/2” 45

3” 68

3-1/2” 89

4” 114

12.CONDUIT FILL CAPACITY MAY BE ADJUSTED

BASED ON ACTUAL CABLE DIAMETERS WITH

PRIOR APPROVAL FROM EOR.

C. FIRESTOPPING

1. ALL FIRESTOP SYSTEMS SHALL BE LISTED BY

AN NTRL FOR THE INTENDED APPLICATION.

2. CONTRACTOR SHALL PROVIDE LISTED FIRE

SEAL SYSTEM FOR ALL CONDUITS OR

SLEEVES THAT PENETRATE A FIRE RATED

FLOOR OR WALL. THE SYSTEM SHALL BE

RATED TO MATCH THE RATING OF THE

FLOOR OR WALL BEING PENETRATED.

D. TELECOMMUNICATION BOXES

1. WALL BOXES SHALL BE 4-11/16” X 4-11/16” X 2

1/2” DOUBLE GANG BOXES (11B TYPE) DEEP

JUNCTION BOX WITH A SINGLE GANG

PLASTER RING OPENING UNO.

CONTRACTOR SHALL COORDINATE WITH

THE ARCHITECTURE AND ELECTRICAL PLANS

TO COORDINATE WITH CABLE QUANTITY AND

E. CABLE TRAY SYSTEMS

1. GROUND CABLE TRAY AGAINST FAULT

CURRENT, NOISE, LIGHTNING AND

ELECTROMAGNETIC INTERFERENCE BY

BONDING A CONTINUOUS GROUND

CONDUCTOR TO EACH 10' CABLE TRAY

SECTION WITH A GROUNDING CLAMP.

2. FOR CEILING MOUNTED INSTALLATION, CABLE

TRAYS SHALL BE SUPPORTED WITH THREADED

ROD IN A TRAPEZE SUPPORT AT INTERVALS OF

NOT MORE THAN 5' OR INTERVALS BASED ON

THE SUPPORTED LOAD, WHICHEVER IS LESS.

3. A MINIMUM 12” CLEARANCE BETWEEN THE TOP

OF THE TRAY AND THE BOTTOM OF THE TRUSS

STRUCTURE SHALL BE MAINTAINED.

4. CONTRACTOR SHALL INSTALL BENDS IN CABLE

TRAY TO SUPPORT ANSI/TIA BEND RADIUS

REQUIREMENTS FOR THE INSTALLED CABLES.

ADHERE TO MANUFACTURER INSTALLATION

REQUIREMENTS.

3.5. HARDWARE COMPONENTS:

A. GROUNDING (EARTHING)

1. ALL TELECOMMUNICATIONS GROUNDING

EQUIPMENT SHALL CONFORM TO

ANSI/TIA-607 STANDARD.

2. CONTRACTOR SHALL PROVIDE A COPPER

GROUNDING BAR WITHIN ALL

TELECOMMUNICATIONS ROOMS AND

EQUIPMENT ROOMS AND GROUND ALL

RACEWAY, RACKS AND, CABINETS IN

ACCORDANCE WITH MANUFACTURER

RECOMMENDATIONS AND ANSI/TIA-607

STANDARD, NFPA 70 AND ALL APPLICABLE

BUILDING CODES. SEE DESIGN DOCUMENTS

FOR PROJECT SPECIFICATIONS.

3. ALL GROUNDING CONNECTIONS SHALL BE

IRREVERSIBLE; COMPRESSION OR THERMAL

WELD. MECHANICAL SCREW-ON LUGS ARE

NOT ALLOWED.

4. EACH GROUNDING BUSBAR (TMGB & TGB) AND

GROUNDING CONDUCTORS MUST BE

LABELED PER THE REQUIREMENTS OF

ANSI/TIA-607 STANDARD, INCLUSIVE OF ALL

ADDENDA. LABELS SHALL BE NON-METALLIC.

5. CONTRACTOR SHALL PROVIDE A COPPER

GROUNDING BAR WITHIN ALL

TELECOMMUNICATIONS ROOMS AND

PROVIDE A GROUND CONDUCTOR IN

CONDUIT TO BUILDING GROUND RISER

UNLESS NOTED OTHERWISE ON DRAWINGS.

GROUND BAR(S) SHALL HAVE SUFFICIENT

LUG POSITIONS FOR GROUNDING OF ALL

RACKS, CONDUITS, EQUIPMENT AND SIX

FUTURE GROUNDING CONNECTIONS.

CONTRACTOR SHALL COORDINATE EXACT

GROUNDING REQUIREMENTS WITH THE EOR

PRIOR TO INSTALLATION.

6. ALL METALLIC TELECOMMUNICATION RACEWAY

AND EQUIPMENT LOCATED IN A

TELECOMMUNICATION ROOM MUST BE

BONDED TO THE TMGB OR TGB WITHIN THAT

7. ALL LADDER RACKS, CABLE TRAYS OR OTHER

OPEN RACEWAY SYSTEMS WITHIN A TR OR

ER SHALL HAVE A SINGLE, CONTINUOUS

GROUNDING CONDUCTOR ROUTED

THROUGH THE RACEWAY SYSTEM AND

BONDED TO EACH SECTION OF RACEWAY.

8. CONTRACTOR SHALL PROVIDE A #6 AWG

GROUNDING CONDUCTOR FROM EACH

COMMUNICATIONS CONDUIT GROUNDING

BUSHING TO THE COPPER GROUND BAR

LOCATED WITHIN THE TR OR ER.

3.6. LABELING

A. ALL LABELING OF SCS COMPONENTS (CABLE,

PATCH PANELS, ETC.), PATHWAY ELEMENTS,

GROUNDING, RACKS, CABINETS, SPACES, ETC.

SHALL BE IN ACCORDANCE WITH ANSI/TIA-606

AND ASSOCIATED ADDENDA AND ANSI/TIA-942 AS

APPLICABLE.

B. CONTRACTOR SHALL LABEL ALL

TELECOMMUNICATIONS CABLES, FACEPLATES,

PATCH PANELS AND TERMINATION HARDWARE

WITH PERMANENT MACHINE TYPED LABELS IN

ACCORDANCE WITH TELECOMMUNICATION

DRAWINGS.

C. CABLE LABELS SHALL BE PLACED 12 TO 18

INCHES FROM THE POINT OF TERMINATION.

D. FACEPLATE LABELS SHALL BE ¼ INCH TEXT SIZE

PLACED UNDER THE TRANSPARENT FACEPLATE

LABEL PROTECTOR.

E. RACK/CABINET LABELS SHALL BE ¾” TEXT ON 1”

TAPE OR LAMINATE.

F. ELECTRICAL PANELS AND OUTLETS:

1. “A” AND “B” ELECTRICAL PANELS SHALL BE

COLOR CODED BLUE AND RED.

2. PANELS AND OUTLETS SHALL HAVE MATCHING

COLOR MACHINE PRINTED LABELS.

3.7. CABLE CERTIFICATION:

A. TWISTED PAIR CABLE CERTIFICATION.

1. CERTIFICATION OF ALL COPPER WIRING SHALL

BE PERFORMED PRIOR TO SYSTEM

CUTOVER. 100 PERCENT OF THE

HORIZONTAL, RISER AND INTER-CABINET

WIRING PAIRS SHALL BE TESTED FOR

OPENS, SHORTS, POLARITY REVERSALS,

TRANSPOSITION AND PRESENCE OF AC

VOLTAGE.

2. VOICE AND DATA HORIZONTAL WIRING PAIRS

SHALL BE CERTIFIED FROM EQUIPMENT

OUTLET TO EQUIPMENT OUTLET. THE

CATEGORY CABLE RUNS SHALL BE TESTED

FOR CONFORMANCE TO THE

SPECIFICATIONS AS DEFINED IN

ANSI/TIA-568. FIELD TEST INSTRUMENTS

USED TO VERIFY CATEGORY 5E OR

CATEGORY 6 CABLE PERFORMANCE SHOULD

BE COMPLIANT TO THE LEVEL III, LEVEL IIIE

OR LEVEL IV REQUIREMENTS AS DEFINED IN

ANSI/TIA-1152. ANY CABLES OR PAIRS NOT

MEETING THE REQUIREMENTS OF THE

STANDARD SHALL BE BROUGHT INTO

COMPLIANCE BY THE CONTRACTOR, OR

REPLACED AT NO COST TO THE CLIENT.

3. ALL TWISTED PAIR CABLING SHALL INCLUDE

THE FOLLOWING PERMANENT LINK TESTS:

WIRE MAP (INCLUDING THE SHIELD

CONNECTION IF PRESENT), DC LOOP

RESISTANCE, LENGTH, INSERTION LOSS,

NEXT LOSS (PAIR-TO-PAIR, MEASURED FROM

BOTH THE LOCAL END AND THE FAR END),

PROPAGATION DELAY AND DELAY SKEW.

4. IN ADDITION TO THE PARAMETERS LISTED

ABOVE, ALL CATEGORY 5E AND CATEGORY 6

TWISTED-PAIR CABLING SHALL ALSO

INCLUDE THE FOLLOWING PERMANENT LINK

TESTS: RETURN LOSS, PSNEXT LOSS

(MEASURED FROM BOTH THE LOCAL END

AND THE FAR END), ACRF (MEASURED FROM

BOTH THE LOCAL END AND THE FAR END)

AND PSACRF (MEASURED FROM BOTH THE

LOCAL END AND THE FAR END).

5. THE CONTRACTOR SHALL NOTIFY THE CLIENT

AND EOR IN WRITING A MINIMUM OF 72

HOURS PRIOR TO THE START OF

CERTIFICATION AND PROVIDE A COMPLETE

CERTIFICATION SCHEDULE TO ALLOW FOR

WITNESSING OF TESTING.

6. CONTRACTOR SHALL PROVIDE CURRENT

CERTIFICATE(S) OF CALIBRATION FOR ALL

TEST EQUIPMENT TO BE USED FOR THIS

PROJECT. CERTIFICATES MUST INDICATE

SERIAL NUMBERS AND CERTIFICATION

DATES AND THAT THE TEST SET(S) HAS

BEEN CALIBRATED BY THE MANUFACTURER.

NO CERTIFICATION TESTS SHALL BE

PERFORMED WITH TEST EQUIPMENT THAT

HAS NOT BEEN CALIBRATED WITHIN 6

MONTHS PRIOR TO FIELD CERTIFICATION.

7. COMPLETE END TO END CERTIFICATION

RESULTS SHALL BE SUBMITTED TO THE

CLIENT AND EOR IN ELECTRONIC FORMAT.

NO HAND WRITTEN TEST RESULTS WILL BE

ACCEPTED. IF SPECIAL SOFTWARE OR

LICENSE IS REQUIRED TO REVIEW

CERTIFICATION DATA ELECTRONICALLY,

CONTRACTOR SHALL PROVIDE ONE COPY OF

SOFTWARE AND APPROPRIATE LICENSE

WITH EACH SET OF CERTIFICATION DATA.

8. ACCEPTABLE COPPER TEST SETS:

AGILENT

ENGINEER APPROVED EQUAL

DATENO.

PRINCIPAL IN CHARGE

PROJECT MANAGER

PROJECT ENGINEER

PROJECT NUMBER

SHEET NUMBER

RECORD

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Environmental Systems Design, Inc.

175 West Jackson Blvd. Suite 1400

Chicago, Illinois 60604

312 372 1200 fax 312 372 1222

www.esdglobal.com

CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

SC0-01

STRUCTURED CABLINGSPECIFICATIONS

1 ISSUED FOR BID 02/13/2018

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PROJECT MANAGER

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CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

C.I.C.S. WRIGHTWOOD SCHOOL

8130 SOUTH CALIFORNIA AVENUE

CHICAGO, ILLINOIS 60652

TELECOMMUNICATIONS SYMBOLS

ENLARGED PLAN REFERENCE. 'X'

REPRESENTS THE DETAIL NUMBER,

'Y' REPRESENTS THE DRAWING

NUMBER.

ABBREVIATIONS

AHJ - AUTHORITY HAVING JURISDICTION

ANSI - AMERICAN NATIONAL STANDARDS INSTITUTE

AWG - AMERICAN WIRE GAUGE

AVC - AUDIO VISUAL CONTRACTOR

DC - DATA CENTER

EC - ELECTRICAL CONTRACTOR

ER - EQUIPMENT ROOM

EOR - ENGINEER OF RECORD

F/UTP - FOILED/UNSHIELDED TWISTED PAIR CABLE

GC - GENERAL CONTRACTOR

IDC - INSULATION DISPLACEMENT CONNECTION

IDF - INTERMEDIATE DISTRIBUTION ROOM (SEE ALSO ER OR TR)

MDF - MAIN DISTRIBUTION ROOM (SEE ALSO MER, TR OR

SERVER ROOM)

MM - MULTI MODE FIBER

NEC - NATIONAL ELECTRICAL CODE

NFPA - NATIONAL FIRE PROTECTION AGENCY

NRTL - NATIONALLY RECOGNIZED TESTING LABORATORY

PDU - POWER DISTRIBUTION UNIT

RMU - RACK MOUNT UNIT (SEE ALSO RU)

RU - RACK UNIT

SC - SECURITY CONTRACTOR

SCS - STRUCTURED CABLING SYSTEM

SM - SINGLE MODE FIBER

STP - SHIELDED TWISTED PAIR CABLE

TC - TELECOMMUNICATIONS CONTRACTOR

TIA - TELECOMMUNICATION INDUSTRY ASSOCIATION

TGB - TELECOMMUNICATIONS GROUNDING BUS BAR

TMGB - TELECOMMUNICATIONS MAIN GROUNDING BUS BAR

TR - TELECOMMUNICATIONS ROOM

UNO - UNLESS NOTED OTHERWISE

UPS - UNINTERRUPTABLE POWER SUPPLY

UTP - UNSHIELDED TWISTED PAIR CABLE

2 PORT FACEPLATE WITH (2)

CAT6 CABLE

COPPER CONNECTIVITY

KEY DESCRIPTION COMMENTS

C1 CAT 5E OR CAT 6 CABLE, CMR, BLUE

C2 CAT 5E OR CAT 6 JACK, BLUE

C3 BLANK INSERT, BLACK

C4 2 PORT FACEPLATE

C5 CAT 5E OR CAT 6 PATCH PANEL, 48 PORT, BLACK

C6 2-RMU HORIZONTAL WIRE MANAGER, BLACK

RACKS & ACCESSORIES

KEY DESCRIPTION

R1 VERTICAL WIRE MANAGER, 84"H x 6"W, DOUBLE-SIDED FINGER STYLE WITH COVER

COPPER PATCH CORDS

LOCATION PURPOSE CATEGORY QUANTITY PERLOCATION

PERCENT OFTOTAL

LENGTH (FT) COLOR FURNISHED BY INSTALLED BY COMMENTS

PREMISES WIRELESS ACCESS POINT 5e OR 6 1 PER PORT 100% 1 BLUE CONTRACTOR CONTRACTOR WAP FURNISHED BY CONTRACTOR, INSTALLED BY CONTRACTORPREMISES WIRELESS ACCESS POINT 5e OR 6 1 PER PORT 100% 7 BLUE CONTRACTOR CONTRACTOR WAP FURNISHED BY CONTRACTOR, INSTALLED BY CONTRACTORTELECOM

ROOM SWITCHES - POE 5e OR 6 1 PER PORT 100% 7 BLUE CONTRACTOR CONTRACTOR WAP FURNISHED BY CONTRACTOR, INSTALLED BY CONTRACTOR

NEW EQUIPMENT

KEY DESCRIPTION

N1 48-PORT POE SWITCH

DATENO.

PRINCIPAL IN CHARGE

PROJECT MANAGER

PROJECT ENGINEER

PROJECT NUMBER

SHEET NUMBER

RECORD

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CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

SC0-02

DATENO.

PRINCIPAL IN CHARGE

PROJECT MANAGER

PROJECT ENGINEER

PROJECT NUMBER

SHEET NUMBER

RECORD

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CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

SYMBOL:

SCALE: NTS

3 2 PORT FACEPLATE

JACK POSITIONS

PAIR 2

PAIR 3

PAIR 1 PAIR 4

PAIR 3

W-O W-G BR

(1) 4 PAIR UTP CABLE

SCALE: NTS

2 JACK PAIR ASSIGNMENTS (T568B)8-WIRE/8-POSITION MODULAR

MATCH EXISTING LABELING SCHEME

12" TO 18"

UTP CABLE

WHITE LABEL AND BLACK LETTERS W/

CLEAR TAPE COVERING. LABEL SHALL

BE PLACED NOT CLOSER THAN 12" AND

NOT FURTHER THAN 18" FROM ENDS OF

CABLE (BOTH ENDS OF CABLE)

SCALE: NTS

4 COPPER CABLE LABELING DETAILTYPICAL HORIZONTAL

MATCH EXISTING LABELING SCHEME

XXX-XX XXX-XX

CONTRACTOR SHALL PROVIDE AND

INSTALL MACHINE PRINTED BLACK

LETTERS ON WHITE LABELS AND

ADHERE TO PANEL

SCALE: NTS

5 PATCH PANEL LABELING DETAIL

XXX-XX XXX-XX

CEILING

SCALE: NTS

1 NEW WAP DATA OUTLET

WAP DEVICE

EXISTING/NEW

DATA OUTLET

1' PATCH CORD

DATENO.

PRINCIPAL IN CHARGE

PROJECT MANAGER

PROJECT ENGINEER

PROJECT NUMBER

SHEET NUMBER

RECORD

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CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

SC0-03

DATENO.

PRINCIPAL IN CHARGE

PROJECT MANAGER

PROJECT ENGINEER

PROJECT NUMBER

SHEET NUMBER

RECORD

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CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

KEY NOTES:

1. EXISTING DATA OUTLET LOCATED HIGH ON WALL (+7'-+10') TO BE REUSED FORNEW WAP. REFER TO SHEET SC0-03, DETAIL #1.

2. NEW DATA OUTLET LOCATED HIGH ON WALL (18" BELOW CEILING) TO USEDFOR NEW WAP. REFER TO SHEET SC0-03, DETAIL #1.

GENERAL NOTES:

1. ALL NEW DATA LOCATIONS ARE TO BE FED FROM THE MDF ROOM2. REFER TO KEY NOTES FOR IDENTIFICATION OF DATA OUTLETS THAT ARE

EXISTING TO REMAIN AND NEW.3. SCHEDULE AND COORDINATE ALL NOISE MAKING CONSTRUCTION ACTIVITIES

WITH OWNER PRIOR TO BEGINNING WORK.4. ALL WORK SHALL COMPLY WITH DISTINCTIVE FACILITY STANDARDS,

MEANSAND METHODS, AND SAFETY POLICY.5. CONTRACTOR SHALL COORDINATE THE CONDUIT ROUTES TO MDF ROOM IN

MOST EFFICIENT MANNER POSSIBLE AND SHALL TAKE CARE NOT TO EXCEED40% OF CONDUIT CAPACITY, IF APPLICABLE.

6. COORDINATE ANY REQUIRED WALL PENETRATIONS, FLOOR CUTTING OR DUCTCORING WITH DISTINCTIVE FACILITIES. PERFORM FLOOR SCANNING PRIOR TOCORING. INSTALL FIRESTOPPING FOR ALL PENETRATIONS THROUGH RATEDWALLS AND FLOORS. FIRESTOPPING SHALL MATCH THE RATING OF THEWALLS/FLOORS. FLOOR CUTTING AND PATCHING SHALL BE BY CONTRACTOR.

BASEMENT

SC3-00

KEY Rack 01

EXISTING PANEL

37 EXISTING PANEL 37

C6 HWM

C5 D2 - PATCH PANEL

C6 HWM

28 N1 SWITCH 28

27 N1 SWITCH 27

C6 HWM

24 N1 SWITCH 24

23 N1 SWITCH 23

C6 HWM

20 N1 SWITCH 20

19 N1 SWITCH 19

C6 HWM

16 N1 SWITCH 16

Existing Rack

DATENO.

PRINCIPAL IN CHARGE

PROJECT MANAGER

PROJECT ENGINEER

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SHEET NUMBER

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CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

SC3-00

BASEMENTTECHNOLOGY

1/8"=1'-0"

BASEMENT NEW TECHNOLOGY PLAN

1/8"=1'-0"1

1/8" = 1'-0"

0 4 8 16

BASEMENT MDF RACK ELEVATION (FRONT)

KEY NOTES:

GENERAL NOTES:

DATENO.

PRINCIPAL IN CHARGE

PROJECT MANAGER

PROJECT ENGINEER

PROJECT NUMBER

SHEET NUMBER

RECORD

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CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

SC3-01

1ST FLOORTECHNOLOGY

1/8"=1'-0"

1ST FLOOR NEW TECHNOLOGY PLAN

1/8"=1'-0"1

1/8" = 1'-0"

0 4 8 16

GENERAL NOTES:

KEY NOTES:

DATENO.

PRINCIPAL IN CHARGE

PROJECT MANAGER

PROJECT ENGINEER

PROJECT NUMBER

SHEET NUMBER

RECORD

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CHICAGO CHARTER

SCHOOL FOUNDATION

TECHNOLOGY UPGRADES

02/13/2018

SC3-02

2ND FLOORTECHNOLOGY

1/8"=1'-0"

1/8" = 1'-0"

0 4 8 16

2ND FLOOR NEW TECHNOLOGY PLAN

1/8"=1'-0"1

TYPICAL HORIZONTAL - Chicago International … D - Construction...standard. b tia-569...

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