UCDSB Wireless AP Cabling Specs – Roxmore PS

UCDSB Wireless AP Cabling Specs – Roxmore PS
1.1
Systems Description
A. Horizontal copper cabling system consists of Category 6 cables with four unshielded twisted pairs of
solid annealed copper wrapped in plenum rated insulation with an overall plenum rated jacket with a
wire thickness of 23 AWG. Each four pair cable is terminated onto 8 position 8 conductor Category 6
connectors using 110 style IDCs. Connectors are placed into NEMA rated faceplates at the work
area and placed into rack mounted patching panels in the equipment / networking rooms.
B. Horizontal cable and its connecting hardware provide the means of transporting signals between the
telecommunications outlet/connector and the horizontal cross-connect located in the communications
equipment room. This cabling and its connecting hardware are called "permanent link," a term that is
used in the testing protocols.
1) TIA-568-C.0 requires that one telecommunications outlet/connectors be installed to each
predetermined location.
2) Horizontal cabling will contain no more than one transition point or consolidation point between
the horizontal cross-connect and the telecommunications outlet/connector.
3) Bridged taps and splices will not be installed in the horizontal cabling.
C. The maximum allowable horizontal cable length is 295 feet (90 m). This maximum allowable length
does not include an allowance for the length of 16 feet (4.9 m) to the workstation equipment. The
maximum allowable length does not include an allowance for the length of 16 feet (4.9 m) in the
horizontal cross-connect.
1.2
Manufacturer Qualifications
A. Manufacturer shall be a telecommunications product manufacturer with at least 20 years experience.
B. Manufacturer shall be ISO 9001 certified manufacturer and shall employ Six Sigma methodology in its
manufacturing process.
1.3
Warranty
A. Contractor shall provide a 1 year parts and labor warranty against defective workmanship and/or
system component failure.
B. Contractor shall execute a Lifetime Applications Assurance Warranty for parts and labor to support
stated applications from the connectivity Manufacturer.
C. This warranty covers the copper and fiber optic permanent links of the network as defined by TIA568-C.0 which includes the cable and connecting hardware. This warranty will be extended to include
the entire channel provided that the applicable Manufacture patch cords and Manufacture equipment
cords are utilized, and all products are installed within areas protected from outside elements.
D. Supplier will honor claims on this warranty for Life (which is defined as the usable life of the building
and is referred to as the “Warranty Period”). If system performance or material fails to meet the
appropriate industry specification, the owner must notify Supplier, in writing, within ten 10 days of
defect discovery date
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E. The electrical performance provided by the combination of the different components of the permanent
link will be certified by Supplier to meet the applicable performance specifications in effect at the time
of manufacture as long as each condition listed below is met:
1) The network cabling infrastructure must be designed in accordance with TIA 568 Series
Standards, and installed by the tendered participants after becoming certified to run the cables.
Supplier is not liable for design errors or improper construction.
2)
Each permanent link or channel in the network must be field tested in accordance with
the TIA 568 series industry standard in force at the time of purchase AND the installed
permanent links and channels must have passed all applicable TIA and Manufacturer
performance requirements. Minimum testing for copper systems includes Wire Map, Length,
Attenuation, Near End Crosstalk, Far End Crosstalk, Return Loss, PS NEXT, ELFEXT, and PS
ELFEXT.
3)
Copies of all certification test reports must be kept on file by the registrant to be resubmitted when requested by Supplier. Data must be saved in raw data and summary formats.
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Part 2 – Products
2.1 General
A. The Electrical Code referred to in these specifications is the National Electrical Code as currently
adopted by the Provence of Ontario. All work will be provided in strict compliance with the Electrical
Code and all regulations that may apply.
B. Where standards exist, for a particular category, products used on this project will be listed by an
approved Nationally Recognized Testing Laboratory (NRTL), and be approved or listed for the
intended service and application.
C. These specifications do not undertake to repeat the requirements of codes, regulations or NRTL
listing or labeling instructions. The Specifications or Drawings may require items or work beyond the
requirements of applicable codes or regulations. The stricter, higher quality, greater quantity or
higher cost will be provided. It is incumbent on the Installer, material and equipment suppliers to
meet these specifications, applicable codes, regulations, and NRTL listing agency restrictions.
2.2
Manufacturer
A. The copper cabling system and optical fiber cabling system design uses Leviton or Panduit
connectors and Leviton or Berk-Tek cables, equivalent equipment from other manufacturers will
be allowed upon approval. Approval to be obtained prior to submitting tender. Hubbell,
AMP/TYCO are also acceptable materials as long as they meet the stipulated performance
specifications and all requirements listed in the tender, including color. If quoting Hubbell
AMP/TYCO products the bidder must submit part numbers with their bid, so they can be
verified prior to award of contract.
B. The word "Manufacturer" will include the Manufacturer, the Manufacturer’s Representative, the
Distributor, the Fabricator, and the Supplier of the particular classification of equipment, system,
product, and material.
C. All work, equipment, and systems will be manufactured, provided, repaired, installed, and tested in
accordance with the latest edition and all current amendments of the applicable publications and
standards of the organizations listed below as of the date of the Contract Documents. When the
Specification requirements exceed the requirements of these publications and standards the
Specifications will govern:
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
14)
15)
16)
17)
Provincial Building Code
Building Department Inspectional Services
American Society for Testing and Materials (ASTM)
Canadian Underwriter's Laboratories, Inc. (cUL)
Canadian Standards Association (CSA)
Insulated Cable Engineers Association (ICEA)
National Electrical Manufacturers Association (NEMA)
Institute of Electrical and Electronics Engineers, Inc. (IEEE)
American National Standards Institute, Inc. (ANSI)
National Fire Protection Association (NFPA)
Local Electric Code
Building Officials and Code Administrators International, Inc. (BOCA)
Department of Labor USA. Safety and Health Regulations for Construction (OSHA)
Energy Codes
National Electrical Contractors Association (NECA)
National Bureau of Standards (NBS)
Federal Communications Commission (FCC)
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18) Any and all Federal, Provincial and Local Standards, Codes and Authorities having
Jurisdiction.
19) In addition, all phases of the Structured Cabling System installation will adhere to
applicable Local Area Network (LAN) Specifications of the Institute of Electrical and Electronics
Engineers (IEEE), Electronics Industry Association/Telecommunications Industry Association
(TIA/EIA), and Building Industry Consulting Service International (BICSI). The entire system
and all components will be NRTL certified to appropriate TIA/EIA performance rating Category,
Latest TIA/EIA Standards 455-A, 492AAAA, 568-A (latest revision) and (SP-4195-B and SP4195-B-1), 569-A, 570, 606, 607 and 758, TIA/EIA TSB 67, TSB 72, TSB 75, TSB 95 and other
standards as applicable.
D. The above requirements will not in any way limit responsibility or requirements to comply with all
other codes, standards and laws.
E. Material, equipment, enclosures, and systems will be designed for use as required to suit the
conditions, exterior or interior operation, dust tight, water tight, explosion-proof, or other special types.
2.3
UTP Pin/pair Termination Assignment
A. The UTP cabling systems will have TIA/EIA T568A pin/pair termination assignment. All conductors
provided will be properly and consistently terminated at both ends throughout the entire systems.
Maintain proper untwist of pairs and removal of jacket per TIA and BICSI.
2.4 System Performance
A. Horizontal four pair Category 6 copper cabling system shall be capable of supporting 1000 Base-T
applications for a total distance of 100 meters with equipment cords. System shall provide “future
proof” channel performance and guaranteed margins as noted in this document and is guaranteed to
exceed ANSI/TIA/EIA-568-B.2 Category 6 specifications for Insertion Loss, NEXT, PSNEXT, ACR,
PSACR, ELFEXT, PSELFEXT and Return Losses to 250 MHz. The system is also guaranteed 12 dB
PSACR headroom at 250 MHz.
2.5
Performance Guarantees
A. The system as specified shall have margins as noted below:
2.6 Source Quality Control
A. All materials shall be purchased from Distributors authorized by system Manufacturers to sell new
and unused components.
2.7
Surface Mount back box
A. Manufacturer – Leviton Mfg. Co., 201 North Service Rd., Melville, NY 11747. Provide Wall plates as
specified below:
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1) Leviton QuickPort Single Gang Standard back box
a.
Black Part # - 42080-1EA (Panduit #NK1FBL)
2) Leviton QuickPort Single Gang Face Plate
a. 42080-1WS (Panduit #NK1FIWY)
2.8
Jacks
A. Manufacturer – Leviton Mfg. Provide wall plates as specified below:
1) Leviton extreme® 6+ CAT 6 Connector with / Retention Force Technology
a. Part # 61110-RR6 (Red) (Panduit #NK688MRD)
2.9
UTP Cable – Acceptable Materials
A. Manufacturer – Leviton Mfg. Co., 201 North Service Rd., Melville, NY 11747 Provide UTP Cable as
specified below:
1) Leviton Category 6+– all part numbers to be verified by contractor prior to ordering
a.
b.
Leviton EUT6P Must be red in color
Leviton EUT6R Must be red in color
B. Manufacturer – Berk-Tek, A Nexans Co., 132 White Oak Road, New Holland, PA, USA 17557
Tel: 1-800-237-5835. Provide UTP Cable as specified below:
2) Berl-Tek LANmark-1000 Category 6 enhanced – all part numbers to be verified by contractor
prior to ordering
c.
d.
CMP/FT6 Part # 10033996 (Jacket color Red, packaging pull box)
CMR/FT4 Part # 10032477 (Jacket color Red, packaging pull box)
C. Manufacturer – Panduit 85 Enterprise Boulevard, Suite 400
Markham Ontario L6G 0B5 Canada Tel:1-888-506-5400. Provide UTP Cable as specified below:
1) Panduit High Performance Category 6– all part numbers to be verified by contractor prior to
ordering
e.
f.
2.10
CMP/FT6 Part # PUP6004RD-UY (Jacket color Red, reel box)
CMR/FT4 Part # PUR6004RD-UY (Jacket color Red, reel box)
Patch Panels
A. Leviton QuickPort Modular Patch panel shall be field configurable 24 port density in 1.75"H rack
space and 48 port density in 3.5" (2) rack spaces. Rear wire management bracket shall be included.
Typical front labeling of traditional patch panels. Panel shall accept full range of manufacturer's
connectors. The manufacturer shall provide a one-year limited product warranty and 15 year product
performance guarantee. The manufacturer shall provide a lifetime warranty against defects in
material and workmanship, and an application guarantee when installed as part of a certified system.
1) Part # (24 port 1 Rack Unit) 49255-H24 (Panduit NKFP24Y)
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B. Leviton Category 6+ 110 style patch panels with Retention Force Technology - The patch panel shall
meet or exceed the requirements for Category 6 described in TIA/EIA-568-B.C as well as the Class E
requirements described in ISO/IEC 11801-B. The panels shall feature T568A and T568B wiring
configurations, white IDC 110-punchdown modules, mounting standoffs for cable management bars,
color-coded front window labeling, and a termination standoff for patch panel earthing/grounding. The
panels shall have universal T568A and T568B wiring card for terminations. The panels shall be made
of 16 gauge steel, and shall have a black painted finish with white silk-screening. The plastic
elements shall be fire-retardant with a UL flammability rating of 94V-0. The panel shall be offered in
12-, 24, 48-, 96-port configurations as well as an 89D 12-port configuration. The patch panel shall be
configured with six port modules. The 110 termination on the rear of the panel shall follow normal
installation color sequence (blue, orange, green, brown) from left to right.
1) Part # 69586-U**
(Panduit NK6PP**P, 24 or 48 port only, 12 port is NK6PPG12WY)
a. ** = 89 (12 port 89D wall mount with bracket), 12, 24, 48 or 96 (19” rack mount port
count) (Panduit WB89D for 12 port)
2.11
Patch Cables
A.Leviton Slim Line Category 6+ Patch Cables - Patch cords shall meet or exceed requirements for CAT6
performance described in TIA/EIA-568-C.2. Patch cords shall be stranded conductor with an 8
position modular plug on each end. The cords shall be available in 3', 5', 7', 10', 15', and 20' lengths.
1) Part Number 6D460-xxR (xx = length in feet: 03,05,07,10,15,20) (Panduit NK6PC*YRD)
2.12
Relay Racks
1) Middle Atlantic DWR10-22PD or Equivalent Rack if required. Contractor to determine if closets
require expansion based on site visits.
2.13
Horizontal Manager
A. Leviton Versa Duct - Cable Management System shall mount horizontally to a standard 19"
equipment rack. The system shall be designed with slotted duct configuration for copper and fiber
cabling systems. It shall be cULus listed and compliant with TIA/EIA-568-C standards. The material
shall be PVC rated for 94V-0. It shall have a duct cover, and bend-radius compliant router to
transition between horizontal and vertical slotted ducts
1) 1 Rack unit – 491RU-HFO (Panduit WMPSE)
2) 2 Rack unit – 492RU-HFO (Panduit WMP1E)
2.14
Vertical Cable Manager
A. Leviton VersaDuct Cable Manager - The management system shall be cULus listed, PCI rated for
94V-O, ABS rated for UL94HB, and compliant with ANSI/TIA/ EIA 568-C standards. Mounting
hardware shall be included to insure the proper installation to infrastructure. It shall mount onto a
standard TIA/EIA recognized equipment rack. The management system shall offer an assortment of
accessories, including a bend radius slack loop organizer and cable retainers
1) 8980L-VFR (Panduit WMPV45E)
2.2 Fiber Optic cabling requirements – Acceptable Materials
A. Part numbers for reference only. Actual quantities to be determined by contractor.
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B. Contractor must also provide all required HP X120 1G SFP LC SX Transceivers MFG# JD118B.
Quantities to be confirmed by contractor.
C. Manufacturer – Leviton Mfg. Co., 201 North Service Rd., Melville, NY 11747 (800)-824-3005. Provide
cords as specified below:
1) Provide the following:
a. FT-EB012SSXXXF36C36CY-NNBS 12 Fiber OM3, MTP Termination at both ends,
polarity method C. (XXX = Length)
b. FM-E012CAC0C MTP Module, 12 Fiber LC, Polarity Method C
c. 5R1UL-F03 OPT-X 500i 1 RU Fiber enclosure
d. 5f100-BLK Blank Adapter Panel
D. Manufacturer – Berk-Tek, A Nexans Co., 132 White Oak Road, New Holland, PA, USA 17557
Tel: 1-800-237-5835. Provide cords as specified below:
2) Provide the following:
e. BMDP12E77CCPXXX 12 Fiber OM3, MTP Female Termination at both ends,
polarity method C (XXX = Length)
E. Manufacturer – Panduit 85 Enterprise Boulevard, Suite 400 Markham Ontario L6G 0B5 Canada
Tel:1-888-506-5400. Provide cords as specified below:
3) Provide the following:
f. FSPX1255FXXXA 12 Fiber OM3, MTP Termination at both ends, polarity method
C. (XXX = Length)
g. FCX-12-10Y MTP Module, 12 Fiber LC, Polarity Method C
h. FCE1U OPT-X 500i 1 RU Fiber enclosure
i. FAPB Blank Adapter Panel
Part 3 – Execution
3.1 Installation Requirements
A. Install one Category 6+ UTP cable to each area location identified on drawings. Cable installation
methods shall comply with the system manufacturers specifications, EIA/TIA 568 series requirements
and/or BICSI Installation Methods. Must be certified Cat6 end to end. Design intent is that no cabling
run is over 90M.
B. Install Fiber run from each closet that has wireless AP’s connected to it back to the main closet noted
on the dwg. Homerun. Successful contractor to measure all fiber runs prior to ordering for exact sized
cable as ends are pre-terminated. All Fibre to be certified to support 10GB data transmission.
C. When coming through ceiling spaces in wiring closets wiring sleeves must be installed. Suggest an
18” long piece of 2” conduit.
D. No exposed cables are to be ran across ceilings or walls. Cables to be fished above ceilings where
possible. If routing the cable above the ceiling or inside a wall is not possible then conduit must be
used and exact routing to be approved by project manager prior to routing. Conduit to be painted to
match existing surface using school board pre approved painters. All electrical work to be done from
supplied prequalified electrical list. Low voltage conduit may be ran by own forces. If not by own
forces then use the supplied prequalified list. All work performed by subs must be off the prequalified
lists.
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E. Where cables are ran above drop ceilings or ceiling with access above them J hooks must be utilized.
Caddy CAT CM Product Line or equivalent spaced no more than 10’ apart. J hooks to be utilized on
all runs in ceiling access spaces. Nothing is to be secured to Siporex/Tectum ceilings/decks
(Alternate means required for supporting cables in these situations to be discussed with project
manager for approval)
F. Provide point to point cabling as per the attached dwgs. Access points are already purchased by the
school board and can be delivered to site when required. The AP’s are to be installed as per the
attached dwg and the contractor is to populate the board provided spreadsheet with the AP
information stickers and locations. The spreadsheet will also indicate which ports of the switch are to
be wired to which locations.
G. Contractor to install board supplied access points on T-bar ceiling (come with mounting bracket) as
indicated in the attached dwg and provide Cat 6 patch cables from termination points to access
points. 3’-5’ in length. Where the ceiling space is not T-Bar ceiling the contractor is responsible to
order the proper wall mounting bracket manufactured by Aruba. No home-made brackets approved.
Access points mounted to ceiling must be facing down so they are parallel with the floor.
H. AP’s to be mounted in gymnasiums are to be mounted on the wall using pre-manufactured Aruba wall
mount brackets supplied by the contractor. Guards to protect the AP’s must also be provided by the
contractor. A White wire cage type guard is preferred with a plastic coating over the metal framework.
I.
Access point specs can be viewed by following
http://www.arubanetworks.com/pdf/products/DS_AP105.pdf The board is providing the 105 model of
access points.
J.
Contractor to leave 5’-10’ of coiled cable in the ceiling space for each AP so it may be moved in the
future if required.
K. Label each cable using a unique number at both ends of the cable within 10 inches of the point of
termination. Labels shall be a computer printed wrap around adhesive label (Rino part#18489 or
equal) Access Points must also be labeled as per spreadsheet.
L. All cables shall be install using factory recommended pulling methods and following all related
EIA/TIA 568 series and EIA/TIA 569 series guild lines for conduit/cable tray fill, minimum bend radius,
a electrical distance separation. In cases where the EIA/TIA standards conflict with local electrical
codes the higher requirements will apply.
M. All outlets are to be terminated using a 110 punch tool or Rapid Jack Tool (LEV2) to ensure that each
conductor is properly seated and trimmed to the correct length. Cable slack shall not exceed 1 foot at
the termination location. Slack cable will be neatly coiled and stored so that it does not kink or have
opportunity to be damaged from external sources.
N. All outlets shall be labeled on the Wall plate, use printed labels (Rhino LV_WP_IDW or equal).
Labeling system convention to be confirmed with the owner prior to installation.
O. All equipment room panels and equipment shall be laid out for owners’ approval prior to being
installed. Install cable slack as per TIA/EIA 568 series standard and Factory recommendations. A
minimum of 10 feet of Slack must be left on each cable in the Equipment room. Slack shall be stored
in a cable tray system and bundled using Velcro straps (Leviton 43115-XXX), Cables shall not be
coiled. Switches shall be provided by the school board and installed in existing racks where possible
by contractor.
P. Contractor to determine if closets require expansion during site visit and allow for such using
acceptable materials from specifications. Power for new switches is also the responsibility of the
cabling contractor.
Q. In Wiring closets all cables must be grouped together using Velcro straps to organize cabling at
racks. No zip ties allowed.
R. A full set of as built drawings shall be provided upon completion of the project. Drawings will show
final location of the Equipment racks, elevation draws of equipment rack detail patch panel
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organization, location of each outlet and the associated ID number, any consolidation panels or pull
boxes. Cable tray pathway must also be shown.
S. A CD/DVD shall be provided upon completion of the project. The CD/DVD will contain pictures of
each access point as installed, showing location of the point in the room. Pictures are to be time
stamped. The pictures shall be named “School Name APx” , where x is the number of the AP.
T. Contractor to provide report on testing results to prove certified Cat6. Details of testing report are list
under the testing section below.
U. Contractor responsible for their own ladders and lifts if required.
V. All firewalls are to be re-instated using Hilti Fire Stop Caulking FS ONE #259579. Even if using
existing openings in walls. Any penetration through a wall that is used to run the cables through must
be fire stopped.
W. Intent Of Project Is That Cabling Contractor To Facilitate Access (Drill) Into Each Classroom And
Firestop Around their Cable Once In Place.
X. Cabling work to be scheduled with project manager prior to commencing.
Y. If asbestos is present in working areas then board approved asbestos contractors must be used
where required..
3.2 Testing Procedures
A. Cabling systems shall meet or exceed the electrical and transmission characteristics of the systems
specified.
B. Cable segments and links shall be tested from both ends of the cable for each of the construction
phases. (Verify that cable labeling matches at both ends).
C. The system shall not be considered certified until the tester has acknowledged that the performance
of the physical layer of the system has been fully tested and is operational at the completion of the
installation phase.
D. After the installation is complete, in addition to any other required testing as described herein, and at
such times as the Owner/Consultant directs, the Contractor shall be present while the Owner
conducts an operating test for approval. The installation shall be demonstrated to be in accordance
with the requirements of this specification. Any defects revealed shall be corrected promptly at the
Contractor's expense and the tests performed again.
E. After review of the completed test results, the Owner reserves the right to retest the installed cables,
utilizing the Contractor's tester and the Contractor's labor.
F. Equipment Manufacturer’s Factory Test
1) Each cable and equipment Manufacturer shall factory test their respective products being
installed on this project and provide test reports at time of delivery. Provide separate
respective test reports indicating that they meet or exceed the latest applicable TIA/EIA
Standards and technical bulletins.
2) All other products relative to this specification shall be tested to its respective industry
strictest standards.
3) Each Manufacturer shall factory test their respective cable or equipment provided to this
project at several lower frequency levels, including the minimum and maximum frequency
level indicated herein. The test reports shall indicate test results for at least five equal
incremental frequency levels including the maximum required.
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G. Field Testing Equipment: Submit during shop drawing review on the testing equipment to be utilized
on this project. The installer shall test all cables installed under this Section.
1) Unshielded Twisted Pair Testing Equipment:
a. The cable tester shall have a wide variety of preprogrammed cable types as an
integral part of its testing system and have the ability to test cables less than 6 feet
(6ft.) from the test point.
b. Testing shall be accomplished using level III or higher field tester that is loaded with
the most current version of test software by the manufacturer of the test equipment.
c. Provide factory calibration report of field test equipment.
H. Testing Procedures:
1) Testing shall conform to TIA-568-C.0 standard.
2) Testing will be to the Permanent Link Test Parameters.
3) Test each pair and shield of each cable for opens, shorts, grounds, and pair reversal.
Correct grounded and reversed pairs. Examine open and shorted pairs to determine if
problem is caused by improper termination. If termination is proper, tag bad pairs at both
ends and note on termination sheets.
4) Test each UTP cable and passive components. Provide certification that entire installation of
UTP cabling, equipment and jacks are NRTL certified meeting or exceeding a minimum of
category performance specified on all four pairs of conductors.
5) Tests shall be based on each pair of conductors and not the aggregate multiple pair results.
6) Test all installed cable segments end-to-end, from the telecommunications room horizontal
patch panel/cross connect block panel to each work area outlet and from each
telecommunications room backbone patch panel/cross-connect block panel to respective
main cross connect, and from the work area outlet to the main cross-connect (through patch
cables or cross- connect wiring) with a Signal Injector, Graphical Link Testing Meter and Time
Domain Reflectometer (TDR) for compliance to latest TIA performance requirements, as well
as NEXT, ELFEXT, structural return loss, alternating power sum, opens, shorts, continuity,
cable length, and characteristic impedance.
7) Provide report indicating failures and what actions were taken to ensure a passing horizontal
cable and its terminations. Any cable failing the certification test (Fail, Fail* or, Pass*) must
have remedial work done to provide a full pass test result; Remediation may include retermination or replacement of the cable, which fails. No cables passing within tolerance only
(Conditional Pass*) will be accepted.
I.
Test results:
1) The test results information for each link shall be recorded in the memory of the field tester
upon completion of the test. The tester shall be capable of storing test data in either internal
or external memory. The external media used shall be left to the discretion of the user.
2) Test results saved by the tester shall be transferred into a Windows based database utility
that allows for maintenance, inspection and archiving of these test records. A guarantee must
be made that the measurement results are transferred to the PC unaltered as well as any
printed reports generated from the software application.
3) Optional formats of data reporting are: comma separated variable (.csv), Portable Document
File (.pdf) or compatible, plain text (.txt), or hypertext markup language (.html/.htm).
4) Test Results shall include the following:
a. Applicable room number of jack location (room number per Contract Documents)
b. Applicable Telecommunications Room number
c. Circuit I.D. number with corresponding jack identifier
d. Wire Map – shall include the following:
1. Continuity to the remote end
2. Shorts between any two or more conductors
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3.
4.
5.
6.
Crossed pairs
Reversed pairs
Split pairs
Any other miswiring
e. Length
f. Insertion Loss
g. Near-end Crosstalk (NEXT) Loss
h. PS-NEXT (Power Sum Near End Cross Talk)
i. ELFEXT (Equal Level Far End Cross Talk)
j. PS-ELFEXT (Power Sum Equal Level Far End Cross Talk)
k. Propagation Delay
l. Delay Skew
m. Return loss
5) A full printed report must be presented to the owner as well as a digital copy in one of the
above formats for their records
Communications Connecting Cords, Devices and Adapters
Part 1 – General
1.4
Coordination
A. Contractor shall furnish and install the following:
1) Patch and Equipment cords, for both copper and fiber.
B. Electrical Contractor shall furnish and install the following:
1) Floor boxes, box covers, straps.
2) Boxes above ceilings and box covers.
C. Unless noted, the following items will be the responsibility of the Owner:
1) All electronics and active data networking equipment, etc.
2) Telephones, fax machines and modems, etc.
3) PC’s, printers, video display terminals, flat panel displays, etc.
D. Contact the Owner’s network and computer equipment personnel for specific instructions before
starting Work.
Part 2 – Products
2.3 Copper Patch & Equipment Cords – Acceptable Materials
A. Patch cables and equipment cords shall be factory pre-connectorized, TIA/EIA Category 6 (UL
Category 6), 4 pair UTP, 8-position modular jack, stranded conductors. Patch cables and equipment
cords shall be able to withstand at least a minimum of 200 jack mating cycles without any
transmission degradation.
B. Manufacturer – Leviton Mfg. Co., 201 North Service Rd., Melville, NY 11747 (800)-824-3005. Provide
cords as specified below:
1) Leviton Standard UTP Patch Cord with Matching Boot
a.
[Part # 62460-xx* - (Qty #)]
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C. Manufacturer – Panduit 85 Enterprise Boulevard, Suite 400 Markham Ontario L6G 0B5 Canada
Tel:1-888-506-5400. Provide cords as specified below:
2) Panduit Standard UTP Patch Cord with Matching Boot
b.
[Part # UTPSP-xx* Specify Length and Color] Double check with supplier
for exact part #’s
xx = length (03), (05), (10), (15), or (20)
Replace “*” with: Red=R
2.4 Fiber Optic Patch Cords – Acceptable Materials
F. Manufacturer – Leviton Mfg. Co., 201 North Service Rd., Melville, NY 11747 (800)-824-3005. Provide
cords as specified below:
1)
Leviton Custom Fiber Optic Patch Cords
A. 5LDLC-M01 (LC-LC OM3 Patch Cord, 1 Meter)
G. Manufacturer – Panduit 85 Enterprise Boulevard, Suite 400 Markham Ontario L6G 0B5 Canada
Tel:1-888-506-5400. Provide cords as specified below:
2)
Panduit Custom Fiber Optic Patch Cords
A. FXE10-10M1Y (LC-LC duplex OM3 Patch Cord, 1 Meter)
Part 3 – Execution FT3.3 Additional Information
3.4 Installation
A. Install all patch cords in accordance with the Owners I.T. Department or the person in charge of the
telecommunications infrastructure. .
B. Bend radius of cables shall be maintained as recommended by the manufacturer and per BICSI
standards.
End of Section
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