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University of Manitoba Integrated Voice-Data Master Specification January, 2006
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University of Manitoba Integrated Voice-Data Master Specification Introduction Req. #
Page 1
Introduction The University of Manitoba (U of M) used an Integrated Cable Plant to distribute voice (telephones, faxes, etc.) and data (network) services. This document will describe the standards and specifications for the installation of an Integrated Cable Plant into a new building or an addition to the existing Integrated Cable Plant at the U of M. Only experienced data installation contractors, approved by the University of Manitoba, Information Services & Technology (IST) will be considered for the work. Contractors must be able to provide evidence of having performed work on a similar type as specified. Refer to clause entitled "Qualified Voice/Data Contractors” (Section 16741 Clause 3.4 = Copper Cable; Section 16742 Clause 3.2 = Fibre Optic Cable). These standards and specifications have been developed jointly by Information Services and Technology (IST), Academic Computing and Networking (ACN) and Architectural and Engineering Services (AES), University of Manitoba.
NO SUBSTITUTIONS or deviations from this standard will be accepted without the prior authorization of the University of Manitoba, IST/ACN This document supersedes all previous versions. The most current version is dated January, 2006. A copy of this document is available in the Standards and Practices section (PDF format): umanitoba.ca/acn/reports/cable_plant_standard_jan2006.pdf Also refer to Physical Plant Master Specification: umanitoba.ca/campus/physical_plant/departments/A&E_services.html
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University of Manitoba Integrated Voice-Data Master Specification Table of Contents Req. #
Section
Page 1
Contents
16740
Copper WAN & Riser System
16741
Copper CAT6 System
16742
Fibre Optic WAN & Riser System
16743
Voice Data Rooms
16744
currently not used
16745
Copper CCTV Systems
16746
Copper Wall Phone System
16747
Copper DELTA System
16748
Cable Removal
16749
Computer Labs
DETAIL Drawings DE1 DE2 DE3 DE4 DE5a DE5b DE6 DE7 DE8 DE9 DE10 DE11 DE12 DE13 DE13a DE13b DE14 DE15 DE16 DE17 DE18 DE19 DE20 DE21
Typical computer power system detail Typical Communication Outlet detail Typical equipment rack layout Typical three rack mounting detail Typical Raceway detail Typical raceway detail-power & data only (keystone jack) Typical cable mounting detail Typical power pole outlet detail Typical voice-data room detail Typical voice-data cable tray detail >OBSOLETE Typical cable tray detail Typical panel, 4/ST.MTL SM/MM BLACK cable tray detail MTD. Above racks Typical rack layout - keystone Typical rack layout – keystone Typical keystone patch panel layout typical 14 tap copper ground bar mount typical emergency phone mount detail typical wall phone mounting detail (existing construction) typical wall phone mounting detail (new construction) voice BIX field for voice-data room with protection voice BIX field for voice-data room without protection voice BIX field for voice-data room cable paths - ACO voice BIX field for voice-data room cable paths - keystone
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University of Manitoba Integrated Voice-Data Master Specification Copper WAN + Riser Systems
Section 16740
Req # 1.1
1.2
1.3
1.4
Page 1 Related Work .1 Electrical General Provisions
Section 16010
.2
Basic Electrical Material & Methods
Section 16050
.3
Conduit, Tray, Miscellaneous Supports
Section 16112
Codes And Standards .1 CAN/CSA-T529 (EIA/TIA568-A) - Electrical Installations .2
CAN/CSA-T528 (EIA/TIA 606) - Wiring Systems Administration
.3
CAN/CSA-T527 (EIA/TIA 607) - Telecommunications Pathways and Spaces
.4
CAN/CSA-T527 (EIA/TIA 607) - Commercial Building Grounding/Bonding/Requirements Standard
.5
EIA/TIA, IEEE, FCC Standards - Data System Performance Standards
.6
IEEE Standard 1100 - Powering and Grounding Sensitive Electronic Equipment
.7
Manitoba Building Codes (Fire Ratings, Wall Penetration, etc.)
.8
CAN/CSA C22.1 Section 60.
.9
Obtain work permits as required by authority having jurisdiction for all communication structured cabling system installations.
.10
University of Manitoba Integrated Voice-Data Master Specification.
Contractor Qualification .1 Only University of Manitoba Qualified Communication Installation Contractors will be considered for the work (see section 16741-3.4 for list). Contractors may be asked to provide evidence of having performed work of a similar type as specified. Subcontracting of electrical installation must be requested and approved (if acceptable) in writing prior to tender/bid closing. .2
Contractor shall be trained and authorized by the manufacturer they represent. Include evidence of certification and references with bids. Sub-contracting of the certification must be requested and approved (if acceptable) in writing prior to tender/bid closing.
.3
Own and maintain tools and test equipment for the successful installation and testing of the copper and fibre cabling system. Provide list of the type and manufacturer of all test equipment to be used. Include with bid.
Tendered Equipment List .1 Prepare a printed form listing the various materials, as well as the manufacturers name, catalogue numbers, if any, and the supplier’s name, upon which this bid was prepared.
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Section 16740 Page 2
Include with bid. All product utilized shall be approved by Consultant and University of Manitoba IST personnel. .2
Identify any and all sub-contractors used to assist in the completion of this work on the Tendered Equipment List.
1.5
Record Drawings .1 Supply “record” drawings to Client within fourteen (14) working days after confirmation by University of Manitoba IST/Engineer that the construction is complete and the deficiencies (if any) have been corrected.
2.1
Cabling (Copper) .1 For all unshielded twisted pair; Category 6 cabling, see Specification 16741 - University of Manitoba Integrated Voice-Data Master Specification.
2.2
Building Entrance Cable (Copper WAN) .1 Refer to Appendixes for manufacturer material details.
2.3
.2
Outdoor Applications - typically installed via buried ducts. (see section 16740 Appendix C for specific manufacturer part numbers).This cable is not FT4 rated. Use of this cable will typically mean that the cable will be terminated via ‘lightning protection’ terminals at each end of the completed cable path. The source and destination of this cable is typically in a Building’s Main Distribution Closet (MDC).
.3
where cable termination point is >50ft from where underground (non-FT4) cable enters a building or service tunnel, provide splice enclosure to transition from underground (nonFT4) gel filled multi-pair cable to FT4 rated armoured multi-pair cable. The location of the transition will be confirmed by UofM IST and Physical Plant.
.4
where cable termination point is <50ft from where underground (non-FT4) cable enters a building or service tunnel, provide EMT conduit entrance facilities for the underground (non-FT4) cable from the point the cable enters the building or service tunnel to the Main Distribution Closet (MDC).
Lightning Protection .1 Lightning protection as manufactured by CIRCA Telecom shall be required at both ends of the copper building entrance cable when cable enters through an underground duct or direct buried. (see section 16740 Appendix D for specific manufacturer part numbers) .2
2.4
Solid state protection modules: CIRCA Model #CT3B1S (CIRCA order #714013) (see section 16740 Appendix D for specific manufacturer part numbers)
Riser Cabling (Copper) .1 The following cable information shall be used for all multi-pair copper cable installations. Selection of the cable types shall be shown on drawings and on approval of ACN/IST
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Section 16740 Page 3
University of Manitoba and Electrical Consultant.
2.5
.2
Copper Cable: All copper cable shall be manufactured by NORDX/CDT (see Section 16740 Appendix A for specific manufacturer part numbers).
.3
Indoor application (soft jacket) shall be used only when the cable path will provide protection to the cable. For example, this cable would typically be installed using conduit. (see section 16740 Appendix B for specific manufacturer part numbers)
.4
Indoor application (armoured jacket) shall be used when the cable path will not necessarily provide protection to the cable. (see Section 16740 Appendix B for specific manufacturer part numbers) for example, this cable would typically be installed in cable tray where other cables may be pulled over or beside it, etc. or with J-hook type of installation. Amoured riser cable will be grounded (with a 6AWG ground wire) at the designated source end only. Contact UofM Electrical Shop for specific details regarding grounding standard.
Approvals .1 Routing of all riser cables and associated support materials shall be approved by the University of Manitoba Electrical Trade Shop and IST/ACN University of Manitoba prior to installation. .2
The Contractor shall provide the University of Manitoba Electrical Trade Shop and IST with a list showing the manufacturer for each type of cable used on the project. All like materials shall be from one manufacturer to ensure compatibility.
2.6
Data Terminations (Copper) .1 See Specification 16741 for all termination and part numbers associated with non WAN or non Riser type cable.
2.7
WAN & Riser Cable Terminations (Copper) .1 All cables will be terminated to BIX and BICSI standards. .2
See Appendix E for NORDX/CDT materials list.
.3
Multi-pair copper shall be terminated on BIX assemblies at locations indicated on drawings. .1 For ACO applications, the 25 pair voice distribution system cables, where required, shall be terminated in the V/D Room BIX field (BIX-1A’s) and in the rack frame on BIX 36B’s. Connections shall be configured to provide 1 pair per circuit. Provide 25pr indoor “D” type cable from wall mounted BIX 1A’s to 36B’s which are on the BIX boards that are mounted on the rack frame. Provide 1 pr for each voice circuit plus 25%. The 25th pair is to be terminated on the 2nd 36B port 12, 2nd pair. See DETAIL DE20. .2 For Keystone applications, the 25 pair voice distribution system cables, where required, shall be terminated in the VDR BIX field (BIX-1A’s) and in the rack frame on NORDX/CDT AX100464 24 port patch panels. Connections shall be
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Section 16740 Page 4
configured to provide 1 pair per circuit. Provide 25pr indoor “D” type cable from wall mounted BIX 1A’s to rack frame AX100464. Provide 1 pr for each analog voice circuit plus 25%. The 25th pair is to be terminated on the 24th port, 2nd pair. See DETAIL DE20. .3
.4
For other (than voice) distribution requirements, such as cash registers, 4 wire circuits, DSL, etc, contact the IST telephone office.
The location and specific layout of BIX field in Voice Data Room (VDR) will be designated by IST telephone office voice technician. See DETAIL DE20.
3.0
Labelling .1 Multi-pair cables will be labeled with designation strips (BIX QSBIX20A) as follows: Red = house cable Blue = jumper cable or riser cable White = 36B’s + miscellaneous cables
3.1
Installation .1 Supply and install all communication cables and associated termination components as previously specified. .2
Ensure that all plenum cabling is kept clear of all power equipment and lighting fixtures as follows: INSTALLATION GUIDELINES TRANSFORMERS UP TO 5 kVA POWER LINES (120V Systems) FLUORESCENT LIGHTING POWER LINES (600V Systems) ELECTRICAL MOTORS
1m 300mm 300mm 1m 1m
.3
Identify all cables with numbered markers at both ends. Transfer identity number on to mark-up drawing for record purposes.
.4
Ensure that all equipment is constructed to the Standards specified above. All like materials shall be by a single manufacturer.
.5
No splicing, tapping or bridging devices will be used between specified connecting hardware and outlet assemblies.
.6
Protect all cable installations from mechanical damage.
.7
Label all cables generally as indicated on drawings and adhere to University of Manitoba labelling standard.
.8
Fit all conduit ends including vertical stubs with insulated grommets or bushings.
.9
Use approved cable clips or hangers at 2’ centre to effectively support all horizontal multi-
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Section 16740
Req #
Page 5 cable harnessing. All vertical cables shall be secured with approved strain relief equipment. Support bundles of cables splitting off of the harness with Velcro straps, or wirewraps. .10
During installation, do not suspend data cable coils from the structure by means of nylon ties or equivalent. Properly support these coils to prevent damage.
.11
Avoid excessive slack in cable as this increases run length.
.12
Prior to installation, review the drawing with the person(s) in charge on site and walk through to confirm exact locations of all construction components. If there are any major discrepancies, contact the Engineer.
.13
Bond (and ‘ground’) all metallic enclosures and metallic cables associated with the Cable installation in compliance with C.E.C. Section 10 and C.S.A. T527. Check with Engineering regarding ‘ground loops’.
.14
The riser system shall be as specified to link the Main Distribution Closet (MDC) to each of the Intermediate Distribution Closets (IDC). The total riser system shall be cabled in Star Topology. It shall consist of the riser transmission media between the above locations and the associated hardware terminating media.
.15
Adequate riser sleeve space will be available and/or will be re-enterable in all communication closets.
.16
The Contractor shall ensure the appropriate fire stopping of these sleeves installed in compliance with Manitoba Building Code and M.F.P.A. regulations.
.17
Complete layout documentation of all wire closets and the cross connect frame shall be provided to the design engineer upon substantial completion of the project.
.18
Manufacturers recommended bending radius for the cable, during installation and after installation must be complied with.
.19
Carefully monitor cable tensions during installation. Observe manufacturer recommended maximum pulling tension for each type of cable installed.
.20
Vertical riser cables shall be secured at frequent intervals as specified on detailed drawings of approved strain relief equipment. Frequency of vertical support shall depend on the number of floors spanned.
.21
After installation is complete there should be no tensile forces on the cable. The only exception to this is for riser installation, where the only allowable tensile force on the cable is that of its own weight.
.22
During installation protect the cable from kinks, crimps, sharp edges or any area where the cable may be crushed.
.23
Do not route cable unsupported over (or support cable by) pipes, conduit, ceiling grid, or other cabling.
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Section 16740
Req #
3.2
3.3
Page 6 .24
Do not run fibre optic cable in same conduit or sleeve as copper wiring.
.25
Do not pull cables through LB fittings. Where changes of direction are necessary within raceways proper radius bends shall be used. Install pull boxes in straight sections of conduit.
.26
Bond all metallic enclosures associated with the cable installation in compliance with C.E.C. Section 10.
Testing WAN & Riser Cabling (Copper) .1 An experienced communication installer in compliance with Clause 1.3.1 shall perform the testing. .2
Contractor will test for continuity, pair placement, pair reversal and incorrectly terminated cables.
.3
Contactor will test and provide test results for each pair as follows: • Wire map • Length • Propagation delay • Delay skew • NEXT + FEXT • NEXT @remote • Attenuation • Resistive impedance. • Power sum and return loss testing for all pairs.
.4
Test and record the length in meters of all horizontal and backbone communication structured cabling.
.5
Test to Channel Level II compliance in accordance with EIA/TIA 568A-TSB-67.
.6
Provide full test output in electronic (test-file) format using the latest version of application software (MS WORD, MS XCEL, Adobe Acrobat, etc.) Also provide test summary sheets on paper. Identify which drops are backbone on the summary sheets.
Warranty .1 The Installation Contractor shall support the above system for a period of two years from the date of acceptance by the University of Manitoba. The response time to troubleshoot and begin repairs of reported failures will be four (4) hours within the City of Winnipeg. If the failure is a result of installation and/or performance of structured cabling, the failure will be repaired within 24 hours from the time of the report. If the failure is not installation and/or performance of structured cabling, the Contractor shall contact the Building Manager to confirm and get approval to proceed. The Contractor shall make the effort to co-ordinate and get approval to proceed prior to any site visit.
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Section 16740 Page 7
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Appendix A NORDX/CDT PART #
DESCRIPTION
25pr
24501858
D-Series CAT3 indoor cable
50pr
24571235
D-Series CAT3 indoor cable
100pr
24571250
D-Series CAT3 indoor cable
200pr
24571265
D-Series CAT3 indoor cable
Other pair counts are available from NORDX/CDT. Use of higher pair counts will be permitted on written authorization by ACN/IST, University of Manitoba.
Appendix B NORDX/CDT Part #
DESCRIPTION
25pr
22713010
Armoured riser CAT3 cable
50pr
22713020
Armoured riser CAT3 cable
100pr
22713030
Armoured riser CAT3 cable
200pr
22713040
Armoured riser CAT3 cable
Other pair counts are available from NORDX/CDT. Use of higher pair counts will be permitted on written authorization by ACN/IST, University of Manitoba.
Appendix C NORDX/CDT Part #
DESCRIPTION
25pr
NE-BJMB-25
Filled outside plant CAT3 cable
50pr
NE-BJMB-50
Filled outside plant CAT3 cable
100pr
NE-BJMB-100
Filled outside plant CAT3 cable
200pr
NE-BJMB-200
Filled outside plant CAT3 cable
Other pair counts are available from NORDX/CDT. Use of higher pair counts will be permitted on written authorization by ACN/IST, University of Manitoba.
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Appendix D CIRCA MODEL #
CIRCA ORDER #
DESCRIPTION
25pr
2100SP-25S-25
W/O CABLE
25pr
2100SD-15
50pr
2250SBP-50S-50
50pr
2251B-50
218029B15
inc. 15FT unshielded cable
100pr
2211BCSA-100
230036B15
inc. 15FT unshielded cable
100pr
2200SBP-100
W/O CABLE
200pr
*(2x) 2200SBP-100
W/O CABLE
200pr
*(2x) 2211BCSA-100
206008B15
inc. 15FT unshielded cable W/O CABLE
(2x) 230036B15
inc. 15FT unshielded cable
*200pr cable will require 2-2211BCSA-100 terminals.
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Section 16740
Req #
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Appendix E Manufacturer
Part Number
DESCRIPTION
NORDX/CDT
AX100464
PS5E HD-BIX 24 PORT PATCH PANEL
NORDX/CDT
AX101173
CABLE TIE BAR
NORDX/CDT
A0330863
QCBIX36B 12 PORT USOC 6 POS, 4 PIN
NORDX/CDT
A0399038
QCBIX46DI 6 PORT T568A-ISDN, CAT5
NORDX/CDT
A0266828
QCBIX1A DISTRIBUTION CONNECTOR
NORDX/CDT
A0393146
QCBIX1A4 DISTRIBUTION CONNECTOR
NORDX/CDT
A0340836
QMBIX12E BIX MOUNT, 300 PR
NORDX/CDT
A0270164
QCBIX10A BIX MOUNT, 250 PR
NORDX/CDT
A0284798
QMBIX10C BIX MOUNT, 50 PR
NORDX/CDT
A0270168
QRBIX19A DISTRIBUTION RING
NORDX/CDT
A0270169
QSBIX20A WHITE DESIGNATION STRIP
NORDX/CDT
P0679239
WHITE LABEL FOR BIX36B
NORDX/CDT
P0698718
WHITE LABEL FOR BIX46DI
NORDX/CDT
P0748006
BLUE LABEL FOR BIX1A4
NORDX/CDT
P0588406
WHITE LABEL FOR BIX1A – 25PR
NORDX/CDT
P0748021
BLUE LABEL FOR BIX1A –J.C.
***
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University of Manitoba Integrated Voice-Data Master Specification Copper CAT6
Section 16741
Req. # 1.1
Page 1 Integrated System .1 The following specification sections for Voice-Data systems shall be strictly adhered to. No deviations from these specifications shall occur unless directed by University of Manitoba Information Services and Technology department (IST). .2
Provide a complete integrated Voice-Data system complete with TYCO/A.M.P. ACO Type II or CAT6 Keystone termination components.
1.2
Related Work .1 Basic Electrical Materials and Methods
1.3
Codes & Standards .1 CAN/CSA-T529 (Electrical Installations).
1.4
1.5
Section 16050
.2
CAN/CSA-T528 (Wiring Systems Administration)
.3
CAN/CSA-T530 (Telecommunication Pathways and Spaces)
.4
IEEE Std. 1100 (Powering and Grounding Sensitive Electronic Equipment.
.5
EIA/TIA, IEEE, FCC Standards (Data System Performance Standards).
.6
Manitoba Building Codes (Fire Ratings, Wall Penetration, etc.)
.7
CAN/CSA C22.1 Section 60.
Contractor .1 Coordinate with the U of M Project Coordinator to verify if necessary permits are to be obtained. .2
Only experienced data installation Contractors, approved by the University of Manitoba Information Services and Technology (IST) shall be considered for the work. Contractors shall be able to provide evidence of having performed work on a similar type as specified.
.3
Contractors shall submit names of on-site installers to be used for the contract and copy of each person’s AMP certification, confirming completion of the following training: .1 AMP Act 1 for cable installers and cable terminators. .2 AMP Act 1 and AMP Act 2 for those performing the testing and certificate of the installed cable plant.
.4
Refer to clause entitled ‘Qualified Voice-Data Contractors’. (Section 16741 clause 3.4)
.5
Contractor shall be trained and authorized by the manufacturers they represent. All bidders shall submit evidence of their certification and references upon request. Contractor shall own and maintain tools necessary for the complete installation of the Cat.6 Communications System and all personnel shall be trained in the use of such equipment.
.6
Any and all Sub-Contractors used to assist in the completion of this work shall be identified on the Tendered Equipment List.
350 M/BS Standard .1 All wiring, components and installation procedures shall be approved, for and capable of, supporting
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data transmission rates of a minimum - 350 Mbps. 1.6
2.1
Tendered Equipment List .1 All termination components shall be TYCO/A.M.P. ACO Type II or TYCO/AMP CAT6 Keystone. Prepare a printed form listing the various materials, as well as the manufacturer’s name, catalogue numbers, if any, and the suppliers name of all other equipment used in the tender. This list shall be submitted upon request. .2
Telephone handsets shall be supplied and installed by University of Manitoba
.3
All cable routes shall be identified and entered on ‘record’ final drawings and all fibre patch panels shall be labelled as indicated by ACN and shown on route/cable plan.
Material Cabling .1 Cabling: Unshielded Twisted Pairs. Generally, the U.T.P. Media specifications contained in this section reflect the physical characteristics consistent with the UTP media, commonly known as Category 6. The industry standard I.E.E.E. 802.3 100BaseT will apply. Cable shall be Category 6 AMP yellow jacket reel-in-a-box TYCO/AMP Part #219560-8. .2
Construction: Eight single, solid conductors, 23 gauge (AWG), 100% fluorinated ethylene propylene (FEP) insulated, formed into 4 individually twisted pairs and enclosed by an overall plenum-rated jacket (FT4). Cable construction to be determined by the manufacturer to ensure compliance with the cross-talk requirements of the above standard.
.3
Twenty-five Pair: The use of this cable to distribute high speed data (Ethernet) is not allowed. The use of the cable for data distribution other than specified shall be undertaken only as a special case considering system engineering guidelines as specified by ACN/IST.
.4
Polarization: Generally arranged in compliance with Standard CSA-T529A. Each of eight (8) conductors, when used in conjunction with RJ45 modular plugs, or their corresponding jacks, shall be arranged in accordance with the following table: Conductor ID Pair 1 Pair 1 Pair 2 Pair 2 Pair 3 Pair 3 Pair 4 Pair 4
Pin ID Colour Code 5 White/Blue (T) 4 Blue/White (T) 3 White/Orange (T) 6 Orange/White (T) 1 White/Green (T) 2 Green/White (T) 7 White/Brown (T) 8 Brown/White (T)
(T) denotes coloured tracer for identification. 2.2
Copper Cabling Specifications .1 The following non-DATA applications shall be a minimum of CAT5e: .1 Alarms - Bertek Part #CM00424BKTE-5U-03 (red jacket) .2 Audio/Visual - Anixter #CM00424DNX-7UP-04 (green jacket) .3 Payphones – TYCO/AMP p/n219560-8 (yel jkt CAT6) .4 DELTA System – white jacket. See also Sections 167747 + 15910. .5 CARDACC System – purple jacket. See Section 16534.
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2.3
Section 16741 Page 3
Performance Data .1 Category 6 cable performance is intended for high-speed LAN applications (>=350 Mbps). Category 6 Commercial Building Standard Specification for horizontal UTP cables. This specification places limits on the horizontal distances to assure minimum boundaries of performance. The cable run from the communication closet to the work area outlet is limited to 90 meters. An additional 3 meters is allowed from the outlet to the terminal and up to 7 meters allowance for patching on the cabinet patch panel to switching equipment. .2
Testing shall be to CAT6 standards and will be according to LINK test specifications only. LINK is defined as the installed CAT6 cable between the VDR Patch Panel and the office Communication Outlet (max length = 90 meters) and includes the test equipment patch cords (maximum of 4 meters total) at each end.
.3
For reference only, note that testing will NOT be according to CHANNEL test specifications. CHANNEL is defined as the installed CAT6 cable between the VDR Patch Panel and the office Communication Outlet (max length = 90 meters) and includes the test equipment patch cords and the user equipment cords (maximum of 10 meters total).
2.4
Copper Riser System-Voice .1 See Section 16740.
2.5
Wall Mount Telephones (Copper) .1 See Section 16746 Copper Wall Phone Systems. See DE15, DE16, DE17
2.6
Materials - Cords & Connectors (see Appendix A, B, C) .1 Unless otherwise specified by the project, the contractor shall provide all materials according to the details specified below. .2 Data Patch Cords: Colour blue for data use (in voice-data room) shall be provided unless otherwise specified in project details. Four twisted pair Category 6 type stranded cable configuration indicated under ‘Polarization’ previously shown. (Section 2.1.4) Cords are required to be equipped with strain relief sleeves (yellow) over the jacks. All cords shall be labelled as to their manufacture, category level, and length. Engineer shall request batch testing information if doubt exists as to cable quality. Final cord length shall be determined after Client has assembled the cabinets. Allow seven meters for pricing purposes. For specific approved part numbers see APPENDIX C. .3 Data Line Cords: As detailed above for data patch cords except to be used in conjunction with workstation (office). Length required - 3 meters, colour blue with yellow boot. For specific approved part numbers see APPENDIX C. .4 Voice patch Cords: As detailed above except colour grey and 3 pair cable Category 3. Terminate cords with RJ12 non-keyed modular plugs. Allow 7 meters for pricing purposes. See attached Copper Cable List for details. Provide one (1) modular line cord and one (1) Cat 6 data patch cord for each keystone jack and ACO Data insert as per attached communication outlet schedule plus 10%. Provide one (1) voice patch cord for each ACO Voice insert as per attached communication outlet schedule plus 10%. For specific approved part numbers see APPENDIX C. .5
Materials: ACO INSERTS 1. The actual quantities of each type of insert will be determined by IST/ACN after consulting with the Client. IST/ACN shall then supply an insert schedule to the contractor. The contractor shall install inserts to IST/ACN according to this schedule. 2. The contractor shall provide and price for 2 inserts for every ACO CAT 6 cable (one for each end) installed with a ratio of 70% DATA inserts, 30% Voice inserts and 75% of total # of cables for Blank Inserts."
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3. The Contractor shall supply total number of inserts to each Voice-Data Room. 4. Inserts that are not installed into patch panels as per the attached CO schedule, shall remain in each Voice-Data Room for use by IST for future Moves, Adds, Changes (MACs) in the building.
3.1
.6
Cords: CAT6 ACO terminations 1. Unless otherwise specified by the project, contractor shall supply cordage based on the percentages of actual CAT6 cables installed. The communication outlet (CO) schedules are for information and installation use only. 2. The cordage owed will be calculated on the total CAT6 installed for each Voice-Data Room and shall be delivered to each individual Voice-Data Room by the contractor. The contractor shall ensure that they inform Priority Electronics that the cordage is for the UofM. 3. The total cordage will be calculated: • total data patch cords = 60% of total CAT6 installed (ACO terminated) • total data line cords = 60% of total CAT6 installed (ACO terminated) • total voice patch cords = 35% of total CAT6 installed (ACO terminated). This shall be further broken down as: 60%=6ft, 40%=8ft. 4. IST shall provide to the contractor a further, detailed percentage breakdown of the cordage owed. This further breakdown will show the percentages of each cable length required. This further percentage breakdown detail shall be provided to the contractor after the contractor informs IST when they are within 4 weeks of completing the testing of the CAT6 cable plant. Cables shall be delivered by the contractor to each Voice-Data Room.
.7
Cords: CAT6 KEYSTONE terminations 1. Contractor shall supply a data patch cord for each keystone port installed regardless of whether the port is initially utilized or not. 2. Contractor shall supply a data line cord for each keystone port installed regardless of whether the port is initially utilized or not. 3. IST shall provide to the contractor a further, detailed percentage breakdown of the cordage owed. This further breakdown will show the percentages of each cable length required. This further percentage breakdown shall be provided to the contractor after the contractor informs IST when they are within 4 weeks of completing their testing of the CAT6 cable plant. Cables shall be delivered by the contractor to each Voice-Data Room.
Installation .1 Communications Outlet Assemblies (CO): Refer to Detail Drawing. Outlet assemblies at each workstation shall be as indicated on drawings to accommodate the required jack arrangement. This assembly shall be mounted either as a wall outlet (vertical orientation @36" A.F.F.) or on a dedicated communications floor pedestal (install kit oriented to the right), both complete with the associated face plate. Where floor pedestals are required use Walker Cat. #500 series, Part #500B plus #500 ACO complete with A.M.P. ACO II installation kit. CO’s shall either have 2 Cat. 6 cables (dual outlet CO2) or 4 Cat. 6 cables (quad outlet - CO4). Surface mount applications shall require the use of a Wiremold #VC5744-2 box (see DE5a + DE7) .2
Supply and install all communication cables and associated termination components as previously specified.
.3
Ensure that all plenum cabling is kept clear of all power equipment and lighting fixtures. INSTALLATION GUIDELINES . TRANSFORMERS UP TO 5kVA . POWER LINES (120V Systems) . FLUORESCENT LIGHTING . POWER LINES (600V Systems) . ELECTRICAL MOTORS
= > 1M (39") = > 300mm (12") = > 300mm (12") = > 1M (39") = > 1M (39")
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.4
Identify all cables with numbered markers at both ends. Transfer identity number on to mark-up drawing for record purposes. .1 alarm (RED JKT) cables, elevator phone line cables, CAT6 cables run for wall phones or payphones, shall be labeled, with a unique number, on the outer jacket, at both ends. The label used will include the room#’s for both the VDR and end location.
.5
Ensure that all equipment is constructed to the Standards specified above. All like materials shall be by a single manufacturer.
.6
No splicing, tapping or bridging devices will be used between specified connecting hardware and outlet assemblies.
.7
Cabling should be installed over corridor areas and/or along lines parallel to building structures. Penetrations through full-height wall partitions should be made through pre-established horizontal openings or sleeves.
.8
Cabling installed in ceiling plenum spaces shall be installed in a clip wireway as on detailed sheet attached. Support by cable ties to existing structures will only be approved by written consent of the Engineer.
.9
All cable installations shall be protected from mechanical damage.
.10
Cable should be free from tension over the entire length of each run.
.11
Cable installation and termination methods shall be completed in a manner that will not degrade the cable specification. All I.D.C. terminations shall be inserted by the use of the proper tool. Use of the "dust cap" to effect insertion will not be considered adequate. Bundling, supporting, stripping of outer jacket, and retention of wiring twist will be subject to the final approval of the U of M. Work not meeting the above criteria will be re-done.
.12
Cables dropped in wall cavity shall have insulated bushings fitted to the top wall plate.
.13
All cables shall be labelled generally as indicated on drawings and shall adhere to EIA/TIA 606 Standard and University of Manitoba IST/ACN Standards.
.14
All fire separation penetrations shall be fire stopped in compliance with Manitoba Building Code and N.F.P.A. regulations.
.15
All conduit ends, including vertical stubs in wall cavities, shall be fitted with insulated grommets.
.16
Where the use of surface conduit must be used a minimum box size for data/voice termination shall be 4 x 4 x 2 1/4 inches (WIREMOLD #VC5744-2), complete with either a single gang or double gang mudring as required by number of drops specified.
.17
Use approved cable clips or hangers (2” J-Hook = B-Line #BCH32) at 2'-0" centres to effectively support all multi-cable harnessing. See DETAIL DE10.
.18
Small numbers of cables splitting off the harness to individual room drops shall be supported by either Velcro straps or combined Panduit wirewraps/nylon ties (see detail).
.19
Where installation is arranged in a hollow wall construction, MP1 or MP2 plates shall be used to allow maximum cable space in wall cavity.
.20
Orientation of all faceplates shall be vertical for all installations. (Minimum of 36" AFF) Note: In the case of Walker Floor Pedestals, right hand orientation is required.
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3.2
3.3
Section 16741 Page 6
.21
Where numbers warrant, centre hung cable tray shall be installed to support major harnessing, preferably over corridor areas. See DETAIL DE10.
.22
Carefully monitor cable tension during installation. Do not exceed manufacturer’s recommended pulling tension.
.23
Cable tray drop-off chutes shall be fitted in all instances where cable exits this tray downward.
.24
During installation data cable coils shall not be suspended from the structure by nylon ties or equivalent. Proper support of coils to prevent damage is essential.
.25
One small loop of cable shall be arranged in the cable before entering the wall cavity. Excessive slack cable should be avoided as this increases run length. See detail.
.26
Bundle data cable in transition areas between conduit and tray runs. Utilize data grade velcro ties for bundling only and not to support weight.
.27
Cables shall be bundled in Groups of 8 for ACO installation and groups of 12 for keystone installation which equals one-half patch panel. Groups of eight or 12 shall alternate between left and right entry into each rack.
.28
Contractor shall maintain communication outlet (CO) schedules in Excel format for the entire construction period. Request the electronic documentation from Consultant prior to commencement of construction.
Testing .1 Testing will be to CAT6 standards (LINK only). See also Section 16741 Clauses 2.3.2 + 2.3.3. .2
Test and record in tabular form the following for each outlet: • Wire Map • Length • Attenuation • Near End Crosstalk (NEXT) • Return Loss • PSNEXT,FEXT(including ELFEXT and PSELFEXT measurements) • Propagation Delay • Delay Skew
.3
Test and record the length of all horizontal data field wiring from the wire management panel to the workstation outlet assembly.
.4
Test results shall be submitted in electronic and shall include the date the tests were recorded, the installer’s name and the test equipment used. Format of data file shall be .flw (assuming the use of FLUKE DSP4000 series test equipment). Other formats will be approved by ACN/IST on request.
.5
An experienced data installer in compliance with Clause 1.4.2 shall perform the above testing.
.6
Specify on tender documents, type of test instrument to be used to complete above test procedures.
Warranty .1 The installation Contractor shall support the installed system for a period of two years from the date of acceptance by the Owner. The response time to repair reported failures shall be four (4) hours within
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the City of Winnipeg.
3.4
.2
Contractor shall be responsible for obtaining all documentation necessary to achieve TYCO/AMP 15 year warranty
.3
The installation Contractor shall indicate a willingness to enter into a Maintenance Agreement at the termination of the above warranty period as indicated in 3.3.1. The response time required shall be as under warranty above.
Qualified Voice-Data Contractors .1 The Electrical Contractor shall employ one (1) of the following qualified Voice-Data Installation Contractors for the supply and installation of the entire Voice-Data System including any required fibre optic cables: .1 Wescan Electric - Tim Asmundson or Gary Kingsland - 786-3384. .2 McCaine Electric - John Schubert - 786-2435. .3 Static Electric - Richard Robertson -783-3236. .4 Tri-Star Technical Ltd. - Rob Semchyshyn -788-4006. .5 Len Andrews Enterprises - Len Andrews - 338-5174. .6 Kingston Electric – Brian - 477-1405. .7 ALLCO Electric – Ken Smith – Phone: (204) 697-1000. .8 University of Manitoba Electrical Shop - Bruce Hancock - 474-6309.
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APPENDIX A - KEYSTONE INSTALLATIONS ITEM#
MANUFACTURER
PART NUMBER
DESCRIPTION
1 2 3 4 5 6 7 8 9 10 11 12 13
TYCO/AMP TYCO/AMP TYCO/AMP TYCO/AMP TYCO/AMP TYCO/AMP TYCO/AMP TYCO/AMP TYCO/AMP
558329-1 1375014-1 558301-1 1375055-2 557505-1 558088-1 83935-1 83936-1 406339-1
1.75" CABLE MANAGEMENT PANEL 24 PORT CAT6 KEYSTONE PATCH PANEL CABLE MANAGEMENT SUPPORT BAR RJ45 CAT6 KEYSTONE JACK (BLK) 2 PORT SINGLE GANG FACEPLATE 4 PORT SINGLE GANG FACEPLATE 4 PORT DOUBLE GANG FACEPLATE 6 PORT DOUBLE GANG FACEPLATE BLANK INSERT (KEYSTONE FACEPLATE)
*NORDX/CDT
AX100464
14
*NORDX/CDT
AX101173
15 15
*ATL TYCO/AMP
HCM-1D 219560-8
24 PORT RJ45 PATCH PANEL CABLE SUPPORT BAR FOR AX100464 (2 REQ’D FOR EACH AX100464) CABLE MGMT D-RING HORZ PANEL (1RU) 305M BOX YEL JKT CAT6 CABLE
*for voice distribution only. Note: ICONS are not required for keystone installations.
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APPENDIX B - ACO INSTALLATIONS ITEM #
MANUFACTURER
PART #
DESCRIPTION
1
MIDDLE ATLANTIC (vendor = ANIXTER)
HCM-1D (ANIXTER P/N 231109)
2
TYCO/AMP
406359-1
16 PORT PATCH PANEL
3
TYCO/AMP
406091-1
DUAL AC02 INSTALL KITS
4
TYCO/AMP
558510-1
SINGLE GANG ICONABLE FACEPLATE
5
TYCO/AMP
558512-1
DUAL GANG ICONABLE FACEPLATE
6
TYCO/AMP
4-556340-1
DUAL GANG (1 side blank) FACEPLATE
7
TYCO/AMP
557280-1
CAT5e DATA INSERT
8
TYCO/AMP
555611-1
CAT3 VOICE INSERT
9
TYCO/AMP
555644-1
BLANK INSERT
10
TYCO/AMP
557280-1
DUAL CAT5e DATA INSERT
11
TYCO/AMP
555614-1
DUAL CAT3 VOICE INSERT
12
TYCO/AMP
1711000-1
QUAD CAT3 VOICE INSERT
TYCO/AMP
219560-8
305M BOX YEL JKT CAT6 CABLE
1.75" CABLE MANAGEMENT PANEL
13 14 15
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Req. #
Page 10
APPENDIX C - CORDAGE ITEM #
MANUFACTURER
PART #
DESCRIPTION
1
PRIORITY
P97-9349
1M RJ45 568A BLUE CAT6 W/YEL BOOTS
2
PRIORITY
P97-9350
2M RJ45 568A BLUE CAT6 W/YEL BOOTS
3
PRIORITY
P97-9351
3M RJ45 568A BLUE CAT6 W/YEL BOOTS
4
PRIORITY
P97-9347
5' RJ45 568A BLUE CAT6 W/YEL BOOTS
5
PRIORITY
P97-9348
7' RJ45 568A BLUE CAT6 W/YEL BOOTS
6
PRIORITY
P97-5353-xx
RJ45 568A BLUE CAT6 W/YEL BOOTS x= length, > = ft, M= meters
8
PRIORITY
P97-9243-8'
8' RJ12 GREY for VOICE
9
PRIORITY
P-97-9243XX'
RJ12-RJ45 GREY for VOICE XX = length, > = ft, M= meters
7
10
***
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Section 16742
Req. # 1.1
1.2
1.3
1.4
Page 1 Related Work .1 Electrical General Provisions
Section 16010
.2
Basic Electrical Material & Methods
Section 16050
.2
Conduit, Tray, Miscellaneous Supports
Section 16112
Code and Standards .1 CAN/CSA - T529 (Electrical Installations). .2
CAN/CSA - T528 (Wiring Systems Administration).
.3
CAN/CSA - T530 (Telecommunication Pathways and Spaces).
.4
IEEE Std. 1100 (Powering and Grounding Sensitive Electronic Equipment).
.5
EIA/TIA, IEEE, FCC Standards (Data System, Performance Standards).
.6
Manitoba Building Codes (Fire Ratings, Wall Penetration, etc.).
.7
CAN/CSA C22.1 Section 60.
Contractor Qualification .1 Coordinate with the U of M Project Coordinator to verify if necessary permits are to be obtained. .2
Only University of Manitoba Qualified Communication Installation Contractors will be considered for the work (see section 16742-3.2.3 for list). Contractors may be asked to provide evidence of having performed work of a similar type as specified. Subcontracting of electrical installation must be requested and approved (if acceptable) in writing prior to tender/bid closing.
.3
Contractor shall be trained and authorized by the manufacturer they represent. Include evidence of certification and references with bids. Sub-contracting of the certification must be requested and approved (if acceptable) in writing prior to tender/bid closing.
.4
Own and maintain tools and test equipment for the successful installation and testing of the copper and fibre cabling system. Provide list of the type and manufacturer of all test equipment to be used. Include with bid.
.5
Refer to Section 16742 clause 3.2.3 ‘Qualified Voice-Data Contractor’.
Scope of Work .1 This specification is intended to cover the supply and installation of the Fibre Optic Cables detailed below and all associated pull boxes, splice closures, wall mounted interconnect units, patch panels and fibre termination equipment. .2
The actual operating characteristics of the optical fibre cable shall be determined by the System Designer. The selection of all active components and their ordination is outside the scope of this specification. Close co-ordination of design, specification and installation is
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necessary to ensure that the selected cable meets not only performance requirements but also the mechanical construction of the media to withstand the installation environment. 1.5
Approvals .1 Equipment and routing of all cables shall be approved by the University of Manitoba Electrical Shop prior to installation.
2.1
Building Entrance Cable (Fibre Optic WAN) .1 The Fibre Optic (data) building entrance cable shall be an UltraFox product as manufactured by Optical Cable Corporation (OCC). The specific part number shall be specified by ACN/IST. See Appendix at the back of section 16742. .2
2.2
Riser Cable (Fibre Optic) .1 The Fibre Optic (Data) riser cables required shall be an UltraFox product as manufactured by Optical Cable Corporation (OCC). The specific part number shall be specified by ACN/IST. See Appendix at the back of section 16742. .2
2.3
2.4
Fiber Optic Cable that is installed via underground ducts, shall have a copper wire included in the overall sheath. This cable shall be specified by ACN/IST. Alternate method would be to install a #6 Green insulated cable which is pulled into the duct at the same time as the FO cable. The method used will depend on the cable type specified. These details will be specified by ACN on a project by project basis.
The riser system shall be fibre, as specified, to link the Main Distribution Closet (MDC) to each of the Intermediate Distribution Closets (IDC). The total riser system shall be cabled in a Star Topology. It shall consist of the riser transmission media between the above locations and the associated hardware terminating the media.
Materials (See Appendix at the back of section 16742) .1 Connectors shall be ST compatible type, no epoxy/no polish, clean only connector with ceramic ferrule. The maximum optical attenuation per each mated connector pair shall not exceed 0.5db. .2
Patch Panels shall be as follows: Each rack mount or wall mount patch panel shall consist of the materials shown in Appendix C +/or D and will be assembled as per drawings as supplied.
.3
Supply Fibre Optic Patch Cords as specified for each project. See Appendix E.
Installation .1 Adequate riser sleeve space shall be available and/or shall be re-enterable in all Communications Closets such that no additional drilling or sleeving is necessary. .2
The Contractor shall ensure the appropriate fiber stopping sleeves are installed in compliance with Manitoba Building Code and N.F.P.A regulations.
.3
Manufacturers recommended bending radius for cable during installation and after installation
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shall be complied with. .4
Carefully monitor cable tensions during installation. Observe manufacturer recommended maximum pulling tension fore each type of cable installed.
.5
Identify all raceways and cable trays every 50' with appropriate warning labels to indicate presence of Fiber Optic Cable. Where cable is visible on tray it should be identified with a caution tag (plastic) secured with nylon tie-wraps every 50'. Do not over tighten tie-wraps.
.6
Vertical riser cables shall be secured at each floor level with approved strain relief equipment.
.7
After installation is complete there should be no tensile forces on the cable. The only exception to this is for riser installations, where the only allowable tensile force on the operating cable is that of its own weight.
.8
During installation protect the cable from kinks, crimps, sharp edges or area where the cable may be crushed.
.9
Do not route cable unsupported over (or support cable by) pipes, conduit, ceiling grid, or other wiring.
.10
Reduce pull friction by cleaning and lubricating cables at the raceway point of entry. Use only approved lubricants for this purpose.
.11
Do not run Fiber Optic Cable in same raceway as copper wiring. Carlon raceway (FT4 rating) may be required for all tray. Run fibre cable in raceway to provide protection and isolation.
.12
Do not pull cables through LB conduit fittings. Where practical, when raceway changes direction install a maximum 12" x 12" x 6" pull box. Conduit shall enter and leave the box in the same direction. No more than two quarter bends are allowed between boxes.
.13
Cables dropped in wall cavity shall have insulated bushings fitted to the top wall plate.
.14
Where installation is arranged in a hollow wall construction (preferred), MP1 and MP2 plates shall be used to allow maximum cable space in wall cavity. (Vertical orientation at 36" AFF)
.15
All conduit ends, including vertical studs in wall cavities, shall be fitted with insulated grommets.
.16
Bond all metallic enclosures associated with the cable installation in compliance with C.E.C. Section 10.
.19
Dust caps shall be utilized whenever cables or devices are not immediately connected.
.20
Cable labeling: refer to Section 3.0 for specifications. Labelling shall be provided as follows: - at all points where cables enter or leave conduits or cable trays. - at termination points - at intervals (shall be determined) on long runs of exposed cables
.21
All cables shall be labelled generally as indicated on drawings and shall adhere generally to EIA/TIA 606 Standard and more specifically to University of Manitoba standard, where they enter the building with coded identification to show the department and function of the cable.
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Section 16742
Req. #
Page 4 .22
2.5
2.6
The Contractor is responsible for the total clean-up of all fibre cable debris at each termination site. All jacket, conductor casing and cleaved fibre remnants shall be carefully bagged and removed from the site. Disposal in garbage containers within the building will not be allowed.
Fibre Terminations .1 Termination of all fibre shall be completed by qualified University of Manitoba Voice/Data Fibre Contractor as outlined in Section 16742 clause 3.2.3. .2
Splices, where required and authorized, shall be of fusion type only. Splices will be approved only by University of Manitoba ACN/IST Department.
.3
Mechanical splices will NOT be allowed at the University of Manitoba.
Testing (Fibre Optic Cable) .1 Measure of cable plant segments per EIA/TIA-526-14 Method A. Part 1 : Acceptance of test results A. Each cabling link shall be in compliance with the following test limits: 1. Optical loss testing: Backbone (multimode and singlemode) link • The link attenuation shall be calculated by the following formulas as specified in ANSI/TIA/EIA-568-B.1. o Link Attenuation (dB) = Cable_Attn (dB) + Connector_Attn (dB) + Splice_Attn (dB) o Cable_Attn (dB) = Attenuation_Coefficient (dB/km) * Length (Km) o Connector_Attn (dB) = number_of_connector_pairs * connector_loss (dB) o Maximum allowable connector_loss = 0.75 dB o Splice_Attn (dB) = number_of_splices * splice_loss (dB) o Maximum allowable splice_loss = 0.3 dB o The values for the Attenuation_Coefficient (dB/km) are listed in the table below: Type of Optical Fiber
Wavelength (nm)
Attenuation coefficient (dB/km)
Wavelength (nm)
Attenuation coefficient (dB/km)
Multimode 62.5/125 µm
850
3.5
1300
1.5
Multimode 50/125 µm
850
3.5
1300
1.5
Single-mode (Inside plant)
1310
1.0
1550
1.0
Single-mode (Outside plant)
1310
0.5
1550
0.5
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3. Magnified endface inspection • Fiber connections shall be visually inspected for endface quality. • Scratched, pitted or dirty connectors shall be diagnosed and corrected. B. All installed cabling links and channels shall be field-tested and pass the test requirements and analysis as described in Part II Any link or channel that fails these requirements shall be diagnosed and corrected. Any corrective action that must take place shall be documented and followed with a new test to prove that the corrected link or channel meets performance requirements. The final and passing result of the tests for all links and channels shall be provided in the test results documentation in accordance with OPTICAL FIBER CABLE TESTING. C. Acceptance of the test results shall be given in writing after the project is fully completed and tested in accordance with the specifications and to the satisfaction of the Univ. of Manitoba. Part II: OPTICAL FIBER CABLE TESTING A.
Field-test instruments shall have the latest software and firmware installed.
B. Link and channel test results from the OLTS and OTDR shall be recorded in the test instrument upon completion of each test for subsequent uploading to a PC in which the administrative documentation (reports) may be generated. C. Fiber endfaces shall be inspected at 250X or 400X magnification. 250X magnification is suitable for inspecting multimode and singlemode fibers. 400X magnification may be used for detailed examination of singlemode fibers. Scratched, pitted or dirty connectors shall be diagnosed and corrected. D.
Testing shall be performed on each cabling segment (connector to connector).
E. Testing of the cabling shall be performed using high-quality test cords of the same fiber type as the cabling under test. The test cords for OLTS testing shall be between 1 m and 5 m in length. The test cords for OTDR testing shall be approximately 100 m for the launch cable and at least 25 m for the receive cable. G. Optical loss testing • Multimode backbone links shall be tested at 850 nm and 1300 nm in accordance with ANSI/EIA/TIA-526-14A, Method B, One Reference Jumper or the equivalent method. • Singlemode backbone links shall be tested at 1310 nm and 1550 nm in accordance with ANSI/TIA/EIA-526-7, Method A.1, One Reference Jumper or the equivalent method. • Link attenuation does not include any active devices or passive devices other than cable, connectors, and splices, i.e. link attenuation does not include such devices as optical bypass switches, couplers, repeaters, or optical amplifiers. • Use the One Reference Jumper Method specified by ANSI/TIA/EIA-526-14A, Method B and ANSI/TIA/EIA-526-7, Method A.1 or the equivalent method. The user shall follow the procedures established by these standards or application notes to accurately conduct performance testing. \\Samba\software\trackit\WOAttach\Cable Plant Standard Jan-2006\content Jan 13, 2006\16742 Fibre Optic WAN & Riser Sytems Jan 12, 2006.doc
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University of Manitoba Integrated Voice-Data Master Specification Fibre Optic WAN & Riser Systems Req. #
Section 16742 Page 6
H. OTDR Testing •
• • • I.
Magnified Endface Inspection •
J.
Backbone links shall be tested at the appropriate operating wavelengths for anomalies and to ensure uniformity of cable attenuation and connector insertion loss. o Backbone multimode: 850 nm and 1300 nm o Backbone singlemode: 1310 nm and 1550 nm Each fiber link and channel shall be tested in one direction. A launch cable shall be installed between the OTDR and the first link connection. A receive cable shall be installed after the last link connection.
Fibers shall be inspected at 250X or 400X magnification. 250X magnification is suitable for inspecting multimode and singlemode fibers. 400X magnification may be used for detailed examination of singlemode fibers.
Length Measurement • •
The length of each fiber shall be recorded. It is preferable that the optical length be measured using an OLTS or OTDR.
K. Polarity Testing • Paired duplex fibers in multi-fiber cables shall be tested to verify polarity in accordance with subclause 10.3 of ANSI/TIA/EIA-568-B.1. The polarity of the paired duplex fibers shall be verified using an OLTS.
3.0
.3
The Contractor shall be trained and equipped to properly test the multimode and single mode optical fibre cable plant. (Refer to Section 16742 clause 3.2.3, Qualified Voice-Data Contractors). This term is used to indicate fibre cable, connectors, mounting panels, jumper cables and other passive components, but does not include active components.
.4
Contractors test documents shall include copies of the fibre manufacturers Reel Labelling information for future reference.
.5
An experienced data installer in compliance with Section 16742 Clause 3.2.3 shall perform the above testing.
.6
Test results shall be submitted electronically in .PDF format. Contact IST/ACN for specific format of test result report.
Labeling - The following cable labelling shall be provided: .1 WAN Fibre Optic (FO) and Copper (CU) Cable owned by non-UofM departments will be labeled with unique labels as supplied by the owner of said cable and as approved by UofM IST and Physical Plant. Labels will be applied per Clause 3.4. .2
Labels will be installed per Clause 3.4 for all WAN FO and CU cables owned by IST as follows: • GREEN w/white print: UofM Network CU • BLUE w/white print: UofM Network FO
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University of Manitoba Integrated Voice-Data Master Specification Fibre Optic WAN & Riser Systems Req. #
3.1
3.2
Section 16742 Page 7
.3
All labels for IST University Departments shall be purchased at cost from U of M, ACN/IST.
.4
Labeling shall be installed as follows: - at all points where cables enter or leave conduits or cable trays - at termination points - at intervals (shall be determined) on long runs or exposed cables
Warranty .1 The Installation Contractor shall support the installed system for a period of two years from the date of acceptance by the Owner. The response time to repair reported failures shall be four (4) hours within the City of Winnipeg. .2
Contractor shall be responsible for obtaining all documentation necessary to achieve A.M.P. 15-year warranty.
.3
The Installation Contractor shall indicate a willingness to enter into a Maintenance Agreement at the termination of the above warranty period as indicated in 3.3.1. The response time required shall be as under warranty above.
Qualified Voice-Data Contractors .1 On-site installers used by the Contractor shall have completed the approved AMP training and certification. The Contractor shall submit the name of on-site installers to be used for the contract as well as a copy of each persons AMP certification. The required training shall be: • AMP ACT1 for cable installers and cable terminators • AMP ACT1 + AMP ACT2 for those performing the testing and certification of the installed cable plant. .2
The Electrical Contractor shall employ one (1) of the following qualified Voice-Data Installation Contractors for the supply and installation of the entire Voice-Data system including any required fibre optic cables: .1 Wescan Electric, Tim Asmundson or Gary Kingsland - 786-3384. .2 McCaine Electric, John Schubert - 786-2435. .3 Static Electric, Richard Robertson -783-3236. .4 Tri-Star Technical Ltd., Rob Semchyshyn - 788-4006. .5 Len Andrews Enterprises, Len Andrews - 338-5174. .6 Kingston Electric, Terry Moffat - 477-1405 .7 Allco Electric - Ken Smith - 697-1000 .8 University of Manitoba Electrical Shop, Bruce Hancock - 474-6309.
.3
The Electrical Contractor shall employ one (1) of the following qualified Voice-Data Installation Contractors for the termination and testing of all required fibre optic cables: .1 Tri-Star Technical Ltd. - Rob Semchyshyn - 788-4006.
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University of Manitoba Integrated Voice-Data Master Specification Fibre Optic WAN & Riser Systems Req. #
Section 16742 Page 8
APPENDIX A - FIBRE OPTIC CABLE Indoor/outdoor application - Optical Cable Corporation (OCC) UltraFOX cable is suitable for both indoor and outdoor applications. Outdoor applications shall require cable to be installed via a duct per University of Manitoba Standards. This cable is FT4 rated. OCC Part# (MultiMode)
OCC Part # (SingleMode)
6 strand
BX06-095D-W3SB/1UC/900-OFNR
BX06-095D-SYMC/YMD/900-OFNR
12 strand
BX12-125D-W3SB/1UC/900-OFNR
BX12-125D-SYMC/YMD/900-OFNR
24 strand
BX24-175D-W3SB/1UC/900-OFNR
BX24-175D-SYMC/YMD/900-OFNR
Maximum pair count used for fibre optic cable at the U of M = 24. Written approval required from ACN/IST for fibre optic cable exceeding 24 strands.
APPENDIX B - FIBRE OPTIC CABLE CONNECTORS For Multimode cable: Corning/Siecor 95-000-50 UNICAM ST/MM For Singlemode cable: Corning/Siecor 95-200-52 UNICAM ST/SM APPENDIX C – RACK MOUNT PATCH PANELS Rack mount applications (1 complete patch panel assembly is required at each end of the cable) Multi Mode Fibre Optic Cable (for 6, 12, or 24 strand cables) 1 Ortronics OR-615MMC-36P Cabinet complete with: **6 Ortronics OR-61500020 blank connector panels 24 Corning TER-529 ST SM/MM Adaptors Single Mode Fibre Optic Cable (for 6, 12 or 24 strand cables) 1 Ortronics OR-615MMC-36P Cabinet complete with: **6 Ortronics OR-61500020 blank connector panels. 24 Corning TER-529 ST SM/MM Adaptors
**mounting holes shall be punched into these panels to accommodate the adaptors. See DE11. APPENDIX D - WALL MOUNT PATCH PANELS Wall mount applications (1 complete patch panel assembly is required at each end of the cable) MultiMode Fibre Optic Cable 1 Corning/Siecor WIC-012 wall mount panel complete with: 1 Corning/Siecor WIC-GUARD 1 Corning/Siecor WIC-CP1-15 adaptor panel complete with 6 ST/MM adaptors (6 strand cable) 1 Corning/Siecor WIC-CP1-15 adaptor panel complete with 12 ST/MM adaptors (12 strand cable) SingleMode Fibre Optic Cable 1 Corning/Siecor WIC-012 wall mount panel complete with: 1 Corning/Siecor WIC-GUARD 1 Corning/Siecor WIC-CP1-19 adaptor panel complete with 6 ST/SM adaptors (6 strand cable) 2 Corning/Siecor WIC-CP1-19 adaptor panel complete with 12 ST/SM adaptors (12 strand cable)
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University of Manitoba Integrated Voice-Data Master Specification Fibre Optic WAN & Riser Systems
Section 16742
Req. #
Page 9
APPENDIX E - FIBRE OPTIC CABLE PATCH CORDS 1. fibre optic patch cords shall be manufactured by Priority Electronics. 2. Multimode cords shall have an orange jacket. 3. SingleMode cords shall have a yellow jacket. 4. Cords with SC or LC connectors shall have the connectors clipped together at the ends where SC or LC connectors are installed. Priority Part # (MultiMode)
Priority Part # (SingleMode)
Duplex ST/ST
D33MXX (XX=length, >=ft, M=meters)
P97-9369-XX (XX=length, >=ft, M=meters)
Duplex ST/SC
P97-9364-XX (XX=length, >=ft, M=meters)
P97-9366-XX (XX=length, >=ft, M=meters)
Duplex SC/SC
P97-9365-XX (XX=length, >=ft, M=meters)
P97-9368-XX(XX=length, >=ft, M=meters)
Duplex LC/LC
P97-9751-XX (XX=length, >=ft, M=meters)
Duplex ST/LC
P97-9749-XX (XX=length, >=ft, M=meters)
P97-9758-XX(XX=length, >=ft, M=meters)
Duplex SC/LC
P97-9750-XX (XX=length, >=ft, M=meters)
P97-9757-XX(XX=length, >=ft, M=meters)
Duplex MTRJ/ST
P97-9759-XX (XX=length, >=ft, M=meters)
*Simplex ST/ST
S33MXX-grey (XX=length, >=ft, M=meters
*Simplex cords specified for video applications shall have a grey jacket. ***
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University of Manitoba Integrated Voice-Data Master Specification Voice-Data Rooms (VDRs) Req. # 1.0
2.0
Page 1 General .1 Access to Voice-Data Rooms (VDRs) will be restricted to authorized personnel as per IST/ACN Security Policy .2
No equipment or materials can be installed into a Voice-Data room without prior authorization of IST/ACN.
.3
Installation shall comply with the following codes and standards: .1 EIA/TIA569 (Telecom Pathways and Spaces) .2 EIA/TIA 607 (Grounding & Bonding Requirements) .3 Manitoba Building Codes (fire ratings, wall penetrations, etc.)
.4
Voice-Data rooms shall be located within a maximum installed cable length of 90 meters of the Communications Outlets (CO's) it will serve.
.5
The number of Voice-Data rooms shall be determined by the total size (square footage) of the construction.
.6
The minimum size of a Voice-Data room will be 10' x 12'.
.7
The final size and equipment layout of each Voice-Data room shall be confirmed by IST/ACN. See DETAIL DE8.
.8
Each Voice-Data room shall have its own environmental control (heating, cooling and humidity) that will be separate from any other room. Temperature is to be maintained at a maximum of 20 deg. C. 24hrx365days. See Section 15000 (mechanical) for details.
.9
Each Voice-Data room will be supplied with positive air pressure. See Section 15000 (mechanical) for details.
.9
Where sprinkler heads are installed into a Voice-Data room, they shall be of the "dry charged" or preaction type. See Section 15000 (mechanical) for details.
Construction Details .1 All walls of the Voice-Data room shall be lined with ¾" G.I.S. plywood installed to 96" AFF level. Paint with light coloured fire retardant paint. .2
The Voice-Data room entrance door size shall be 3'-0" wide. The door will be oriented to one corner of the room. The door shall be fitted with an automatic closure device.
.3
Provide two (2) entrance controls on the door to the Voice-Data room. - Lock set will be E’PLEX (formally UNICAN) Model #E5031 - card swipe by CARDAC Systems. Confirm with IST/ACN for details.
.4
Adequate work area lighting will be installed to a minimum of 540 lux (50 foot candles).
NOTE:
3.0
Section 16743
Lighting should not be powered from the same distribution panel as the telecommunications equipment in the room. Dimmer switches shall not be used in the Voice-Data room.
Equipment Details .1 12" centre hung cable tray shall be installed wall-to-wall within the Voice-Data room, centered above the equipment racks. Cable “drop-outs" will be installed at all locations where cable drops down from
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University of Manitoba Integrated Voice-Data Master Specification Voice-Data Rooms (VDRs) Req. #
Section 16743 Page 2
cable tray. .2
Isolated ground, surge protected AC duplex receptacles will be installed on equipment racks. See DETAIL DRAWINGS.
.3
An isolated ground, surge protected AC duplex receptacle will be installed on the same wall as the BIX field @72” O/C A.F.F. either left or right of the BIX field.
.4
Final positioning of electrical outlets will be confirmed on-site by IST/ACN.
.5
The main Voice-Data Room (sometimes referred to as the Main Distribution Closet or MDC) will have one surge protected "emergency generator" power (where available) receptacle and one isolated ground surge protected power receptacle installed to the "actives" distribution equipment rack. Where emergency power is not available, both receptacles will be of the isolated ground surge protected type. See DE3, DE4, DE13.
.6
Install floor mounted equipment racks (Priority Part # P97-9025) and securely bolt to floor using all 4 mounting holes on the base of the racks. See DE3, DE4, DE13.
.7
A ground bar, bonded to building ground, will be installed on the same wall as the BIX field @66” O/C A.F.F and below the power receptacle installed @clause 3.3. See DETAILS DE14 and DE20.
.8
A #6AWG green insulated bonding conductor will be installed from ground lug on each rack and cable trays and connect to the Telecommunications Ground Bus as per University of Manitoba Standards. Detail drawing. See DETAIL DE14.
.9
Final equipment layout of the Voice-Data room shall be confirmed by IST/ACN only after an on-site meeting between the Contractor and IST/ACN. Equipment racks will be positioned 36" O.C. from the designated "back wall" and "butted up to" the wall of the room that is furthest from the entrance door.
APPENDIX A – TYPICAL VDR MATERIALS PRIORITY PART#
DESCRIPTION
*P97-9025
19” OPEN TOP EQUIPMENT RACK
P97-9032 P97-9301 ** 1585T8A1 P97-9155 P97-9161 P97-9030
4” VERTICAL CABLE MANAGEMENT 8” VERTICAL CABLE MANAGEMENT 48”, 8 RECEPTACLE POWER BAR NYLON MOUNTING HARDWARE FOR 1585T8A1 POWER BAR BIX BOARD ASSEMBLY W/2X12E’S CENTRE MOUNT SHELF
*
Each P97-9025 EQUIPMENT RACK comes w/RU#’s embossed on mounting rails. Each RACK also comes with 100-10-32 x 1/2in Truss Head Philips S/S M/S which will be given to IST for each rack delivered and installed at the University of Manitoba.
**
Power bars will be installed using P97-9155 nylon mounting hardware.
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University of Manitoba Integrated Voice-Data Master Specification Copper CCTV Systems Req. # 1.0
Section 16745 Page 1
CCTV cable .1 see also Section 16765. .2
Unless otherwise specified (by IST), the following cable types are to be used for all CCTV and video applications (no substitutions): • Indoor = BELDEN #8281B precision video coax • Indoor = BELDEN #8451 single pair cable 24VAC power. • Outdoor = BELDEN #8461 high-conductivity single pair Copper Cable 24VAC power.
***
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University of Manitoba Integrated Voice-Data Master Specification Copper Wall Phone System Req. # 1.0
Section 16746 Page 1
Wall Mount Telephones (Copper) .1 Wall mount telephones shall be mounted at 48” O/C A.F.F. See DETAILS DE15, DE16, DE17. .2
Typical wall phone mounting detail for existing construction into hallways and open areas. Supply and install one (1) Cat 6 cable to assigned Voice/Data room and patch panel location. Label, terminate and test both ends. See DETAILS DE-16 and DE17.
.3
Typical wall phone mounting detail for new construction into hallways and open areas. Mount a deep rectangle electrical box on a stud at 48” O/C. A.F.F. Provide and install one (1) Cat 6 cable from assigned VDR patch panel location. At the Phone end, install a keystone RJ45 jack and install a SEMTROM Part# 1-ORE-LEV-PHONE cover plate. Label, terminate and test both ends. See DETAILS DE-16 and DE17.
.4
If a wall phone is requested for an office, install a typical Communication Outlet (CO2) at 36 O/C A.F.F. at the location where the wall phone will be installed. The phone office will install the phone using a mounting cord to the phone from the regular Communication outlet.
.5
Emergency Phone Mount for existing construction. Provide and install one (1) Red Cat 5e or better from backboard location to the nearest Voice/Data BIX field. Label both ends. IST to terminate. See DETAIL DE -15
.6
Emergency Phone Mount for NEW CONSTRUCTION. Mount an electrical outlet box on a stud at 48” O/C A.F.F. Provide and install one (1) Red Cat 5E from electrical outlet to the nearest Voice/Data Room BIX field. Label both ends. IST to Terminate.
***
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University of Manitoba Integrated Voice-Data Master Specification Copper DELTA System Req. # 1.0
Section 16747 Page 1
DELTA SYSTEM Copper Cable .1 See SECTION 15910 for complete details. .2
Cable used shall be white jacket, minimum CAT5e (TYCO/AMP #57826-2).
.3
Termination materials for cable @VDR TYCO/AMP P/N 406390-1, 12 port CAT5e wall mount keystone patch panel. Location of patch panel in VDR will be confirmed on-site by ACN/IST.
.4
Termination materials at DELTA panels will be surface mount TYCO/AMP CAT5e (minimum) keystone box. Delta keystone surface mount box = TYCO/AMP 1116697-1 w/ 1x CAT5e RJ45 jack TYCO/AMP #1375191-2 (black).
***
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University of Manitoba Integrated Voice-Data Master Specification Cable Removal Req. # 1.0
Section 16748 Page 1
General .1 IST will be responsible for clearly identifying all obsolete cables to be removed. Typically this would include cutting all such cables away from their interconnect blocks. .2
DIV16 will NOT make any field decisions when it comes to deciding whether a particular cable or cables need to be removed, they will at all times contact IST for a decision.
.3
DIV16 will include the removal of all obsolete in-building cables as identified by IST regardless of what has been identified in the design drawings. 'In-building' cables are defined as all cables that do not leave a building.
.4
DIV16 will include the removal of all obsolete 'between-building' cables as identified by IST regardless of what has been identified in the design drawings. 'Between-building' cables are defined as cables that originate in one building and terminate in a different building.
.5
DIV16 will include the removal of all telephone jacks that are accessible without having to move furniture, filing cabinets, etc. Final confirmation, that all accessible jacks that can be removed have been removed, will be by IST. If the jacks are via an electrical box or caddy plate, electrical shop will sup/ins a blank cover plate. If the jacks are via surface mount jack assemblies, the jack will be carefully removed. All jacks removed will be returned to the IST telephone office.
.6
where bundles of cable that are secured with cable ties contain some cables that are part of the removal and some cables that must remain, where practicable, the remaining bundles will be resecured with the use of Velcro straps rather than with the use of cable ties. If cable ties must be used, then care will be taken to not over-cinch the cable ties. Over-cinching of cable ties may damage cables, especially if there are fibre optic cables in the bundle.
.7
DIV16 will be responsible for removing and disposing of all cables removed. See Section 16742 Clause 2.4.22 for specific instructions re: disposal of fibre optic materials. ***
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University of Manitoba Integrated Voice-Data Master Specification Computer Labs Req. # 1.0
Section 16749 Page 1
General .1 All Communication Outlets (CO’s) and AC power outlets specified for installation into computer labs will be installed per Section 16741. .2
In general, all CO’s and AC power outlets will be installed on the underside of the tables.
.3
Where CO’s are designated specifically for laptop use in computer labs, the CO’s and AC power outlets will be installed above table tops.
.4
Where a printer room is specified, CO’s and AC power outlets for the computer lab printer room will be installed @36” A.F.F.
.5
Where an advisor’s office is specified, the CO’s and AC power outlets will be installed @36” A.F.F.
.6
Specific details (locations for CO’s, etc) for items 1.2, 1.3, 1.4, 1.5 will be provided on a project basis by IST. ***
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NOTES: 1. LAMACOID FOR PANEL SHALL BE ORANGE WITH WHITE LETTERING.
2. MINIMUM PHASE CONDUCTOR SIZE - #12 AWG.
GREEN INSULATED
GROUND WIRE. CONNECT
TO MAIN DISTRIBUTION
SYMBOL SCHEDULE
TO MAIN BLDG. ELECTRODE
CONDUIT GROUND
OR CENTRE POINT OF
(EQUIPMENT GRD.)
TRANSFORMER FEEDING
PHASE CONDUCTORS NEUTRAL
GREEN INSULATED GROUND
PANEL.
MAIN COMPUTER NEUTRAL SIZE -
POWER PANEL
1.73 x AMPACITY OF
ISOLATED GROUND DUPLEX RECEPTACLE
MAIN CIRCUIT BREAKER
TVSS SURGE
SUPPRESOR INTEGRAL #12 AWG.
MAX. 3 WORKSTATIONS PER CIRCUIT
15 15 15
#12 AWG. 15
DUPLEX RECEPTACLE C/W
DEDICATED 15A ISOLATED
NEUTRAL
GROUND CIRCUIT FOR LASER
PRINTERS(TYPICAL)
ISOLATED GRD.
INSULATE BUS FROM TUB NO BONDING CONNECTION BETWEEN NEUTRAL AND GROUND
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
ACO II DUAL PORT INSTALL KIT - AMP PART #406091-1 WITH ICONABLE SINGLE FOR CO2 GANG FACEPLATE - AMP PART #558510-1
FOR CO4 AMP PART #5581512-1 (ICONABLE DUAL GANG FACEPLATE)
SINGLE RJ45 DATA INSERT - AMP PART #558908-1
CABLE IDENTIFICATION LABEL ie: A1/VDR#
USE BLANK ICONS THAT COME
SINGLE RJ12 VOICE INSERT- AMP
WITH COVER PLATE
PART #555611-1 OR OPTIONAL DUAL INSERT - AMP PART #555614-1
BLANK INSERT COVER WHERE REQUIRED TO BE AMP PART #555644-1
CABLE IDENTIFICATION LABEL - BLACK WITH WHITE LETTERING - ie: A2/VDR#
COMMUNICATION OUTLET N.T.S. NOTES:
1 - COMMUNICATION OUTLETS TOBE INSTALLED VERTICALLY AT 36" o/c A.F.F.
TYPICALLY - ALL CABLE TERMINATIONS, COVERPLATES AND INSERTS TO BE SUPPLIED, INSTALLED, WIRED, CONNECTED AND TESTED BY ELECTRICAL CONTRACTOR UNLESS OTHERWISE NOTED.
2 - ALL SURFACE MOUNTED COMMUNICATION OUTLETS TO BE 2 GANG DEEP WIREMOLD BOX # VC5744-2.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
1.75" CM PANEL MIDDLE ATLANTIC HCM-1D
TYPICAL 7FT. OPEN TOP 19"
ANIXTER P/N 231109
EQUIPMENT RACK, PRIORITY PART #P97-9025. RK2
RK1
A
HAMMOND P/N 1585T8A1
B
C
D
E
F
G
H
1 2
48", 8 RECEPTACLE POWER BAR INSTALL
3 4
USING PRIORITY P/N P97-9155 NYLON
5
6
MOUNTING HW
24 PORT F.O. PATCH MAXIMUM 8
PANEL SEE MASTER
PATCH PANELS
SPECIFICATION FOR DETAILS
PRIORITY PART
21.5"
#P97-9030
PRIORITY SHELF
PRIORITY SHELF
PRIORITY PART #P97-9161 BIX BOARD.
BIX12E
BIX12E
+36B'S
+36B'S
CONDUIT TO RECEPTACLES TO RUN ALONG END OF CABLE
DUPLEX 15A 125VAC I.G.
MANAGEMENT BOX TO PANEL.
RECEPTACLE 12" AFF BY E.C.
22.5"
SEPERATE CIRCUITS FOR EACH
7FT VERTICAL CABLE
TYPICAL 1" FROM WALL
MANAGEMENT BOX (8"),
PRIORITY PART #P97-9301 WITH HINGE SIDE ORIENTATED AS SHOWN ON DE-4. 7FT VERTICAL CABLE MANAGEMENT
BOX (4"), PRIORITY PART #P97-9032 WITH HINGE SIDE ORIENTATED AS SHOWN ON DE-4.
TYPICAL EQUIPMENT RACK MOUNTING DETAIL N.T.S.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
MATRIX IDENTIFICATION
DATA INSERTS - AMP PART
19"
#558908-1 OR VOICE INSERTS -
TO BE SHOWN ON EVERY PORT.
A
B
C
D
E
F
G
AMP PART #555611-1
H
1
5.25"
2
PATCH PANEL
1.75"
IDENTIFICATION TO CONTINUE
3
VERTICALLY
4
WIRE MANAGEMENT PANELS -
1.75"
ANIXTER P/N 231109
MIDDLE ATLANTIC HCM-1D
5
16 PORT PATCH PANEL,
5.25"
5.25"
6
AMP #406359-1
TYPICAL 16 PORT PATCH PANEL N.T.S.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
TYPICAL
1" FROM WALL RK1 A
C
B
D
E
RK2 F
G
RK3
H
I
1
J
K
L
M
N
O
P
1
ACTIVE
2
2
EQUIPMENT
3
3
4
4
5
5
6
6
FO PATCH PANEL REFER TO DRAWING
DE-3 FOR RACK
16"
COMPONENTS PRIORITY SHELF
BIX12E
PRIORITY SHELF
PRIORITY SHELF
BIX12E
BIX12E
BIX12E
22.5"
LEFT RACK
CENTRE RACK
RIGHT RACK
(COPPER TERMINATIONS)
(F.O. CABLE & ACTIVE EQMT.)
(COPPER TERMINATIONS) WHERE AVAILABLE
FRONT VIEW
DUPLEX IG/SP RECEPTACLE
N.T.S.
ON EMERGENCY POWER ON REAR OF
CABLE MGMT. (12" A.F.F.) BY ELEC. CONTRACTOR. OTHERWISE AS (1). 19" RACKS - PRIORITY PART
(1) DUPLEX ISOLATED GROUND
#P97-9025. BOLTING TO FLOOR
RECEPTACLE ON REAR OF CABLE
MANAGEMENT BOX (12" AFF) BY ELECT. CONTRACTOR
AND BONDING TO GROUND BY
REAR
ELECT. CONTRACTOR
RK1
RK3
RK2
FRONT VERTICAL CABLE MANAGEMENT
BOX (8")
HOLES THROUGH FLOOR C/W 4"
PRIORITY PART #P97-9301
PVC SLEEVE ( 1" ABOVE FL.)
BELOW EACH RACK FOR CABLE
NOTE:
ENTRY BY ELECT. CONTRACTOR
EQUIPMENT RACKS, PATCH PANELS, RACK CABLING, ETC. TO
VERTICAL CABLE MANAGEMENT
BE SUPPLIED AND INSTALLED
BOX (4") PRIORITY PART #P97-9032
BY CONTRACTOR EXCEPT AS NOTED.
PLAN VIEW N.T.S.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
2 GANG EXTRA DEEP
BOX. WIREMOLD # VC5744-2 FOR VOICE/DATA OUTLETS
COMMUNICATION
METAL DIVIDER
POWER
WIREMOLD # G4000 METAL RACEWAY GREY I.G. RECEPTACLE
RECESSED MOUNTED MOUNTED 36" o/c A.F.F.
WIREMOLDRACEWAY DETAIL N.T.S.
RACEWAY NOTES 1.
PROVIDE "WIREMOLD" G4000 OR G6000 SERIES SURFACE MOUNTED
RACEWAY WHERE SHOWN FOR POWER, VOICE AND DATA WIRING COMPLETE WITH ALL NECESSARY COMPONENTS FOR A COMPLETE AND CSA APPROVED INSTALLATION CONSISTING OF BUT NOT LIMITED TO THE FOLLOWING:
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
ALTERNATE TO DE-5 WHERE APPROVED BY IST
2 GANG EXTRA DEEP
BOX. WIREMOLD # VC5744-2 FOR VOICE/DATA OUTLETS MTD. ON RACEWAY
COMMUNICATION
METAL DIVIDER
POWER
WIREMOLD # G4000 METAL RACEWAY GREY I.G. RECEPTACLE
RECESSED MOUNTED MOUNTED 36" o/c A.F.F.
WIREMOLD RACEWAY DETAIL N.T.S.
RACEWAY NOTES 1.
PROVIDE "WIREMOLD" G4000 SERIES SURFACE MOUNTED RACEWAY WHERE
SHOWN FOR POWER, VOICE AND DATA WIRING COMPLETE WITH ALL NECESSARY COMPONENTS FOR A COMPLETE AND CSA APPROVED INSTALLATION CONSISTING OF BUT NOT LIMITED TO THE FOLLOWING:
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
2 PORT DUPLEX MOUNTING STRAP - PART # AMP 1116618-1
C/W (1) RJ45 KEYSTONE JACK PART # AMP 1375055-1 & (1) BLANK INSERT - PART # AMP 406339-1
COMMUNICATION
METAL DIVIDER
POWER
2 GANG DUPLEX
WIREMOLD # G6000
COVER - WIREMOLD
METAL RACEWAY GREY
# G4046B-2 I.G. RECEPTACLE
P & S # IG6200 RECESSED MOUNTED MOUNTED 36" o/c A.F.F.
WIREMOLD RACEWAY DETAIL - POWER & DATA ONLY N.T.S.
KEYSTONE INSTALLATION RACEWAY NOTES 1.
PROVIDE "WIREMOLD" G6000 SERIES SURFACE MOUNTED RACEWAY WHERE SHOWN FOR POWER AND DATA WIRING COMPLETE WITH ALL NECESSARY COMPONENTS FOR A COMPLETE AND CSA APPROVED INSTALLATION CONSISTING OF BUT NOT LIMITED TO THE FOLLOWING:
2.
REVERSE IF POWER IS IN TOP PORTION AND COMMUNICATION CABLES ARE IN THE BOTTOM PORTION OF WIREMOLD.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
TYPICAL RACEWAY DETAIL -
POWER & DATA ONLY (KEYSTONE JACK) SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
"CADDY" CABLECAT. CAT 6 CABLE SUPPORT CLIP SECURED TO BUILDING STRUCTURE AT 24" ON CENTRE. CLIPS AVAILABLE IN 1 1/4" AND 2" SIZES. PROVIDE SUITABLE CLIP SUPPORT TO SUIT EACH INDIVIDUAL APPLICATION
MAINTAIN MIN.
3" CLEARANCE ABOVE CLIP.
ISOMETRIC VIEW
CABLE MOUNTING DETAILS N.T.S.
COMMUNICATION CABLE
SINGLE LOOP
SINGLE LOOP
SECURED TO FIXED SUPPORT WITH VELCRO
APPROPRIATE SIZE -
AND PANDUIT SPIRAL
CONDUIT AND BUSHING
WRAP PROTETION
NON-CAVITY WALL
PLASTIC
GROMMET
CAVITY WALL
WALL ENTRY DETAILS N.T.S.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
POWER/COMMUNICATION POLE AS SPECIFIED.
COMMUNICATION SECTION.
POWER SECTION COMPLETE WITH 15A 125VAC DUPLEX RECEPTACLES AS SPECIFIED
WIREMOLD #VC5744-2 TWO GANG DEEP BOX TO BE CUT INTO COMMUNICATION SECTION OF POWER POLE - REFER TO TYPICAL WORK STATION VOICE - DATA
OUTLET DETAIL. MOUNT 36" O.C. A.F.F.
COVER PLATE:
C02: TYCO/AMP 4-556340-1 CO4: TYCO/AMP 5581512-1 BLANK INSERT COVER
WHERE REQUIRED TO BE TYCO/AMP # 555644-1
TYPICAL POWER POLE COMMUNICATION OUTLETN.T.S. (METAL CONSTRUCTION ONLY)
NOTE: ALL CABLE TERMINATIONS, COVERPLATES AND INSERTS TO BE SUPPLIED AND INSTALLED BY ELECTRICAL CONTRACTOR
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
EMERGENCY LIGHTING HEADS
TO BE SUPPLIED, INSTALLED
AND WIRED TO EXISTING SYSTEM. LIGHT TO MATCH EXISTING
PROVIDE NEW 2 LAMP FLUORESCENT FIXTURES & WIRE TO CIRCUIT AS NOTED. CHAIN SUSPEND FIXTURES TO SUIT.
NEW PAINTED 3/4" PLYWOOD
BACK - BOARD ON FOUR (4) WALLS BY CARPENTRY.
(ALL 8ft A.F.F.)
PROVIDE NEW 12" WIDE
CABLE TRAY ABOVE EQUIP. RACKS. WALL TO WALL REFER TO DETAIL DWG. DE-12
WIRE AND CONNECT 36"
FANS TO PROVIDE POSITIVE AIR PRESSURE
INSTALL AND WIRE NEW THERMOSTATS TO CONTROL NEW FANS.
T
TO ROOM. WIRE AND CONNECT TO RESPECTABLE
T
THERMOSTAT. PROVIDE
C
DISCONNECT SWITCHES
CARD ACCESS. REFER TO CARD ACCESS SYSTEM SPECIFICATIONS
TO SUIT. REFER TO MECH. DRAWINGS AND SPEC'S.
PROVIDE NEW SMOKE DETECTOR AND WIRE TO EXISTING SYSTEM.
NEW EQUIPMENT RACKS SEE NOTES. 12" CABLE TRAY
BIX FIELD
3 FOOT DOOR C/W DOOR CLOSER
FLOOR PLAN MINIMUM ROOM SIZE - 10ft x 12ft
NOTES 1. PROVIDE NEW CENTRE CABLE TRAY WHERE INDICATED. CABLE TRAY TO BE "SUPERIOR" 12" WIDE TYPE WITH 9" RUNG SPACING AND SHALL INCLUDE ALL NECESSARY FITTINGS AND MOUNTING HARDWARE. PROVIDE A MINIMUM
OF SIX (6) CABLE DROP-PUTS (#DROP-A-12-6) FOR CABLE TRAYS IN VOICE-DATA ROOMS AS REQUIRED AND AS
DIRECTED BY ACN. MOUNT CABLE TRAY ON TOP OF RACKS AS PER DETAIL SHEET DE-12. MAINTAIN MINIMUM 12" CLEARANCE FROM FLUORESCENT LIGHT FIXTURES.
2.
INSTALL EQUIPMENT RACKS, CABLE TRAY, BONDING, ISOLATED GROUND RECEPTACLES, FLOOR SLEEVES, ETC. PER
DETAIL DRAWINGS. WIRE NEW RECEPTACLES TO EXISTING PANELS AS NOTED. PROVIDE NEW 12" WIDE CABLE TRAY ACROSS TOP OF RACKS AS INDICATED. PROVIDE MIN. #6 AWG GREEN INSULATED GROUND CONDUCTOR FROM
GROUND LUG ON EACH EQUIPMENT RACK INCLUDING CABLE TRAY AND CONNECT TO MAIN BUILDING GROUND.
3. THE ELECTRICAL CONTRACTOR SHALL PERFORM THE FOLLOWING WORK TO SUPPLY, INSTALL, WIRE, CONNECT AND
TEST. CONTACT JOHN DUNNING OF IST/ACN AT 474-9096 FOR FUTHER CLARIFICATIONS AS REQUIRED.
4.
FINAL LOCATION OF ALL EQUIPMENT, RACKS, MATERIALS, ETC. IN VOICE DATA ROOM TO BE CONFIRMED AT TIME OF CONSTRUCTION BY ACN/IST.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
OVERHEAD ROD SUPPORT
1/2" THREADED HANGER ROD STD. LENGTH - 12'-0"
NOTE-1
DEEP
4"
SPLICE CONNECTOR
9 " R U N P G A C IN G
3/8" BOLT X 2" LG. WITH NUT AND WASHER
S
(2) REQ'D. 2" B-LINE # BCH32 C/W CABLE RETAINER. CABLE SUPPORT CLIP SECURED TO CABLE
EXPLODED VIEW TRAY SPLICE
TRAY AT EVERY 3RD RUNG. (EXACT SIDE TO BE DETERMINED ON SITE PRIOR TO
INSTALLATION). J-HOOK USED FOR CURRENT CARRYING CABLES. CURRENT CARRYING
CABLES TO CROSS UNDER CABLE TRAY. STD. LENGTH - 12'-0"
BOTTOM RUNG, CENTER HUNG CABLE TRAY INSTALLATION NEMA 12C CSA LOAD RATING C1
CONCRETE INSERT
CONCRETE SLAB
1/2" HANGER ROD STIFFENER BAR
MONO TRAY
NUT, BOLT, WASHER
STIFFENER BAR ASSEMBLY (USE WHEN DROP EXCEEDS 39") NOTES: 1. PROVIDE CABLE TRAY DROP OUT SHOOT AT EACH TRANSITION WHERE CABLES DROP FROM
TRAY - INCLUDING, BUT NOT LIMITED TO CORNERS, OVER VERTICAL WIRE MANAGEMENTS AND ABOVE VERTICAL SLEEVES.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
1
3
5
7
9
11
13
15
17
19
21
23
2
4
6
8
10
12
14
16
18
20
22
24
BLACK ON WHITE
LABEL
CLEAR SCOTCH TAPE APPLIED OVER LABEL
GROMMET
HOLES @ 1cm (3/8") DIAMETER
7 1" PLUNGER
5
m
c 2.4 1"
3
cm
2.4
KEY WAY DOWN
(TYPICAL)
PANEL
1 ADAPTER TO BE SUPPLIED AND INSTALLED BY ELECTRICAL CONTRACTOR. SINGLE MODE FIBRE OR MULTI MODE FIBRE -
1.5cm
5/8"
CORNING PART # TER-529 ADAPTER
ORTRONICS BLANK PANEL PART # OR-61500020
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
PROVIDE CABLE DROP OUT
12" CENTRE HUNG
ABOVE EACH VERTICAL
CABLE TRAY
WIRE MANAGEMENT
1/2" THREADED
ROD C/W BOLTS
& WASHERS
A
B
C
D
E
F
G
A
H
C
B
D
E
F
G
A
H
1
1
1
2
2
2
B
C
D
E
F
G
H
CABLE MANAGEMENT
FRONT VIEW
1/2" THREADED
ROD C/W BOLTS
& WASHERS
12" CENTRE HUNG CABLE TRAY
CABLE DROP OUT 4"
3/8" BOLT C/W WASHERS
(TYP.) 3"x7"x3/16" STEEL PLATE
CABLE MANAGEMENT
SIDE VIEW
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
LABELLING AT TOP OF RACK
PATCH PANEL
RACK 1
RACK UNIT
1 RACK UNIT (RU) = 1.75"
19"
HORIZONTAL LABELLING
A B C D E F
G H I
J
K L
M N O P Q R
S T U V W X
FOR EACH PORT DEPICTING ROOM NUMBER TO WHICH EACH
CABLE IS TERMINATED (TYP. ALL)
VERTICAL POSITION OF
1
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
2
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
3
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
4
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
5
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
6
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
7
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
8
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
9
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
10
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
1
1.75"
2
1.75"
3 4
5
WIRE MANAGEMENT PANELS -
6
TYCO/AMP PART #558329-1 C/W
7
CABLE MANAGEMENT SUPPORT
8
AMP #558301-1
9
PATCH PANEL LABELLED
ALONG SIDE OF RACK
10 11
NOTE MAXIMUM 16 - 24
12
13
PORT KEYSTONE PATCH
14
15
PANELS
CABLE IS TERMINATED (TYP. ALL)
16 17
18
301
19
LABEL AT VDR PATCH PANEL
20 21
11
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
12
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
13
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
14
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
22
23
TYPICAL PORT LABELLING
24
25 26
ASSUME VDR = 321
27
OFFICE = 301
28 29
15
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
16
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
RM# RM# RM# RM# RM# RM#
TYPICAL LABEL AT OFFICE
30
321/R1X16
31 32
TYPICAL 24 PORT PATCH PANEL N.T.S.
24 PORT ANALOG VOICE
A B C D E F
G H I
J
K L
M N O P Q R
S T U V W X
DISTRIBUTION. NORDX/CDT
33
#AX100464 C/W CABLE
34
MANAGEMENT SUPPORT
WIRE MANAGEMENT PANELS -
35
BAR # AX101173. LOCATE
AMP PART #558821-1
AT RACK UNIT 34
NORDX ANALOG PHONE DISTRIBUTION N.T.S.
Physical Plant Department
89 Freedman Crescent Winnipeg, MB
PROJECT:
Project
Project
SHEET TITLE:
Typical Keystone Patch Panel Layout SCALE:
DATE:
As Shown DRAWN BY:
S. Diakiw
PROJECT NO.:
January 2006 REQ. NO.:
C?????
XX-P-0001
DWG. NO.:
DE-13A
TYPICAL 7FT. OPEN TOP 19"
1.75" CM PANEL RK1
AMP#558329-1 C/W
RK2
EQUIPMENT RACK, PRIORITY
RK3
PART #P97-9025.
PATCH PANELS AND
CM SUPPORT BAR
1
AMP#558301-1
2
ACTIVE
2
EVENLY DISTRIBUTED
3
EQUIPMENT
3
BETWEEN RACKS 1 & 3.
A B C D E F
G H I
J
K L
M N O P Q R
S T U V W X
1
HAMMOND P/N 1585T8A1
4
4
48", 8 RECEPTACLE
5
5
POWER BAR INSTALL
6
6
USING PRIORITY P/N
7
7
P97-9155 NYLON
8
8
MOUNTING HW
9
9
10
10
11
FO PATCH PANEL
12
13
TYPICAL 1" FROM WALL
14
A B C D E F
G H I
J
K L
M N O P Q R
S T U V W X
7
E4.4 REFER TO KEYSTONE PANEL SCHEDULE FOR EXACT
PATCH PANEL QUANTITIES
11
24 PORT KEYSTONE PATCH
12
PANEL - AMP #1375014-1
13
C/W SUPPORT BAR -
IN EACH VDR.
AMP #558301-1
14
15
CABLING SHALL BE
15
PRIORITY SHELF
16
16
24 PORT F.O. PATCH
PRIORITY PART
PANEL FOR TERMINATION
#P97-9030
OF 12 STRAND MULTI-MODE AND SINGLE MODE FIBRE OPTIC CABLE 24 PORT ANALOG VOICE DISTRIBUTION - NORDX/CDT
DUPLEX 15A 125VAC I.G.
24
RECEPTACLE 12" AFF BY E.C.
#AX100464 (PS5E HD-BIX PATCH PANEL - GREY)
24
SEPERATE CIRCUITS FOR
C/W CM SUPPORT BAR # AX101173
EACH
GROUND LUG (TYP.)
CONDUIT TO RECEPTACLES
CONDUIT NOT TO BE
TO RUN ALONG END OF CABLE
INSTALLED ACROSS RACK
MANAGEMENT BOX TO PANEL.
LIMITING INSTALLATION OF EITHER PATCH PANELS
7FT VERTICAL CABLE
OR EQUIPMENT.
MANAGEMENT BOX (8"),
PRIORITY PART #P97-9301 WITH HINGE SIDE ORIENTATED AS SHOWN ON 6/E4.4
5
TYPICAL THREE RACK LAYOUT - FRONT VIEW
E4.4
N.T.S.
NOTE: REFER TO KEYSTONE PANEL SCHEDULES FOR EXACT PATCH PANEL QUANTITIES IN EACH VOICE/DATA ROOM.
WHEN AVAILABLE, ONE OF THE TWO DUPLEX RECEPTACLES TO BE ON EMERGENCY POWER, OTHERWISE BOTH RECEPTACLES SHALL BE IG/SP. 19" RACKS - PRIORITY PART
DUPLEX EMERGENCY POWER
#P97-9025. BOLTING TO FLOOR
RECEPTACLE ON REAR OF CABLE
MANAGEMENT BOX (12" AFF) BY
AND BONDING TO GROUND BY
REAR
ELECT. CONTRACTOR
ELECT. CONTRACTOR RK1
RK2
RK3
FRONT 8" VERTICAL CABLE MANAGEMENT BOX - PRIORITY PART #P97-9301
4" HOLES C/W SLEEVES THROUGH FLOOR BELOW EACH RACK FOR CABLE ENTRY BY ELECT. CONTRACTOR
NOTE: EQUIPMENT RACKS, PATCH PANELS, RACK CABLING, ETC. TO
IG/SP DUPLEX RECEPTACLE
BE SUPPLIED AND INSTALLED
BY CONTRACTOR EXCEPT AS NOTED.
6
TYPICAL THREE RACK LAYOUT - PLAN VIEW
E4.4
N.T.S.
TYPICAL INSTALLATION OF CAT6 CABLE WILL BE TO EVENLY DISTRIBUTE CABLE VIA ALL VERTICAL CABLE MANAGEMENT
EQUALLY LOADING PATCH PANELS.
MAXIMUM
MATRIX IDENTIFICATION
16 x 24 PORT PATCH PANELS
TO BE SHOWN ON
19"
EVERY PORT.
1.75" 1
A B C D E F
G H I
J
K L
M N O P Q R
S T U V W X
1.75" 1.75"
PATCH PANEL
1.75"
2
IDENTIFICATION TO CONTINUE
3
VERTICALLY
WIRE MANAGEMENT PANELS -
1.75"
AMP PART #558329-1
1.75"
C/W CABLE SUPPORT BRACKETS
1.75"
4
24 PORT PATCH PANEL,
1.75"
AMP PART #558301-1
1.75"
AMP #1375014-1
7
E4.4
TYPICAL 24 PORT PATCH PANEL
(SEE DE-13a)
N.T.S.
Physical Plant Department
89 Freedman Crescent Winnipeg, MB
PROJECT:
Project
Project
SHEET TITLE:
Typical Rack Layout - Keystone SCALE:
DATE:
As Shown DRAWN BY:
S. Diakiw
PROJECT NO.:
January 2006 REQ. NO.:
C?????
XX-P-0001
DWG. NO.:
DE-13
6 3/4" +/-
ISOLATED GROUND BAR MOUNT
66" A.F.F.
MANUFACTURED BY ILSCO #R16
14 TAP COPPER GROUND BAR MOUNTED ON THE PLYWOOD BACKBOARD ADJACENT TO THE BIX FIELD IN THE VOICE/DATA ROOM. MANUFACTURED BY ILSCO # D167-14
14 TAP COPPER GROUND BAR MOUNT DETAIL N.T.S.
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
TYPICAL 14 TAP COPPER GROUND BAR MOUNT
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
9"
PROVIDE AND INSTALL ONE (1) RED CAT6 FROM BACKBOARD LOCATION TO NEAREST VOICE / DATA ROOM BIX FIELD. LABEL BOTH ENDS.
1'-0"
IST TO TERMINATE.
2" DIA. HOLE CENTERED ON BACKBOARD
1" x 5/8" DEEP GROOVE FOR CABLE
1" MDF PAINTED WITH GENERAL PAINT
#AC118R RED ALERT GLOSS FINISH PAINT
(SUPPLIED BY U OF M) MOUNTED @ 48" O.C. A.F.F. WITH FOUR (4) #8 ROBERTSON FLAT-HEAD SCREWS AND GRIPCON ANCHORS.
WIREMOLD V500 RACEWAY FROM
FLOOR OR CEILING SPACE AS REQUIRED FOR SURFACE INSTALLATION
Physical Plant Department
DRAWING TITLE:
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
DRAWN BY:
REQ. NO.:
PROJECT NO.:
DWG. NO.:
9" WALL
PROVIDE AND INSTALL ONE (1) CAT6 CABLE
TO ASSIGNED VOICE/DATA ROOM AND PATCH PANEL LOCATION. LABEL AND TERMINATE BOTH ENDS. AMP CAT RJ45 PORT 1'-0"
PART # 1375055-2 (IVORY) (W/O CABLE BOOT) 2" DIA. HOLE CENTERED ON BACKBOARD
SUTTLE SE-630A MOUNTING PLATE
SCREWED TO BACKBOARD WITH FOUR (4) #8 ROBERTSON SCREWS 1" x 5/8" DEEP GROOVE FOR CABLE 1" MDF BACKBOARD PAINTED TO MATCH
EXISTING. (SUPPLIED BY U OF M) MOUNTED @ 48" O.C. A.F.F. WITH FOUR(4) #8 ROBERTSON
2" HOLE
FLAT-HEAD SCREWS AND GRIPCON ANCHORS
CABLE GROOVE
WIREMOLD V500 RACEWAY FROM
WIREMOLD
FLOOR OR CEILING SPACE AS REQUIRED
SURFACE INSTALLATION N.T.S.
DRYWALL
PROVIDE AND INSTALL ONE (1) CAT6 CABLE
TO ASSIGNED VOICE/DATA ROOM AND PATCH PANEL LOCATION. LABEL AND TERMINATE BOTH ENDS. AMP CAT RJ45 PORT
PART # 1375055-2 (IVORY) (W/O CABLE BOOT)
1" HOLE
1" DIA. HOLE THROUGH DRYWALL
SUTTLE SE-630A MOUNTING PLATE
MOUNTED @ 48" O.C. A.F.F. WITH FOUR (4)
#8 ROBERTSON SCREWS AND APPROPRIATE METAL EZ ANCHORS
RECESSED INSTALLATION N.T.S.
Physical Plant Department
DRAWING TITLE:
PROJECT
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
EXISTING CONSTRUCTION HALLWAYS AND COMMON AREAS TYPICAL WALLPHONE MOUNTING DETAIL
SCALE:
DATE:
N.T.S. REQ. NO.:
DRAWN BY:
D.E.
PROJECT NO.:
JAN 2006
C00000
15-P-0001
DWG. NO.:
DE-16
9" WALL
PROVIDE AND INSTALL ONE (1) CAT6 CABLE
TO ASSIGNED VOICE/DATA ROOM AND PATCH PANEL LOCATION. LABEL AND TERMINATE BOTH ENDS. AMP CAT RJ45 PORT 1'-0"
PART # 1375055-2 (IVORY) (W/O CABLE BOOT) 2" DIA. HOLE CENTERED ON BACKBOARD
SUTTLE SE-630A MOUNTING PLATE
SCREWED TO BACKBOARD WITH FOUR (4) #8 ROBERTSON SCREWS 1" x 5/8" DEEP GROOVE FOR CABLE 1" MDF BACKBOARD PAINTED TO MATCH
EXISTING. (SUPPLIED BY U OF M) MOUNTED @ 48" O.C. A.F.F. WITH FOUR(4) #8 ROBERTSON
2" HOLE
FLAT-HEAD SCREWS AND GRIPCON ANCHORS
CABLE GROOVE
WIREMOLD V500 RACEWAY FROM
WIREMOLD
FLOOR OR CEILING SPACE AS REQUIRED
SURFACE INSTALLATION N.T.S. DRYWALL
IBERVILLE #BC-52171-KSSX JUNCTION BOX C/W
JUNCTION BOX
PLASTER RING (52-CI52-XX)* MOUNTED @ 48" O.C. A.F.F.
PLASTER RING
(* - "XX" DENOTES PLASTER RING TO MATCH DRYWALL THICKNESS) PROVIDE AND INSTALL ONE (1) CAT6 CABLE
TO ASSIGNED VOICE/DATA ROOM AND PATCH PANEL LOCATION. LABEL AND TERMINATE BOTH ENDS. AMP CAT RJ45 PORT
PART # 1375055-2 (IVORY) SEMTRON 1-ORE-LEV-PHONE MOUNTING PLATE
RECESSED RJ45 JACK
SEMTRON PLATE
RECESSED INSTALLATION N.T.S.
Physical Plant Department
DRAWING TITLE:
PROJECT
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
NEW CONSTRUCTION HALLWAYS AND COMMON AREAS TYPICAL WALLPHONE MOUNTING DETAIL
SCALE:
DATE:
N.T.S. REQ. NO.:
DRAWN BY:
D.E.
PROJECT NO.:
JAN 2006
C00000
15-P-0001
DWG. NO.:
DE-17
ISOLATED GROUND RECEPTACLE
MOUNT 72" O.C. FROM FLOOR LEFT OR RIGHT OF BIX FIELD
GROUND BAR MOUNT 66" FROM FLOOR BELOW AC OUTLET SEE DE-14
ENTRANCE CABLE
PROTECTION
BIX 12E
SD
HOUSE
SD
SD SD
CABLE
1A'S TO 24 PORT PATCH PANEL RACK 1
SD
ON 1A'S SD
SD
1A'S TO 24 PORT PATCH PANEL
SD
RACK 3
SD
SD
1A4'S FOR
SD
ALARM &
D RINGS
ANALOG
36" FROM BOTTOM OF 12E TO FLOOR
JACKETS
SHEATH TO BE
CUT & GROUNDED C/W GROUND LUG & #6 INSULATED GREEN CABLE BACK TO GROUND BAR.
VOICE BIX FIELD FOR VOICE/DATA ROOM WITH PROTECTION N.T.S.
Physical Plant Department
DRAWING TITLE:
PROJECT
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
N.T.S. D.E.
PROJECT NO.:
JAN 2006 REQ. NO.:
DRAWN BY:
VOICE BIX FIELD FOR VOICE/DATA ROOM WITH PROTECTION
C00000
15-P-0001
DWG. NO.:
DE-18
ISOLATED GROUND
MINIMUM 18"
RECEPTACLE
FROM BIX FIELD
MOUNTED AT 72" O.C. FROM FLOOR LEFT OR RIGHT OF BIX FIELD
GROUND BAR MOUNT 66" FROM FLOOR BELOW AC OUTLET TO BE GROUNDED TO BLDG. GRD. SEE DE-14
BIX 12E
ENTRANCE CABLE
SD
JUMPER
CABLE
1A'S TO 24 PORT
SD
PATCH PANEL
SD SD
RACK 1
SD
ON 1A'S SD
1A'S TO 24 PORT
SD
PATCH PANEL
SD
RACK 3
SD
SD
1A4'S FOR
SD
ALARM & ANALOG
D RINGS
36" FROM BOTTOM OF 12E TO FLOOR
JACKETS
SHEATH TO BE
CUT & GROUNDED C/W GROUND LUG & #6 INSULATED GREEN CABLE BACK TO GROUND BAR.
VOICE BIX FIELD FOR VOICE/DATA ROOM WITHOUT PROTECTION N.T.S.
Physical Plant Department
DRAWING TITLE:
PROJECT
89 Freedman Crescent Winnipeg, MB SHEET TITLE:
SCALE:
DATE:
N.T.S. D.E.
PROJECT NO.:
JAN 2006 REQ. NO.:
DRAWN BY:
VOICE BIX FIELD FOR VOICE/DATA ROOM WITHOUT PROTECTION
C00000
15-P-0001
DWG. NO.:
DE-19
MINIMUM 18"
FROM BIX FIELD
ACO RACK LAYOUT
RK1
25 PAIRS TO
A
B
C
D
E
F
G
RK2 H
1
RK1 & RK3 AS SPECIFIED BY
PHONE OFFICE
I
ACTIVE
2
BIX BOARDS
RK3
EQUIPMENT
J
K
L
M
N
O
P
1 2
3
3
4
4
5
5
6
6
NOTE: 25TH PAIR TO TERMINATE
ON 2ND 36B - 12TH PORT
PRIORITY SHELF
PRIORITY SHELF
PRIORITY SHELF
ISOLATED GROUND RECEPTACLE
MOUNTED AT 72" O.C.
BIX12E
FROM FLOOR
BIX12E
BIX12E
BIX12E
LEFT OR RIGHT OF BIX FIELD
BIX 12E
GROUND BAR MOUNT 66" FROM FLOOR BELOW AC OUTLET
SD
TO BE GROUNDED TO BLDG. GRD.
JUMPER
SEE DE-14
CABLE
SD
SD SD
1A'S TO 36B'S BIX BOARD RACK 1
SD
ON 1A'S SD
SD
1A'S TO 36B'S BIX BOARD
SD
RACK 3
SD
SD
1A4'S FOR
SD
ALARM &
D RINGS
ANALOG
25 PAIR "D" TYPE
CABLE TO RK 1 OR 3
Physical Plant Department
89 Freedman Crescent Winnipeg, MB
36" FROM BOTTOM OF 12E TO FLOOR
JACKETS
PROJECT:
Project
Project
SHEET TITLE:
Voice Bix Field Cable Paths - ACO SCALE:
DATE:
As Shown DRAWN BY:
S.W.
PROJECT NO.:
January 2006 REQ. NO.:
C?????
XX-P-0001
DWG. NO.:
DE-20
KEYSTONE RACK LAYOUT
RK1 1
MINIMUM 18"
FROM BIX FIELD
A B C D E F
G H I
J
K L
M N O P Q R
RK2 S T U V W X
RK3 1
2
ACTIVE
2
3
EQUIPMENT
3
4
4
5
5
6
6
25 PAIRS TO NORDX
7
7
24 PORT PATCH PANELS
8
8
RK1 & RK3
9
9
AS SPECIFIED BY
10
10
PHONE OFFICE
11
FO PATCH PANEL
12
13
NOTE: 25TH PAIR TO TERMINATE
G H I
J
K L
M N O P Q R
S T U V W X
11
12
13
14
ON 2ND PAIR OF PORT 24
A B C D E F
14
15
PRIORITY SHELF
16
15
16
24 PORT ANALOG VOICE DISTRIBUTION - NORDX/CDT 24
#AX100464 (PS5E HD-BIX PATCH PANEL - GREY)
24
C/W CM SUPPORT BAR # AX101173
ISOLATED GROUND RECEPTACLE
MOUNTED AT 72" O.C. FROM FLOOR LEFT OR RIGHT OF BIX FIELD
BIX 12E
SD
GROUND BAR
JUMPER
MOUNT 66" FROM FLOOR
CABLE
BELOW AC OUTLET
ON 1A'S
SD
SD SD
SD
SD
TO BE GROUNDED TO BLDG. GRD.
PATCH PANEL
1A'S TO 24 PORT PATCH PANEL
SD
SEE DE-14
1A'S TO 24 PORT RACK 1
SD
RACK 3
SD
SD
1A4'S FOR
SD
ALARM &
D RINGS
ANALOG
25 PAIR "D" TYPE
CABLE TO RK 1 OR 3
36" FROM BOTTOM OF 12E TO FLOOR
JACKETS
Physical Plant Department
89 Freedman Crescent Winnipeg, MB
PROJECT:
Project
Project
SHEET TITLE:
Voice Bix Field Cable Paths - Keystone SCALE:
DATE:
As Shown DRAWN BY:
S.W.
PROJECT NO.:
January 2006 REQ. NO.:
C?????
XX-P-0001
DWG. NO.:
DE-21
