PROJECT: UCSO-Health-Science-Math ADDENDUM #: 10 Ardmore, OK ISSUE DATE: 01/07/15

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1 January, 0 DDENDUM PROJECT: UCSO-Health-Science-Math DDENDUM #: 0 rdmore, OK ISSUE DTE: 0/0/ OWNER: UCSO CONTRCTOR: Fenix PROJECT #: 9066 Please submit an itemized quotation for the changes in the Contract mount and/or Contract Time incidental to the proposed modifications to the Contract Documents described below. (This is not a Change Order nor an Order to Proceed with the Work described herein). DESCRIPTION: ddendum #0 dditional specications, Drawings and Clarifications Items:. Clarification: ddenda #-9 are part of the original bid documents. New specifications for PR #: Sections 6 0 9, 00 00, Index Sheet. Refer to attachments. Revised and new drawing sheets for PR #: E0, E0, E0, E60, E60, T0, T0. Refer to attachments. IT Revisions Questions and Clarifications. QUESTION: Page E.0 It looks like the box spec d for the power only boxes (Note E- wire mold #60) where there are three in a row is a large box designed for data. This would work for the microphone boxes on the first floor not power boxes. If so please provide a preferred box for power only. NSWER: The first floor power boxes in the classrooms shall be equal to Wiremold Ratchet Pro with a duplex receptacle and the second floor power boxes shall be equal to Wiremold RC9 with a duplex. Refer to note E- for dual technology boxes outside of the classrooms.. QUESTION: Page T.0 Poke thru (Note T-9 wire mold #rc9) Boxes are spec d for the first floor slab. These need to be the larger boxes spec d for the first floor power only outlets (wire mold #60). Poke thru boxes are not designed for in slab installation. Poke thru boxes will work on the second floor cabling provided we don t install conduit. They will also work for power only on the second floor. Poke thru boxes do not allow access for larger conduit. NSWER: The boxes indentified on the T sheets are for microphone cables only. The first floor microphone cable boxes shall be equal to Wiremold Ratchet Pro to allow cables to be pulled through and the second floor microphone boxes shall be equal to Wiremold RC9STC to allow cables to be pulled through. QUESTION: Page T.0 Is it necessary to install conduit for the second floor poke thru boxes? The microphone cables can be ran thru the ceiling space above the first floor. Each cable could be ran individually eliminating the large conduit runs in the second floor slab. We would then provide sleeves from the box on the wall down thru the floor for access to the wall box. of

2 January, 0 DDENDUM NSWER: No conduit on the nd floor is acceptable. QUESTION: Page E.0 There is a note E- saying to provide a certain floor box. Is it meant for the combo box shown in the office areas as in study room a? I could not find any box noted with E-. NSWER: Yes. QUESTION: Page E.0 Will a xx box with a screw cover work for the L desk wall box #? NSWER: Yes ttachments: E0, E0, E0, E60, E60, T0, T0, Spec sections 6 0 9, 00 00, Index Sheet BY: L. Shelton of

3 December, 0 PROPOSL REQUEST PROJECT: UCSO-Health-Science-Math REQUEST #: rdmore, OK ISSUE DTE: // OWNER: UCSO CONTRCTOR: Fenix PROJECT #: 9066 Please submit an itemized quotation for the changes in the Contract mount and/or Contract Time incidental to the proposed modifications to the Contract Documents described below. (This is not a Change Order nor an Order to Proceed with the Work described herein). DESCRIPTION: Proposal request #: IT Revisions from MEP engineer Items:. Revised drawings and specifications to communications ttachments: E0, E0, E0, E60, E60, T0, T0, Spec sections 6 0 9, 00 00, Index Sheet BY: L. Shelton of

4 MEP Specifications for Health + Science University Center of Southern Oklahoma rdmore, OK CD Issue December, 0 Oklahoma Registered Engineering Firm C DIVISION Cable Tray DIVISION 0000 Communications JJ, Inc INDEX Issued for Construction UCSO Health + Science of December, 0

5 SECTION 609 CBLE TRYS PRT - GENERL. RELTED DOCUMENTS. Drawings and general provisions of the Contract, including General and Supplementary Conditions and Division Specification Sections, apply to this Section.. SUMMRY. This Section includes cable trays and accessories.. SUBMITTLS. Product Data: Include data indicating dimensions, loading capacity, and finishes for each type of cable tray and accessory. Designate components and accessories including grounding clamps, conduit supports, brackets, hanger rods, splice-plate connectors, expansion-joint assemblies, straight lengths, covers, and fittings. B. Coordination Drawings: Include floor plans and sections drawn to scale. Include scaled cable tray layout and relationships between components and adjacent structural and mechanical elements. Identify accessible and non-accessible ceiling construction and required access panel locations.. QULITY SSURNCE. Listed and Labeling: Provide products specified in this Section that are listed and labeled. The Terms Listed and Labeled shall be as defined in NFP 0, rticle 00, by a testing agency acceptable to uthorities Having Jurisdiction, and marked for intended use. B. Standards: Comply with applicable UL and NEM Standards regarding cable tray systems for materials, sizes, and configurations.. PROJECT COORDINTION. Coordinate layout and installation of cable tray with building structural system, ceiling construction, architectural features, and with mechanical, fire-protection, electrical, and other building features in the vicinity. Revise locations and elevations from those indicated as required to suit field conditions and as approved by rchitect. PRT - PRODUCTS. MNUFCTURERS. Manufacturers: Subject to compliance with requirements, provide products by one of the following:. B-Line Systems, Inc.. Husky: MP Husky Corp.. MTERILS ND FINISHES. Cable Trays, Fittings, and ccessories: Steel cable tray and accessories shall be hot-dip galvanized after fabrication, complying with applicable STM Standards for Class B. luminum cable tray and accessories shall comply with applicable luminum ssociation's Standards. JJ, Inc CBLE TRY Issued for Construction UCSO Health + Science 609 of December, 0

6 B. Corrosion Resistance: Protect steel hardware against corrosion by galvanizing according to applicable STM Standards. C. Fabrication: Fabricate cable tray products with rounded edges and smooth surfaces.. CBLE TRY CCESSORIES. Fittings: Tees, crosses, risers, elbows, and other fittings as indicated, of same materials and finishes as cable tray. B. Covers: Provide solid, louvered, or ventilated type, where indicated or as required and of the same materials and finishes as cable tray. C. Barrier Strips: Provide barrier strips where indicated or as required and of the same materials and finishes as cable tray. D. Conduit Support: Provide rigid conduit support for all conduit connections to cable tray equal to ppleton Model TCC or TCCD as required.. WRNING SIGNS. General: Where indicated or as required provide warning signs to indicate safety restrictions including loading, voltage classification, or similar items. B. Lettering: -/-inch- (0-mm-) high, black letters on yellow background with legend "WRNING! NOT TO BE USED S WLKWY, LDDER, OR SUPPORT FOR LDDERS OR PERSONNEL. PRT - EXECUTION. EXMINTION. Examine substrates for compliance with requirements for installation tolerances and other conditions affecting performance of cable trays. Do not proceed with installation until unsatisfactory conditions have been corrected.. INSTLLTION. Install cable tray level and plumb according to manufacturer's written instructions, coordination drawings, original design intent, and referenced standards. B. Where indicated or as required make connections to equipment with flanged fittings fastened to cable tray and to equipment enclosures. C. Install expansion connectors, along with braided grounding strap, where cable tray crosses a building expansion joint or where thermal expansion is anticipated and required. Space connectors and set gaps according to applicable NEM Standards. D. Make connection to and changes in direction or elevation of cable tray using standard fittings. E. Install cable tray to avoid installation above inaccessible ceiling construction, where unavoidable, provide access panels at fittings or change of directions to allow access for cable installation. F. Seal penetrations through fire and smoke barriers according to other Divisions or Section of these specifications. Where indicated install capped sleeves for future cables through firestopping-sealed cable tray penetrations of fire and smoke barriers. G. Install cable trays with sufficient space to permit access for cable installation. JJ, Inc CBLE TRY Issued for Construction UCSO Health + Science 609 of December, 0

7 H. Install cable trays to avoid unwanted interference from adjacent electrical conduit. Comply with applicable NEM, UL and Telecommunications Industry ssociation (TI) Standards for spacing between communications wiring and alternating current circuits. I. Where indicated or as required install barriers to separate cables of different systems, such as power, communications, and data processing, or of different insulation levels, such as 600V, kv, and kv.. SUPPORTS. Utilize anchorage and supporting material appropriate for the intended application, and of proper rating. Selection of material shall be based on project conditions, site coordination, and validated by design calculations, manufacturer s recommendations, code requirements and authorities having jurisdiction approval. B. Fasten cable tray supports securely to building structure. ll structural attachments shall be coordinated and approved by the building s Structural Engineer. C. Support cable tray independently of fittings or equipment enclosure. Do not carry weight of cable tray on equipment enclosure. D. Design cable tray supports to provide for maximum cable loading based on maximum allowable loading of the specified cable tray.. CONNECTIONS. Ground cable trays according to manufacturer's instructions with a No. WG grounding conductor. Cable tray shall be grounded at each end of run, near each communications or electrical room, but not less than 00 feet (0 m) apart. B. Tighten electrical connectors and terminals according to manufacturer's published torque-tightening values. Where manufacturer's torque values are not indicated, use those specified in applicable UL and NEM Standards.. WRNING SIGNS. fter installation of cable trays is completed, install warning signs in visible locations on or near cable trays. Warning signs shall be installed such that the signs are visible within each column bay, but not exceeding 0 feet ( m) intervals..6 FIELD QULITY CONTROL. Test cable trays to ensure electrical continuity of bonding and grounding connections.. CLENING. Upon completion of cable tray installation, including fittings, inspect exposed finish. Remove burrs, dirt, and construction debris and repair damaged finishes, including chips, scratches, and abrasions.. PROTECTION. Provide final protection and maintain conditions in a manner acceptable to manufacturer that ensures cable tray is without damage or deterioration at the time of Substantial Completion. B. Repair damage to galvanized finishes with zinc-rich paint recommended by cable tray manufacturer. Repair damage to PVC or paint finishes with matching touchup coating recommended by cable tray manufacturer. END OF SECTION JJ, Inc CBLE TRY Issued for Construction UCSO Health + Science 609 of December, 0

8 SECTION 0000 COMMUNICTIONS PRT - GENERL. SUMMRY. Section includes products and execution requirements pertaining to Division systems. Copper and fiber backbone and horizontal cabling along with support systems are covered under this document. B. Product specifications, general design considerations, and installation guidelines are provided in this document. Quantities for all structured cabling products shall be provided as required to complete the horizontal cabling for all work stations as shown on floor plans. C. The same manufacturer s product shall be utilized throughout the entire project for all copper and fiber optic structured cabling. D. Substitutions: No substituted products shall be installed except with written approval by Owner.. DT ND COMMUNICTIONS CONTRCT WORK. General:. Furnish all labor, materials, tools, equipment and services for the installation in accordance with general provisions of specifications and the Contract Drawings.. Report percentage of work completed on a monthly basis.. Completely coordinate with work of all other trades.. Provide all supplementary or miscellaneous items, appurtenances and devices incidental to or necessary for a sound, secure and complete installation, whether or not specifically indicated in the Contract Documents.. Provide all floor penetrations, floor sleeves, conduit raceways, wall penetrations, etc. not shown on the electrical plans but needed for the routing of cabling provided herein. 6. Provide labor for work area patch cord installation at designated workstations.. Provide labor for equipment patch cord installation at patch panel to Ethernet switch port.. Provide labor for testing horizontal and backbone cabling. 9. Provide fire stopping. 0. Provide labor for Wireless LN ccess Point, ntennas and Power Injector installation and system testing.. Provide Telecommunications bonding and grounding system. B. Provide complete installation for Structured Telecommunications Cabling and Physical Support System including but not limited to:. Category 6 UTP horizontal cables.. Multimode optical fiber backbone cables.. Work area telecommunication outlets.. Wall mounted outlets.. Equipment mounting racks and rack enclosures. 6. Category 6 modular and discrete patch panels.. Optical fiber enclosures.. Optical fiber connectors. 9. Category 6 patch and equipment cords 0. Optical fiber patch cords.. Wire management. Field testing.. Conduit floor sleeves, conduit and supports required for installation of all cabling.. Fire stopping. JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

9 C. Purchasing. Purchase all materials from Distributor. Provide complete price breakdown of materials and handling fees.. SUBMITTLS. Submittals shall be submitted in one single package. Partial submittals will not be considered. B. Material lists, schedule of values, lists of subcontractors, and proof of Contractor qualifications shall be provided to Owner - upon request and shall follow the guidelines as stated in the General Requirements (Division of the specification). C. Performance bonds, payment bonds, and insurance certifications shall be submitted by the Contractor prior to execution of the contract. D. Shop drawings shall be submitted to Owner. ll communication system shop drawings shall include:. Manufacturer s data (specifications, cut sheets ).. Wiring diagrams for all installed cabling.. Equipment rack/cabinet layouts.. Proposed labeling schemes and labeling method.. List of cabling distances (typical and maximum) for all structured cabling 6. Submit copies of certifications for all technicians and the project manager who will support this project. a. list of managers and technicians certified b. pproved manufacturer classes satisfactorily completed.. Contractor shall submit a test plan with the submittal package that defines the tests required to ensure that the system meets technical, operational, and performance specifications. The test plan must also meet manufacturer s certification requirements.. Work shall not proceed without the Owner approval of the submitted items. E. Drawings & Inspection of Site:. Communications floor plan drawings are to scale and typically are not dimensioned. The Contractor shall not scale drawings for equipment placement and clearances. Dimensions given on drawings shall always take precedence over scaled drawings.. ny existing wires, utilities, or equipment shown on the drawings are shown for general information and to the best knowledge of the Owner. The Contractor shall field verify all existing wires, utilities, or equipment.. The Contractor shall field verify distances and equipment placements coordinating locations with other trades, construction managers, and general Contractor prior to installation.. The Contractor shall review all site conditions prior to submitting a bid on this project. ny obvious discrepancies between the site conditions and bidding documents shall be brought to the attention of the {Owner Engineer} at the time of bidding so clarification can be made by addendum.. Change order requests for additional costs related to the contractors misunderstanding related to the amount of work involved and lack of knowledge related to the site conditions will not be allowed. 6. Convene pre-installation meeting weeks prior to start of installation of horizontal communications cabling. This meeting will review installation timeline and allow for coordination with additional contractors on site. F. Test Reports: Submit copies of complete reports of all testing performed to the General Contractor, with copies to the Owner prior to job completion. JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

10 . QULITY SSURNCE. Installation Reference Standards (all codes and standards compliance will be to the most current revision available, including applicable addendums): Cable installation shall comply with the following:. NEC 0: National Electric Code, 0.. NSI/TI-6-C.0 - Generic Communications Cabling for Customer Premises.. NSI/TI -6-C.. Commercial Building Telecommunications Cabling Standard. Part : General Requirements. NSI/TI/EI-6-C.: Commercial Building Telecommunications Cabling Standard. NSI/TI/EI-6-C.: Commercial Building Telecommunications Cabling Standard, Part : Optical Fiber Cabling Components Standards 6. NSI/TI-69-C: Commercial Building Standard for Telecommunications Pathways and Spaces. NSI/TI-606-B. The dministration Standard for the Telecommunications infrastructure of Commercial Building. NSI/TI-60-B. Commercial Building Bonding and Grounding (Earthing) Requirements for Telecommunications 9. TI--B Customer Owned Outside Plant Telecommunications Infrastructure Standard 0. TI- Optical Power Loss Measurements of Installed Single Mode Fiber Cable Plant OFSTP-. TI Optical Power Loss Measurements of Installed Multimode Fiber Cable Plant- OFSTP-.. TI-9-C Optical Fiber Cable Color Coding (January 00).. BICSI-TDMM, Building Industries Consulting Services International, Telecommunications Distribution Methods Manual Revision (use most current revision) B. Materials:. ll materials shall be UL or ETL listed and verified and shall be marked as such.. Products shall be regularly catalogued items of the manufacturer and shall be supplied as a complete unit in accordance with the manufacturer's standard specifications with any optional items required for proper installation unless otherwise noted.. Material shall be delivered to the site in the original packing.. pproved Products a. -pair UTP Cable: Superior Essex b. Optical Fiber Cable: Superior Essex c. UTP Outlets: Ortronics d. Fiber Optic Cabinets: Ortronics e. Fiber Optic connectors/splices/couplers: Ortronics f. Rack and Cabinet: Ortronics g. Patch Panel: Ortronics h. UTP Patch Cords: Ortronics i. Fiber Optic Patch Cords: Ortronics j. Cable Tray Cablofil k. Pathways and Poke-Thru Devices Wiremold l. Firestop Devices Wiremold C. Contractor Qualifications:. The Contractor shall have experience in the installation and testing of similar systems as specified herein and shall have completed at least two projects of similar size and scope within the last months. The Contractor shall provide references upon request (including the project name, address, date of implementation, client name, title, telephone number, and project description.). The Contractor bidding on communication systems specified herein shall be an Ortronics Certified Contractor at a CIP-ESP or CIP level. The awarded contractor must be able to install, service, and warranty the specified product prior to the time of bid and throughout the duration of the installation; or, the bidding Contractor shall utilize a sub-contractor(s) certified by Ortronics to install, service, and warranty the specified product. The awarded contractor must be eligible to support the ncompass Limited Lifetime Warranty. Manufacturer certifications shall not be project specific and should be valid for any and all projects completed by Contractor.. The Contractor must meet all training requirements from Ortronics as a CIP-ESP or CIP contractor. The contractor must be in good standing with minimum 0% of the technicians on site and at least one manager current with the required training. JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

11 . The contractor is responsible for workmanship and installation practices in accordance with Ortronics Certified Contractor Program for copper, fiber and Layer Zero installation.. The Contractor must maintain a state Contractor s license as required by the state. 6. The Contractor installing the structured cabling shall have a RCDD functioning as project manager. The Contractor s RCDD/project manager shall complete at a minimum the following tasks. a. Review and submit Contractor s shop drawings. b. Conduct weekly site visits to review the installation and progress of the structured cabling during the communications installation phase of the project. c. Review and sign completed punch list items. d. Review and submit Contractor s as-built documentation.. The Contractor shall provide copies of certificates for proof of manufacturer s training, manufacturer s certified installer, authorized distributor in the shop drawing submittal and at the request of the Owner to verify compliance with specification prior to recommendations for awarding bid.. MINTENNCE. ll materials used on this project shall be new. Used and refurbished equipment is not permitted. Provide equipment to site in original packaging whenever practical. B. The contractor is responsible for scheduling all deliveries and providing proper receipt, handling, and storage of all materials. Protect all equipment from physical damages (dents, scratches, dust, water, paint, chemicals, and temperature extremes) and vandalism, or theft. The Contractor shall replace any damaged or stolen equipment. The Contractor is responsible for all equipment until final project acceptance by Owner..6 WRRNTY. ncompass Limited Lifetime warranty will be required as described below for the following systems or system components... ncompass Category 6+ Cabling, Connectivity Hardware, and Patch Cables shall be covered by a, ncompass Limited Lifetime warranty labor, and application assurance warranty. The application assurance portion shall provide coverage for the cabling system to support the applications that are designed for the specifications outlined in TI/EI 6-C.0-. These applications include, but are not limited to 0BSE-T, 00BSE-T, 000BSE-T, and Mb/s TM. B. Telecommunication Contractor must submit the following to Ortronics. Warranty pplication properly completed online.. Test results submitted only in electronic format for both the copper and fiber optic systems. (Note: hard copies will not be accepted.) The test results must be submitted in original native tester format.. ll tests must result in a PSS. Pass* (marginal pass) and Fail are not acceptable test results. Each permanent link or channel in the network must be field tested in accordance with the TI-6 series industry standard ND ncompass testing requirements in force at the time of purchase (ncompass testing requirements take precedence over TI when differences exist). The installed permanent links and channels must have passed all applicable TI and ncompass performance requirements. Minimum testing for copper systems includes Wire Map, Length, ttenuation, Near End Crosstalk, Far End Crosstalk, Return Loss, PS NEXT, ELFEXT,PS ELFEXT.. Minimum testing for Fiber Optic links includes horizontal and backbone, Bi-Directional Dual Wavelength, Insertion Loss and Length. C. The warranty must be submitted on the Ortronics ConCert portal for review. D. Once the submitted materials are reviewed, the Telecommunications Contractor will be notified in writing of acceptance or rejection. If the project is accepted, the Contractor will receive a copy of the signed warranty certificate for the Owner. E. Telecommunication Contractor shall forward the signed Warranty Registration Form and warranty certificate to the Owner. JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

12 PRT - PRODUCTS. OPEN CBLE TRY ND SUPPORT SYSTEM. Cable Tray System. Cable tray shall consist of continuous, rigid, welded steel wire mesh cable management system with continuous Safe-T-Edge T welded top side to protect cable insulation. a. Cable tray composition Carbon Steel wire, STM 0, Grade 00. b. cceptable product line: Cablofil. LOCL RE NETWORK (LN) INFRSTRUCTURE. Category 6+ Horizontal Cable:. Superior Essex DataGain Cable a. UL listed CMP as required by installation location b. Superior Essex Part Numbers: Plenum Rated Blue Cable is 66-0-B B. Optical Fiber Backbone Cable:. Superior Essex TeraGain 0G-00 a. UL listed OFNP or OFNR as required by installation location; aqua jacket b. Cable shall be reinforced with ramid yarn, and contain no metallic elements. c. Optical fiber cable shall have an attenuation value not to exceed. db per kilometer at 0 nm and. db per kilometer at 00 nm. Minimum Bandwidth 00 MHz per kilometer at 0 nm and 00 MHz per kilometer at 00 nm. d. Superior Essex Part Numbers: Plenum Rated strand L0NKQ C. Communication Outlets/Modular Jacks: Where indicated on drawings,.. Category 6 Jacks: Provide position conductor non-keyed TracJack wired in accordance with NSI/TI T6B PIN configuration standard to terminate Category 6 UTP cables as specified herein. a. Category 6 TracJack, color: fog white: Ortronics Part Number: OR-TJ600. Flush Mounted Outlets: a. Faceplate, color: fog white: Ortronics Part Numbers: -Gang -Gang -Gang 6-Gang ) OR-000 OR-000 OR-0006 OR-000 b. Category 6 TracJack, color: fog white: Ortronics Part Number: OR-TJ600 c. Blank Outlets as needed, color: fog white Ortronics Part Number: OR-0000 (0 pack). Surface Mount Outlets: a. Provide surface mount outlet box, color: fog white Wiremold Part Number: NM0FW b. 6-Port Faceplate, color: fog white: Part Number: OR-000. Wireless LN Outlets a. Provide two-port surface mounted interface box in color fog white: Ortronics Part Number: OR-0TJ. -Port Modular Furniture Outlets: Pieces a. Faceplate with Bezel dapter for Herman Miller Beltline, color: fog white: Ortronics Part Number: OR-000. dditional styles available. b. Category 6 TracJack, color: fog white: Ortronics Part Number:OR-TJ600 c. Blank Outlets as needed, color: fog white: Ortronics Part Number: OR-0000 (0 pack) JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

13 6. Flush Floor box Outlets: a. Tracjack Device Bezel: Walker # MB6TJ. b. RJ- Cat 6 TracJack: Ortronics Part Number: OR-TJ600 c. Blank Outlets as needed: Part Number:OR-0000 (0 pack) d. Mount in floor box flange. D. Equipment Mounting Racks: Equip as detailed on the Drawings and as follows:. Racks for Patch Panels and Multi-Port Switches: a. Provide racks as indicated on Drawings for rack mounted connecting hardware and Owner furnished equipment. Racks shall be assembled as a 9 or width x ' tall. Channel depth 6. Ortronics Part Number: OR-MM06. Racks for Servers, Monitors, and Keyboards: a. Provide racks as indicated on Drawings for Owner-furnished servers and related equipment. Racks shall be four post aluminum frame assembled at 9 inches wide x '-" tall. Racks shall have adjustable steel EI rails and shall be supplied with 0 #- cage nuts and screws. Ortronics Part Number: OR-MM0SVR. Provide rack mounted cable management channels as shown on the drawings. a. Vertical cable management panel: Ortronics Part Number: OR-MM0VMD0 placed between connecting data/server racks. b. Vertical cable management panel: Ortronics Part Number: OR-MM0V006 placed on end of data/server racks. c. Horizontal cable management panel: Ortronics Part Number: OR Shelves: Provide rack mounted shelves as indicated on Drawings. a. Equipment Shelf: 9-inch rack, Ortronics Part Number: OR b. CPU Shelf: 9-inch rack, Ortronics Part Number: OR c. Keyboard/Monitor Shelf: 9-inch, Ortronics Part Number: OR with rear support bracket, Part Number: OR d. Vented Equipment Self: Ortronics Part Number: OR Equipment Bracing ccessories a. Provide sets of the server bracing kit in the MC, Ortronics Part Number: OR b. Provide sets of the monitor bracing kit in the MC, Ortronics Part Number: OR Concrete Floor Mounting Kit: Ortronics Part Number: OR-C-9 to secure racks to concrete floor. Provide two for each rack in the MC and one for each HC enclosure.. Wall ngle Support Kit: Ortronics Part Number: OR-WRTRT-B. Cable Management Straps: Ortronics Part Number: OR E. Category 6 Patch Panels:. High Density low mounted profile, angled patch panel compatible with standard 0 tool termination practices, rear cable support bar. a. port rack unit, Ortronics part number; OR-PH66U b. port rack unit, Ortronics part number; OR-PH66U Furnish quantities and port configurations required to terminate cables indicated on the Drawings for the MC and HCs. F. Optical Fiber Enclosures: Provide rack mounted modular enclosure units complete with connector couplings mounted adapter panels for interconnection of optical fiber cables as specified herein. Units shall be sized to terminate all optical fibers indicated on the Drawings in the MC.. In the MC provide: a. Standard Density ) Enclosure - Rack mount fiber enclosure for patching and splicing: Ortronics Part Number: OR-FC0xU-C x= Height in Rack Units b. dapter Panels ) Duplex SC dapter Panels, multimode with ceramic alignment sleeves. Ortronics Part Number: OR-OFP-SCDLC ) LC Quad fiber, multimode with ceramic alignment sleeves Ortronics Part Number: OR-OFP-LCQLC. Blank adapter panels: Ortronics Part Number: OR-OFP-BLNK. Splice Trays with hinged transparent cover. fiber tray Ortronics part number: OR-FSTF0 JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

14 G. Multi-mode Optical Fiber Connectors: for termination on 900 micron buffered optical fiber.. SC Pre-polished Connectors: ceramic ferrule, OptiMo, SC multimode connector. Ortronics Part Number.OR-0KS9F-0T;. LC Pre-polished Connectors: ceramic ferrule, OptiMO, LC multimode connector. Ortronics Part Number: OR-0KS9G-0T H. Category 6 Patch Cords:. Provide blue category 6 patch cord to Lengths and Quantities as listed on the drawings Ortonics Part Number: OR-MC6xx-06 xx = Length: (0), (0), (0), (09), (),(0) or () feet.. ft. in closet ft. in work area.. Contractor will provide patch cable in closet. Customer will provide patch cable for the Work area I. Optical Fiber Patch Cords. Provide fiber optic patch cords: Lengths and Quantities as listed on the drawings Duplex LC -LC SpaceSaver Cord, 0.dB Max,.mm Round Ortonics Part Number: OR-PRF6LPZZxxxM xxx = length in meters. J. Pre-wired Floor Boxes. 6-inch Evolution for two power receptacles and one gang spacing for telecom and audio visual (houses up to TracJacks).: Wiremold part number: 6TCBK Includes power receptacles and plates for TracJack, Series II or Wiremold communication inserts. K. Firestop Device. Provide UL System for firestop device at time of submittal. Device must have systems that are rated up to hours for fire rated walls and hours for floors. Firestop device must be made of steel with intumenscent blocks for rapid expansion with heat. The doors on the device must be able to be closed to secure the passage when empty or completely full. Wiremold part number: WM-FSR- RED ( inch), WM-FSR-RED ( inch). PRT - EXECUTION. INSTLLTION: GENERL. Open Cable Support installation:. This Contractor shall furnish and install all supports for cables specified in this section.. Ensure complete raceway system is installed prior to cable installation. t no time shall cables be left unsupported. Cable supports shall be spaced randomly, but no further than '-0" apart.. Provide all additional cable management products, sleeves or conduit raceways as required to protect exposed cabling and complete the installation of cables in a neat manner.. ll floor penetrations shall be at columns, exterior walls or in equipment rooms. 6. Cables shall be supported at height of bottom flange of structural beams using a rigid support method (i.e. threaded rod, beam clamps, etc.).. Do not support cables from ductwork, sprinkler piping, water piping, waste piping, conduit, ceiling wire, or other system supports.. Provide independent support system for each low voltage cabling system. B. Cable Installation:. ll communications cabling that has become abandoned as part of new renovation projects, previous renovation projects, or temporary communication cables used during the construction process shall be completely removed. bandoned communication cables that may have future use can remain in place if labeled clear at both end and at regular intervals of the cable run. Refer to NEC rticle 00. for more information regarding the removal of abandoned communication cables.. ll cables shall be bundled using plenum rated ties, loosely tied so as not to deform cable, '-0" on center (at mid-span). JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

15 . ll cabling shall be installed in accordance with manufacturers written bend radius and pulling tensions. General industry guidelines recommend the following bend radius and pulling tensions: a. Tensile loading on a single -pair copper UTP cable shall not exceed lbf. b. Bend radius of a single -pair copper unshielded twisted pair cable shall not exceed times the diameter of the cable. c. Bend radius of multi-pair copper unshielded twisted pair and optical fiber cable shall not exceed 0 times the diameter of the cable.. ll conduits and conduit sleeves shall have bushings or grommets shall be installed prior to the installation of communications cables to avoid damage and abrasions to cable sheathing and insulation. If bushings have are installed by the electrical Contractor, the communications cabling contract shall furnish and install bushings prior to pulling communications cabling.. Horizontal cable length for -pair copper UTP cables shall not exceed 9 feet. Prior to bidding and installation, the contactor shall review the drawings and verify no cable run exceeds 9 feet and notify the communications designer of cable runs that may exceed 9 feet. 6. Splices are not permitted in any cable unless other specified or show on drawings.. void placing copper cables near sources of extreme heat (i.e. boilers, radiators, heat coils).. Maintain cable twists for all UTP cables. For terminations cable sheathing shall be stripping back no more than ½ back from termination point for all Category 6 cables. 9. ll cables shall be supported by cable tray, cable runway, or J-hooks. When cables leave trays or runways, cables shall be supported by drop-outs or cable support hardware manufactured specifically for the purpose of supporting cables. J-hooks shall be installed a minimum of every feet and cabling shall maintain minimal deflection and strain (less than deflection). Cables shall not be supported from ceiling grid wires. Cables shall not run above iron joists. 0. ll cables shall be separated and bundled into like groups by cable sheathing colors.. Service loops shall be provided at both ends of installed horizontal and backbone cabling. service loop shall be installed in the ceiling space near workstation outlets (excessive cable shall not be coiled in outlet boxes). 0 service loop shall be provided in communication rooms and shall be installed to allow for future equipment rack/cabinet relocations without the need to reterminate patch panels; the 0 service loop shall be neatly bundled and secured in ceiling space with large D-rings or place in cable trays. Service loops should be created in a figure- or staggered oval loops.. ny cabling installing in equipment rooms shall be neatly placed in cabling trays, cabling runways, or horizontal and vertical rack/cabinet cable managers. When tray, runways, or cable managers are not specified, cable shall be neatly installed with D-rings. Cables shall always be installed vertically/horizontally or at right angles to structure.. Hook and loop fasteners are recommended to secure permanently installed horizontal and backbone cabling; all cable fastening methods installed in plenum ceiling spaces shall be rated for use in plenum spaces. Hook and loop fasteners shall never be secured too tight whereby potentially changing the cable geometry.. Separation: Maintain the following distances between cables, other system cables and other building systems: a. One () foot from fluorescent lights. b. Four () feet from motors and transformers c. Three () feet from hot water piping or other mechanical equipment. d. One () foot from electrical conduits, other systems cables or other electrical equipment.. ll low voltage cables shall be run parallel or at right angles to building structural 6. framework. Do not run cables diagonally across ceiling space without written. authorization by the rchitect s Electrical Engineer.. Fire seal around all cables running through rated floors and walls. UL Systems should 9. be contained in the submittal and available for review by building inspection. 0. H- straps shall be utilized in the TR and inside TC enclosures for all cable bundling. Tie. wraps shall be prohibited in the telecommunication rooms.. Leave spare pull string with every outlet installed.. ll cabling that has been shipped or stored in an environment outside the manufacturer s recommended installation temperature range shall be conditioned per the manufacturer s recommendations immediately prior to installation.. ll cables installed in underground conduit, conduit under slab on grade, or direct buried must be rated by the manufacturer for wet locations. JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

16 . INSTLLTION: COMMUNICTIONS INFRSTRUCTURE. Category 6 Horizontal Cables:. Maximum cable lengths to be 9 feet (90 m) including service loop. Provide all necessary installation materials, tools and equipment to perform insulation displacement type terminations at all communications outlets, patch panels and 0 punch-down blocks.. Support and secure cables at patch panels using rear cable management bracket supplied with panel.. Install stuffer caps on each workstation outlet and patch panel port after cable has been terminated on 0 IDC. B. Optical Fiber Cable:. Provide one twelve-strand multimode optical fiber cable from the TR to each TC.. ll optical fiber installations shall be installed using open cabling methods. Limit cable-bending radius to 0 times the cable diameter during installation, and 0 times the diameter after installation. Provide all required tools, materials, consumables, and equipment necessary for cleaning and field termination of optical fiber connectors. Label each end of each cable as to source and destination. Terminate optical fibers in consistent, consecutive manner at each end. Label Optical Fiber raceway cable with yellow "Caution Optical Fiber Cable" tags every 0 feet. Leave 0 feet of slack at each fiber termination point. Neatly coil slack optical fiber cable on top of rack above optical fiber patch and splice enclosure at each rack location.. Optical fiber cable terminations shall utilize enclosures and components in quantities consistent with the required fiber counts at each end of each segment. During field polish optical fiber connector termination, visually inspect all terminations with a 00-power microscope. Follow all of the connector manufacturer s recommendations. Unacceptable flaws in the terminations will include, but not limited to, scratches, full or partial cracks, bubbles, pits, epoxy residual, dirt, dust, oil, moisture, grinding and sanding debris. The acceptable termination will show a connector tip that is free of all imperfections in 00% of the core and 0% of the cladding. ll unacceptable connectors shall be inspected after rework.. During installation of optical fiber cable do not allow pulling tension to exceed cable manufacturer s specification for the cable being installed. Only the strength member of the cable shall be subjected to the pulling tension.. ll optical fiber connector tips shall be cleaned with proper cleaning tools specifically designed for optical fiber prior to inserting them into matting receptacles or bulkheads. C. RCKS ND ENCLOSURES:. Freestanding equipment racks and enclosures shall be protected free of all dust, debris and other environmental elements during construction until substantial completion walk-through.. Each rack, enclosure shall have a dedicated #6 WG ground wire to a grounding busbar or building ground as defined by TI-69-C and NEC.. Secure all racks and enclosures to floor using rack installation kit that has been specified for the specific floor type,. INSTLLTION OF WIRELESS LN SYSTEM.. ccess Point/ntenna (Owner Provided) Installation. Install all ccess Points/ntennas at locations shown on the Contract (Construction) Drawings.. Install 0 cable coil to allow for final placement of access point.. Install ccess Points in accordance with manufacturer's instructions.. ccess Point configuration completed by Owner.. LBELING. General:. ll labels shall be permanent, machine generated labels produced by a labeling machine.. Labeling information will be reviewed at Pre-Install Meeting, and the Owner shall approve the labeling scheme prior to the installation of any cabling.. Surfaces shall be cleaned before attaching labels. ll labels shall be attached firmly and vertically plumb on equipment, faceplates, patch panels termination blocks, etc. JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

17 . ll labeling of cables, equipment, and components shall be included in as-built documentation, floor plan drawings, and schematic deigns. B. Cabling. ll structured cables (horizontal and backbone) shall be labeled at both ends within 6 of cable termination point.. Labels shall have an adhesive backing and shall wrap completely around the circumference of the cable jacket. Label and lettering sizes shall be of appropriate size in regards to cable diameter. C. Labeling of Equipment Racks, Termination Hardware, and Faceplates. ll communications equipment racks, cabinets, fiber enclosures, and termination hardware shall be clearly labeled at the top, left-hand corner of the equipment.. Equipment Racks and Cabinets shall have ¾ to high lettering and shall be labeled with the telecommunications room number followed by an alphanumeric character in sequence for each rack/cabinet. (i.e. TR- represents the first rack/cabinet in Telecommunications room #). Fiber Enclosures shall have / to ½ high lettering and shall be labeled with the telecommunications room number followed by an alphanumeric character of the rack/cabinet and the enclosure number (i.e. TR-B- represents the first enclosures, second rack/cabinet in Telecommunications Room #). dditionally, each strand of fiber shall be identified with the termination location of the opposite end and the fiber position number on the outside (or inside) front cover and top, left-hand corner of the enclosure under the enclosure label.. Modular Patch Panels shall have / to ½ high lettering and shall be labeled with the telecommunications room number followed by an alphanumeric character of the rack/cabinet and the patch panel number (i.e. TR-C-) represents the second patch panel, third rack/cabinet in Telecommunications Room #). Patch panels shall be labeled with sequential numbering starting with 0 for topmost patch panel and moving downward towards the bottom of the rack. dditionally, each jack position on the patch panel shall be identified with the jack position number (i.e. a -port patch panel shall have number through silk screen printed on the patch panel or shall have labeling strips with numbers through machine printed above/below corresponding jack position).. Telecommunication outlets shall have /6 high lettering with the labeling method as indicated. Telecommunication outlets shall be identified with the telecommunications room where cables are terminated, the rack/cabinet number, the patch panel number, and the jack position number (i.e. TR-C-- represents the outlet is located on the second patch panel in the third rack/cabinet in Telecommunications Room # and is jack position #). The Contractor shall terminate all cabling in a sequential method.. Field Testing and Cable Certification. Each permanent link or channel in the network must be field tested in accordance with the TI-6 series industry standard ND ncompass testing requirements in force at the time of purchase (ncompass testing requirements take precedence over TI when differences exist). The installed permanent links and channels must have passed all applicable TI and ncompass performance requirements. Minimum testing for copper systems includes Wire Map, Length, ttenuation, Near End Crosstalk, Far End Crosstalk, Return Loss, PS NEXT, ELFEXT, PS ELFEXT. Minimum testing for Fiber Optic links includes horizontal and backbone, Bi-Directional, Dual Wavelength, Insertion Loss and Length. B. Permanent Link Testing shall be completed on all horizontal (station) cables as a minimum requirement. C. Submit test reports to the General Contractor prior to active equipment installation. D. Category 6 Cable Testing:. ll wiring shall be certified to meet or exceed the specifications as set forth in TI/EI-6C for Category 6 requirements for permanent link.. Field Testing shall include the following parameters for each pair of each cable installed: a. Store number and name. b. Test equipment manufacturer and model number. c. Cable I.D. The test sheets will be in numerical order by cable ID. d. Date of test. e. Wire map (pin to pin connectivity and polarity check) i.e. near 6, far 6. JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

18 f. Length (in feet). g. Insertion Loss. h. Near End Crosstalk (NEXT). i. Power Sum Near End Crosstalk (PSNEXT). j. Equal-Level Far End Crosstalk (ELFEXT). k. Power Sum Equal-Level Far End Crosstalk (PSELFEXT). l. Return Loss. m. Delay Skew. n. ttenuation to Crosstalk ratio (CR). o. DC Resistance per 00M/ feet. p. Impedance. q. Capacitance.. Record test results for each cable and turn over to the General Contractor two weeks prior to occupancy. Correct malfunctions when detected, and re-test to demonstrate compliance. Note: Test equipment shall be a Level III certification tester. E. Optical Fiber Testing:. Preinstallation Testing: a. Test each strand of every optical fiber cable on the reel with a light source and a power meter. Obtain the cable manufacturer power meter test results for each real used on the project. Prior to completion of project, turn over the completed optical fiber test form, optical fiber cable reel ID tags and optical fiber cable manufacturer s test results.. cceptance Testing: a. fter terminating optical fiber cables the system shall be tested using Tier test format. Tier testing is mandatory. Tier testing, (OTDR testing), is optional. b. Multimode optical fiber attenuation shall be tested on all individual fibers of each cable segment with a ncompass approved certification tester using a LED light source. Test results should include location identification, link attenuation loss, link length and polarity. These tests shall be performed at the 0nm and 00nm windows in both directions. Test set up and performance shall be in accordance with NSI/TI-6-, Method B. c. Carefully follow the multimode test procedures as outlined by the ncompass approved certification tester being used. If the optical fiber connector types are the same on both the test equipment and the link under test, a single jumper reference process must be followed as defined in NSI/TI-6-. Test Results: Must be completed and turned over to the General Contractor prior to active equipment installation. Specific due dates for optical fiber will be established at pre-install meeting.. The Warranty Submittal must be completed online within 0 days of installation completion. Copies of all certification test reports must be submitted as part of the Warranty Submittal. Test results must be kept on file by the registrant to be resubmitted when requested by Supplier. Data must be saved and submitted in raw data and summary formats. The test data shall be submitted via online upload to contractor website. If online upload is unsuccessful, the data can be submitted via or disc..6 CLENUP. The communications Contractor shall clean up all debris related communications cabling installation on a regular basis. Protect all equipment from damage during construction. Equipment not protected shall be replaced at the Contractor s expense. END OF SECTION JJ, Inc COMMUNICTIONS Issued for Construction UCSO Health + Science of December, 0

19 ELECTRICL NOTES BY SYMBOL: (SHEET E.0 ONLY ) MILES SSOCITES E- CONTRCTOR SHLL PROVIDE. WLL MOUNTED OUTLET BOX ND CONDUIT FOR ECH TV ND CMER IN LL CLSSS. COORDINTE ROUTING WITH EQUIPMENT LOCTIONS. REFER TO DWGS 0., 0. & 0. FOR EXCT LOCTIONS. CONTRCTOR SHLL PROVIDE JUNCTION BOX FOR POWER CONNECTION TO 'SMRT' BORD, DT OUTLET CONNECTION ND DT CONDUIT S REQUIRED. E- CONTRCTOR SHLL PROVIDE FLUSH FLOOR BOX EQUIVLENT TO WIREMOLD RFBE BOX, 6CTGY COVER PLTE, TWO () RFB6DP DUPLEX PLTES ND COORDINTE WITH THE OWNER/IT FOR CONNECTION PLTE REQUIREMENT ON REMINING TWO () COMPRTMENTS FOR MIC CBLES. E LB- "C. DMIN. OFFICE 60 DMIN. OFFICE FCULTY OFFICE CLOSET 6 FPB-- FPB--6 FCULTY OFFICE 6 BREK 6 WORK / FILES 09B HB-,6, (0/) #, #0G., /"C. DMIN. OFFICE 6 WETHERPROOF JUNCTION BOX FOR DOOR CCESS ND SECURITY CONTROLS TO BE INSTLLED IN LIGHTED BOLLRD. REFER TO TYPE 'SC' FIXTURE ON E.0. LB- 0 GFI MEETING 6 FPB-- WP/GFI L- CR E- LB- NURSING SKILLS "C. L- LB- TV E- JUNCTION BOX FOR POWER CONNECTION FOR SECURITY SYSTEMS CRD REDERS/DOOR LOCKS. COORDINTE EXCT LOCTION ND POWER REQUIREMENTS WITH SECURITY. E- CONTRCTOR SHLL SUPPLY FLUSH FLOOR BOX EQUIVLENT TO WIREMOLD #60 SINGLE SERVICE SSEMBLY WITH ONE () DUPLEX RECEPTCLE. ENTRY VESTIBULE 00 LB- LB- CONFERENCE 0 CP. E- L- CR H-,,9 (0/) #0, #0G., /"C. WITING RE GFI - FPB-- BROCKETTE DVIS DRKE N. CENTRL EXPRESSWY, SUITE 00 DLLS, TX 0 MEP JJ, INC 0 N. CENTRL EXPRESSWY, M-00 CMPBELL CENTRE DLLS, TX 06 CERTIFICTION OF UTHORIZTION PE CIVIL GROSSMN & KEITH ENGINEERING 00 GREENBRIR PLCE OKLHOM CITY, OK 9 GENERL NOTE: FPB "-(TV) +60"-(TV) WP/GFI WP/GFI ELECTRICL CONTRCTOR TO INSTLL LL COMMUNICTION BOXES ND CONDUITS ND COMMUNICTION CONTRCTOR TO INSTLL THE CBELING. REFER TO THE TECHNOLOGY (T) SHEETS FOR CONDUIT SIZES ND COORDINTE WITH THE COMMUNICTION CONTRCTOR FOR THE DT BOX SIZE. FPB-- L- 0 E DOOR HOLD OPEN DEVICES. COORDINTE WITH F.. SYSTEM E- LB- 6 LB- H- 6,,0 (0/) #0, #0G., /"C. HB-,, (0/) #, #0G., "C. LB- 0 UP L- L- L- 6 D DOOR RELESE PUSH PD E- FPB-- DOOR HOLD OPEN DEVICES. COORDINTE WITH F.. SYSTEM E- E.0 UP UP STIR TYPICL SEE E- 0 MTH LB 9 ELEV. SHFT EV REMOTE FIRE LRM NNUNCITOR COMMONS LB- SERVER E- LB- G COMMONS 0 +" E.0 L-,0, "C. +" LB- STORGE 9 C- E-9 REF. E.0/0 GFI - TYPICL SEE E- JN. CLOSET 6 E-6 HB- 6,,0 (0/) #0, #0G., /"C. HB-,, (0/) #0, #0G., /"C. WOMEN 9 REF. E.0/0 DT LB- LB- J LB- H- 9,, (0/) #0, #0G., /"C. LB- E- E.0 FPB-- FPB-- K TYPICL-STUB "C. OUT 6" BOVE CEILING FOR FUTURE MICROPHONES. E- E- DT FPB-- FPB-- H-,6, (0/) #0, #0G., /"C. FPB-- LB- STUDENT CLSS ( CPBLE) L- E- V EQUIPMENT MINTENNCE 0 C PE E- WP/GFI LB- WETHERPROOF JUNCTION BOX FOR DOOR CCESS ND SECURITY CONTROLS TO BE INSTLLED IN LIGHTED BOLLRD. REFER TO TYPE 'SC' FIXTURE ON E.0. TYPICL-STUB "C. OUT 6" BOVE CEILING FOR FUTURE MICROPHONES. E- L- 6,69 (0/) 0 MILES SSOCITES INCORPORTED. LL RIGHTS RESERVED. THIS DRWING IS PROPERTY OF MILES SSOCITES INCORPORTED, NY REPRODUCTION, MODIFICTION OR USE OF THIS DRWING WITHOUT THE EXPRESS WRITTEN UTHORIZTION OF MILES SSOCITES INCORPORTED IS PROHIBITED. REF. E.0/0 Construction Issue REF. E.0/0 WP/GFI E- TYPICL SEE E- "C. LB- 6 E- COMPUTER LB OFFICE 0 L- ENTRY VESTIBULE 6 STUDENT STUDENT CLSS STUDENT COMPUTER LB L-,, L- E- STUDENT E- LB- H-,, (0/) #, #0G., /"C. MIN ELEC. E.0 D DOOR RELESE PUSH PD E- REF. E.0/0 TYPICL SEE E- L-,,6 E- FPB-- LB- REF. E.0/0 FPB "-(TV) E- L- 9,, "C. SEL: LB- E- LB- L- L- 6 E- FPB--0 L-,0, L- STUDY C E-6 /GFI ELEC. L- 6 J-BOX FOR POWER CONNECTION TO LWN SPRINKLER CONTROLLER. JN. CLOSET "C. LB- L- 9 L- 6 L- 0 9 TYPICL SEE E- LB- H-,9, J-BOX FOR POWER CONNECTION TO PLBG. CONTROL PNELS. LB- 9 GFI - LB- STUDENT E- E- REF. E.0/0 HB-,,9 (0/) #0, #0G., /"C. FPB--9 TYPICL SEE E- VENDING / STUDENT COPIER B FPB-- LB- 6 EWC TYPICL OF E.0 E- LB- LB- STUDENT COMPUTERS H /GFI TV LB- 9 6 STUDENT CLSS REF. E.0/0 FPB-- STORGE E.0 /GFI HB- 0,, (0/) #0, #0G., /"C. EWC L- E.0 FPB-- EUH-VLVE E-6 E- STUDY E- LB- STOR. 6 E-9 LB- LB- 0 L- "C. MEN 0 E- E- STUDENT LB- /GFI LB- 0 L-,9, /GFI CORR. LB- STUDENT COMPUTER LB E- LE- 6 FPB--9 L-,, L- FPB--6 RECEPTION 0 LE- E.0 L-,6, L- 9 H- 0,, (0/) #, #0G., /"C. L- 6 "C. TO MIN FIRE LRM PNEL UP TO CU- ON ROOF FPB-- LB- STIR 6 ELEC. DISPLY 0 ELEV. LOBBY LB- 6 CP L- L- E- L L- L- REDING/ STUDY RE 0 DMINISTRTIVE RECEPTION TV LL DUPLEX RECEPTCLES MOUNTED WITHIN SIX FEET OF NY WTER SOURCE (SINK, ETC.) SHLL BE GFI PROTECTED. LB- MTH FCULTY OFFICE E-0 STRUCTURL L- 6 L- L- 6 F GFI L- FCULTY OFFICE MTH FCULTY OFFICE JUNCTION BOX BOVE CEILING FOR POWER CONNECTION TO MECHNICL CONTROL EQUIPMENT. COORDINTE LOCTION ND MOUNTING HEIGHTS WITH THE MECHNICL CONTRCTOR PRIOR TO ROUGH-IN. STORGE "C. WP/GFI "C. D E-9 CONTROL C NURSE STTION +60"-(TV) FPB-- LB- TV LB- FCULTY OFFICE GFI GFI - LB- 9 LOCTION OF LL FLUSH FLOOR OUTLET BOXES RE SHOWN FOR CLRITY ONLY. LL FLOOR OUTLET LOCTIONS SHLL BE COORDINTED WITH THE RCHITECT PRIOR TO ROUGH-IN. L "-(TV) TV LB- HB- 9,, (0/) #0, #0G., /"C. TEST/ CONSULT. 0 CORR. RECEPT. 09 STORGE 06 LB- 9 FILES 69 E- NURSING SKILLS B L- 9 E- NURSING SKILLS 0B CLOSET 66 FPB-- LB- FPB-- L- 9 DMIN. OFFICE 6 FPB-- LL BOVE COUNTER RECEPTCLES SHLL BE MOUNTED HORIZONTLLY. COORDINTE LOCTIONS ND MOUNTING HEIGHTS WITH THE RCHITECT PRIOR TO ROUGH-IN. NURSING FC. OFF. L- B LB- 0 M E- TV NURSING FC. OFF. 0 LB- JUNCTION BOX FOR POWER CONNECTION TO UTOMTIC FLUSH VLVES. COORDINTE LOCTIONS ND TERMINTIONS WITH THE EQUIPMENT MNUFCTURER PRIOR TO ROUGH-IN. +60" - (TV) L- CP C E-6 NURSING COORD. OFF. 0 TYPICL-'CP' INDICTES BOVE CEILING POWER CONNECTION TO CEILING MOUNTED PROJECTOR. B CONTRCTOR SHLL PROVIDE " CONDUIT FOR FUTURE MICROPHONE CBLE. STUB CONDUIT OUT BOVE CEILING ND CONNECT ECH ROW OF SETING UTILIZING FLOOR POKE-THRU BOXES. CONFERENCE 9 E- RCHITECTURE+ PLNNING + INTERIORS 6 RESERCH PRKWY, SUITE 00 OKLHOM CITY, OK 0 T: 0..9 F: 0..9 UNIVERSITY CENTER OF SOUTHERN OKLHOM Mt. WSHINGTON ROD RDMORE, OK 0 JUNCTION BOX WLL MOUNTED FOR POWER CONNECTION TO TV CMER SYSTEM (INTERCTIVE TV). HELTH + SCIENCE ND MTH CENTER E- E- REVISIONS L- 0 WIREMOLD #00 SERIES RCEWY SYSTEM COMPLETE WITH DUPLEX RECEPTCLES "O.C. ND DT OUTLETS "O.C. STGGER ELECTRICL ND DT LOCTIONS. L- NO. DESCRIPTION PR # DTE // ISSUED BY TIME: //0 ::6 PM FILE: C:\Users\lam\Documents\ MEP Model_lam.rvt L- M ISSUE DTE: PROJECT NUMBER: 9066 North ST FLOOR PLN - POWER ST FLOOR PLN - POWER /" = '-0" SHEET NUMBER E.0 ORIGINL SHEET SIZE: 0"X" (RCH E)

20 ELECTRICL NOTES BY SYMBOL: (SHEET E.0 ONLY ) E- JUNCTION BOX WLL MOUNTED FOR POWER CONNECTION TO TV CMER SYSTEM (INTERCTIVE TV). E- JUNCTION BOX FOR POWER CONNECTION TO FUME HOOD. MILES SSOCITES RESERCH PRKWY, SUITE 00 OKLHOM CITY, OK 0 T: 0..9 F: 0..9 R C H I T E C T U R E P L N N I N G I N T E R I O R S E- PROVIDE QUD GFI OUTLET TOMBSTONE SSEMBLY EQUIVLENT TO WIREMOLD #I WITH /" CONDUIT DPTER. COORDINTE INSTLLTION WITH FURNITURE MNUFCTURER ND RCHITECT. STRUCTURL BROCKETTE DVIS DRKE N. CENTRL EXPRESSWY, SUITE 00 DLLS, TX 0 G B C D E F H J 0// C- F UP TO CU- ON ROOF DN STUDENT STUDENT E- LB- E- REF. E.0/0 LB- REF. E.0/0 FPB-- E- REF. E.0/0 TYPICL SEE E-6 FPB-- LB- 0 TYPICL SEE E-6 E- FPB-- FPB--. FPB--6 LB- LB- 6 GFI- SHFT JN. 6. LB- 6 GFI GFI GFI GFI LB- E- LB- LB- LB- 9 LB- GFI GFI GFI GFI LB- LB- GFI GFI GFI LB- LB- REF. E.0/0 LB- E- E- E- GFI- LB- LB- LB- 9 LB- 0,, E- LB- 9 E- E- LB- 0 GFI 0 9 E.0 LB- 0 E.0 HB-,6, (0/) #, #0G., /"C. HB- 9,, (0/) CP E- LB- WORK / PREP.. MICROBIOLOGY LB DT 9 FPB-- LB- FPB-- HB- 0,, (0/) #, #0G., /"C. LE- LB- M LB UTILITY CONTROL PNEL LB- E- E- E- ELEV. SHFT EV WORK RM. / PREP HB-,, (0/) #0, #0G., /"C. ELEC. LB- TYPICL-'CP' INDICTE BOVE CEILING POWER CONNECTION TO CEILING MOUNTED PROJECTOR. LB UTILITY CONTROL PNEL ELEV. LOBBY 6 LB-?? /GFI E- /GFI FPB-- EWC - TYPICL OF LB- 9 LB- STUDENT 9 LB- LB- E- E- 6 REF. E.0/0 TYPICL SEE E-6 REF. E.0/0 FPB-- DN DJ. OFF. DJ. OFF. DJ. OFF. L- RECEPTION 0 L- DJ. OFF. 6 L- L- 9 L- 0 COFFEE L- 0 L- SCI. FC. OFF. 0 WORK/FILE 9 L- SCI. FC OFF. TYPICL SEE E-6 L- L- SCI. FC. OFF. 0/0/ L- SCIENCE RECEPTION SCI. COORD. OFF. 6 FPB-- E- TYPICL OF 6 TYPICL-'CP' INDICTE BOVE CEILING POWER CONNECTION TO CEILING MOUNTED PROJECTOR. LB UTILITY CONTROL PNEL REFER TO E.0/0 "C. FPB--9 FPB-- 9 +"-(TV)?? +" F.H. L- F.H. F.H. L- 0 F.H. F.H. L- 9 F.H. WORK RM. / PREP 0 L- 6 L- SHFT E.0 DT 9. L- (ON) H- 6,,0 (0/) L- 6 H-,6, (0/) #, #G., /"C. E- M GFI L- GFI- L- H- 0,, (0/) #0, #0G., /"C. FPB-- 9. CHEMISTRY CLSS/LB 0 GFI L-,6, H-,, (0/) #0, #0G., /"C. L- L- E- E- 0 FPB--6 L- L- 0 ELEC. 06 GFI L- L- 9 L- STUDY 09 L- L- 0 GFI E- GFI L- 6 L- E- F.H. L- 9. GFI L- GFI 6 E.0 WORK RM. / PREP 0 GFI GFI GFI GFI HV- GFI 0// LE- 0 CP HV- " C. E- E- H-,, 60/ L- 0 E- H-,,9 (0/) 60/60/ FPB-- E- L- E- E- L- L- FPB--0 0 H- 9,, - (0/), #0, #0G., /"C. LB UTILITY CONTROL PNEL REF. E.0/0 REF. E.0/0 TYPICL SEE E-6 L- 6 L- 9 TYPICL SEE E-6 L- E- STUDENT CLSS 0 STUDENT CLSS 0 REF. E.0/0 L- 9 L- L- REF. E.0/0 FPB-- H- 6,,0 (0/) #, #G., /"C. E- E- STIR 6 DN 0// C- UP TO CU- ON ROOF E- E- E-6 E- E- E-9 E-0 E- E- E- E- E- E-6 GENERL NOTE:. CONTRCTOR SHLL PROVIDE. WLL MOUNTED OUTLET BOX ND CONDUIT FOR ECH TV ND CMER IN LL CLSSS. COORDINTE ROUTING WITH EQUIPMENT LOCTIONS. REFER TO DWGS 0., 0. & 0. FOR EXCT LOCTIONS. CONTRCTOR SHLL PROVIDE JUNCTION BOX FOR POWER CONNECTION TO 'SMRT' BORD, DT OUTLET CONNECTION ND DT CONDUIT S REQUIRED. CONTRCTOR SHLL PROVIDE FLUSH FLOOR BOX EQUIVLENT TO WIREMOLD RFBE BOX, 6CTGY COVER PLTE, TWO () RFB6DP DUPLEX PLTES ND COORDINTE WITH THE OWNER/IT FOR CONNECTION PLTE REQUIREMENT ON REMINING TWO () COMPRTMENTS FOR MIC CBLES. NOT USED JUNCTION BOX FOR POWER CONNECTION TO UTOMTIC FLUSH VLVES. COORDINTE LOCTIONS ND TERMINTIONS WITH EQUIPMENT MNUFCTURER PRIOR TO ROUGH-IN. LL BOVE COUNTER RECEPTCLES SHLL BE MOUNTED HORIZONTLLY. COORDINTE LOCTIONS ND MOUNTING HEIGHTS WITH THE RCHITECT PRIOR TO ROUGH-IN. LOCTION OF LL FLUSH FLOOR OUTLET BOXES RE SHOWN FOR CLRITY ONLY. LL FLOOR OUTLET LOCTIONS SHLL BE COORDINTED WITH THE RCHITECT PRIOR TO ROUGH-IN. JUNCTION BOX BOVE CEILING FOR POWER CONNECTION TO MECHNICL CONTROL EQUIPMENT. COORDINTE LOCTION ND MOUNTING HEIGHTS WITH MECHNICL CONTRCTOR PRIOR TO ROUGH-IN. LL DUPLEX RECEPTCLES MOUNTED WITH-IN SIX FEET OF NY WTER SOURCE (SINK, ETC.) SHLL BE GFI PROTECTED. COORDINTE POWER ND CONDUIT REQUIREMENTS WITH SECURITY CCESS CONTRCTOR. JUNCTION BOX BOVE CEILING FOR POWER CONNECTION TO HVC DMPERS. COORDINTE LOCTION WITH MECHNICL PRIOR TO ROUGH-IN. RECEPTCLE MOUNTED IN TECHER CBINET FOR D.I. WTER SYSTEM. CONTRCTOR SHLL SUPPLY FLUSH FLOOR BOX EQUIVLENT TO WIREMOLD #60 SINGLE SERVICE SSEMBLY WITH ONE () DUPLEX RECEPTCLE. ELECTRICL CONTRCTOR TO INSTLL LL COMMUNICTION BOXES ND CONDUITS ND COMMUNICTION CONTRCTOR TO INSTLL THE CBELING. REFER TO THE TECHNOLOGY (T) SHEETS FOR CONDUIT SIZES ND COORDINTE WITH THE COMMUNICTION CONTRCTOR FOR THE DT BOX SIZE. MEP JJ, INC 0 N. CENTRL EXPRESSWY, M-00 CMPBELL CENTRE DLLS, TX 06 CERTIFICTION OF UTHORIZTION PE CIVIL GROSSMN & KEITH ENGINEERING 00 GREENBRIR PLCE OKLHOM CITY, OK 9 SEL: HELTH + SCIENCE ND MTH CENTER UNIVERSITY CENTER OF SOUTHERN OKLHOM Mt. WSHINGTON ROD RDMORE, OK 0 HV- (0/0/) HB-,,9 #, #G., /"C. GFI- GFI- 0// HV- L- K L M E-6 (TYPICL) E- TYPICL-'CP' INDICTE BOVE CEILING POWER CONNECTION TO CEILING MOUNTED PROJECTOR. M LB- LB- E- NTOMY ND PHYSIOLOGY CLSS/LB LB- CP LB- GFI- GFI- GFI- LB- GFI- GFI- LB- E- F.H. GFI- L- GFI- GFI- F.H. BIOLOGY CLSS/LB L- E- L- CP E-6 GFI- L- 6 L- GFI- M E- C PE 0 MILES SSOCITES INCORPORTED. LL RIGHTS RESERVED. THIS DRWING IS PROPERTY OF MILES SSOCITES INCORPORTED, NY REPRODUCTION, MODIFICTION OR USE OF THIS DRWING WITHOUT THE EXPRESS WRITTEN UTHORIZTION OF MILES SSOCITES INCORPORTED IS PROHIBITED. Construction Issue REVISIONS NO. DESCRIPTION DTE PR # // ISSUED BY TIME: //0 ::0 PM FILE: C:\Users\lam\Documents\ MEP Model_lam.rvt ND FLOOR PLN - POWER North /" = '-0" ISSUE DTE: PROJECT NUMBER: 9066 ND FLOOR PLN - POWER SHEET NUMBER E.0 ORIGINL SHEET SIZE: 0"X" (RCH E)

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