Home

T ` I I

Contents

1. 2 7 Buissed spur B1eqienv sisAjeuy 0042515589 05 1004 t eureu t 1806 6060 ON Welold 6002 eunr SLINSAY 1531 AHOLVHOSV JO 10095 easy 3419 NG STI STANDARD GEOTECHNICAL SERVICES 7 10 nan n ta nre is Cocument Nas ST mE pepe wee poen pisse 3 01 8 o i v WS 7 RH ae m BREE T OL1HSVV sosn 0024 ANDARD ESTING4 220700 SERVICES Aysueg 2 Busseg ainisioyy asso gt 56 105 sisfjeuy a as spun Biearenv E 1806 6060 ON Pafoid Sued 3oefoid 6002 LL eunr ejeq sjooyos AND E 7 vjezeBed 1 1 53 1631 AO AHVININOS STANDARD PTESTING4 AND ENGINEERING COMPANY GEOTECHNICAL SERVICES SIDEWALK RECOMMENDATIONS THELMA R PARKS ELEMENTARY
2. 50 4 ROCK Reddish amp Gray SANDY SHALE zm Moist Low Plasticity Soft Exod LL 26 11 SPT Refusal 20 feet n 1 a 78 25 i m B Page 1 of 1 or boring B 5 STANDARD GEOTECHNICAL SERVICES rais is prelimina PTESTING4 AND ENGINEERING COMPANY KEY TO SYMBOLS Symbol Description STRATA 5 OLS Silty Sand Siltstone 2 Sandy Shale 764 2 Sandy Clay 2 Misc ois Water level at completion of drilling operations oil Samplers Bulk sample taken from auger flights ASTM 21452 4 Standard Penetration Test ASTM 01586 n iro ond lt nat im a syne ani szax d documert STANDARD Tais Cocun ent is preliminary GEOTECHNICAL SERVICES 5 dE 5 4 amp AND ENGINEERING CONDANY signec and seated document DEFINITION OF DESCRIPTIVE TERMS Consistency of Cohesive Soils at moisture content near plastic limit Very Soft Easily penetrated 4 to 6 by fist tall core will sag under its own weight Soft Easily molded by fingers Firm Can be penetrated 2 to 3 by thumb with moderate effort imprinted with fingers Stiff Readily indented by thumb but penetrated only with great effort Very Stiff Readily indented by thumbnail imprinted very slightly with pressure from fingers Hard Indented with difficulty by thumbnail cannot be imprinted with fingers Den
3. Standard Comply with applicable portions of the National Electrical Contractors Associations Standard of Installation 1 04 SUBMITTALS Product Data Submit manufacturer s data B Shop Drawings Submit dimensioned drawings of panelboards showing accurately scaled construction layout including but not necessarily limited to mains bussing gutters and terminal connections 1 05 PRODUCT DELIVERY STORAGE AND HANDLING Handle panelboards carefully to avoid damage to internal components enclosure and finish Do not install damaged panelboard remove from project site B Store panelboards in a clean dry space which prevents formation of condensate Use storage space with uniform temperature and adequate air circulation Protect panelboards from dirt fumes water and physical damage Do not store panelboards outdoors If unavoidable provide temporary enclosure to protect against weather and dirt 16160 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 PART 2 PRODUCTS 2 01 PART3 3 01 MATERIALS AND COMPONENTS General For each panelboard indicated provide complete assembly of main lugs main circuit breaker fuse switches feeder breakers fuses branch breakers fuses terminals bussing gutters boxes neutral bar and equipment ground bar ali as needed to form a complete dead front
4. 5 Tests Performed 5 4 ENGINEERING EVALUATION CENE AND RECOMMENDATIONS 6 Soil Conditions Seismic Site Class hmmm Earthwork Recommendations 229 6 Inert Fill Requirements 6 Subgrade Preparation 22 nnn 22 6 Compaction Requirements 2 een Drainage rm 8 Foundation Recommendations 555 8 Footing Foundation System cse B Pier Foundation System Floor Slabs sese 10 Basis for Recommendations 11 Appendix Vicinity Map Site and Boring Location Plan Appendix B Boring Logs Key to Symbols Definition of Descriptive Terms Appendix C AASHTO Soil Classification System Unified Soil Classification System Appendix D Summary of Laboratory Test Results STANDARD GEOTECHNICAL SERVICES This document is preliminar PTESTING4 AND ENGINEERING COMPANY LIST OF TABLES Relative Elevation of Rock Material Relative Elevation of Groundwater in nature and is not a final signed and seaied document Page STANDARD GEOTECHNICAL SERVICES This document is preliminary PTESTING4 naiure and iS AND ENGINEERING COMPANY signed and sealed document Section
5. ORE MLL ure op uH me sr pate 94 ren cerca fiet apad po snae pens pun veh wp Paco 59 fuero wo ree pg mit apos aad EAD ano wie en posa vq dem petis Ras cpi ami 204 ype pens pocas pum song jo chess p rt spend ny sape p Bb qo 0 n ret ann 22 puarqanb gap aen STANDARD 4 AND ESTH COMPANY GEOTECHNICAL SERVICES APPENDIX D 4 ais 2cum ent is preliminary fe nd 5 not a s Jaac and seaied document Summary of Laboratory Test Results Sri ar ta 5 9 Ei ti n end is
6. SOME gt HEB ic AR PY 2 4 ROOM FINISH SCHEDULE ROOM NAME ROOM NUMBER FLOOR NORTH WALL SOUTH WALL EAST WALL WEST WALL CEILING CEILING HEIGH CABINET COUNTERTOP DOOR DOOR FRAME WIN SILL WIN COVERING OTHER NOTES ROOM NAME Mobile Labs Electrical ROOM NUMBER 2413 4 __ FLOOR NORTH WALL SOUTH WALL EAST WALL WEST WALL CEILING CEILING HEIGH CABINET COUNTERTOP DOOR DOOR FRAME WIN SILL WIN COVERING OTHER NOTES Page 5 ROOM FINISH SCHEDULE ROOMNAME Giris Coridor ROOM NUMBER Fil FLOOR 83 rs TL BASE __ 8 82 SOUTHWALL wwa ww wesrwaL ws 1 HEIGHT 90 90 90 1 __ ___ ___ __ 1l __ __ ___ ___ boo J o l 503 DOORFRAME Dri oi om J __ Dp ___ WN FRAME __ __ __ __ __ ___ ____ I 0 o w covRNG CP L OPER 4 n ROOMNAME OmeewokSN _ et C Base o BOO O UO cp Vp 22 222 __ wuw souuwaL W wi
7. 1 1 01 1 02 1 03 1 04 105 PART 2 2 01 SECTION 16141 WIRING DEVICES GENERAL SECTION INCLUDES Wall switches B Wall dimmers Receptacles D Device Plates RELATED SECTIONS Section 16130 Boxes REFERENCES WD 1 General Requirements for Wiring Devices B NEMA WD 6 Wiring Devices Dimensional Requirements c NFPA 70 National Electrical Code SUBMITTALS FOR REVIEW A Section 01300 Submittals Procedures for Submittals REGULATORY REQUIREMENTS A Conform to requirements of NFPA 70 Provide products listed and classified Underwriters Laboratories Inc as suitable forthe purpose specified and indicated PRODUCTS WALL SWITCHES A Manufacturers 7 Hubbell 2 Pass and Seymour 3 Bryant 4 Leviton 5 Substitutions Under provisions of Section 01600 B Description NEMA WD 1 heavy duty specification grade AC only general use snap switch C Device Body Plastic with toggle handle Handle to be gray 16141 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Indicator Light Lighted handle type switch red color handle E Voltage Rating 120 277 volts AC F Current Rating 20 amperes 2 02 WALL DIMMERS Manufacturers 1 Lutron 2 Prescolite 3 Lightolier 4 Engineer approved equal 5 Substitutions Under provisions of Section 01600 B Description
8. ROOM FINISH LEGEND THELMA R PARKS ELEMENATRY SCHOOL PROJECT NUMBER N08079 OKLAHOMA CITY OKLAHOMA JANUARY 15 2010 W1 LATEX PAINT W2 CARPET WAINSCOTT TO BOTTOM OF WOOD RAIL IN CORRIDOR AREA ONLY MANUFACTURER BIGELOW ART ROOM COLOR SELECT BY ARCHITECT W3 CERAMIC TILE 5 6 HEIGHT EPOXY PAINT TO 8 ABOVE CEILING HT FIELD COLOR MANUFACTURER AMERICAN OLEAN BRIGHT COLOR 0045 SALT AND PEPPER SIZE e xe ACCENT COLOR GIRLS MANUFACTURER AMERICAN OLEAN COLOR Q072 POMEGRANATE SIZE e xe ACCENT COLOR BOYS MANUFACTURER AMERICAN OLEAN COLOR 0070 SAPPHIRE SKY SIZE 6 X 6 W4 EPOXY PAINT 8 ABOVE CEILING HT CEILING 1 2 x4 LAY IN ACOUSTICAL CEILING TILE C2 2 4 MOISTURE RESISTANT LAY IN ACOUSTICAL CEILING TILE C3 PAINTED GYPSUM BOARD ACRYLIC C4 PAINTED GYPSUM BOARD EPOXY C5 EXPOSED STRUCTURE EXISTING 2 x4 CEILING REPLACE DAMAGED TILE WITH MATCHING EXISTING TILES PAINT TILES AND GRID CABINETS PLAM PLASTIC LAMINATE MANUFACTURER WILSONART CONTRACT FACTORY SPECIALS COLOR 7062 60 CONGO SPRUCE Page 2 ROOM FINISH LEGEND THELMA R PARKS ELEMENATRY SCHOOL PROJECT NUMBER N08079 OKLAHOMA CITY OKLAHOMA JANUARY 15 2010 COUNTER TOP PLAM1 PLASTIC LAMINATE MANUFACTURER WILSONART LAMINATE COLOR 4651 60 NAVY LEGACY D1 NATURAL FINISH RED D2 HOLLOW METAL PAINTED INTERIOR D3 FACTORY FINISH MATCHING EXISTING EXTERIOR DOOR FRAME DF1 HOL
9. zi vus wsevso wstvsd z za wow wet O 1x3 keld VizH wsevsowisevso wiscvea z wow et 0 1xa veria I r som Lp Lp qu lI p vert s ven even o ez adit _ __ evon tvss 1 we Ot oe ozs veria 9 iworioata evs3 tvs js evs ia wet ow oe veria o svismeow evoa eves 698 evs amos wet oz ore Ozta eria verra i Woosisas evoa evso evsu t 4 awos wer ow oe eta veria C 2 vse Hiway ever e 3 awos 04 vetu VLVW MOHL LHOI3H HLGIM Ao uogeAouay pue uogippy 00425 Syed 1941 31naaHos 13S 0102 620803 BOYNTON AWVILUIANS amp ASSOCIATES ARCHITECTURE PLANNING INTERIORS NORMAN DALLAS TULSA 900 36 Ave N W SUITE 100 NORMAN OK 73072 405 329 0423 FAX 405 364 1439 Professional Corporation Member American institute of Architects ELS GEOTECHNICAL REPORT FOR
10. 4 wesrtWaL ww wt o GEENG ct p s rn ciNGHEIGHT caner G O E _ countertop boor r i _ Di 1 wN RAME WWSEL 1 __ O L OTHERS tro Laa KEYED NOTES FOR ROOM FINISH SCHEDULE 1 FOR ROOMS IN ADMINISTRATION TO RECEIVE NEW FLOOR FINISH REF SHEET 3A3 2 ENTRY VESTIBULE RECEIVES NEW PORCELAIN TILE AND WOOD BASE REF SHEET 3A3 Page 6 DOOR SCHEDULE FOR OKLAHOMA METROPOLITAN AREA PUBLIC SCHOOL TRUST INTERIORS THELMA R PARKS ELEMENTARY SCHOOL ADDITION RENOVATION 1501 N W 30 STREET OKLAHOMA CiTY OKLAHOMA NORMAN DALLAS TULSA 900 36 Ave N W SUITE 100 NORMAN OK 73072 Architect Erorect Number 405 329 0423 08079 405 364 1439 OCMAPS Project Number 5 0047 n Member American Institute of Architects DOOR SCHEDULE Thelma R Parks Elementary School Addition and Renovation Oklahoma City Oklahoma oo an _ 2 2 DOOR un Fore E n s nH 7 E 5A3 FINANCIAL 7 HDW SET 7 PARENTRESOUR
11. 519 04402 OAT 200 5 811816 0015 1815 pex pee e s einsseid duiej sjujodjeg DD Eojeuy Boy IH v xipueddy V6 6 uoces 0102 64080N ON Paloid AND jooyos syed 2700 53 ON 199 014 lt 9 9 6 1 ae pe ae ee TER EN Em Yas ung Boy Toden 657 wey uonexunuuoj spod y y xipueddy 9264 uonoes 0102 BLORON ON WO uopercuey voMppy 00425 ewayL 2200 53 ON 1 efoid 95264 SUONLISHOAA 819167409 19040 10014 p 5 Bunubr 5 00 5 1 sadweq ayog 209 55 dwa 1049 IN amssald VOL d eto Boi Tode m Aay ums esueumuew wena ues g xipueddy WSZ621 408093 RO
12. racks will be grounded to the telecommunications ground bus bar in accordance with the grounding section of this document TECHNOLOGY SUPPORT AREA WALL LININGS 17745 2 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 At least one 1 closet wall should be lined with trade size 9 ACgrade plywood 8 high Plywood should be void free and either fire rated or treated on all sides with at least two 2 coats of fireresistant paint b Walls floors and ceiling should be treated with coatings that minimize dust and static electricity Walls will contain ladder cable trays to facilitate management routing and distribution of cables 72 TECHNOLOGY SUPPORT AREA EQUIPMENT RACK CLEARANCES a Allow a minimum of 3 4 1m of clear working space from equipment and cross connect fields b Equipment racks should be provided within the Technology Support Areas Allocate a space of at least 32 80cm deep and 7 6 2 3m high for each rack Provide space for an aisle of at least 32 80cm wide in the front and in the rear of each equipment rack 8 TECHNOLOGY SUPPORT AREA ELECTRICAL CIRCUITS Dedicated 120V nominal non switched ac duplex electrical outlet receptacles NEMA 5 20R each on a separate branch circuit per rack will be provided for equipment power These receptacles should be rated 20A b Identified and marked c
13. AND ENGINEERING GEOTECHNICAL SERVICES his document is preliminary in mature z ndis nota dna signed and seaied documert APPENDIX A Vicinity Map Site and Boring Location Plan 2608 6080 WIDE FN 1091 10029071199 044 uonippv v yoouss mem Sed Euueur 2p00 Sd SdVWOO OWEN dew ONRIBENIONA ONILSSAL avanvl ty f liminary ina a MEN 7515 n is no ied d ocument and and seaie N jordan Ave Lure iis n 3 Bed 13 ii 2 arb ss ATWOS OL LON 6128 44 tL 2 5 Or Qr 08 on cz LE in nature and is not a Jira signec and sealed documert nea 5 WS ode idee A school building TANDAR EST BM F F of existing 5 ES 0047 Thelma R Parks El Project Location 1501 N E 30th Street Oklahoma 0309 3097 2 Proj ct No 1 115 premimiior STANDARD GEOTECHNICAL SERVICES in nature end is nota irai PTESTING4 AND ENGINEERING COMPANY APPENDIX B Boring Logs Key to S
14. Fiber Optic a OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No 8079 All fiber terminations will be visually inspected with a minimum 100 X microscope to ensure that no surface imperfections exist after final 17745 12 March 4 2010 polishing Fiber strands will be tested for attenuation with an optical power meter and light source b Link loss specifications Each fiber link less than or equal to 2km will be tested according to ANSI s Fiber Optic Test Procedures FOTP 171 and must be less than or equal to 3 5 dB An Optical Time Domain Reflectometer OTDR trace must be done on links greater than 2km All fiber strands will be tested with Light Source and Optical meter for maximum dB loss amp Attenuation 1 Horizontal distribution multimode optical fiber attenuation will be measured in one direction at either 850 nanometers nm or 1 300 nm using an LED light source and power meter Backbone multimode fiber will be tested at both 850 n and 1300 nm in one direction Test set up and performance will be conducted in accordance with ANSI TIA EIA 526 14 standard Method B One 1 2 meter patch cord will be used for the test reference and two 2 2 meter patch cords will be used for the actual test This test method used a one 1 jumper reference two 2 jumper test to estimate the actual link loss of the installed cables plus the loss of two 2
15. SOT EET ORAT EM ie me Se 101000 51005 eue 9uoz 6013 sies y xipueddy 79462 uonoes OLOZ BZOSON ON Allg 100495 Sed euet r 1900 58 ON Helo 27916 pardnooo 104 wieje pue 6ujdeex pue Ayjenb jprunu 200 Jo pues SUOHEIS MONA OAS smejs d EE 1 y xipueddy VG 62 uonoes 0102 6 080 ON MO 100495 syed eugeu 2700 53 ON 12efo d SAYINDO 95264 yun wood EUG oT Bojeuy SUEY spod Areujg Bojeuy xipusddy VSLELE 0102 uorew 62080 1091034 10095 eleg eeu 1 200 59 ON palold SdVINDO 92611 SUOHEISHOM
16. 13 4 SCWD A105A A108 A102 A106A A106 A102 A100A ENTRY VEST 109 110 A111A A112A B108A 109 B109 B100 3 0 7 e 1 7 108 E108 D101 3 0 7 0 134 sewo rt 1 f Psassm Pisas Esas worcroseT 5 109 E109 E100 3 0 7 0 134 scwo Fi 1 Eras 7 G 5A3 G 5A3 E 5A3 RESTRO H 5A3 MDCC L7 7 CLASSROOM CLASSROOM 7 CLASSROOM CLASSROOM 7 CLASSROOM CLASSROOM SPECIAL NEEDS 2 22222 e e 52599 GEG 5 9 e ooo 2 282922223 e fork ford 2552552 f 15 5 CLASSROOM 7 1 7 0 134 scwp F101 F120 7 08079 Door Schedule xis Page 1 SPECIAL NEEDS e gt FIG 2 2 1000 6 080 60346 458 SNOIS ANY 91 TVNOLLO3MIG 2 OL 5 HOGIHOOO 2 SS399V einpeuos UBIS pue 1004 ______2 woownow evsa a ewos wer na 2204
17. CME 55 w 3 25 1 0 7 25 O D Surface Elevation 97 3 ft Remarks of exisiting schoo bldg Feet 4 95 1 4 c and Project No 0309 3097 Date Drilled 6 8 09 Project Engineer Rai Field Logger Chris Mcmullen Water Depth 5 ft Completion Moisture Plasticity PL 10 20 30 40 50 60 Water Content i10 20 30 40 50 80 increment Reddish Brn SILTY SAND 51 Moist Nonplastic Nonplastic Med Dense USCS SM AASHTO A 2 4 SEES omame qUnIuMvID SVwVUmEU UNGMRAGamEUUUUUUUUUM x ROCK Reddish Brn SILTSTONE V Moist Nonplastic Saft Reddish Brn amp Gray SANDY SHALE 51 Moist Fl Low Plasticity Med Hard viverent 1S PIG y STANDARD GEOTECHNICAL SERVICES end is not a firai PTESTING4 aim Scared document ANO ENGINEERING COMPANY SOIL BORING LOG Boring No 8 3 Project Thelma Parks Elementary School Building Addition Project No 0309 3097 Project Location Oklahoma City OK Date Drilled 6 3 09 Boring Location Center of the Bldg addition footprint Project Engineer Vajra Rai Drill Method CME 55 w 3 2b I D 7 25 HSA Field Logger Chris Mamullen Surface Elevation 97 3 ft Water Depth 12 ft Completion Remarks BM F F of exisiting school bldg Moistura Plasticity PL to 10 20 30
18. D Wood Surfaces Wood screws E Concrete Surfaces Self drilling anchors or power driven studs PART 3 EXECUTION 3 01 INSTALLATION A Layout to maintain headroom neat mechanical appearance and to support equipment load requirements END OF SECTION 16190 1 Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 16477 FUSES PART 1 GENERAL 1 01 WORK INCLUDED A Fuses 1 02 RELATED WORK Section 16155 Motor Starters B Section 16160 Panelboards and Cabinets Section 16170 Motor and Circuit Disconnects D Section 16426 Distribution Switchboards PART 2 PRODUCTS 2 01 ACCEPTABLE MANUFACTURERS A Manufacturer and Type Bussmann B Acceptable Manufacturers 1 Gould Shawmut 2 Littelfuse 3 Engineer approved equal 2 02 FUSES Provide fuses of the proper type and size as shown on Drawings and specified in all fused devices throughout the project B Fuses shall provide current overload and current limiting protection and shall have characteristics to insure retention of positive selective coordination All fused devices shall be labeled as to type and size of fuse Labels shall be affixed in prominent location D Where noted on Drawings fuses shall have Underwriters Laboratories Class R rejection features E Where fuse types are not shown on Drawings they shall be as follows 1 Fuses 601 amps a
19. NEMA WD 1 semiconductor dimmer for incandescent lamps Shall be capable of controlling lighting intensity over the complete range from full off to full brightness with integral on off switch Device Body Ivory plastic with linear slide Slide color to match device body Voltage 120 volts E Power Rating 600 watts minimum F Accessory Wall switch Match Dimmer Appearance 2 03 RECEPTACLES A Single Convenience Receptacle 1 Hubbell Model HBL5361GY 2 Pass and Seymour 3 Bryant 4 Leviton 5 Engineer approved equal B Duplex Convenience Receptacle 1 Hubbell Model BHL5362GY 2 Pass and Seymour 3 Bryant 4 Leviton 5 Engineer approved equal C GFCI Receptacle 16141 2 Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 4 2010 16141 3 OCMAPS Project ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 i T Hubbell Model GF300HGY 2 Pass and Seymour 3 Bryant I 4 Leviton 5 Engineer approved equal 1 D Hospital Use Receptacle As Hubbel Model 8300 2 Pass and Seymour 3 Bryant 4 Leviton 5 Engineer approved equal Isolated Ground Receptacle 1 Hubbell IG 5362 1 2 Pass and Seymour 3 Bryant 1 4 Leviton 5 Engineer approved equal F 30 Amp 125 250 Volt 3 pole 4 wire Grounding Type Single Re
20. Smoke detector heads shall not be installed until the final testing of the HVAC system including Test and Balance has been completed and all dust creating construction has ceased Heads installed prematurely shall be removed cleaned and reinstalled per manufacturer recommendations to the satisfaction of the Architect G Remote relays shall be located within 25 of the item being controlled or signaled and shall have all wiring up to the coil supervised H LABELING 1 2 Color code and label all conductors at control panels junction boxes and devices Label not handwritten each device initiating signaling and circult with its associated device address inside the housing or on the connecting junction box If exposed label shall be visible from the floor Provide a 9 X 12 legible drawing of the building floor plan showing all fire alarm devices to be framed under tempered glass as part of the annunciator panel Locate in main administration area and include existing building zoning 1 CERTIFICATIONS 1 An officer of the Electrical subcontractor shall submit through the Contractor to the Architect and the system manufacturer s representative a signed written statement attesting that all system equipment was installed in accordance with the code final plans and specifications and instructions and directives provided by the system manufacturer The NFPA form shall be used and submitted The system manufacturer s
21. and QVAX and be so listed at the time of Bid The BAS peer to peer network controllers and local user display shall also comply with the Australian Electromagnetic Compatibility EMC Framework and bear the to show compliance The purpose of the regulation is to minimize electromagnetic interference between electronic products which may diminish the performance of electrical products or disrupt essential communications DDC peer to peer controllers shall be compliant with the European EMC Directive Standards EN 50081 2 and EN 50082 2 at the Industrial Levels Additionally the equipment shall be compliant with the European LVD Directive and bear the CE mark in order to show compliance to both Directives All electronic equipment shall conform to the requirements of FCC Regulation Part 15 Governing Radio Frequency Electromagnetic Interference and be so labeled The manufacturer of the building automation system shall provide documentation supporting compliance with ISO 9002 Model for Quality Assurance in Production Installation and Servicing and 150 140001 The application of well accepted business management principles to the environment The intent of this specification requirement is to ensure that the products from the manufacturer are delivered through a Quality System and Framework that will assure consistency in the products delivered for this project This system shall have a documented history of compatibil
22. pager DDC and HVAC Mechanical Equipment Controller shall provide a HELP function key providing enhanced context sensitive on line help with task orientated information from the user manual DDC and HVAC Mechanical Equipment Controller shall be capable of comment lines for sequence of operation explanation E Alarm management shall be provided to monitor and direct alarm information to operator devices Each DDC and HVAC Mechanical Equipment Controller shall perform distributed independent alarm analysis and filtering to minimize operator interruptions due to non critical alarms minimize network traffic and prevent alarms from being lost At no time shall the DDC and HVAC Mechanical Equipment Controllers ability to report alarms be affected by either operator or activity at a PC workstation local VO device or communications with other panels on the network 1 alarm or point change reports shall include the points English language description and the time and date of occurrence The user shall be able to define the specific system reaction for each point Alarms shall be prioritized to minimize nuisance reporting and to speed operator response to critical alarms minimum of six priority levels shall be provided for each point Point 17975 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 priority levels shall be combined with user
23. support areas to be located further than 300 from the jack location in classroom to the patch panel the technology support area This assumes the use of Belden or equal CAT 6 media twist cable which allows 1096 over run from the CAT 6 standard for patch and classroom runs If distance or the wire run is anticipated to exceed 300 a separate technology support area must be provided or alterative distribution method must be identified P If the Panduit part that is specified is not available then the Panduit replacement part is acceptable Raceway faceplates and J Boxes will be Ivory in color and matched as closely as possible R Two 2 4 conduits will extend to facility exterior for telephone and data communications from the to the property line location designated by the OCMAPS Program Manager Generally the standard articulated will be used in both new construction and remodeling T Existing CAT 6 cable may be utilized but it is the responsibility of the contractor to ensure the infrastructure is certified to these specifications If existing CAT 5 cable exists it will be removed unless directed otherwise by the OCMAPS Program Manager DESIGN REQUIREMENTS A Technology Support Areas 1 MDF is the central equipment room for the school site Some schools may have some IDF The environmental controls for the MDF and IDFs should be separate from building system for year round operation If an IDF is requ
24. 3 04 MOUNTING HEIGHTS OF WIRING DEVICE OUTLETS A m Coordinate locations of outlet boxes provided under Section 16130 to obtain mounting heights specified or as otherwise indicated on Drawings Install wall switch forty four inches 44 above finished floor Install convenience receptacle fifteen inches 15 above finished floor Install convenience receptacle six inches 6 above backsplash of counter Install dimmer forty four inches 44 above finished floor Install telephone jack fifteen inches 15 above finished floor Install telephone jack for wall telephone fifty four inches 54 above finished floor 3 05 FIELD QUALITY CONTROL gt Inspect each wiring device for defects Operate each wall switch with circuit energized and verify proper operation Verify that each receptacle device is energized Test each receptacle device for proper polarity Test each receptacle device for proper operation Verify that each telephone jack is properly connected and circuit is operational 3 06 ADJUSTING 16141 5 OCMAPS Project ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 Adjust devices and wall plates to be flush and level 3 07 CLEANING Clean exposed surfaces 16 remove splatters and restore finish END OF SECTION 16141 6 OCMAPS Project No ES 0047 Thelma R Parks Elementary S
25. 40 50 60 Water Content 190 2230 40 50 0 SI Moist Nonplastic 12 6 36 6 50 4 ROCK Reddish Brn SILTSTONE 51 Moist Nonplastic Soft 26 6 Wet 50 3 ROCK Reddish Brn amp Gray SANDY SHALE Moist Low Plasticity Soft 23 Pl 7 STANDARD PTESTING AND ENGINEERING COMPANY Tanis cocun ent is prelimi pnd is signee seas document GEOTECHNICAL SERVICES SOIL BORING LOG Boring No B 4 Project Thelma Parks Elementary School Building Addition Project Location Oklehoma City OK Boring Location N W corner of the Bldg addition footprint Drill Method CME 55 3 28 L D 7 25 HSA Surface Elevation 95 2 ft Remarks F F of exisiting school bldg Project No 0309 3097 Date Drilled 6 8 09 Project Engineer Vaira Rai Field Logger Chris Memullen Water Depth 12 ft Completion 2 2 Moisture Plasticity Elev Depth 5 55 Ba PL _ Feet 23 E 19 20 40 50 60 a _ Water Content 10 20 30 40 50 60 95 Reddish Brn SILTY SAND TEN 51 Moist Nonplastic 5 8 Moist Med Dense 111 ted dtd e Reddish Brn SANDY SHALE EE Si Moist Fl Low Plasticity 3 5 36 Reddish Bm SANDY CLAY 113 5 Sr Si Moist Fl Low Plasticity Stiff Reddish Bm SANDY SHALE SI
26. Aqua Equipment racks MDF A and MDF B will house the copper patch panels for horizontal cabling for all rooms that are within the 300 cable limit not including Labs Media Rooms and the Trade and Industrial area copper and fiber patch panels will be located in MDF A but larger schools will require some copper patch panels to be placed in MDF B to accommodate all equipment listed in the rack order of Figure 2 If the copper patch panels utilized in MDF A exceed 14U then install the remaining patch panels in MDF B All MDF equipment will be rack mounted in the order as specified in Figure 2 Fiber Patch Panels Copper Patch Panele F lijar Empty Rack 5 2 i 17745 4 March 4 2010 1 Equipment racks IDF s will house the copper patch panels for horizontal connectivity for the closest room excluding Labs Media Rooms and the Trade and Industrial Area m equipment will be rack mounted the order as specified in Figure 3 Diatr buic LAN Switcher Fiver Panels B CLASSROOM CABLING 1 Six 6 CAT 6 media twist cable in each classroom and will be terminated the closest MDF or IDF three 3 drops in one corner and three 3 in the other see Figure 4 2 An additional six 6 CAT 6 cable will run from the MDF or IDF to each classroom with 100 slack coiled up in
27. Equipment Controller shall have a dedicated RAM based buffer for trend data and shall be capable of storing a minimum of __ data samples trend data shall be available for transfer to a Workstation without manual intervention DDC and HVAC Mechanical Equipment Controllers shall also provide high resolution sampling capability for verification of control loop performance Documented evidence of tuned loop control shall be provided on a regular basis month season quarter annual Model Free Adaptive control loops evidence of tuned loop control shall be provided via graphical plots of trended data logs Graphical plots shall minimally include depictions of setpoint process variable output and control variable e g temperature Other parameters that may influence loop control shall also be included in the plot e g fan on off mixed air temp b For PID control loops operator initiated automatic and manual loop tuning algorithms shall be provided for all operator selected PID control loops Evidence of tuned loop performance shall be provided via graphical plots or trended data logs for all loops 1 In automatic mode the controller shall perform a step response test with a minimum one second resolution evaluate the trend data calculate the new PID gains and input these values into the selected LOOP statement 2 Loop tuning shall be capable of being initiated either locally at the DDC and HVAC Mechanical Eq
28. Indicating Device Match Existing Central Fire Alarm Control Panel Comply with UL 864 F Wires Solid copper with 600 V rated 75 deg C color coded insulation Plenum Rated 1 Low Voltage Circuits No 16 AWG minimum 2 Line Voltage Circuits No 12 AWG minimum 2 2 SYSTEM FEATURES A System shall contain not less than the following 1 2 3 Class wiring fire alarm system During an alarm condition the associated device alarm LED shall flash until acknowledged by silencing the alarm signals this shall allow determination of location of last alarm Allow the general alarm devices to be silenced only by authorized personnel accessing a locked control cabinet then operating an ALARM SILENCE switch However a subsequent device alarm shall reactivate the signals Engagement of the ALARM SILENCE switch shall be indicated by illumination of the ALARM SILENCED LED and an audible trouble signal Power failures opens grounds or a disarrangement of the system wiring or components shall be indicated by a visual and audible trouble signal Ground Fault detection Alarm and Trouble LED for each device Subsequent alarm resound feature 17720 1 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahonia City Project No N08079 March 4 2010 8 Dead Front design control panel with all LED alarm trouble and power indicators located behind locked t
29. Moist Fl Low Plasticity 85 410 50 2 ROCK Reddish Bm SANDY SHALE 123 51 Moist Low Plasticity Med Hard 27 1 SPT Refusal 15 5 feet Page i of 1 for boring 8 4 1 STANDARD SERVICES n end is nota i 5 4 SOIL BORING LOG um UO ERO Uu us AND ENGINEERING COMPANY Boring B 5 Project Thelma Parks Elementery School Building Addition Project No 0309 3097 Project Location Oklahoma City Date Drilled 6 8 09 Boring Location N E corner of the Bldg addition footprint Project Engineer Vajra Rai i Drill Method CME 55 3 25 1 0 7 25 HSA Field Logger Chris Mamullen Surface Elevation 99 6 ft Water Depth 15 ft 9 Completion Remarks of exisiting school bidg 2 Moisture Plasticity Elev Depth 26 PL Feet 585 58 10 20 30 40 50 60 is Water Content 0 wea devesessuctunumvmYHReUeee eve Me 10 20 30 40 50 B0 Reddish Brn SILTY SAND 51 Moist Moist Nonplastic V Loose 36 4 USCS SM AASHTO 4 0 95 5 Reddish Brn SILTSTONE Moist Nonplastic V Stiff 90 10 EXE ax Reddish Brn amp Gray SANDY SHALE Moist Low Plasticity V Stiff 85 ZEE y 395
30. Oklahoma City Project No 08079 March 4 2010 5 s el e v a fal EGET OPE quor ors MORE MOS RO Fig 11 LABELING FIBER AND CAT 6 CABLE a Identify cables according to the labeling scheme per TIA EIA 606 standards on the cable and each terminating location b The cable will be labeled with this format room number cable number room number For example cable 1 in room C104 terminating in the IDF that is in room D100 the cable will be labeled C104 1 D100 For cable 1 in room C104 terminating in the MDF B rack it will be labeled C104 1 MDF B 1 AND BONDING Provide a Telecommunications Bonding Backbone TBB This backbone will be used to ground all telecommunications cable shields equipment racks cabinets raceways and other associated hardware that has the potential for acting as a current carrying conductor The TBB will be installed independent of the buildings electrical and building ground The main entrance facility equipment room in each building will be equipped with a telecommunications main grounding bus bar TMGB Each technology support areas will be provided with a telecommunications ground bus bar TGB The TMGB will be connected to the building electrical entrance grounding facility Ground all racks metallic backboards cable sheaths metallic strength members splice cases cable trays etc entering or residing in
31. SCHOOL IN OKLAHOMA CITY OKLAHOMA BOYNTON WILLIAMS AND ASSOCIATES MR STEVE CHESSER Sidewalk recommendations presented below are based on the report of geotechnical investigation of the Thelma R Parks Elementary School Building Addition in Oklahoma City Oklahoma prepared for OCMAPS Project No 0309 3097 dated June 30 2009 Concrete Paving Recommendations for Sidewalk 1 Subgrade Preparation Subgrade should be stripped of the all vegetation and any other deleterious materials and packed down tightly using jumbo jack or equivalent equipment 2 minimum thickness of sand 2 inches 3 minimum thickness of concrete 4 inches Prepared by lt ns Rai Staff Geotechhical Engineer Ming Cheng Peter Shau P E Manager Geotechnical Services Certificate of Authorization No 77 Expiration 6 30 2011 E d i MEC 2 pete ox i
32. School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Actuation of any alarm shall automatically cause alarm signal to be transmitted In a split reporting format via telephone lines furnished by the I 89 School District to the primary central receiving station located at the l 89 School District s Service Center or contracted vendor B The keypad and alarm devices located in the kitchen zone shall be programmed as a separate partition to allow limited access to the kitchen area PART2 PRODUCTS 2 1 Provide Security System products sizes and capabilities indicated complying with manufacturer s information on standard materials and components designed and constructed for applications indicated Provide an Ademco Vista 128FB Partitioned Addressable Control Communicator Panel approved equal The control panel shall be microprocessor based and include a type HSP 121BT1 Surge Protector Module two 2 type 31 Telephone Line Surge Protectors Telephone Communication Cords twelve 12 VCD power supply and battery The Security Control Panel shall be capable of supervising and controlling up to eight 8 used definable partitions up to fifty 50 devices with up to sixteen 16 keypad consoles System shall be capabie of utilizing wired multiplexed and wireless devices to provide up to 87 zones System shall provide up to 128 user codes with seven 7 authority levels B SURGE AN
33. all hardware and software and verify communication between all components of the BACnet client b Joint Commissioning Verify operation of the integrated system b1 Upon review of software a point to point test of the integrated control installation shall commence The BACnet client supplier representative in conjunction with the building control vendor shall test actual field operation of each control and sensing point Compare the values read in the BACnet client and the Apogee system b2 When the point to point input output testing is successfully completed a series of hardware software systems tests shall be performed All groups of points that yield a system control shall be tested for compliance with the sequences of operation The tests shall include but not be limited to a Control interlocks and any miscellaneous sequences shall be tested b All alarm and shutdown modes shall be tested for proper operation b3 The engineer and Owner may elect to be present to observe and review these tests They shall be notified at least ten days in advance of the start of the testing procedures ELECTRICAL WIRING AND MATERIALS A Install connect and wire the items included under this Section This work includes providing required conduit wire fittings and related wiring accessories All wiring shall be installed in conduit where required Provide wiring between thermostats aquastats and unit heater motors all control and alarm wiri
34. assign a minimum of 50 passwords access and control priorities to each point individually The logon password at any workstation or portable operator terminal shall enable the operator to monitor adjust and control the points that the operator is authorized for other points shall not be displayed on the PC workstation or portable terminal e g all base building and all tenant points shall be accessible to any base building operators but only tenant points shall be accessible to tenant building operators Passwords and priorities for every point shall be fully programmable and adjustable When part of a LonWorks network the DDC or HVAC Mechanical Equipment Controller shall have a common database server for all LonWorks network information embedded This embedded LonWorks network database server maintains a dynamic real time representation of the LonWorks network including connections bindings node status and configuration properties A PC must NOT be required for this database FLOOR LEVEL NETWORK APPLICATION SPECIFIC CONTROLLERS ASC A Each DDC Controller shall be able to extend its performance and capacity through the use of remote application specific controllers ASCs through Floor Level LAN Device Networks B Each ASC shall operate as a stand alone controller capable of performing its specified control responsibilities independently of other controllers the network Each ASC shall be a microprocessor based multi task
35. authorized representative shall provide written certification that the system has been properly installed tested and is functioning property END OF SECTION 17720 3 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No 408079 March 4 2010 PARTI 1 1 1 2 1 4 4 5 Section 17730 GPS Wireless Clock System GENERAL SUMMARY A Section Includes Division 1 applies to this section Provide GPS wireless clock system complete B Related Work Specified Elsewhere 1 120 volt grounded electrical outlet at transmitter location DEFINITIONS A GPS Global Positioning System a worldwide system that employs 24 satellites in an integrated network to determine geographic location anywhere in the world and which employs and transmits atomic time the most accurate and reliable time SYSTEM DESCRIPTION GPS wireless clock system shall continually synchronize clocks throughout the facility and shall be capable of clock readouts in multiple time zones where desired system shall synchronize all clocks to each other The system shall utilize GPS technology to pro vide atomic time The system shall not require hard wiring Clocks shail automatically adjust for Daylight Savings Time Analog Clocks shall be synchronized to within 10 milliseconds 6 times per day and the system shall have an intemal oscillator that maintains plus or minus one
36. be closely coordinated with the appropriate Subcontractors Wiring Method install wiring in metal raceways that match the existing installation materials Provide and install the system additions in accordance with the plans and specifications all applicable codes and the manufacturer s recommendations All wiring shall be installed in accordance with ail applicable codes and standards Upon completion of installation the Contractor shall so certify in writing to the Owner and General Contractor D Upon completion the entire fire alarm system shall be fully tested in accordance with 72 and local Fire Department Requirements The completion testing shall be performed by the installing licensed alarm company in the presence of the owner s representative and the local fire marshal Once complete a copy of the Record of Completion shall be submitted to the school and the project Architect 1 Require system manufacturer s authorized representative shall provide supervision of final system installation panel connections and check out 2 Specify Contractor shall make all arrangements and pay all fees in connection with the testing of the system 17720 2 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City Project No 08079 March 4 2010 Provide conduits with pull strings from the Main Control Center to each junction box location for planned future additions
37. conduit All line voltage wiring shall be installed in conduit All low voltage wiring installed above accessible ceiling may be installed without conduit by using cable with a jacket that is UL listed for installation in a return air plenum 3 Plenum rated cable installed in corridors shall be installed in cable hangers 4 All cable ties shall be plenum rated EXECUTION EXISTING NEW FACILITIES The Contractor shall arrange jobsite conference two 2 weeks prior to any work being performed the existing security system The General Contractor shall take meeting minutes and distribute to all parties for record INSTALLATION A The manufacturer s authorized representative shall provide supervision of final system panel connections perform a complete functional test of the system and submit a written report to the Contractor attesting to the proper operation of the system All equipment and wiring shall be guaranteed against defects in materials and workmanship for a two 2 year period from the acceptance and beneficial use of the system Emergency repairs programming changes and additions to the system made by the 1 89 School District s personnel shall not invalidate this warranty Upon completion of the installation the electrical contractor shall provide to the Architect with a copy to the manufacturer s representative signed written statement attesting that all system equipment was installed in accorda
38. cost to the 1 89 School District CABLING SYSTEM WARRANTY The contractor shall facilitate at least a ten 10 year performance warranty between the manufacturer and the 89 School District An extended component warranty shall be provided which warrants functionality of all components used in the system for at least 10 years from the date of acceptance Copper links shall be warranted against the link performance minimum expected results defined in the TIA EIA 568B TSB 67 Fiber optic links shall be warranted against the link and segment performance minimum expected results defined in the TIA EIA 568B Annex H K TESTING AND VALIDATION 1 GENERAL 17745 11 OCMAPS Project No ES 0047 Thelma R Parks Elementary Schoo Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Testing and validation is to verify cabling system and performance and to ensure accuracy Test all cables in accordance with this document the ANSI TIA EIA standards and best industry practices If any are in conflict the Contractor will be responsible to bring any discrepancies to the attention of the Architect for clarification and or resolution A third party contractor will do random testing More than one 1 Failure to the threshold requirements could result at 1 89 School District s discretion a third party corrective action and retesting of all cables at the installation vendors expense The OCMAPS Program Mana
39. definable destination categories PC printer DDC Controller etc to provide full flexibility in defining the handling of system alarms Each DDC and HVAC Mechanical Equipment Controller shall automatically inhibit the reporting of selected alarms during system shutdown and start up Users shall have the ability to manually inhibit alarm reporting for each point 3 Alarm reports and messages will be directed to a user defined list of operator devices or PCs based on time after hours destinations or based on priority 4 In addition to the point s descriptor and the time and date the user shall be able to print display or store a 200 character alarm message to more fully describe the alarm condition or direct operator response 5 In dial up applications operator selected alarms shall initiate a call to a remote operator device A variety of historical data collection utilities shall be provided to manually or automatically sample store and display system data for points as specified in the O summary 1 Any point physical or calculated may be designated for trending Any point regardless of physical location in the network may be collected and stored in each DDC and HVAC Mechanical Equipment Controllers point group Two methods of collection shall be allowed either by a pre defined time interval or upon a pre defined change of value Sample intervals of minute to 7 days shall be provided Each DDC and HVAC Mechanical
40. depths and elevations indicated in the Relative Elevation of Rock Material an aspect ratio length diameter of four 4 or more have spacing between individual piers of three diameters or more clear spacing be adequately reinforced with the reinforcement extending into the grade beams and or pier caps Piers may be proportioned using an allowable net end bearing capacity of 14 000 psf and an allowable skin friction capacity of 1 080 psf for that portion of the pier in direct contact with the sandy shale rock formations Skin friction along the shaft in the overlying soils should be ignored Uplift on the piers can be resisted by using this same skin friction value plus an allowance for pier weight Maximum vertical displacement of piers designed in this manner is expected to be on the order of 0 7 of the pier base diameter Drilled shafts will require casing or slurry drilling methods Concrete should be placed in pier holes as soon as practicable after completion of drilling to prevent weathering of the bearing stratum and relaxation of horizontal ground stresses Ifthe pier holes cannot be dewatered concrete must be placed by tremie method so as to assure no contamination ofthe fresh concrete by groundwater or drilling fluids A sufficient head of plastic concrete should be maintained within the casing at all times during its extraction in order to overcome the hydrostatic groundwater pressure outside the ca
41. encountering stable subgrade conditions 12 inches of ODOT Type Aor Type B aggregate base should be placed in thie bottom of the overexcavated area and suitable fill material placed and compacted to bring th subgrade to design elevation Compaction Requirements All fill in the structural area should be compacted to at least 95 percent of standard Proctor maximum dry density ASTM D698 at a moisture content within 296 to 4 of the optimum placed in lifts not to exceed eight 8 inches in compacted thickness tested for field density for each lift of fill at frequencies of every 5000 sq ft in areas under structure Moisture should be maintained up until the placement of concrete especially in structural rea to prevent shrinkage and subsequent post construction swell of the soil Project No 0309 3097 7 June 26 2009 cocumeni is preliminary ESTINGA pe nature anc is nota final AND ENGINEERING COMPANY Drainage Ali areas adjacent to the building should be sloped away from the structure to prevent ponding of water near the building si and sealed document Foundation Recommendations Considering the soils encountered and based on the test results of this exploration the following foundation design parameters are recommended for the indicated foundation systems A Project No 0309 3097 8 June 26 Footing Foundation System Shallow foundations e g spot or continuous c
42. identification of false and or trouble associated with low battery voltage grounds and external communication failures System shall allow authorized personnel to select functions such as bypassing a troubled zone resetting of the system aborting an alarm transmission and testing via the control keypad System shall provide an automatic transfer of operations to standby batteries should power fail System shall provide lightning and surge protection on all sources na w N 1 4 SUBMITTAL REQUIREMENTS Submittals for systems provided under this section of the specification shall contain but not be limited to the following Specification data sheets on each individual system component Wiring diagrams indicating all system components number and sizes of required conductors interconnecting components and conduit sizes required to house conductors Wiring diagrams shall be computer generated point to point type prepared specifically for this project Typical wiring diagrams will not be accepted Provide copies of published product warranties Provide copies of installation and service certification upon completion Provide complete computer generated As Built Documents along with a copy of the CAD file on compact disk Provide copies of maintenance manuals containing all of the above items plus maintenance requirements Suk N gt N 1 5 SYSTEM OPERATION 17700 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary
43. l C E 10 drops 7 Graphic Communication Lab 30 drops 8 Construction or Welding Lab 10 drops 9 Video production 2 drops 10 Office 2 drops per office d Placement of the drops depends on room layout dimensions and furniture placement OCMAPS Project No ES 0047 17745 8 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 ADMINISTRATIVE OFFICES 1 Three 3 CAT 6 drops in each administrative office will be terminated in the closest MOF or IDF 2 Placement of the drops depends on room layout dimensions fumiture placement SCIENCE LABS 1 Five 5 CAT 6 drops plus one 1 drop for each demonstration table in each lab and will be terminated in the closest MDF or IDF ALL OTHER SPACES 1 Reference Ed Specifications for specific number of drops and terminate in the closest MDF or IDF FACEPLATES 1 Faceplates will be single gang horizontal sloped holding up to four 4 Mini Com Modules Panduit part number UICFPHSE4IW 2 Outlets will provide a means of supporting modular jacks during termination 3 Module Icons Contractor will install the following module Icons for each classroom administration work area One 1 yellow voice module icon Panduit part number UICIPYL C next to the teacher s desk b Provide all remaining drops in work area with green data module icon Panduit part number UICIDGR C LABELING 1 Labeling
44. marginal signal area Analog clocks can operate in marginal signal areas but battery life will be about 25 percent shorter 3 After initial set the clock will shut off the recelver On a pre scheduled basis the microprocessor will tum the receiver back on and starting with the stored channel it will again look for valld time signal However the beeper will not operate 4 If the clock has not decoded a valid time signal for seven days then it will go back to a double step mode Non signal reception can be caused by low battery voltage If this replace the batteries EQUIPMENT A General The clock system shall include a transmitter a roof or window mounted GPS receiver indicating clocks and all accessories for complete operation Transmitter Primex Wireless Model FM 72 consisting of wireless transmitter with GPS receiver Unit shall obtain current atomic time from satellite The clock system shall transmit time continuously to all clocks in the system 4 Transmission Frequency Range 72 100 to 72 400 MHz Transmission Range one mile open field Radio technology narrowband FM Number of channels 16 Channel bandwidth 20 kHz maximum Transition mode one way communication Data rate 2 KBps Operating range 0 degrees C to 70 degrees C ransmitter Transmitter output power 26 to 30 dBm Frequency deviation 4 kHz Transmitter power requirements 120 VAC 60 Hz Internal power requirements 5 VDC Carrier freq
45. of range from the master trans mitter The unit shall include the following Antenna mounted on top of the housing 46 inches long b Power Supply Input 120 VAC 50 60 Hz 0 4 amp Output 9 volt DC 1 5 amps 6 foot cord Approximately one Watt transmission 72 MHz frequency 16 selectable channels Time zone adjustment switch LCD display showing time date and signal verification Housing black metal casing Dimensions 16 inches wide by 12 inches deep by 1 7 8 inches high Weight 7 3 4 pounds Operating range 32 degrees F to 158 degrees F 0 70 degrees C PART 3 EXECUTIONS 3 1 EXAMINATION Verify that construction is complete in spaces to receive equipment and that rooms clean and dry B Verify that 120 volt electrical outlet is located within 6 feet of location of transmitter and that outlet is operational and properly grounded 17730 4 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 3 2 INSTALLATION GPS Unit Install on roof in location indicated in clear view of the sky install unit in location free from standing water and above accumulations of leaves or debris Seal cable connection to GPS with cable connection sealant Any added cable lengths must be protected from outside elements B Transmitter F 1 Locate transmitter where indicated a minimum of 2 to 3 feet above the f
46. on the Network as well as PC s granted access via thelr internet connection All access to the system shall be controlled via security logins passwords System shall allow exporting of selected video clips or single bitmap images System shall provide digital motion detection by means of pixel change monitoring Users shall have the abilty to set desired area to monitor for pixel change to trigger alarm recording System shall provide continuous loop recording of 5 seconds duration to allow events immediately prior to alarm recording initiation to be recorded PART Ill EXECUTION CLOSED CIRCUIT TELEVISION SYSTEMS 1 Maintain security systems and components in accordance with equipment manufacturer s written instructions in compliance with National Electrical Code and with recognized industry practices to ensure that CCTV system complies with requirements and serves intended purposes Coordinate initial programming of system with Oklahoma City Public Schools Provide software to Oklahoma City Public Schools for installation on other Networked PC s for control and monitoring of system 2 Use extreme care in handling fishing and pulling in electronic coaxial cable to avoid damage to cable and shielding Avoid excessive and sharp bends Ensure manufacturer s recommended pulling tensions are not exceeded 3 Install CCTV equipment properly to avoid causing mechanical stresses twisting or misalignment of equipment being exerted by cla
47. point names point addresses interface wiring diagrams panel layouts System riser diagrams 4 Auto CAD compatible as bullt drawings _ Upon project completion submit operation and maintenance manuals consisting of the following Index sheet listing contents in alphabetical order Manufacturer s equipment parts list of all functional components of the system Auto CAD disk of system schematics including wiring diagrams Description of sequence of operations As Built interconnection wiring diagrams Operator s Manual Trunk cable schematic showing remote electronic panel locations and all trunk data List of connected data points including panels to which they are connected and input device ionization detector sensors etc 1 6 WARRANTY Provide all services materials and equipment necessary for the successful operation of the entire BAS system for a period of one year after beneficial use The adjustment required testing and repair of the system includes all computer equipment transmission equipment and all sensors and control devices The on line support services shall allow the local BAS subcontractor to dial out over telephone lines to monitor and control the facility s building automation system This remote connection to the facility shall be within 8 hours of the time that the problem is reported normal business hours if the problem cannot be resolved on line by the local office the national office of the b
48. scheme per classroom will contain assigned identifiers for space panel and port per TIA EIA 606 standards All labels must be machine generated and inserted into faceplate then secured with clear plastic cover 2 All faceplates will denote the MDF or IDF room number on each faceplate The individual CAT 6 modules will be identified with the classroom number followed by the port cable number For example the label for the faceplate is IDF D100 which means the cables in this faceplate are terminated in network closet D100 Figure 7 shows the detailed labeling required for a faceplate for classroom C104 13 LABELING MAIN EQUIPMENT ROOM a All MDF equipment racks will have a visible label using the following convention MDF A which would represent equipment rack A and MDF B would represent equipment rack B and so on as shown in Figure 2 b Ports on the patch panels will be grouped and labeled in order from left to right top to bottom 17745 9 OCMAPS Project ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 The following Figure 8 explains how all copper patch panels will be labeled Each port will be labeled with Room Number Cable Number For example classroom A104 would have ports labeled 104 1 104 2 104 6 and administrative rooms are labeled 01 1 01 2 01 3 B02 1 802 2 etc Fiber patch panel
49. stop within that group The operator shall be able to define the following information Time day Commands such as on off auto and so forth Time delays between successive commands There shall be provisions for manual overriding of each schedule by an appropriate operator d It shall be possible to schedule events up to one year in advance 1 Scheduling shall be calendar based 2 Holidays shall allow for different schedules Enthalpy switchover economizer The Energy Management Control Software EMCS will control the position of the air handler relief return and outside air dampers If the outside air dry bulb temperature falls below changeover set point the EMCS will modulate the dampers to provide 100 percent outside air The user will be able to quickly changeover to an economizer system based on dry bulb temperature 17975 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 and will be able to override the economizer cycle and retum to minimum outside air operation at any time Temperature compensated duty cycling a The DCCP Duty Cycle Contro Program shall periodically stop and start loads according to various pattems b The loads shall be cycled such that there is a net reduction in both the electrical demands and the energy consumed Automatic Daylight Savings Time Switchover The system shal
50. the MDF or IDF to the respective TGB or TMGB using a minimum 6 AWG stranded copper bonding conductor and compression connectors wires used for telecommunications grounding purposes will be identified with green Insulation Non insulated wires will be identified at each termination point with a wrap of green tape All cables and bus bars will be identified and labeled consistent with the labeling system b The TBB will be designed and or approved by a qualified PE licensed in Oklahoma The TBB will adhere to the recommendations of the TIA EIA 607 Telecommunications Bonding and Grounding Standard and will be installed in accordance with best industry practices Installation and termination of the main bonding conductor to the building service entrance ground at a minimum will be performed by a licensed electrical contractor WARRANTY 1 The Contractor shall provide a system warranty covering the installed cable system against defects in workmanship components and performance and follow on support after project completion The Contractor shall warrant the cabling system against defects in workmanship for a period of one year from the date of system acceptance The warranty shall cover ail labor and materials necessary to correct a failed portion of the system and to demonstrate performance within the original installation specifications after repairs are accomplished This warranty shall be provided at no additibnal
51. unit Size the equipment ground bar equivalent In current carrying capacity to the incoming low voltage feeder ground conductor and suitable for brazed or approved pressure connector terminations of the ground conductors for the associated feeders branch circuits etc Provide main fuse or breaker and bus ratings as indicated in the panel schedule Furnish trip free branch breakers equipped with individually insulated braced and protected connectors Breakers to be suitably numbered on each handle with tripped indication clearly shown by the handle position Make provisions for future addition of breakers so that no additional connectors will be required Use common trip in all multi pole breakers Rate each panelboard as a complete unit equal to or greater than the integrated equipment rating shown in the panelboard schedules or as required to exceed available fault current Obtain fault current from the local electric utility company and order panels accordingly to comply with Articles 110 9 and 110 10 1987 NEC Furnish quick make quick break branch breaker types with interrupting ratings as required Provide distributed phase sequence type bussing made of hard drawn copper of 98 conductivity Furnish adequate gutter space for wire size used all per NEC Cabinets Code gage galvanized steel with knockouts Include fronts with flush stainless steel cylinder tumbler type locks with catches and spring loaded door pulls Key all panelboard l
52. 06 entitled Site Class Definitions Earthwork Recommendations E Only nonplasticto low plasticity on site soils or imported inertfill should be used for fill under structure Inert fill should meet the following requirements inert Fill Requirements Amount finer than 2 inch sieve 100 Amount finer than No 200 sieve 12 minimum and if PI lt 7 60 maximum Liquid Limit 40 maximum Plasticity Index 17 maximum Project 0309 3097 8 June 26 2009 STANDARD This Gocument 1 GEOTECHNICAL SERVICES preliminary 5 4 E 4 te ci Hr di AND ENGINEERING COMPANY signed and sealed document Subgrade Preparation The existing subgrade should be stripped of all vegetation topsoil and any other deleterious materials proofrolled including removing and replacing any soft material which exhibits permanent subgrade deformation exceeding 0 5 inch when traversed by a loaded truck with a rear axle load of approximately 16 000 ibs axle tested for moisture and density and if deficient scarified to depth of 8 inches moisture conditioned to within 2 to 4 percentage points of optimum moisture and compacted to 95 percent or more of standard Proctor maximum dry density ASTM 0698 Removal of soft subgrade should not exceed 3 foot depth below finaltop of subgrade elevation nor extend below the static groundwater elevation If such a depth is reached without
53. 1 INTRODUCTION Authorization This report presents the results of a subsurface exploration performed by Standard Testing and Engineering Company Standard Testing in accordance with the proposal prepared for Oklahoma City Metropolitan Area Public Schools Trust dated April 29 2009 and identified as Standard Testing project number 0309 3097 We received authorization for this study through a letter signed by Mr Dennis Clowers Director of Public Works City Engineer and Mr Eric J Wenger Program Manager of Oklahoma City Metropolitan Area Public Schools Trust dated May 21 2009 Purpose and Scope geotechnical investigation was performed for the purpose of 1 determining the subsurface conditions 2 evaluating the bearing capacity and plasticity characteristics of the soils and 3 making recommendations conceming the earthwork and foundation systems forthe proposed facility Five 5 exploratory borings were drilled on the site as requested by Mr Wenger The depths ofthe borings and types oftesting were performed according to the scope of work proposed by Standard Testing and accepted by Mr Wenger Narrative descriptions of ourfindings and recommendations are contained in the body of this report A site and boring location plan the boring logs and summary of laboratory test results are included in the Appendices of this report Project Location and Description The proposed project will be a sin
54. 79 March 4 2010 Consultant The Facility Group training shall be held during normal working hours of 8 00 am to 4 30 PM weekdays B Provide up to two 2 each four 4 hour training sessions for Owner s designated operating personnel Training shall include Explanation of drawings operations and maintenance manuals Walk through of the job to locate control components Operator workstation and peripherals DDC controller and ASC operation function Operator control functions including graphic generation and field panel programming Operation of portable operator s terminal Explanation of adjustment calibration and replacement procedures Student binder with training modules Since the Owner may require personnel to have more comprehensive understanding of the hardware and software additional training must be available from the Manufacturer If such training is required by the Owner it will be contracted at a later date OF SECTION 17975 OCMAPS Project ES 0047 Thelma Parks Elementary Schoo Addition Renovation Oklahoma City OK Project No 08079 _ March 4 2010 OLOZ YUEN 6 08 0 ON AND Syed BUSY 2700 53 ON 17526 COMME
55. APS Project ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Appendix SECTION 16170 MOTOR AND CIRCUIT DISCONNECTS PART 1 GENERAL 1 01 WORK INCLUDED A Provide and install motor disconnects B Provide and install circuit disconnects 1 02 RELATED WORK Section 11400 Food Service Equipment B Section 15820 Air Distribution Equipment 1 03 REQUIREMENTS OF REGULATORY AGENCIES A Conform to National Electrical Code and to applicable inspection authority 1 04 REFERENCE STANDARDS Underwriters Laboratory Inc Annual Product Directories B Classification of Standard Types of Nonventilated Enclosures for Electric Controllers National Electrical Manufacturers Association PART 2 PRODUCTS 2 01 ACCEPTABLE MANUFACTURERS Manufacturer and Type Square D Class 3110 B Acceptable Manufacturers 1 General Electric Co 2 Siemens 3 Eaton Westinghouse Cutler Hammer 4 Engineer approved equal 2 02 COMPONENTS A Motor and circuit disconnects shall have an Underwriters Laboratory label B Single phase disconnect switches Two pole switch C Three phase motor disconnect switches 3 pole heavy duty non fusible or fusible as shown on drawings 250 or 600 volt as required in NEMA 1 for indoor or NEMA 3R for outdoor locations PART 3 EXECUTION 16170 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renov
56. D TAMPER PROTECTION A Surge Protection Protect components from voltage surges originating external to equipment housing and entering through power communication signal control or sensing leads Include surge protection for extemal wiring of each conductor entry connection to components 1 Minimum Protection for Power Connections 120 V and More Auxiliary panel suppressors complying with requirements in Division 26 Section Transient Voltage Suppression for Low Voltage Electrical Power Circuits 2 Minimum Protections for Communication Signal Control and Low Voltage Power Connections Comply with requirements in Division 26 Section Transient Voltage Suppression for Low Voltage Electrical Power Circuits as recommended by manufacturer for type of line being protected B Tamper Protection Tamper switches on enclosures control units pull boxes junction boxes cabinets and other system components shall initiate a tamper alarm signal when unit is opened or partially disassembled Control station control unit alarm display shall identify tamper alarms and indicate locations KEYPADS 1 Provide an Ademco type 6139 Addressable Alphanumeric Keypad or approved equal Each console shall provide a 32 character alphanumeric display and shall be programmed with custom message for each point connected to the system All keypads shall be mounted with a flush wall mounted locking enclosure and keyed for the Ademco Locking System 2 Prov
57. Enclosed herewith are the original and two 2 copies of our report covering the subsurface exploration for the subject project This study was authorized by a letter signed by Mr Eric J Wenger dated May 21 2009 Standard Testing and Engineering Company conducted a geotechnical investigation at the site of a new building addition for Thelma Parks Elementary School located at 1501 30 Street Oklahoma City Oklahoma This report contains detailed results of the investigation including foundation recommendations as well as construction considerations subsurface soils consist of approximately 2 5 to 15 feet of nonplastic to fairly low plasticity silty sand sandy clay and sandy shale over siltstone rock and sandy shale rock Foundation recommendations include either 1 shallow footings or 2 cast in place concrete piers We trust that the results and recommendations contained herein will permit adequate economical design and construction of the proposed structure Unless you specify otherwise we will keep samples obtained from these borings in our Oklahoma City laboratory for the next thirty 30 days We appreciate the opportunity to assist on this project Please call on us if we can be of further service Respectfully submitted STANDARD TESTING AND ENGINEERING COMPANY Vajra Rai Staff Geotechnical Engineer Project No 0309 3097 Account No 02300KC18 GEOTECHNICAL SERVICES Th
58. INISH SCHEDULE OTHER NOTES ee ae eee Special Neste MDF Closet SpeachAma Wee DUE _ 4 po Ww c w w SOUTH WALL EAST WALL WEST WALL CEILING CEILING HEIGHT CABINET COUNTERTOP DOOR DOOR FRAME WIN SILL WIN COVERING OTHER NOTE Page 3 ROOM FINISH SCHEDULE ROOMNUMBER Fi i Fi Wi Wi _ wi wi w EASTWAL wi Wi wesrwaL Wi o w Wi 90 3929 92 COUNTERTOP Di Bi Pi 9i DOORFRAME bri ___ DH ET WIN FRAME w2 gt wo wz wio Msi WIN COVERING wor wo wa omr NES e 5 1 NogHWAL wesrwauL wo Wt wt 9 99 99 CABINET PLAM ALT DOORFRAME Bri WIN FRAME Wea Wr we wz
59. LOW METAL PAINTED INTERIOR WINDOW FRAMES WF1 HOLLOW METAL PAINTED INTERIOR WF2 FACTORY FINISH EXTERIOR WINDOW SILL WS1 SYNTHETIC MARBLE WINDOW COVERING WC1 MINI BLINDS WC2 METAL INSULATED PANEL RESTROOM PARTITION GIRLS MANUFACTURER GENERAL PARTITIONS COLOR 290 BORDEAUX BOYS MANUFACTURER GENERAL PARTITIONS COLOR 220 COBALT Page 3 ROOM FINISH SCHEDULE Thelma R Parks Elementary School Project No N08079 Oklahoma City Oklahoma 09 25 09 ROOM NAME ROOM NUMBER FLOOR BASE NORTH WALL WIN SILL OTHER ROOM NAME ROOM NUMBER FLOOR NORTH WALL SOUTH WALL EAST WALL WEST WALL CEILING CEILING HEIGHT CABINET COUNTERTOP DOOR DOOR FRAME WIN SILL WIN COVERING Rod us NOTES OP PT 108 2104 ___ ___ ___ _ _____ Hi 9 __ ____ 2 9 0 PLAM ___ 1 ROOM FINISH SCHEDULE O 9 0 Di pt up pt eu 07 mape veces id p c rm aes ROOMNAME Special Psyc Area __ ___ oW BASE Hi ee NORTHWALL w wi a SOUTHWALL wi __ wi CELING HEIGHT 90 90 CABINET PLAM PLAM WIN FRAME NOTES 2 ROOM F
60. OKLAHOMA CITY METROPOLITAN AREA PUBLIC SCHOOL TRUST THELMA R PARKS ELEMENTARY SCHOOL ADDITION RENOVATION 1501 N W 30 STREET OKLAHOMA OKLAHOMA Architect Project Number N08079 OCMAPS Project Number ES 0047 STANDARD PTESTING4 AND ENGINEERING COMPANY GEOTECHNICAL SERVICES This document is preliminary in nature and is not a ti signed and sealed document SUBSURFACE EXPLORATION OCMAPS ES 0047 Thelma R Parks Elementary School Building Addition 1501 N E 30 Street Oklahoma City Oklahoma PROJECT NO 0309 3097 3 inis document is I2 81 3400 N cue aget eee it 405 528 0541 800 725 0541 405 528 0559 FAX 5 4 902 Trails West Loop 202 SE J 5358 S 125 East Ave Ste B Enid OK 73703 6336 Lawton OK 73501 2481 Tulsa OK 74146 6208 AND ENGINEERING COMPANY 580 237 3130 580 353 0872 918 459 2700 800 725 3130 800 725 0872 800 725 4592 Since 1951 580 237 2311 FAX 580 353 1263 FAX 918 450 2715 FAX June 26 2009 Oklahoma City Metropolitan Area Public Schools Trust 420 W Main 2 0 Oklahoma City 73102 Atin Mr Eric Wenger Program Manager Re Subsurface Exploration OCMAPS ES 0047 Thelma R Parks Elementary School Building Addition 1501 N E 30 Street Oklahoma City Oklahoma 73111 Dear Mr Wenger
61. OM FINISH v SCHEDULE PLANNING FOR INTERIORS OKLAHOMA CiTY METROPOLITAN AREA ScHOOL TRUST THELMA R PARKS ELEMENTARY SCHOOL ADDITION RENOVATION 1501 N W 307 STREET OKLAHOMA CiTY OKLAHOMA NORMAN DALLAS TULSA 900 36 Ave N W SUITE 100 NORMAN OK 73072 Architect Project Number 405 329 0423 N08079 FAX 405 364 1439 OCMAPS Project Number ES 0047 Professional Corporation Member American Institute of Architects ROOM FINISH LEGEND THELMA R PARKS ELEMENATRY SCHOOL PROJECT NUMBER N08079 OKLAHOMA CITY OKLAHOMA JANUARY 15 2010 FLOORING Fi VINYL TILE F2 F4 F5 CW BASE B1 B2 B3 WALLS MANUFACTURER ARMSTRONG STANDARD EXCELON COLOR 52513 CIRQUE WHITE SIZE 12 X 12 CARPET MANUFACTURER BIGELOW ART ROOM COLOR MC143 8565 HOBBYIST CERAMIC TILE FIELD COLOR MANUFACTURER AMERICAN OLEAN COLOR A12 SALT AND PEPPER ACCENT COLOR GIRLS MANUFACTURER AMERICAN OLEAN COLOR A74 CHILI PEPPER SPECKLED ACCENT COLOR BOYS MANUFACTURER AMERICAN OLEAN COLOR A09 SAPPHIRE SKY SPECKLED SEALED CONCRETE PORCELAIN TILE MANUFACTURE AMERCAN OLEAN TERRA PAVER COLOR TO BE SELECTED SIZE 12 12 CLEAN AND PREP FOR WAX RUBBER BASE MANUFACTURER ROPPE COLOR 139 DEEP NAVY SIZE 4 CERAMIC TILE BASE MANUFACTURER AMERICAN OLEAN COLOR A12 SALT AND PEPPER WOOD BASE RED OAK COLOR NATURAL FINISH SIZE 4 MATCH EXISTING Page 1
62. SE ____ 10 HEREIN i134 scwD 1 ADMINISTRATION 8 _ ARTSTORAGE 5 5 OP PT AREA PSYCH AREA 3 5 8 5 MUSIC VICE PRINCIPAL E 5A3 E 5A3 22753 5 5 i 8 5 5 P 5A3 5 A Exist sd CT CTs 5 5 5 G 5A3 F1 EXIST 13 4 SCWD F1 134 SCW F1 Ft Ft Fi 134 sCWD F1 100 EXIST EXIST EXIST A112 A100 D D WD SCWD 13 4 134 rt 1 7 0 70 134 ALUM ra 2 5 15 3 EAS 7 7 gt o 2 5 mi lt o e 5 e 112 109 110 111 100 A101 5 3 0 7 0 13 4 ALUM F5 4 _ P 5A3 Atooc A100 ExT 5 Exsr O J 107 A112 3 0 7 0 13 4 SCW A108A A108 112 3 0 7 0 13 4 SC A104A A104 A100 EXIST EXIST 10 A103 A100 3 0 7 0
63. acy at Calibration point 20 120 F 13 to 49 Changing resistance 0 5 0 3 Set Point and Display Range 55 to 95 F 13 to 35 2 Duct single point temperature Temperature monitoring range 20 120 F 7 49 Output signal Changing resistance Accuracy at Calibration point 40 5 F 4 0 3 C 3 Duct Average temperature Temperature monitoring range 20 120 7 49 Output signal 4 20 DC Accuracy at Calibration point 0 5 F 03 Sensor Probe Length 25 L 7 3m 4 Outside air temperature Temperature monitoring range 58 122 F 50 C to 50 C Output signal 4 20mADC Accuracy at Calibration point 0 5 0 3 Differential pressure 1 Unit for air flow shall be Siemens Building Technologies SW141 Set point ranges 0 5 WG to 1 0 WG 124 4 to 248 8 Pa 1 0 WG to 12 0 WG 248 8 to 497 6 Pa Static pressure sensor Range 0 to 5 WG 0 to 124 4 0 to 1 WG 0 to 248 8 0 to 2 WG 0 to 497 7 0105 WG 0 to 1 2 kPa 0 to 10 WG 0 to 2 5 kPa Output Signal 4 20 mA Combined static error 0 5 full range Operating Temperature 40 to 175 F 40C to 79 5 Air Pressure Sensor Range 0 to 0 1 in water 0 ta 24 9 Pa 0 to 0 25 in water 0 to 63 2 Pa 0 to 0 5 in water 0 to 124 5 Pa 0 to 1 0 in water to 249 Pa 0 to 2 0 in water 90 to 498 Pa 0 to 5 0 in water 0 to 1 25 kPa 0 to 10 0 in water 0
64. adjustable dual auxiliary switch The actuator assembly shall include the necessary hardware and proper mounting and connection to a standard diameter shaft or damper blade 3 Actuators shall be designed for mounting directly to the damper shaft without the need for connecting linkages 4 All actuators having more than 100 Ib in torque output shall have a self centering damper shaft clamp that guarantees concentric alignment of the actuator s output coupling with the damper shaft The self centering clamp shall have a pair of opposed v shaped toothed cradles each having two rows of teeth to maximize holding strength A single clamping bolt shall simultaneously drive both cradles into contact with the damper shaft 5 All actuators having than a 100 Ib in torque output shall accept 1 diameter shaft directly without the need for auxiliary adapters 6 actuators shall be designed and manufactured using ISO900registered procedures and shall be Listed under Standards UL873 and CSA22 2 No 24 93 B Duct Smoke Detectors T Duct smoke detectors will be provided and installed by the Division 16 Contractor in supply and return air ducts installed in accordance with local codes 17975 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 2 BAS Contractor shall connect System the auxiliary contacts provided on
65. ainers and returned to the laboratory for further evaluation and testing Subsurface Conditions The soils encountered consist of silty sand sandy clay and sandy shale over siltstone rock and sandy shale rock These near surface soils exhibit nonpiastic to fairly low plasticity characteristics Rock material i e defined by standard penetration test refusal SPT value of 50 blows per 6 inches less penetration was encountered in the borings atthe relative elevations indicatedi in ithe following table Siltstone Siltstone Groundwater During the drilling operation groundwater was encountered in the indicated borings at the depths shown in the Relative Elevation of Groundwater table Presenceof water should be anticipated in any excavation Water traveling through soil subsurface water is often unpredictable and may be present shallow depths Due to the seasonal changes in groundwater and the unpredictable nature of groundwater paths groundwater levels willfluctuate Therefore itis necessary during construction to Project No 0309 3097 3 June 26 2009 STANDARD GEOTECHNICAL SERVICES This document i is pre iminary 5 4 m naute oe AND ENGINEERING COMPANY signed and sealed document be observant for groundwater seepage in excavations in order to assess the situation and necessary changes We cannot assume responsibility for diffi culties experienced during
66. al cable manager will be mounted on both sides of the rack Panduit part number 8 Chatsworth part number 30095 703 B Line part number SB 571 66D 084 or equivalent One 1 Power Distribution Unit will be mounted to the rack 2 AMPS draw anticipated The PDU will have ten 10 5 15R outlets and 1 5 15P plug with at least an 8 cable The rack will be securely attached to the floor and grounded to the telecommunications ground bus bar in accordance with the grounding section of this document Forty eight 48 port copper patch panels in the closet will be Panduit part number UICMPPA48BL A fiber patch panel in the closet will be Panduit part number FRME1 This fiber patch panel will have one 1 Adapter Panel Loaded with blue SC duplex adapters with ceramic sleeves Panduit part number FAP6WBUDSCZ and two 2 blank adapter panels Panduit part number FAPB The rack order is shown in Figure 5 17745 6 March 4 2010 iDrz Cib4 _ Fiber Patch Panel Fig 5 2 LAB AND MEDIA CENTER CABLING a OCMAPS Project No ES 0047 One 1 bundle 6 strands of multimode 50 125 pm fiber optic duplex cable will run from the MDF and terminated with SC connectors in the equipment closet fiber optic strands will be terminated In the following order Position Color 12 Blue 13 Orange 14 Green 15 Brown 16 Slate 17 White Three 3 CAT 6 drops and one coax will be located the wall plate beside the whi
67. all continuously perform self diagnostics communication diagnosis and diagnosis of all components The HVAC Mechanical Equipment Controller shall provide both local and remote annunciation of any detected component failures low battery conditions or repeated failure to establish communication Isolation shall be provided at all peer to peer network terminations as well as field point terminations to suppress induced voltage transients consistent with RF Conducted Immunity RFCI per 50141 IEC 1000 4 6 at 3 V e Electro Static Discharge ESD Immunity per 61000 4 2 IEC 1000 4 2 at 8 kV air discharge 4 kV contact e Electrical Fast Transient EFT per EN 61000 4 4 1000 4 4 at 500 V signal 1 kV power Output Circuit Transients per UL 864 2 400V 10A 1 2 Joule max Isolation shall be provided at all peer to peer panels AC input terminals to suppress induced voltage transients consistent with IEEE Standard 587 1980 UL 864 Supply Line Transients Voltage Sags Surge and Dropout per EN 61000 4 11 EN 1000 4 11 the event of the loss of normal power there shall be an orderly shutdown of all HVAC Mechanical Equipment Controllers to prevent the loss of database or operating system software Non volatile memory shall be incorporated for all critical controller configuration data and battery backup shall be provided to support the real time clock and all volatile memory for a minimum of 72 hours 1 Upon res
68. ast in place concrete footings may be used at this site Footings must be placed a minimum of 2 0 feet below finished grade to provide adequate protection from frost action Footings may be used with an allowable net bearing capacity of 2 500 psf if bearing in undisturbed native soil or the compacted inert fill or stabilized subgrade as specified in the Earthwork Recommendations section of this report Footings should have a width of at least 16 inches Footings are expected to undergo no more than 1 0 inch settlement when designed for the recommended bearing pressure Pier Foundation System A satisfactory foundation alternative to shallow spread footings may be the use of drilled cast in place concrete piers founded 2 0 feet or more below the depths indicated inthe Relative Elevation of Rock Material table provided in Section 2 of this report Using this type of foundation each column is supported single drilled pier and the building walls are placed on grade beams supported by a series of piers Loads applied to the piers are transmitted to the rock partially through skin friction along the sides ofthe pier and partially through end bearing pressure 2009 PTESTING ENGINEERING COMPANY STANDARD GEOTECHNICAL SERVICES Tuis preliminary iss All drilled piers should extend at least 2 0 feet or least one 1 pier diameter whichever is greater below the
69. ation Oklahoma City OK Project No N08079 March 4 2010 3 01 INSTALLATION i A Install motor and circuit disconnect as recommended by manufacturer and as required by Code B Provide and install all disconnects for mechanical equipment that do not have a disconnecting means furnished integral part of the equipment Coordinate with Mechanical Contractor END OF SECTION 1 16170 2 5 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 SECTION 16190 SUPPORTING DEVICES PART 1 GENERAL 1 01 WORK INCLUDED Conduit supports 1 02 RELATED WORK Section 16111 Conduit 1 03 REFERENCE STANDARDS A 70 NATIONAL ELECTRICAL CODE 1 04 REGULARTORY REQUIREMENTS A Conform to the requirements of NFPA 70 B Provide products listed and classified by Underwriters Laboratories Inc as suitable for the purpose specified and indicated PART 2 PRODUCTS 2 01 CONDUIT SUPPORTS A Single Runs Galvanized conduit straps or ring bolt type hangers with specialty spring clips Do not use plumbers perforated straps B Multiple Runs Conduit rack with 25 percent spare capacity Vertical Runs Channel support with conduit fittings 2 02 ANCHOR METHODS A Hollow Masonry Toggle bolts or spider type expansion anchors B Solid Masonry Lead expansion anchors or preset inserts C Metal Surfaces Machine screws bolts or welded studs
70. ative control e Automatic tuning of control loops f Model Free Adaptive Control C DDC and HVAC Mechanical Equipment Controllers shall provide the following energy management routines for the purpose of optimizing energy consumption while maintaining occupant comfort Start Stop Time Optimization SSTO shall automatically be coordinated with event scheduling The SSTO program shall start HVAC equipment at the latest possible time that will allow the equipment to achieve the desired zone condition by time of occupancy The SSTO program shall also shut down HVAC equipment at the earliest possible time before the end of the occupancy period and still maintain desired comfort conditions a The SSTO program shall operate in both the heating and cooling seasons 1 It shall be possible to apply the SSTO program to individual fan systems 2 The SSTO program shall operate on both outside weather conditions as well as inside zone conditions and empirical factors b The SSTO program shall meet the local code requirements for minimum outside air while the building is occupied Event Scheduling Provide a comprehensive menu driven program to automatically start and stop designated points or groups of points according to a stored time a It shall be possible to individually command a point or group of points b For points assigned to one common load group it shail be possible to assign variable time delays between each successive start or
71. be installed in separate conduits or in separate inner ducts within conduits Where backbone cables and distribution cables are installed in cable tray or wire way backbone cables shall be installed first and bundled separately from the horizontal distribution cables Cables shall be neatly bundled and dressed to their respective panels or blocks Each panel or block shall fed by an individual bundle separated and dressed back to the point of cable entrance into the rack or frame The cable jacket shall be maintained as close as possible to the termination point B Horizontal Unshielded Twisied Pair Cabling 1 Pair cables shall be coiled in the in wall or surface mount boxes if adequate space is present to house the cable coil without exceeding the manufacturer s bend radius In 17745 14 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 ms t D RM mm the hollow wall installations where box eliminators are used excess wire can be stored in the wall No more than 12 of slack shall be stored in an in wall box modular furniture raceway or insulated walls Excess slack may be coiled and stored in the ceiling above each drop location where insufficient space exists in the outlet box 2 Pair untwist of UTP cable at the termination area shall not exceed 1 3 Install
72. been thoroughly tested and proven in actual use for at least two years F BAS manufacturer shall be responsible for all BAS and Temperature Control wiring for a complete and operable system All wiring shall be done in accordance with all local and national codes 12 WORK BY OTHERS Mechanical contractor installs all wells valves taps dampers flow stations etc furnished BAS manufacturer if required B Electrical Contractor provides 1 120V power to all BAS an or Temperature control panels 3 2 Wiring of all power feeds through all disconnect starters to electrical molor 3 17975 OCMAPS Project No ES 0047 Theima R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 1 3 1 4 Wiring of any remote start stop switches and manual or automatic motor speed control devices not fumished by BAS manufacturer 4 Wiring of any electrical sub metering devices furnished by BAS manufacturer or others 5 Ethernet drops and IP addresses provided and installed as where required by BAS contractor IP addresses by OCPS IT Group 6 Contactors for lighting control if required within 10 ft of BAS panel RELATED WORK A B C Division 01000 General and Special Conditions Division 15000 Mechanical Division 16000 Electrical QUALITY ASSURANCE A The BAS system shall be designed and installed commissioned and serviced by manufacturer employed factory trained person
73. between the existing telephone cabinet and the new Work covered in this section includes Restoring existing telephone service to existing conditions b Wiring for equipment covered in this section The flowing work is not covered in this section and will be done by other subcontractors The wiring to related systems such as fire alarm and energy management systems b All new communications cabling of security systems c Data infrastructure cabling of computer and voice communications in all rooms except those mentioned in this section D Comply with Section 16100 and Section 16143 Coordinate millwork at Administration reception counter to achieve access to telephone receptacle and routing of phone cords E Provide two 2 dedicated telephone lines for fire alarm panel one 1 line for the primary and one 1 line for the secondary service line Provide one 1 dedicated line for elevators all elevators in the building will share this line Provide two 2 dedicated lines that can be shared with the security panel energy management and two 2 911 hotphones F These telephone lines will run to the new TB Telephone Board in room 025 1 2 TELEPHONE RECEPTACLE LOCATIONS A See Section 16140 criteria B Provide two 2 telephone lines the Administrative area behind the front desk in the reception area that can be utilized for failsafe and for 911 i C One 1 can use the same line as the energy manag
74. cation and the attached point schedule Each controller shall support a minimum of three 3 Floor Level Application Specific Controller Device Networks Each DDC Controller shail have sufficient memory to support its own operating system and databases including Contro processes Energy management applications Alarm management applications including custom alarm messages for each level alarm for each point in the system Historical trend data for points specified Maintenance support applications Custom processes Operator Dial up communications Manual override monitoring Each DDC Controller shall support firmware upgrades without the need to replace hardware Provide all processors power supplies and communication controllers so that the implementation of a point only requires the addition of the appropriate point input output termination module and wiring DDC Controllers shall provide a RS 232C serial data communication ports for operation of operator devices such as industry standard printers operator terminals modems and portable laptop operator s terminals DDC Controllers shall allow temporary use of portable devices without interrupting the normal operation of permanently connected modems printers or terminals As indicated in the point schedule the operator shall have the ability to manually override automatic or centrally executed commands at the DDC Controller via
75. cation shall support a family of application specific controllers and shall communicate with the peer to peer network through DDC Controllers for transmission of global data This network may utilize the EIA standard 709 1 LonTalk protocol for peer to peer communication and integration of 3 party Lon Mark devices 24 DDC amp HVAC MECHANICAL EQUIPMENT CONTROLLERS The DDC amp HVAC Mechanical Equipment Controllers shall reside on the Building Level Network 17975 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 242 amp HVAC Mechanical Equipment Controllers shall use the same programming language and tools DDC amp HVAC Mechanical Equipment Controllers which require different programming language or tools on a network are not acceptable DDC amp HVAC Mechanical Equipment Controllers which do not meet the functions specified in Section 2 4 2 and Section 2 5 for DDC Controllers or Section 2 4 3 and Section 2 5 for HVAC Mechanical Equipment Controllers are not acceptable DDC CONTROLLER A DDC Controllers shall be a 16 bit stand alone multi tasking multi user real time digital control processors consisting of modular hardware with plug in enclosed processors communication controllers power supplies and input output point modules Controller size shall be sufficient to fully meet the requirements of this specifi
76. cause the flashing device LED to light steadily The Class B device circuits shall be individually supervised for open wiring and ground faults 3 Signal circuit modules required for each circuit capable of supplying a minimum of 2 0 amps at 24 volt DC for the operation of polarized alarm signaling devices Each circuit shall be provided with over current protection and shall light an individual LED trouble indicator when any of the following conditions occur a Open or shorted wiring b Operation of the over current device Ground fault d The availability of 24 volt DC signal power at the module shall be supervised provide signal all devices plus pre wire for adding two 2 future signal circuits 4 Requires two 2 position switches to disconnect auxiliary control circuits A system trouble condition shall be generated when an auxiliary system function HVAC control remote connection circuit etc has been disconnected Provide a switch module for each auxiliary circuit plus prewiring for adding two 2 future circuits 5 Provide auxiliary relay modules for each auxiliary circuit function each relay required to have a contact rating of 5 amps at 120 volts AC 24 volts DC Each relay shall have one set of programmable SPST contacts Provide pre wired capacity for two future circuits PART 3 EXECUTIONS 31 INSTALLATION installation of equipment and devices that pertain to other work in the contract shall
77. ceptacie 1 NEMA 14 306 1 Hubbel Model 9430A 1 2 Pass and Seymour 3 Bryant 4 Leviton 5 Engineer approved equal 6 50 Amp 125 250 Volt 3 pole 4 wire Grounding Type Single NEMA 14 50R 1 Hubbell Model 9450A 2 Pass and Seymour 3 Bryant 4 Leviton 5 Engineer approved equal R H Telephone Jack Four Conductor 1 Hubbell Model C14BR 2 Pass and Seymour 3 Bryant 4 Leviton 5 Engineer approved equal 1 Substitutions Under provisions of Section 01600 J Color Gray with light walls Brown with wood or dark walls or as indicated on the drawings 2 04 WALL PLATES Materials 1 Stainless Steel Type 302 or 304 No 4 finish 0 040 inch thick accurately die cut protected with release paper 2 Cast Metal Die cast profile ribbed primed with grey enamel furnished complete with four mounting Screws 3 Gaskets Resilient rubber or closed ceil foam urethane 4 Steel Hot dip galvanized B Application 1 Flush Mounting Plates Beveled type with smooth rolled outer edge stainless 2 Surface Box Plates Beveled steel pressure formed for smooth edge to fit box 3 Weatherproof Plates Cast metal gasketed for receptacles provide spring loaded gasketed doors 4 Where two gang boxes are required for single gang devices provide special plates with device opening in one gang and second gang blank PART 3 EXECUTION 3 01 EXAMINATION Section 01039 Coordinat
78. chool Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 16160 PANELBOARDS AND CABINETS PART 1 GENERAL 1 01 RELATED DOCUMENTS The general provisions of the Contract including General and Supplementary Conditions and General Requirements if any apply to the work specified in this section 1 02 DESCRIPTION OF WORK A The extent of panelboard work is indicated by drawings and schedules and by the requirements of this section Panelboards are defined to include the components making up the entire unit including boxes and fronts B Refer fo other sections for cable wire connectors and electrical work required in conjunction with panelboards enclosures and cabinets 1 03 QUALITY ASSURANCE A Manufacturers Firms regularly engaged in the manufacture of cabinets and panelboards of the types and ratings required whose products have been in satisfactory use in similar service for not less than ten 10 years B NEMA Compliance Comply with National Electrical Manufacturers Association Standards Pub No PB1 1957 UL Compliance Comply with Underwriters Laboratories Inc Safety Standard UL67 for panelboards and UL Standard 50 for cabinets 1 UL Labels Provide panelboards and cabinets which have been approved listed and labeled by UL D NEC Compliance Comply with National Electrical Code NFPA No 70 as applicable to panelboard and cabinet construction and installation
79. conduit connectors rods accessories and devices required for a complete and proper building ground system TESTS A Measure ground resistance with earth test megger and install additional ground rods and conductors as required until resistance to ground complies with Code requirements PRODUCTS GROUNDING SYSTEM A Provide building grounding system consisting of 3 4 by 10 copper clad steel driven rods with 3 0 insulated stranded copper interconnecting conductor and connection to water main and to building structural steel EXECUTION POWER SYSTEM GROUNDING A Main Distribution System From ground bus main ground electrode provide one copper insulated ground conductor in conduit to ground bus in main service panel to neutral of main panel and to non current carrying parts as per NEC B Circuit Grounding install grounding bushings grounding studs and grounding jumpers at pullboxes motors and panelboards Bonding Jumpers Provide Green insulation sized correlated with over current device protecting the wire attach to grounding bushings on conduit to lugs on boxes and other enclosures Connection to neutral only at service main neutral bar 16161 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 D Bonding Wires Install bonding wire in flexible conduit connected at each end to a grounding bushing END OF SECTION 16161 2 OCM
80. connectors This measurement is consistent with the loss which network equipment will be under normal installation and use Test evaluation for the panel to panel backbone or panel to outiet horizontal will be based on the values set forth in the TIA EIA 568 B Annex H Optical Fiber Link Performance Testing 2 Single mode optical fiber attenuation will be measured at 1310 nm and 1500 nm using a laser light source and power meter Tests will be performed at both wavelengths In one direction on each strand of fiber The set up and test will be performed in accordance with TIA EIA 526 7 standard Method 1A Two 2 meter patch cords will be used as test references and for the actual test This test method utilizes a one 1 jumper reference two 2 jumper test to estimate the actual link loss of the install cable plus two 2 patch cords 3 Test evaluation for the panel to panel backbone will be based on the values set forth in the TIA ElA 568 B annex Optical fiber link performance testing 4 Attenuation testing will be performed with a stable launch condition using two 2 meter jumpers to attach the test equipment to the cable plant The light source will be left in place after calibration and the power meter moved to the far end to take measurements Maximum attenuation for installed cables will be evaluated based on the following formula Manufacturer s maximum attenuation per kilometer divided by 1000 and then multiplied by th
81. construction or for future operational problems due to relative elevation or volume of water encountered y Relative Elevation of Groundwater B Relative Surface Boring No Depth feet Relative Elevation feet Elevation 93 1 Project No 0309 3097 4 June 26 2009 Ti STANDARD GEOTECHNICAL SERVICES nis document is preliminary 5 4 in naiure endicaste drat AND ENGINEERING COMPANY signed and sealed document Section 3 LABORATORY TESTING Laboratory testing was performed in orderto determine the plasticity characteristics ofthe subsu materials as well as confirm the soil classifications General descriptions of the encountered soils together with visual and laboratory classifications and numerical values ofthe test results are on the boring logs included in Appendix B Summary of Laboratory Test Results is included in Appendix D mr Tests Performed Moisture content tests were performed on split spoon and bag samples in accordance with ASTM 02216 to determine the in situ moisture conditions Density tests were performed on intact split spoon samples in accordance with AASHTO T233 Atterberg limits tests were performed six 6 samples to determinethe plasticity characteristics and swell potential ofthe soil The tests were performed in accordance with ASTM D4318 Sieve analysis was performed two 2 soil samples in accordance
82. ctions PRODUCTS ACCEPTABLE MANUFACTURERS Manufacturer and Type Philips B Acceptable Manufacturers 1 GE 2 Osram 3 Sylvania 4 Venture 5 Engineer approved equal INCANDESCENT LAMPS A Incandescent Lamps 2500 hour 130 volt extended service Provide special lamps from longest life available in each category FLUORESCENT LAMPS Fluorescent lamps T8 rapid start energy saving type as indicated on drawings B Verify color with Architect Engineer prior to ordering HIGH INTENSITY DISCHARGE LAMPS Metal Halide Lamps based lamps phosphor coated 16501 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 High Pressure Sodium Lamps Rated life of 24 000 hours PART3 EXECUTION 3 01 INSTALLATION A Install lamps in accordance with manufacturer s instructions B Supply nd install sizes and quantity as required for each fixture or as shown in fixture schedule END OF SECTION 16501 2 OCMAPS Project ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 SECTION 16502 BALLASTS AND ACCESSORIES PART 1 GENERAL 1 01 WORK INCLUDED A Provide and install required ballasts 1 02 RELATED WORK A Section 16501 Lamps B Section 16510 Interior Building Lighting 1 03 REQUIREMENTS OF REGULATORY AGENCIES Provide ballasts that mee
83. ctor shall provide stencil nameplate for each unit he mounts and shall fumish and install required mountings Electrical Contractor shall complete Electrical work shown or noted on Electrical Drawings Electrical Contractor shall fumish and install power wiring associated with HVAC Temperature Control System Refer to Division 15 Temperature Controls Work by Others OF SECTION 16921 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 DIVISION SEVENTEEN SPECIAL SYSTEMS THELMA PARKS ELEMENTARY 17300 CCTV SYSTEMS 17700 SECURITY SYSTEMS 17720 FIRE ALARM SYSTEMS 17730 CLOCK SYSTEMS 17740 TELEPHONE SYSTEM 17745 DATA INFRASTRUCTOR 47750 ROOM DATA SCHEDULE 17760 INTERCOM SYSTEMS 17975 BUILDING AUTOMATION SYSTEM 17975A APPENDIX A 17760 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 17300 CCTV SYSTEMS PART I GENERAL PRE K THROUGH 6TH AND 8TH GRADE CCTV SYSTEM The closed circuit television CCTV system at the Oklahoma City Public School s Thelma Parks Elementary facility shall be designed according to the following guidelines 1 EQUIPMENT In an effort to facilitate managing the construction budget the security system equip
84. d drive Any PC on the Ethernet Management Level Network shall have transparent communication with controllers on the building level networks connected via Ethemet as well as directly connected building level networks Any PC shall be able to interrogate any coritroller on the building level network Any break in Ethernet communication from the PC to the controllers the building level networks shall result in an alarm notification at the PC 9 The standard client and server workstations on the Management Level Network shall reside on industry standard Ethemet utilizing standard TCP IP IEEE 802 3 h Amy break in Ethernet communication between the standard client and server workstations on the Management Level Network shall result in a notification within the Windows taskbar at each workstation i Access to the system database shall be available from any standard client workstation on the Management Level Network j Client access to client server workstation configurations over low bandwidth network technologies shall be available optionally via Windows Terminal Services or Web browser interface Remote client access via Windows Terminal Services shall provide multiple independent sessions of the workstations software Terminal Services clients shall have workstation software access without the need to install the workstation software on the local hard drive 23 DDC CONTROLLER FLOOR LEVEL NETWORK A This level communi
85. de arming of system and activation of each zone to insure proper programming and installation Copies of Samples A shall be provided to the Architect OCMAPS Program Manager and the 1 89 School District prior to walk through testing Walk through testing shail include but not limited to the following persons system installer designated 1 89 School District personnel and a representative from the Architect Installer shall coordinate the walk through with all parties concemed and provide adequate notice During walk through designated 1 89 School District personne shall verify that system is reporting as programmed to the keypad s After walk through designated 1 89 School District personnel shall be responsible for verifying that signals are being properly received by both monitoring receiver stations END OF SECTION 17700 4 OCMAPS Project No 5 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City Project No N08079 March 4 2010 Section 17720 Automatic Detection Fire Alarm System PART 1 GENERAL 1 1 SECTION REQUIREMENTS A Summary Verify the make model and installation conditions of the existing fire alarm system fire alarm additions shall be added to the existing fire alarm system Match existing devices and raceways Contractor is responsible for providing a code compliant fully operational Automatic Detection Fire Alarm System B Submit system operating description shop draw
86. e installed cable length in meters For this application the length based on cable length measurements marked on the jacket will be suitable If OTDR testing is performed in accordance with statements above then the actual measured length will be used Conversion from metric to US standard measurement will use 3 2808 as a constant with the result rounded to the next highest whole number The adjusted cable attenuation value will be added to the manufacturer s mean loss per mated pair of connectors multiplied by the number of mated pairs under test The testing for this project is measuring the loss over the installed cable plus two 2 jumpers which account for three 3 mated pairs of connectors Subtract one 1 mated pair for the equipment interface to arrive at a total of two 2 mated pairs under test 5 The expected results for each cable or group of cables of the d same nominal length will be calculated before the start of testing and recorded in a space provided on the Contractor s test matrix Each strand of fiber in the respective cable will be evaluated against this target number Any fibers that exceed this value by more than 5 dB will be repaired or replaced at no cost to the 89 School District 17745 13 OCMAPS Project No ES 0047 Thelma Parks Elementary Schoo Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 SUBMITTALS 1 Provide specification data sheets on each individual system compo
87. eceiving its signal from f Satellite transmitter install within 5 feet of the receiver switch and connect using the supplied cable 1 Set the satellite transmitter to the channel as indicated on the approved submittal and FCC license 2 Set switch B for time zone offset from UTC 3 Set switch 3 to down position 3 ADJUSTING A Prior to final acceptance inspect each clock adjust as required and replace parts which are found defective 34 CLEANING Prior to final acceptance clean exposed surfaces of clocks using cleaning methods recommended by clock manufacturer Remove temporary labels from clock faces Do not remove labels from backs of clocks 3 5 DEMONSTRATION A Provide training to Owner s representative on setting and adjusting clocks replacing batteries and routine maintenance 3 6 Protect finished installation until final acceptance of the project END OF SECTION 17730 5 OCMAPS Project 5 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Section 17740 Telephone System PART 1 GENERAL 5 1 1 ELECTRICAL DESIGN COORDINATION Modify existing telephone cabinet and associated wiring as indicated below B Install new telephone board for new data cabling for interfacing with security intercommunications fire alarm data energy management and other building systems requiring phone lines Interphase these systems
88. ect No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 J Provide electrical wall box and conduit sleeve for all wall mounted devices 35 PERFORMANCE Unless stated otherwise control temperatures within plus or minus 2 F humidity within plus minus 396 of the set point and static pressure within 1096 of set point 36 COMMISSIONING TESTING AND ACCEPTANCE Perform a three phase commissioning procedure consisting of field calibration and commissioning system commissioning and integrated system program commissioning Document all commissioning information on commissioning data sheets which shall be submitted prior to acceptance testing Commissioning work which requires shutdown of system or deviation from normal function shall be performed when the operation of the system is not required The commissioning must be coordinated with the owner and construction manager to ensure systems are available when needed Notify the operating personal in writing of the testing schedule so that authorized personnel from the owner and construction manager are present throughout the commissioning procedure 1 Prior to system program commissioning verify that each control panel has beer installed according to plans specifications and approved shop drawings Test calibrate and bring on line each control sensor and device Commissioning to include but not be limited t
89. ectrical 1 4 full scale After the above tests are complete and the system is demonstrated to be functioning as specified thirty day performance test period shall begin If the system performs as specified throughout the test period requiring only routine maintenance the system shall be accepted If the system fails during the test and cannot be fully corrected within eight hours the owner may request that performance tests be repeated 37 EXISTING CONTROL DEVICES A The bid for the control work shall be based on the premise that existing control devices are operational and are not in need of repair or replacement unless otherwise noted This subcontractor shall notify the owner s representative of existing control devices that need to be replaced or repaired that may be noted in the process of installation of the new work 3 8 TRAINING A The manufacturer shall provide factory trained instructor to give full instruction to designated personnel in the operation of the system installed Instructors shall be thoroughly familiar with all aspects of the subject matter they are to teach The manufacturer shall provide all students with a student binder containing product specific training modules for the system installed The scheduling of training shail be coordinated through the Architect and OCMAPS Program 17975 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N080
90. ecurity System as shown on the drawings and as herein specified The existing security system is to remain and devices for the building addition shall be connected to the existing system The requirements of the conditions of the Contract Supplementary Conditions and General Requirements apply to the work specified in this section The complete installation is to comply with Local Code Requirements and the National Electrical Code Additionally the entire installed system and all integrated system operations shall be within the guidelines of the international Building Code The work covered by this section of the specifications is to be coordinated with the related work as specified elsewhere under the project specifications 1 2 QUALITY CONTROL A The security system that shall be installed by a company approved by the system manufacturer whose primary work is the installation of security systems The security system shall be provided and installed by an Oklahoma Department of Health licensed Burglar Alarm Company 1 3 SYSTEM FEATURES A The system shall include the following features as a minimum 1 Control panel unit shall include a digital split reporting alarm communicator with line seizure and anti jam features for off premises transmissions The digital communicator panel shall be compatible with all existing I 89 School District systems as well as receivers System shall have continuous supervision and unique
91. ed in Section 3 02 is intended that each unique system be provided with its own point resident DDC Controller 243 HVAC MECHANICAL EQUIPMENT CONTROLLERS A HVAC Mechanical Equipment Controllers shall be a 12 bit stand alone multi tasking multi user real time digital control processors consisting of modular hardware with plug in enclosed processors li Each HVAC Mechanical Controller shall have sufficient memory to support its own operating system and databases including Control processes Energy management applications Alarm management applications including custom alarm messages for each level alarm for each point in the system Historical trend data for points specified Maintenance support applications Custom processes Operator Remote communications 17975 pmo OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No NO8079 March 4 2010 Mechanical Equipment Controllers shall provide RS 232C serial data communication port for operation of operator VO devices such as industry standard printers operator terminals modems and portable laptop operator s terminals HVAC Mechanical Equipment Controllers shall provide local LED status indication for each digital input output for constant up to date verification of all point conditions without the need for an operator l O device Each HVAC Mechanical Equipment Controller sh
92. ee bar grid system support from the ceiling tee bar grid structure and secure thereto 3 03 ALIGNMENT Align luminaries and clean diffusers prior to final acceptance 3 04 LUMINARY SCHEDULE Refer to Fixture Schedule END OF SECTION 16510 3 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 4 2010 16921 MISCELLANEOUS MECHANICAL EQUIPMENT PART 1 GENERAL 1 01 WORK INCLUDED A Miscellaneous Mechanical Equipment 1 02 RELATED WORK A Section 15170 Motors B Section 16170 Motor and Circuit Disconnects Section 16481 Enclosed Motor Controllers D Section 16913 Mechanical Equipment Controls PART 2 PRODUCTS 2 01 PRODUCTS Electrical Contractor shall fumish and install all necessary disconnect switches and starters as required Note Some items of equipment may be furnished as a package with starters included reference Mechanical Specifications and all drawings PART 3 EXECUTION 3 01 INSTALLATION A Electrical Contractor shall receive uncrate mount connect and adjust electrical equipment furnished under all Sections of the Specifications This includes controls detached motors controllers starters and electrical elements of temperature control system Electrical Contractor shall set align and connect all separate motors and furnish lubrication start up and test Electrical Contra
93. ement line and one 1 can share with the security system 1 3 SECURITY SYSTEM A Design for necessary components of security system B See Section 17700 design criteria 14 FIRE ALARM SYSTEM Provide necessary components for the fire alarm system and sprinkler system s flow switch 1 5 ENERGY MANAGEMENT SYSTEM A Provide necessary components to accommodate the energy management system 1 6 ELEVATORS A Provide necessisary components to accomidate elevator PART2 PRODUCTS 2 1 CONDUITS amp BOXES A Comply with Section 16130 design criteria 17740 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 8079 March 4 2001 2 2 2 3 3 3 1 3 3 3 4 3 5 25 0047 Minimum 3 4 conduit size required C Bushed ends at backboard locations COVERPLATES A gt For onsite telephone wire only if any exist B Comply with Sections 16140 C JUMBO size brushed stainless steel cover with bushed center hole for telephone outlet covers D JUMBO size blank covers at all unused telephone boxes EQUIPMENT CABINETS Square D Class 6650 lockable cabinet to hold required spare parts and tools B Locate at Main Backboard EXECUTION SERVICE ENTRANCE A Minimum 4 underground conduit with wide sweep elbows maximum of four 4 from utility tie in source to the telephone backboard B Terminate cond
94. er then starts to transmit its internal time once every second The transmitter updates 15 internal clock every time it receives valid time data from the GPS B Analog Clock Operation 1 When the batteries are inserted into the clock A Press the red button when the red second hand is at the 12 00 position At this time the microprocessor will lock in the location of the second hand B After the red second hand has passed over the minute hand first second hash mark after minute hand press and release the red button At this time the microprocesser will lock in the location of the minute hand The microprocessor then assumes the location of the hour hand 17730 2 5 Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project 08079 March 4 2010 23 2 After the red button has been pressed twice the micro processor will start searching the channels It will start at channel No 1 and proceed one by one until it either decodes valid signal or reaches channel No 16 If no signal is detected the receiver will be shut off and will try again later Ifa signal is received the micro processor will store the channel number set the clock to the receive the time For the next minute the clock will beep every time that it receives a valid time signal If the clock is in a good signal area it will beep once a second If the clock beeps every few seconds the clock is in a
95. erating License Submit evidence of application for operating license prior to installing equipment Furnish the license or if the license has not been received a copy of the application for the license to the Owner prior to operating the equipment When license is received deliver original license to Owner Samples Submit one clock for approval Approved sample shall be tagged and shall be installed in the work at location directed 17730 1 OCMAPS Project No 5 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 D Manufacturer s Instructions Submit complete installation set up and maintenance instructions 1 6 SUBSTITUTIONS A Proposed substitutions to be considered shall be manufactured of equivalent materials that meet or exceed specified requirements of this Section B Proposed substitutions shall be identified not less than 10 days prior to bid date C Other systems requiring wiring and or conduit between master and clocks or which require connection of clocks to external electrical power supply will not acceptable 17 QUALITY ASSURANCE A Permits Obtain operating license for the transmitter from the FCC B Qualifications 1 Manufacturer Company specializing in manufacturing commercial time systems with minimum of 10 continuous years of documented experience 2 Installer Company with documented experience in the installation of co
96. ge points shall have full system functionality as specified herein for hardwired points Field panels must be capable of integration with open standards including Modbus BACnet and Lonworks as well as with third party devices via existing vendor protocols 17975 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 6 The peer to peer Building Level Network shall be capable of using the TCP IP over Ethernet All devices must Auto sense 10 100 Mbps networks b Receive an IP Address from a Dynamic Host Configuration Protocol DHCP Server or be configured with a Fixed IP Address Resolve Name to Addresses for devices using a Domain Name Service DNS Server on the Ethemet network d All access using Telnet D Existing Management Level Network MLN a Ethemet capable PCs will simultaneously direct connect to the Ethernet Management Level Network without the use of an interposing device b Operator Workstation is capable of simultaneous direct connection and communication with BACnet and Apogee MLN networks without the use of interposing devices The Management Level Network does not impose a maximum constraint on the number of operator workstations d Acontroller residing on the peer to peer building level networks shall connect to Ethernet network without the use of a PC or a gateway with a har
97. ger will have approval on all submittal processes Provide equipment for evaluation validation and testing including a copy of all service manuals A schedule of all validation tests will be developed as required regarding on site assembly installation hardware software and network testing Print scanner tests on 8 1 2 x 11 Upon completion of the installation the contractor will provide three 3 full documentation sets Two 2 books and one 1 electronic delivered to the OCMAPS Program Manager containing all reference and validation information including Documentation showing individual listing of each cable pulled in the facility with detail including 1 Type of cabling Source location b Destination location c Wire number label consistent with specified label system d Validation sign off e Comment area leave blank if not used f All cabling copper and fiber must be validated through Level ill Tester or OTDR 9 The Contractor will provide a copy of the contractors Quality Assurance Document Test each cable for continuity on all pairs and or conductors Twisted pair voice backbone cables will be tested for continuity pair reversals shorts and opens using a green light type test set Horizontal UTP cables for data voice or video will be tested for the all of the above requirements plus tests that indicate installed cable performance The test conducted will meet or exceed the requirements for an in
98. gle story building addition to Thelma R Parks Elementary School located at 1501 30 Street in Oklahoma City Oklahoma The addition is located on the westside ofthe existing elementary school building The anticipated column and wall loads were not known while this report was written Ifthe project is not as described or has changed Standard Testing must be notified in order to reevaluate the recommendations for the project Project No 0309 3097 1 26 2009 STANDARD GEOTECHNICAL SERVICES This document preliminary PTESTING WINANS amits Tot irat signed and sealed document Section 2 FIELD EXPLORATION Drilling Information The field exploration work was performed and completed on June 3 and 8 2009 Conditions at the site were investigated with five 5 borings at the locations indicated on the site and boring location plan included in Appendix A Boring depths ranged from 16 5 to 20 0 feetwithin the building addition footprint Surface elevation ofthe borings were measured relativeto the finish floor elevation of the existing school building This temporary benchmark was assigned a reference elevation of 100 0 feet For accurate sampling cuttings were observed continuously during drilling with specific samples being taken at distinct lithologic changes The equipment used field tests performed and soil samples taken are discussed below Equipment Five 5 borings were dry d
99. hall be rated for support of not less than 150 Ibs Weatherproof tamperproof housings shall be constructed of aluminum and finished with a weatherproof heat reflecting paint Housing shall be intemally insulated Cover shall be secured in place with tamperproof bolts Housings shall be supplied with fan heater sun shield and defroster glass if necessary for use in applied location 3 MONITORS M CCTV monitors shall be tested to verify fully operational status Repair or replacement if required shall be in harmony with specifications outlined herein b Monitors shall be mounted on shelf in equipment rack and compatible with the total system specified herein and comply with these specifications Provide Zenith L27W46 or equal by Sony RCA or Phillips LCD monitor wall mounted in main reception area for display of all cameras 4 DIGITAL VIDEO RECORDERS DVR a Linux Based embedded operating system that controls the system for Switching recording and complete functionality Control system shall be Dedicated Micros DS2 or equal with the following minimum specifications 1 16 video inputs NTSC 2 5 matrix switch outputs 3 24 alarm inputs 17300 3 OCMAPS Project No 5 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 Project 408079 4 30 days normal recording capacity mode 320 GB storage 5 Activity detection on each camera 6 Multi sc
100. hed ends and secure conduits to wall construction 36 IDENTIFICATION Label the outlets in the Administrative area for emergency 911 lines 37 TIE INS A Provide for telephone system vendor tie in to building security system intercom system fire alarm systems data systems and energy management systems END OF SECTION 17740 3 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2001 1 17745 DATA INFRASTRUCTURE GENERAL 1 01 DATA SYSTEMS A This document defines the cabling system and subsystem components to include cable termination hardware supporting hardware and miscellaneous items required to furnish and install a complete cabling Iinfrastructure supporting voice and data This design will be used for all K 12 educational facilities This document describes cable routing for classrooms labs administrative area technology support areas and any other area that requires cabling and also shows diagrams of typical classrooms layouts parts labeling etc to enhance clarification A data drop can be used for both data and or voice Refer to the Section 16740 for specific Information about telephone The Data and Telephone Sections will be cross referenced 1 02 STANDARDS A The copper based network infrastructure will be an Enhanced Category 6 CAT 6 compliant Structured Cabling System with a ten 10 yea
101. homa City OK Project No N08079 March 4 2010 D Provide hinged frames with catches removable for cleaning without tools Support lay in lenses on four sides with clip ends on short dimension Provide gasketing stops and barriers to form light traps and prevent light leaks Design luminary to dissipate ballast and lamp heat Use formed or ribbed backplates endplates and reinforcing channels Provide virgin acrylic diffusers 0 125 inches thick minimum Before ordering confirm ceiling construction details and architectural finish for each area 2 03 RECESSED LUMINARIES A Recessed incandescent luminaries Pre wired type with junction box forming an integral part of the assembly B Supply recessed luminary complete with trim type required for ceiling system installed Before ordering confirm ceiling construction details and architectural finish for each area Maximum depth of recessed fluorescent luminaries 5 7 8 inches including mounting yokes or bridges Minimum distance from backface of luminary or lens to center of lamp 2 1 2 inches D Select reflector and lamp positions to provide high efficiency and even brightness to eliminate lamp lines E Provide integral encapsulated ballasts for recessed high intensity discharge luminaries F Provide thermal protection on fixture subject to high ambients or with insulation in close proximity 2 04 EXIT LIGHTS A Refer to fixture schedule B Battery powered fi
102. ide two 2 sets of keys to be provided for each lock box D CARD READERS Access Control Panel A Control Panel shall be Topaz Infographics GE 1 Topaz by Infographics GE a TPZ SYS D equipped with remote access software HID 2000 access cards with their identity in ascending order and operable with the Infographics system b Lanyards for prox card shall be ADI c UPS capable of holding up the power supplies for each of three doors with mag locks the Access Control Panel Proximity Readers NOTE Owner provides digital camera for Access Card Photos E INTRUSION DETECTORS 1 Provide Ademco 998 MX mplx serial number or DIP switch PIR intrusion detection devices or approved equal 2 Provide Ademco 4939 surface mount serial number contacts for roof hatches and or doors or approved equal 3 Door contacts on interior doors shall be utilized only where a motion device would be impractical for normal operation 4 Door contacts will be utilized on all exterior doors F WIRING LA Provide wiring as indicated on the Final Plans and Specifications All wiring shall be color coded 17700 2 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 3 31 3 2 3 4 2 All wiring and cable installed exposed a space concealed inside a wall concealed above non accessible ceiling or underground outside the building shall be installed in
103. ient spare parts to properly maintain the system 1 03 SYSTEM OPERATION A Submit shop drawings of the entire system and proposed zoning with sequence of operation PART2 L 2 01 Refer to Electrical plans OF 17760 OCMAPS Project ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 SECTION 17975 Building Automation System PART 1 GENERAL 1 1 SCOPE OF WORK A The Building Automation System BAS manufacturer shall furnish and install fully integrated building automation system incorporating direct digital contro DDC for energy management equipment monitoring and control and subsystems with open communications capabilities 25 herein specified The DDC panel s shall be Siemens to network with the existing Slemens monitoring system The interface must in every particular provide transparent operation down to and Including full programming capability from the existing Siemens system Refer to OCMAPS Clarifications Attachments T and T1 Provisions of this section shall meet all requirements therein Communication to existing Siemens Building Technologies BAS may be done via P1 BACNet Please contact Matt Kwiatkowski at 405 625 9728 with questions or for additional information B The DDC contractor shall include all programming and graphics creation necessary to provide a complete and functional sys
104. inaries supports and accessories and supply of plaster frames trim rings and backboxes for plaster or drywall ceilings or concrete RELATED WORK A Section 16123 Building Wire and Cable B Section 16501 Lamps C Section 16502 Ballasts and Accessories i SUBMITTALS Submit product data in accordance with Section 16010 B Submit shop drawings for luminaries indicating pertinent physical characteristics If requested Engineer Architect provide complete photometric data and heat dissipation reports from an independent testing laboratory COORDINATION A Confirm compatibility and interface of other materials with luminary and ceiling system Report discrepancies to the Engineer Architect and defer ordering until clarified B Supply plaster frames trim rings and back boxes to other trades C Coordinate with Division 15 to avoid conflicts between luminaries supports fittings and mechanical equipment LUMINARY DESIGNATION Refer to fixture schedule PRODUCTS ACCEPTABLE MANUFACTURERS A As listed in the fixture schedule or Engineer approved equal FLUORESCENT LUMINARIES Prime coat and finish in high reflectance baked white enamel two coats minimum on exposed and reflective surfaces giving a minimum reflectance of 90 percent B Reflective plates may be 22 gauge metal C Provide 20 gauge steel housing 16510 1 OCMAPS Project No 5 0047 Thelma R Parks Elementary School Addition Renovation Okla
105. ing real time digital control processor Each ASC shall be capable of control of the terminal device independent of the manufacturer of the terminal device Terminal Equipment Controllers 1 Provide for control of each piece of equipment including but not limited to the following a Unit Heaters b Humidifiers Rooftop Units d Unit Conditioners 1 Unit Ventilators g Room Pressurization 2 Controllers shall include all point inputs and outputs necessary to perform the specified control sequences Analog outputs shall be industry standard signals such as 24V floating control 3 15 psi pneumatic 0 10v allowing for interface to a varlety of modulating actuators 3 All controler sequences and operation shall provide closed loop contro of the intended application Closing control loops over the FLN BLN or MLN is not acceptable FIELD DEVICES Provide instrumentation as required for monitoring control or optimization functions B Room Temperature Sensors 17975 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 1 Digital room sensors shali have LCD display day night override button and setpoint slide adjustment override options setpoint slide adjustment can be software limited by the automation system to limit the amount of room adjustment Temperature monitoring range Output signal Accur
106. ings data sheets wiring diagrams device address list battery calculations and voltage drop calculations C Comply with NFPA 70 The National Electric Code NFPA 72 The National Fire Alarm Code Intemational Building Code OKC Fire Marshal s Office and all other state and local guidelines D Ali equipment shall be UL listed in the U S for its installed application E The Contractor shall be licensed through the Oklahoma Department of Health as an Unlimited Fire Alarm Contractor F The Contractor shall be responsible for obtaining a fire alarm installation permit in the OKC jurisdiction G As a minimum actuation of any alarm shall automatically initiate the following 1 Sound all audible alarm signals at march time cadence and cause all visual alarm signals to flash 2 Flash a red LED on the actuated device module at the control panel annunciator 3 Activate the location indicator on the building annunciator 4 Activate signals to shut off gas fuel solenoid valves 5 Activate signals to the mechanical control equipment to shut down and or reroute air handling systems 6 Activate signals to release all magnetically held smoke and or fire doors 7 Activate the digital communicator to report the type of alarm and location to the remote central monitoring station PART2 PRODUCTS 24 ALARM DEVICES Manual Pull Stations Match Existing B Smoke Detectors Match Existing Thermal Detectors Match Existing 1 Alarm
107. ion and Meetings Verification of existing conditions prior to beginning work B Verify outlet boxes are installed at proper height C Verify wall openings are neatly cut and will be completely covered by wall plates D Verify floor boxes are adjusted properly E Verify branch circuit wiring installation is completed tested and ready for connection to wiring devices 3 02 PREPARATION A Provide extension rings to bring outlet boxes flush with finished surface 16141 4 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 Clean debris from outlet boxes 3 03 INSTALLATION Install products accordance with manufacturer s instructions Install devices plumb and level Install switches with OFF position down Install wall dimmers to achieve full rating specified and indicated after derating for ganging as instructed by manufacturer Do not share neutral conductor on load side of dimmers Install receptacles with grounding pole top Connect wiring device grounding terminal to branch circuit equipment grounding conductor Install decorative plates on switch receptacle and blank outlets in finished areas Use jumbo size plates for outlets installed in masonry walls Install galvanized steel plates on outlet boxes and junction boxes in unfinished areas above accessible ceilings and on surface mounted outlets
108. ired and utilized provide two 2 2 conduits between the MDF and If an IDF is required and is utilized one 1 bundle 12 strands of multi mode 50 125 pm fiber optic duplex home runs to the MDF and terminate with SC connectors Must be secured to designated 1 89 OKCPS staff with a single common key between all technology support areas for all schools in the District FLOOR RACK a A 19 Standard Rack 7 Aluminum Panduit part number CMR19X84 Chatsworth part number 46353 703 B Line part number SB556084XU or equivalent will be placed in the MDF Two 2 or more racks will be placed in the MDF for schools with classroom totals 50 or less and three 3 or more racks with classroom totals over 50 b One 1 additional rack will be placed in the IDF Used when cable lengths would exceed ANSI TIA EIA Standards Racks in the and IDF will be placed as close to the demarcation point as possible allowing 8125 standards compliant space between walls and walkways d Racks will be ganged together with vertical cable manager centered between and on each end Panduit part number NCMV8 Chatsworth part number 30095 703 B Line part number SB 571 66D 084 or equivalent e Two 2 vertical Power Distribution Units PDU will be mounted to the rear of each rack The will have ten 10 5 15R outlets and one 1 5 15P plug with at least an 8 cable f Rack will be securely attached to the floor 9
109. is document is preliminary in nature and is not a tinal AND ENGINEERING COMPANY signed and sealed document SUBSURFACE EXPLORATION OCMAPS ES 0047 Thelma R Parks Elementary School Building Addition 1501 30 Street Oklahoma City Oklahoma PROJECT NO 0309 3097 PREPARED FOR Oklahoma City Metropolitan Area Public Schools Trust 420 W Main Oklahoma City OK 73102 PREPARED BY STANDARD TESTING AND ENGINEERING COMPANY 3400 N Lincoln Blvd Oklahoma City OK 73105 Certificate of Authorization No 77 Expiration 6 30 09 405 528 0541 Prepared By Reviewed By Ming Cheng Peter Shau Staff Geotechnical Engineer Manager Geotechnical Services June 26 2009 STANDARD GEOTECHNICAL SERVICES This document is preliminary PTESTING4 im matre and tS mot a inar signed and sealed document TABLE OF CONTENTS OT Page 1 INTRODUCTION 2 2 1 Authorization 1 Purpose and Scope Henne rn 1 Project Location and Description tt 4 2 FIELD EXPLORATION Ihrer herr 2 Drilling Information isses mmt hte 2 nhe meer 1 72 Tests Performed 0 cece ee cere ee eter teen eta 2 Subsurface Conditions 3 Groundwater 3 3 LABORATORY TESTING 99 9
110. ith the words Test Results the project name and the date of completion month and year The binder shall be divided by major heading tabs Each major heading shall be further sectioned by test type Test data within each section shall be presented in the sequence listed in the administration records The test equipment by name manufacturer model number and last calibration date will also be provided at the end of the document Unless a more frequent calibration cycle is specified by the manufacturer an annual calibration cycle is anticipated on all test equipment used for this installation The test document shall detall the test method used and the specific settings of the equipment during the test Print scanner tests on 8 1 2 x 11 Document hand written test results attenuation results and continuity results on a test form provided by the Contractor When repairs and re tests are performed the problem found and corrective action taken shall be noted and both the failed and passed test data shall be collocated in the binder END OF SECTION 17745 16 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 1 1 i Section 17750 1 Room Data Schedule PART 1 GENERAL 1 01 SUBMITTAL OF THE ROOM DATA SCHEDULE This submittal shall consist of a completed Room Data Schedule as provided in this
111. ity by design for a minimum of 15 years Future compatibility shall be supported for no less than 10 years Compatibility shall be 17975 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 defined as the ability to upgrade existing field panels to current level of technology and extend new field panels on a previously installed network Compatibility shall be defined the ability for any existing field panel microprocessor to be connected and directly communicate with new field panels without bridges routers or protocol converters The building automation system BAS shall conform to the following standard for Year 2000 Compliance 1 The system shall not produce errors when processing date data including calculating sorting or displaying from into and between the years 1999 and 2000 and leap year calculations in the year 2000 to the extent that date information provided from other Systems is accurate 2 The BAS supplier shall provide documentation to support the individual device s Year 2000 Compliance This document shall include a listing of compliance by device and any exceptions to the above definition 1 5 SUBMITTALS Submit 10 complete sets of documentation in the following phased delivery schedule f Valve and damper schedules 2 Equipment data cut sheets 3 System schematics including Sequence of operations
112. l be maintained by the Contractor on a daily basis and will be available to the OCMAPS Program Manager and the Program Consultant upon request during the course of the project Anticipated variations from the build to drawings will be allowed for such things as cable routing and actual outlet placement No variations will be allowed to the planned termination positions of horizontal and backbone cables grounding conductors and hardware unless approved in writing by the 1 89 School District The Contractor shall provide the as built drawing set to 1 89 School District at the conclusion of the project The marked up drawing set will accurately depict the as built 17745 15 OCMAPS Project ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City Project No N08079 March 4 2010 status of the system including termination locations cable routing and administration labeling for the cable system In addition a narrative will be provided that describes any areas of difficulty encountered during the installation that could potentially cause problems to the telecommunications system The Contractor shall provide at least two 2 sets of drawings in color hard copy and AutoCAD flle D TEST DOCUMENTATION 1 Provide test documentation in a three 3 ring binder s within three 3 weeks of the completion of installation The binder s shall be clearly marked on the outside front cover and spine w
113. l provide automatic time adjustment for switching to from Daylight Savings Time Night setback control The system shall provide the ability to automatically adjust setpoints for night control Loop Control A Model Free Adaptive Control algorithm or altemately PID proportional integral derivative closed loop with direct or reverse action and anti windup shall be supplied The algorithm shall calculate a time varying analog value that is used to position an output or stage a series of outputs The controlled variable set point and weighting parameters shall be user selectable D DDC and HVAC Mechanical Equipment Controllers shall be able to execute custom job specific processes defined by the user to automatically perform calculations and special control routines 1 single process shall be able to incorporate measured or calculated data from any and all other DDC and HVAC Mechanical Equipment Controllers on the network In addition a single process shall be able to issue commands to points in any and all other DDC and HVAC Mechanical Equipment Controllers on the network Database shall support 30 character English language point names structured for searching and logs Processes shall be able to generate operator messages and advisories to operator devices A process shall be able to directly send a message to a specified device or cause the execution of a dial up connection to a remote device such as a printer or
114. line D cells Antenna type intemal d Antenna gain 7 dBd 8 If transmitter stops transmitting valid time signals due to power failure the clocks will continue to function as accurate quartz clocks until a valid time signal is decoded 9 Analog clock faces shall bear Owner s logo as indicated Mo F Wire guards Provide one for each analog clock as follows 1 Model No 14131 14 by 14 inch size for nominal 12 1 2 inch diameter analog clocks 2 Model No 14123 18 by 18 inch size for 16 inch diameter analog clocks F Cable Connection Sealant Radio Shack Coaxial Cable Connector Sealant 278 1645 or approved electrical grade silicone sealant H Additional Equipment 1 Wireless receiver switches Switches shall receive time packets from the master transmitter and relay the synchronized time to the satellite transmitter connected to it The unit shall include the fol lowing a Antenna mounted on top of the switch housing 11 1 2 inches long b Power Supply input 120 50 60 Hz 0 4amp Output 9 volt DC 1 5 amps RS 232 data cable 5 feet long Daylight Saving Time bypass switch Dimensions 4 1 4 inches long 5 3 4 wide 1 1 4 inches deep Weight 12 ounces g Operating range 32 degrees F to 158 degrees F 0 70 degrees C 2 Satellite transmitters Satellite transmitters shall receive the signal from the wireless receiver switch es and transmit the signal to the devices in its vicinity which are out
115. local point discrete on board hand off auto operator override switches for digital control type points and gradual Switches for analog control type points 1 Switches shall be mounted either within the Controllers key accessed enclosure or externally mounted with each switch keyed to prevent unauthorized overrides 2 DDC Controllers shall monitor the status of all overrides and inform the operator that automatic control has been inhibited DDC Controllers shall also collect override activity information for reports DDC Controllers shall provide local LED status indication for each digital input and output for constant up to date verification of all point conditions without the need for an operator VO device Graduated intensity LEDs or analog indication of value shall also be provided for each analog output Status indication shall be visible without opening the panel door 17975 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Each DDC Controller shall continuously perform self diagnostics communication diagnosis and diagnosis of all panel components The DDC Controller shall provide both local and remote annunciation any detected component failures low battery conditions or repeated failure to establish communication Isolation shall be provided at all peer to peer network terminations as well as all field point terminations t
116. loor away from large metal objects such as filing cabinets lockers or metal framed walls The preferred transmitter location for best transmission coverage is centrally located on the top floor of the building 2 Attach receiver to transmitter using cable 3 Connect antenna to transmitter using not to strip threads 4 Connect power supply to the transmitter 5 Set the channel number on the display to correspond to the FCC license 8 Plug power supply into electrical outlet Analog clocks Perform the following operations with each clock 1 Install batteries 2 Set clock to correct time in accordance with manufacturer s instructions 3 Observe analog clock until valid signals are received and analog clock adjusts Itself to correct time 4 Install the analog clock on the wall in the indicated location plumb level and tight against wall If using 12 1 5 inch clock attach using clockdock hanging method and sultable fasteners as approved by clock manufacturer D Wire guards Secure to wall using approved theft resistant fasteners E Receiver switches Locate as required to provide complete coverage of the area designated for each switch Install the receiver switch in the location or locations indicated and secure to supports using fasteners suitable for the surface to which it is attached 1 Align the antenna vertically 2 Set receiver switch to the same channel number of the transmitter it will be r
117. luding antenna in a waterproof case 3 7 8 inches by 4 3 16 inches by 2 inches designed for roof or outdoor mounting Provide m unting bracket for attachment to roof structure Traditional analog clocks Primex Wireless analog clocks 12 1 2 inch diameter or 16 inch diameter as selected color and finish as selected from manufacturer s standard colors and finishes Analog clocks shail be 17730 3 OCMAPS Project ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 4 2010 wall mounted and 12 1 2 inch diameter clocks shall have polycarbonate frame and polycarbonate lens shall be white Hour and minute hands shall be black Analog clocks shall be provided with red sweep second hand 12 1 2 inch analog clocks shall be battery operated and shall have 5 year battery life Analog clocks shall be capable of automatically adjusting for Daylight Saving Time An on off switch located on the transmitter shall disable this function if desired Time shall be automatically updated from the transmitter 6 times per day Analog clocks shall remember the time during changing of batteries 12 12 inch analog clock lock Tamper proof theft resistant hangers and slots in the backs of the analog clocks Provide 2 alkaline D cell batteries with each 12 1 2 or 16 inch analog clock Analog clock receivers shall be as follows a Receiver sensitivity gt 110 dBm b Receiver power two alka
118. ment is listed below in priority order and shall consist of a combination of the following as the budget allows a Cameras w Monitoring Station amp Recorders 1 One camera interior to monitor main entry 2 Cameras interior to monitor all doors that allow entry and exiting the building from the corridors 3 One camera exterior to monitor staff parking areas 4 One camera interior to monitor outside public entrance to media center 5 Monitoring station to be located in reception area 5 DVR units as required and to allow future additional cameras 7 Digital video recorders should be located in the MDF room PART ll PRODUCTS A CLOSED CIRCUIT TELEVISION SYSTEM 1 DIGITAL CLOSED CIRCUIT TV SYSTEMS a Existing cameras 1 CCTV cameras shall be tested to verify fully operational status Repair and Replace as required 2 Cameras at each facility are to be UL listed and shall be compatible with existing system complying with not less than the specifications contained herein 17300 1 OCMAPS Project ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City Project No N08079 March 4 2010 b New cameras 1 2 3 4 5 6 8 9 10 11 12 Installation of new cameras where required shall include mounting brackets and or camera housings fully compatible with the camera provided Cameras shall have automatic iris control and shall be for interior or e
119. mmercial time systems 4 8 DELIVERY STORAGE AND HANDLING Deliver all components to the site the manufacturer s original packaging Packaging shall contain manufacturer s name and address product identification number and other related information B Store equipment in finished building unopened containers until ready for installation 19 PROJECT SITE CONDITIONS A Clocks shall not be installed until painting and other finish work in each room is complete Coordinate installation of GPS receiver for access to the roof or exterior side wall so that the bracket and related fasteners are watertight 1 10 SYSTEM STARTUP A At completion of installation and prior to final acceptance turn on the equipment ensure that all equipment is operating properly and that all clocks are functioning PART 2 PRODUCTS 2 1 MANUFACTURER A GPS wireless clock system shall be manufactured by Primex Wireless Inc N3211 County Road H Lake Geneva WI 53147 800 537 0464 FAX 262 248 0061 www primexwireless com Rauland Simplex Dukane or approved equal 22 SEQUENCE OF OPERATION Transmitter Operation When power is first applied to the transmitter it checks for and displays the soft ware version then it checks the position of the switches and stores their position in memory The transmitter then looks for the GPS time signal Once the transmitter has received the GPS time it sets its internal clock to that time The transmitt
120. more than 18 feet ACI 302 18 04 section 3 2 5 3 d If floor coverings susceptible to moisture damage by moist floor conditions capillary moisture are io be used a vapor retarder consisting of one or more polyethylene or polypropylene fabric reinforcement layers with one or more bonded polyethylene film layers at least 10 mils in total thickness should be placed below the slab The vapor retarder should be lapped 6 inches and taped at joints and fitted around all service openings Section 3 2 3 of ACI 302 1R 04 provides the most current industry recommendations for use and placement of vapor retarders Figure 3 1 in 302 1R 04 provides guidance for determining whether to place the vapor retarder above or below the granular mat below the slab Floor slabs can be designed using a modulus of subgrade reaction Ks of 150 pci for native soil or inert fill or stabilized subgrade described in the Earthwork Recommendations section of this report Project No 0309 3097 10 June 26 2009 STANDARD GEOTECHNICAL SERVICES tals document is preliminary and fo 9659 5 4 AND ENGINEERING COMPANY S ena dace nsi Basis for Recommendations The recommendations and conclusions contained in this report are based on the borings driled and tests asa We would point outthat there may be variations in material iid overthe site encountered by the test borings Such co
121. mps supports and cabling 17300 5 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 B GROUNDING 1 Tighten connectors and terminals including screws and bolts in accordance with equipment manufacturer s published torque requirements Where these are not indicated tighten connectors and terminals to comply with tightening torques specified in UL Standards 486A and B and the National Electrical Code Pull conductors simultaneously where more than one is being installed same raceway cables shall be a continuous homerun from the camera location to the equipment room No splices will be accepted Maintain all necessary operating power systems to equipment specified in this section Maintain all cabling required for installation of complete system All cable not enclosed in conduit shall be plenum rated Maintain equipment grounding connections for television systems as Indicated Tighten connections to comply with tightening torques specified in UL standard 486A to assure permanent and effective grounds C FIELD QUALITY CONTROL D TRAINING Upon completion of inspection of existing system or installation of new CCTV system components and after circuitry has been energized with normal power source test systems to demonstrate capability and compliance with drawings and specification Where possible correct malfunctioning
122. nce with these specifications and in accordance with wiring diagrams instructions and directions provided to the Contractor by the manufacturer Contractor will furnish upon completion a complete as built diagram of new system for final walk through and acceptance by the 1 89 School District INSTALLER A m mo o Installer shall program information applicable to the system s operation in a contact ID Split reporting format The programmer shall program the system so that all activations of actual alarms such as fire smoke or intrusion will be transmitted in accordance with 1 89 School District guidelines All other supervisory activities such as test 24 hour check ins only the 1 89 School District personnel shall receive openings and closings The 89 School District shall provide the programmer with the system s account number and numbers to be utilized by the receiving stations to receive alarms The 1 89 School District Office shall be responsible for the station ID numbers and all security access codes Warranty of all materials and labor for a period of one year from the date of acceptance subject to standard exclusions Guarantee of response of a trouble call within twenty four hours after receipt of such call Make available to the Owner an Authorized and Trained Service Representative who will provide training for the Owner s Operational and Maintenance Personnel Training shall consist of a minimum of two sessions Prior t
123. nd larger shall be UL Class L type 2 Fuses 600 amps or less shall be dual element UL Class RK1 F Furnish three spare fuses for each size and type fuse used on the project G Furnish and install spare fuse cabinet mounted adjacent to the service entrance equipment Cabinet shall have fuse compartments made with shelves sloping to the back hinged front door and each compartment labeled as to fuse size and type Cabinet shall be lockable 16477 1 OCMAPS Project ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 PART 3 EXECUTION 3 01 INSTALLATION A Install fuses as required to meet fautt current requirements B Install fuses to meet duty cycle and characteristics of loads being served Fuses that have been installed and do not suit the application are to be replaced at no charge to the Owner with appropriate fuses END OF SECTION 16477 2 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 1 1 01 1 02 1 03 2 2 41 2 02 2 03 2 04 SECTION 16501 LAMPS GENERAL WORK INCLUDED Provide and install items as listed schedule at end of this Section RELATED WORK Section 16502 Ballasts and Accessories B Section 16510 Interior Building Lighting C Section 16530 Site Lighting SUBMITTALS A Submit manufacturers installation instru
124. nditions if indeed they existatall cannotbe and A been accounted for in this report Therefore the descriptions recommendations and conclusions contained herein should be considered as generalized applying only to the immediate vicinity of the borings Since this report is being prepared in advance of much of the detailed design the finalized soil and structure parameters i e floor elevation fill and cut provisions structural system and loading vertical movement tolerance etc may differ from the ones considered during the preparation ofthis report If such a design variance is substantial Standard Testing would request the opportunity to review plans and specifications ofthe proposed facility for applicability to the soil conditions in this report assurance of consistency with its intent Itis recommended that Standard Testing be retained fortesting and observation during eartiwor foundation construction phases to help determine that the design requirements are fulfi lled recommended that Standard Testing s pier inspector be present during the pier drilling operatic verify the hardness of the support soil stratum and the proper depth of embedment This ipo has been prepared for the exclusive use of our clientfor specific application to the project discussed and has been prepared in accordance with generally accepted geotechnical practico Project No 0309 3097 11 June 28 2009 STANDARD PTESTING4
125. nel Manufacturer shall have an in place support facility within 100 miles of the site with technical staff spare parts inventory and necessary test and diagnostic equipment Distributors or licensed installing contractors are not acceptable The Bidder shall be regularly engaged in the manufacturing installation and maintenance of BMS systems and shall have a minimum of ten 10 years of demonstrated technical expertise and experience in the manufacture installation and maintenance of B M S systems similar in size and complexity to this project A maintained service organization consisting of at least ten 10 competent servicemen for a period of not less than ten years and provide a list of 10 projects similar in size and scope to this project completed within the last five years Materials and equipment shall be the catalogued products of manufacturers regularly engaged in production and installation of automatic temperature contro systems and shall be manufacturer s latest standard design that complies with the specification requirements All BAS peer to peer network controllers central system controllers and local user displays shall be UL Listed under Standard UL 916 category PAZX Standard ULC C100 category UUKL7 and under Standard UL 864 categories UUKL UDTZ and QVAX and be so listed at the time of bid All floor level controllers shall comply at a minimum with UL Standard UL 91 6category PAZX Standard UL 864 categories UDTZ
126. nent 2 As Built Drawings a Specify the Contractor shall be responsible for creating red line as built drawings during the construction showing all deviations from plans and to submit these as built drawings to the Architect after Substantial Completion 3 Specify the Contractor shall provide test results of the installed components PART 2 PRODUCTS 1 01 Refer to the previous Design Sections for product information PART 3 EXECUTION 1 01 INSTALLATION A General gt 10 11 12 13 14 16 17 18 Provide all equipment cable connectors conduit outlet boxes and all other devices required for the erection of a complete and operating system in accordance with applicable local state and national codes the manufacturer s recommendations the contract drawings and specifications Color code shall be used throughout Where slack cable is prescribed it shall be neatly coiled bound and stored in the ceiling and independently supported Cable raceways shall not be filled greater than the NEC maximum fill for the particular raceway type Cables shall be installed in continuous lengths from origin to destination with no splices unless specifically addressed in this document Where cable splices are allowed they shall be in accessible locations and housed in an enclosure intended and suitable for the purpose The cable s minimum bend radius and maximum pulling tension shall not be exceeded Bend
127. ng for all contro and alarm devices for all Sections of Specifications Siemens wireless products solutions are acceptable Provide 120 volt single phase 60 hertz emergency power to every B M S DDC Controller panel HVAC Mechanical Equipment Controller PC console power supply transformer annunciator modems printers and to other devices as required It is the intent that the entire building management system except terminal equipment shall be operative under emergency power conditions in the building The power supplies are to be extended in conduit and wire from emergency circuit breakers Provide status function conduit and wiring for equipment covered under this Section Provide conduit and wiring between the B M S panels and the temperature humidity or pressure sensing elements including low voltage control wiring in conduit Provide conduit and control wiring for devices specified in this Section Provide conduit and signal wiring between motor starters in motor control centers and high and or low temperature relay contacts and remote relays in B M S panels located in the vicinity of motor control centers Provide conduit and wiring between the PC workstation electrical panels metering instrumentation indicating devices miscellaneous alarm points remotely operated contractors and B M S panels as shown on the drawings or as specified All wiring to be compliant to local building code and the NEC 17975 OCMAPS Proj
128. ntary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Install panelboards not more than 78 from floor to the top switch breaker operating handle 1 Connect panelboard feeder branch circuits and all grounding conductors D Identify all branch circuits typewritten in the circuit directory END OF SECTION 16180 3 OCMAPS Project ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 PART 1 1 01 1 02 1 03 1 04 1 05 PART2 2 01 PART 3 3 01 SECTION 16161 ELECTRICAL GROUNDING GENERAL RELATED DOCUMENTS A The general provisions of the contract including General and Supplementary Conditions and General Requirements if any apply to the work specified in this section DESCRIPTION OF WORK The requirements of this section apply to the grounding work specified elsewhere these specifications B The extent of grounding work is indicated on the drawings and by the requirements of this section 1 Power system grounding 2 Communication and signaling systems grounding QUALITY ASSURANCE A NEC Compliance Comply with the applicable portions of the National Electrical Code NFPA No 70 as applicable to grounding of main service branch and feeder circuits conduit equipment separately derived systems transformers etc SUBMITTALS A Product Data Submit manufacturer s data on wire
129. o Sensor accuracy at 10 50 and 90 of range b Sensor range Verify analog limit and binary alarm reporting d Point value reporting e Binary alarm and switch settings f Actuator ranges 9 Fail safe operation on loss of control signal electric power network communications After control devices have been commissioned i e calibrated tested and signed off each program shall be put on line and commissioned The contractor shall in the presence of the owner and construction manager demonstrate each programmed sequence of operation and compare the results in writing In addition each control loop shall be tested to verify proper response and stable control within specified accuracy s System program test results shall be recorded on commissioning data sheets and submitted for record Any discrepancies between the specification and the actual performance will be immediately rectified and retested C After all BMS programs have been commissioned the contractor shall verify the overall system performance as specified Tests shall include but not be limited to 1 Data communication both normal and failure modes Fully loaded system response time Impact of component failures on system performance and system operation 2 3 4 Time Date changes 5 End of month end of year operation 6 Season changeover 17975 OCMAPS Project ES 0047 Thelma R Parks Elementary Schoo Addition Renovati
130. o suppress induced voltage transients consistent with 1 RF Conducted Immunity RFCI 50141 1000 4 6 at 3 V 2 Electro Static Discharge ESD Immunity per EN 61000 4 2 IEC 1000 4 2 at 8 kV air discharge 4 kV contact 3 Electrical Fast Transient EFT per EN 61000 4 4 IEC 1000 4 4 at 500 V sigrial 1 kV power 4 Output Circuit Transients per UL 864 2 400V 10A 1 2 Joule max 5 Isolation shall be provided at all peer to peer panel s AC input terminals to suppress induced voltage transients consistent with a IEEE Standard 587 1980 b UL 864 Supply Line Transients Voltage Sags Surge and Dropout per 61000 4 11 1000 4 11 In the event of the loss of normal power there shall be an orderly shutdown of all DDC Controllers to prevent the loss of database or operating system software Non volatile memory shall be incorporated for all critical controller configuration data and battery backup shall be provided to support the real time clock and all volatile memory for a minimum of 60 days 1 Upon restoration of normal power the DDC Controller shall resume full operation without manual intervention 2 Should Controller memory be lost for reason user shall have the capability of reloading the DDC Controller vla the local RS 232C port via telephone line dial in or from a network workstation PC Provide a separate DDC Controller for each AHU or other HVAC system as indicat
131. o the end of 1 year warranty period the manufacturer s representative shall furnish the Owner with a proposal to provide an Annual Maintenance and Service Contract CONTROL PANEL ZONE PROGRAMMING A Installer shall program the panel to meet the following 1 Zone 1 shall be reserved for fire sprinkler equipment Zone 2 shall be reserved for interior building smoke detectors Zone 3 shall be reserved for duct detectors Zone 4 shall be reserved for pull station activation Zone 5 shall be reserved for trouble power failure Zone 6 shall be reserved for 24 hour check in Zone 7 9 shall be for spares and later additions Intrusion devices shall begin with Zone 10 starting at the main front lobby keypad entrances and shall be programmed with 90 second delay and shall continue clockwise for each device per zone throughout the building 17700 3 Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 9 All motion detectors shall be programmed as interior followers door and roof hatch contact shall be programmed as perimeter 3 5 OWNER S ACCEPTANCE OF SYSTEM walk through testing of systems to be completed prior to putting on line to the 911 Center and shall be conducted at a time when students are not present and there are no activities at the school Walk through testing shall inclu
132. ocks alike Provide adjustable indicating trim front locks completely concealed when door is closed Provide a circuit directory frame and card with a clear plastic covering on the inside of the door Install identification labels Construct panelboard interior assembly for dead front when panelboard front is removed Provide barriers for main lugs breakers and end of bus structure Provide Transient Voltage Surge Suppressor TVSS where shown on the plans 1 The TVSS units shall be fumished and installed to provide multiple phase protection using individual line replaceable modules and hybrid circuitry noise filtering and diagnostic LED s indicating protection circuit status Built in redundancy offers continuous protection even after one module is deactivated Each replacement spare module an individual suppression device providing complete high speed tight clamping protection with EMI RFI noise suppression and harmonic dissipation on its phase of Power System TVSS unit shall be Levitron 57000 Series or approved equal for the main distribution panel 52000 Series or approved equal for the branch panel EXECUTION INSTALLATION OF PANELBOARDS AND CABINETS Install in accordance with the manufacturer s instructions the applicable requirements of NEC and accordance with recognized industry practices to ensure that products serve the intended function 16160 2 OCMAPS Project No ES 0047 Thelma R Parks Eleme
133. olled into a 1 8 thread Fairly Low Plasticity 1 8 thread quickly ruptures when bent Medium Plasticity 1 8 thread withstands considerable deformation without rupture Fairly High Plasticity difficult to rupture a 1 8 thread by bending High Plasticity can be kneaded without rupture greasy texture Abbreviations V Very Drk Dark Bik Black Tr Trace Lt Light Brn Brown Fairly Med Medium SI Slightly STAND NC GEOTECHNICAL SERVICES AND ENGINEERING COMPANY APPENDIXC Taige cocumenti pralindnai in na ure is nota ina sigaec and seared document AASHTO Soil Classification System Unified Soil Classification System oil Classification System American Association of State Highway aedes in naure end fs not a ira 1 signec and sea ed doce 50 Group index 6 6 F 35 0 240 005 L L 49 60 2 15 1 10 where F passing 200 sieve LL Liquid Limit and P Pasticily index 20 5 When working with A 2 6 and A 2 7 subgroups the Partial Group Index P G 1 is determined froin the P 1 only M When the conibined Group Indices are negative the w i 40 Group Index should be reported nero The tables and charts given below are from AASHTO Designation M 345 83 The Classification of Sails and Soil Ageregate Mixtures for Highway m Construction Purposes More detailed information as to the background and applicati
134. on Oklahoma City OK Project No N08079 March 4 2010 7 Global application programs and point sharing 8 System backup and reloading 9 System status displays 10 Diagnostic functions 11 Power failure routines 12 Battery backup 13 Smoke Control stair pressurization stair vents in concert with Fire Alarm System testing 14 Testing of all electrical and HVAC systems with other division of work Submit for approval a detailed acceptance test procedure designed to demonstrate compliance with contractual requirements This Acceptance test procedure will take place after the commissioning procedure but before final acceptance to verify that sensors and control devices maintain specified accuracy s and the system performance does not degrade over time Using the commissioning test data sheets the contractor shall demonstrate 1096 of the total points The contractor shall also demonstrate all system functions The contractor shall demonstrate points and system functions until all devices and functlons meet specification The contractor shall supply ail instruments for testing and over same to the owner after acceptance testing 1 All test instruments shall be submitted for approval Test Instrument Accuracy Temperature 1 4 or 1 256 full scale whichever is less Pressure High Pressure psi psi or 1 2 full scale whichever is 5 Low Pressure 1 2 of full scale in w c Humidity 2 RH El
135. on of the system may be obtained from the report T ow 5 PLASTICITY INDEX 0 20 40 50 60 70 4 H H 8 5 5 gt 2 m 5 2 j i 80 2 2 d 100 Example Then 82 passing no 200 sieve B9forbbh LL 38 PCI 7 4 for Ps Py 21 Te Liquic limit and plasticity index ranges for the 3 5 6 and 7 subgrade groups Group index chart Classification of 5085 and Soil Aggregate Mixtures with Suggested Subgroups Granular materiala ee Siltclay materiale Genera claneificestion 25 per cant or No 200 More thon 35 per cent parsing 200 Group classification Sleve analysis Per cent passing 10 2 40 Ne 200 Characteristics of passing 40 Liquid limit Plosticity index Basini ___ Usual types of significant Stone frogments Silty or clayey Silty constituent materials grovel and sand grovel and zand _ solis General rating as subgrade Excellent to good Fair tu poor of 7 5 subgroup equal to or lass thon LL minus 30 of A 7 6 subgroup js greater than LL minus 30 5 1 ww Gu Pad 7 ii ctio Sepe aq D LEO os pr yi mei pate vana UNI Act erede nii cg E gni mami a za enis ion t eer pmi em e m er NT RE d Del s
136. onvenience duplex non switched outlets will be placed on each wall which may be provided on a single but separate branch circuit 9 PATCH PANEL 8 These specifications require sole use of Panduit patch panels for continuity expansion and ease of maintenance No substitution will be accepted b Forty eight 48 port copper patch panels in the MDF and IDF will be Panduit part number UICMPPA48BL A fiber paich panel Panduit part number FRME2 will be in the rack in the MDF and a fiber patch panel Panduit part number will be in rack in each IDF 17745 3 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 The MDF fiber patch panet will have six 6 Adapter Panels loaded with blue SC duplex adapters with ceramic sleeves Panduit part number FAP6WBUDSCZ The IDF fiber patch panel will have one 1 Adapter Panel loaded with blue SC duplex adapters with ceramic sleeves Panduit part number FAP6WBUDSCZ and two 2 blank adapter panels Panduit part number FAPB Terminate fiber cables properly with adequate slack left at both entrance location and termination unit MDF IDF fiber optic strands will be terminated in the following order Position Color Blue Orange Green 10 Violet 11 Rose 12
137. r minimum service and product warranty Contractor will configure and install this equipment as to provide a configured and working Category 6 drop s integrated into the Wide Area Network of the I 89 School District Wiring Scheme will be TIA EIA 568 B compliant CAT 6 media twist cable runs in classrooms and offices or visible to those who use the building will be either in the walls at drop locations with flush mount faceplates whenever possible or in horizontal surface mount around perimeter of the room Each wall plate will have its own conduit run to the top of partitions and turned out above ceiling including the blank wall plates All raceway used on exterior will be mechanically fastened and of metallic construction where accessible to students J Boxes will be mechanically fastened All work will be designed in accordance with the BICSI TOMM and will be installed in accordance with the BICSI addition all work will conform to 1 2002 NEC or most current including 110 3 and 800 6 2 ANSI TIA EIA Building Wiring Standards 3 OEM installation directions 4 Applicable State and local code Ail floor and wall penetrations will be fire and smoke stopped to restore the structures to the original fire or smoke rating by design code and standard Preexisting penetrations will be fire or smoke stopped if used for cable routes All fiber optic cables to annex or outer buildings will be buried in conformance with
138. radius in the termination area shall not be less than 4 times the outside diameter of the cable All cables shall either be in conduit or cable tray or J hooks or trapeze system for entire length J hook systems shall be supported at a minimum of 4 intervals Refer to drawings for conduit size and cable tray locations Minimum conduit size shall be 74 Bundle horizontal distribution cables in groups not greater than 40 cables Install cable above fire sprinkler systems and do not attach to the system or any ancillary equipment or hardware Install the cable system and support hardware so it does not obscure any valves fire alarm conduit boxes or other control devices Cables shall not be attached to ceiling grid or lighting support wires Where lightweight support for drop cable legs are required the Contractor shall install clips to support the cabling Any cable damaged or exceeding recommended installation parameters during installation shall be replaced by the Contractor prior to final acceptance at no cost to the 1 89 School District identify cables by self adhesive label in accordance with the System Documentation Section of this specification Apply the cable label to the cable behind the faceplate on section of cable that can be accessed by removing the outlet plate Backbone cables shall be installed separately from horizontal distribution cables Where cables are housed in conduits the backbone and horizontal cables shall
139. ransparent door 9 Modular pluggable solid state construction 10 Supervise all alarm receiving circuit and signal circuit wiring 11 Automatic transfer to standby batteries upon power failure 12 Lightning and surge protection 13 All modules shall be placement supervised 14 Provision for remote drill and reset station drill condition shall not shut down the HVAC system nor shall it dial the Fire Department or 911 15 All fire alarm panels including transponder panels on multiple systems shall have ground wire other than conduit ground for proper operation of lightning protection 23 CONTROL PANEL COMPONENTS A Upgrade the existing control panel to handle new areas as required and have the following 1 Common alarm control module that allows an alarm from one 1 device to be silenced but allows subsequent alarms from other devices to resound the alarm Provide monitoring of status changes within the system system reset signal silence system trouble LED alarm silenced LED common system alarm LED AC power on LED trouble silence and lamp test 2 Alarm receiving modules Class B type Each circuit shall be suitable for connection to manual fire alarm stations heat detectors approved smoke detectors and water flow alarm switches Upon receipt of an alarm the receiving circuit shall lock into alarm pulse its individual red device LED and signal the Common Control Unit Silencing of the audible devices shall
140. reen display of live cameras on PC monitors 7 Viewing of cameras on screen in 1 4 9 16 blocks 8 60 images second record speed 9 Real time playback 10 Software adjustable recording schedule 11 High resolution MP4 compression 12 Time date alarm and camera retrieval filters 13 CE and FCC approved 14 Remote View Software 15 Keyboard and mouse 16 Network Interface 17 DVD Recorder Built IN Existing and or New Installations Where applicable control system components shall be mounted in existing panels and tested for fully functional status If new components are required they are to be mounted in a Lowell L267 77 or equivalent rack and located in the MDF IDF Technology equipment room 1 This rack shall include capabilities for the following control system PC viewing CRT keyboard mouse and other accessories required for a complete install 2 Provide locking perforated front door mounting shelves U 181B power panel and 180 auxiliary power strip Equal to Mid Atlantic or Atlas 3 Complete software packages shall be provided to allow program adjustment of all camera settings recording modes viewing modes activity detection 17300 4 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK March 4 2010 sensitivity etc 4 Interface system with District Ethernet Network to allow viewing and adjustment of system components via PC s granted access
141. rilled with a truck mounted CME 55 rotary drilling unit equipped with 3 25 1 0 X 7 25 O D hollow stem augers Standard penetration tests SPT used a 1 375 ID split spoon sampler driven by an automatic s hammer utilizing a 140 Ib weight falling 30 inches Tests Performed Twenty one 21 standard penetration tests were performed orderto estimate m the shear strengths of the soils in their natural state The test was conducted as specified 01586 Penetration Test and Split Barrel Sampling of Soils The in situ shear strength of a soil related to the N value from this test is the number of blows required to drive split spoon sampler twelve inches after a 6 inch seating into undisturbed soil The soil samples recovered in the split spoon barrel were removed from the sample tool in the field visually classified and labeled according to boring number and depth Results of the Project No 0309 3097 2 June 26 2009 STANDARD This d uv GEOTECHNICAL SERVICES nis ocument is preliminary PTESTING4 roten ina ENGINEERING COBRAN signed and sealed document standard penetration tests are denoted at their respective depths on the boring logs Depths of individual standard penetration tests and grab samples are indicated on the boring logs included in Appendix B Split spoon and grab bag samples were labeled and sealed in water tight protective cont
142. s are labeled similar to the copper patch panels The label represents where the fiber is terminated on the other end of the cable e The following Figure 9 is the fiber patch panel in the MDF In this example the cable is running to three 3 different IDF s Each port is labeled with the room number cable number Fg t 4 LABELING SECONDARY NETWORK CLOSETS IDF1 IDF2 ETC a All IDF equipment racks will have a visible label using the following convention IDF room number As shown on Figure 3 b IDF rack and patch panels will be populated in accordance with MDF labeling in Figures 8 and 9 5 LABELING LAB MEDIA ROOM AND TRADE AND INDUSTRIAL AREA IDF S a The racks in these closets will have a visible label using the following convention IDF Room Number and placed as shown on Figure 5 b The following Figure 10 explains how copper patch panels will be labeled for a lab Note each port is labeled with Room Number Cable Number which relates to the wall plate port in the classroom For example C104 1 thru C104 30 are labeled below Fig 10 cc Fiber patch panels are labeled similar to the copper patch panels The label represents where the fiber is terminated on the other end of the cable d The following Figure 11 is an example of a fiber patch panel in an IDF In this example the cable is terminated in the MDF 17745 10 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation
143. second per day between synchronizations so that clock accuracy shall not exceed plus or minus 0 2 seconds D The system shall include an internal clock reference so that failure of the GPS signal shall not cause the clocks to fail in indicating time E The system shall incorporate a fail safe design so that failure of any component shall not cause failure of the system Upon restoration of power or repair of failed component the system shall resume normal operation without the need to reset the system or any component thereof Clock locations shall be as indicated and clocks shall be fully portable capable of being relocated at any time REGULATORY REQUIREMENTS A Equipment and components fumished shall be of manufacturers latest model B Transmitter and receiver shall comply with Part 90 of FCC rules as follows 1 This device may not cause harmful interference and 2 This device must accept interference received including interference that may cause undesired operation 3 Transmitter frequency shall be governed by FCC Part 90 35 4 Transmitter output power shall be governed 90 257 b System shall be installed in compliance with local and state authorities having jurisdiction SUBMITTALS Product Data Submit complete catalog data for each component describing physical characteristics and method of installation Submit brochure showing available colors and finishes of clocks B Op
144. section Refer to Division One for equipment submittal procedures T Uc B The Room Data Schedule shall be submitted by the Contractor for approval by the General Contractor Architect OCMAPS and The Facility Group Submit as a shop drawing END OF SECTION 8 17750 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 408079 March 4 2010 Section 17760 Intercom Systems PART 1 GENERAL 1 01 TED MENTS A Drawings and general provisions of contract Including and supplementary conditions and Division 1 specification section apply to work of this section 1 02 DESCRIPTION OF WORK A The contractor shall furnish a complete intercom system in the addition to match and extend from central systems and similar components of the existing building The complete installation shall meet the requirements of the National Electric and other prevailing codes The system shall include the devices as shown on the plans and any other control panels power supplies initiating devices and accessories required to provide a complete operating intercom systems both in the existing and new building addition B equipment shall be labeled with the same manufacturers name to assure the integration of the complete system Mix and Match systems are not approved The system supplier and installer shall be a factory authorized distributor and shall stock suffic
145. sing Project No 0309 3097 8 June 26 2009 5 and scad m STANDARD GEOTECHNICAL SERVICES Cocument preliminary PTESTING4 TCnectte end io nota inal AND ENGINEERING EOMEMNT e and document Floor Slabs Concrete slabs on grade floors for shallow foundation should be constructed as follows The subgrade inert fill or stabilized soil building pad should be prepared as described in the Earthwork Recommendations section of this report Four 4 inches or more of granular base meeting following requirements should be placed over the subgrade passing the 1 5 inches sieve 100 passing the 200 sieve 15 or less plasticity index 2 6 6 Hmm 6 or less IL At the time of concrete placement the granular base should be moist but free of any self draining water The concrete slab should be placed minimum of four 4 inches thick in lightly loaded areas and up to six 6 inches thick in heavily loaded areas and should not be tied into the footings stemwalls or structural frame If itis necessary to tie the floor slab into the foundation walls exterior walls and or pitwalls the floor should be jointed no more than 10 to 15 feet from the point ofthe restraint ACI 360R 92 Section 9 7 Other control joints should be provided each way ata spacing of 24 to 36 times the slab thickness but no
146. sity of Cohesionless Soils Very Loose less than 4 SPT value corrected for overburden Loose 5 to 10 SPT N value corrected for overburden Medium Dense 11 to 30 SPT N value corrected for overburden Dense 31 to 50 SPT N value corrected for overburden Very Dense 51 to 50 6 SPT N value corrected for overburden Hard less than 6 penetration in 50 SPT N blows corrected for overburden cemented Hardness of Rock Very Soft can be scratched readily by fingernail Soft can be grooved readily by knife or pick Medium can be grooved 0 05 deep by firm pressure of knife Moderately Hard can be scratched by knife Hard can be scratched by knife or pick only with difficulty Very Hard cannot be scratched by knife or sharp pick Other Terms Descriptive of Consistency Brittle Ruptures with little deformation Friable Crumbies or pulverizes easily Elastic Returns to origina length after small deformation Spongy Is very porous loose and elastic Sticky Adheres or sticks to tools or hands In Situ Moisture Descriptions Dry powdery Slightly Moist water readily absorbed paper Moist water readily absorbed by paper Very Moist water condenses on sample tray Wet water drips from sample Degree of Plasticity When Moist to Very Moist Nonplastic cannot be rolled into a bail Trace of Plasticity can be rolled into a ball but not into a 1 8 thread Low Plasticity barely holds its shape when r
147. stalled link of the respective category rating as defined by the 568 B Standard and associated documents Test each cable for continuity on all pairs and or conductors Twisted pair voice backbone cables will be tested for continuity pair reversals shorts and opens using a green light type test set Horizontal UTP cables for data voice or video will be tested for the all of the above requirements plus tests that indicate installed cable performance The test conducted will meet or exceed the requirements for an installed link of the respective category rating as defined by the 568 B Standard and associated documents Performance Verification Performance verify high speed UTP horizontal distribution cable using an automated test set This test set will be capable of testing for the continuity and length parameters defined above and provide results for the following tests 1 Near End Cross Talk NEXT 2 Attenuation 3 Power Sum Attenuation to Cross Talk Ratio PSACR Test results will be automatically evaluated by the equipment using the most up to date criteria from the TIA EIA Standard and the result shown as pass fail Test results will be printed directly from the test unit or from a download file using an application from the test equipment manufacturer The printed test results will include all tests performed the expected test result the actual test result achieved and a pass fail indication for each installed link under test
148. t standards of an electrical testing laboratory and the Certified Ballasts Manufacturers Association PART 2 PRODUCTS 2 01 FLUORESCENT BALLASTS A Interior Ballasts 120 volt automatic reset thermal protection with 90 percent power factor Group A noise rating Mark Ill energy saving type as manufactured by Advance B Exterior Ballasts as specified above low temperature type providing reliable starting to 20 degrees F Mark Ill as manufactured by Advance Supply ballasts complete with heat radiators to prevent nuisance tripping D Equip ballasts with capacitors and pressure relief devices to prevent interrupting 2 02 HIGH INTENSITY DISCHARGE BALLASTS Ballasts 120 volt as indicated on drawings of the constant wattage high power type as manufactured by Advance B Select exterior ballasts for reliable starting to 20 degrees F PART 3 EXECUTION 3 01 INSTALLATION Provide ballasts of compatible design to lamps specified B Mount high intensity discharge ballasts on rubber grommets to reduce noise transmission C Replace defective or noisy ballasts END OF SECTION 16502 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 PART 1 1 01 1 02 1 03 1 04 1 05 PART 2 2 01 2 02 SECTION 16510 INTERIOR BUILDING LIGHTING GENERAL WORK INCLUDED This Section includes supply and installation of lum
149. te chalk board at standard gang height opposite the entry door The three 3 CAT 6 drops will be terminated in the patch panel in the lab equipment closet and the coax will be terminated in the MDF There will be a total of 30 CAT 6 drops in the lab On opposite walls group four 4 quads of three 3 Data Voice drops This placement will be determined by room dimensions and furniture size Two 2 blank wall plates with matching color blank modules for future network drop locations will be placed in each lab and media room See diagram below Figure 6 for placement locations 17745 7 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Typical Computer Lab Fig 6 3 TRADE AND INDUSTRIAL AREA CABLING a One 1 bundle 6 strands of multimode 50 125 pm fiber optic duplex cable will run from the MDF and terminated with SC connectors in the Trade and Industrial equipment closet b MDF IDF fiber optic strands will be terminated in the following order Position Color 18 Blue 19 Orange 20 Green 21 Brown 22 Slate 23 White The following list contains the number of CAT 6 drops for each area These drops will be terminated in the Trade and Industrial closet Agriculture AG Mechanics and Animal Science 15 drops 2 Agriculture Horticulture 15 drops 3 Automotive 15 drops 4 Cosmetology 10 drops 5 Health Science Technology 20 drops 6 Marketing
150. tem Programming shall include Siemens Management Level Network workstation and client programming field panel programming and field device programming Siemens workstation and client programming shall be performed by factory trained and authorized technicians utilizing the most recent versions of Siemens programming tools and sofiware sets The control system shall communicate with the existing Siemens energy management system via the districts existing Ethemet network Duplicate and distinct communications trunks or systems are not acceptable The installation of the control system shall be performed under the direct supervision of the controls manufacturer with the shop drawings flow diagrams bill of materials component designation or identification number and sequence of operation all bearing the name of the manufacturer The installing manufacturer shall certify in writing that the shop drawings have been prepared by the equipment manufacturer and that the equipment manufacturer has supervised their installation In addition the equipment manufacturer shall certify in writing that the shop drawings were prepared by their company and that all temperature control equipment was installed under their direct supervision E Ail materials and equipment used shall be standard components regularly manufactured for this and or other systems and not custom designed specially for this project All systems and components shall have
151. the Smoke Detector as required for system safeties and to provide alarms to the DDC system PART 3 EXECUTION 3 1 PROJECT MANAGEMENT Provide a designated project manager who will be responsible for the following Gonstruct and maintain project schedule On site coordination with all applicable trades subcontractors and other integration vendors Authorized to accept and execute orders or instructions from owner architect Attend project meetings as necessary to avoid conflicts and delays Make necessary field decisions relating to this scope of work 32 SEQUENCE OF OPERATION FCU Sequence of Operation 1 An application specific DDC controller using electric actuation controls the fan coil unit FCU The controls will operate on heating or cooling cycles based on control system interlock to indicate whether heating or cooling is available The space served by the FCU is controlled in Occupied and Unoccupied modes as follows 2 Occupied fan operates continuously The controller monitors the room temperature sensor and modulates the FCU heating cooling valve to maintain the space temperature at set point 3 Unoccupied The FCU is controlled using the Unoccupied space temperature set point The FCU fan is off when the space is satisfied The controller may reset to the Occupied mode for a predetermined time period upon a signal from the control system or manually from a switch at the room sensor 4 s
152. the ceiling the classroom for future 3 Two 2 blank wall plates with matching color blank modules for future network drop locations will be placed in each classroom as shown in Figure a Coax will be placed opposite door and adjacent to the white board b See Figure 4 for placement locations 17745 5 Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Fig 4 C LABS MEDIA CENTER TRADE AND INDUSTRIAL CLASSROOMS Including Business Education and Career Technology classrooms 1 Equipme a OCMAPS Project ES 0047 Thelma Parks Elementary Schoo Addition Renovation Oklahoma City OK Project No N08079 nt Closet A network closet will be placed the media center one 1 closet in each lab and one 1 closet in the Trade and Industrial Area The door will be located in the hall to discourage anyone from trying to use it for other reasons besides network equipment The door will be ventilated The closet will be at least 70 wide X 40 deep allowing enough room to manage the cables in the rack Must be secured to Technology staff only with a single common key between all technology support areas for all schools in the District 19 Standard Rack 7 Aluminum Panduit part number CMR19X84 Chatsworth part number 46353 703 B Line part number SB556084XU or equivalent will be placed in each lab media room closet Vertic
153. the standards listed in paragraph F Pathways will be installed using wide J hooks with minimum bend radius Wire bridle rings or cable ties will not be acceptable In the classroom small bundle support wide J hooks may be used to attach to ceiling wire support IAW 1997 TIA EIA 569 A Standard Complete building cabling pathways will be installed where deemed appropriate for future building structured cabling systems requirements on those routes required by this RFP J hook load will not exceed 40 of capacity Plenum CAT 6 Belden Media Twist Bonded Pair Network Gable 1874A or equal will be utilized Cable jacket color of red Fiber optic cable will run between the Main Distribution Room MDF and Remote Distribution Room IDF not including Lab Media Room and Trade and Industrial Closets for telephone The slack will be coiled up above the ceiling in the IDF 17745 1 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 1 03 All conne ctions between wiring closets will be multimode 50 125 duplex fiber optic Each fiber optic cable run will be a minimum of 6 fiber strands Each fiber optic cable connections will be terminated with SC connectors to TIA EIA specification and installed in fiber optic rack mount termination cabinets UTP modules will be Panduit Mini Com TX 6 PLUS part number CJ688TPRD Red in color 0 Technolo
154. the unshielded twisted pair cable so there are no bends less than four times the cables outside diameter 4 X cable O D at any point in the run and at the termination field 4 Pulling tension on 4 pair UTP cables shall not exceed 25 pounds for a single cable or cable bundle Horizontal Fiber Optic Cabling 1 Fiber feed through inserts shall exit the faceplate parallel to the mounting surface and the bottom of the faceplate in a vertical orientation 2 Store a minimum of 36 of slack at the drop end and 72 at the termination enclosure 102 FIRESTOPPING A Provide UL Classified to ASTM E814 UL 1479 firestopping system rated to match respective wall or floor where cable and or conduit pass through a firerated wall or floor Fire stopping shall be approved by a qualified Professional Engineer PE licensed in the state where the work is to be performed A drawing showing the proposed fire stopped system stamped embossed by the cognizant PE shall be provided to the 1 89 School District s Technical Representative prior to installing the fire stop system s B All fire stop systems shall be Installed ih accordance with the manufacturer s recommendations and shall be completely installed and available for inspection by the local inspection authorities prior to Cabling system acceptance 1 03 SYSTEM DOCUMENTATION A General 1 B Labeling 1 The following section describes the labeling as built documentation and test doc
155. tis sq s qua eve ey 5328 vu pao cag d o 4 4 at ay apja st 239 ang x eame jesus n ve nq ja spem QU Kx o set otii n UA vins a goug 1 aaun opan ri vegan 9 1971 9 eq s otii YO SUOS UO SRANDA 971814 y em vep sanga 0 pen Zo pst ond guqud quo garay m pets had p ueris In pindyg ela an espn HOP pamm aga ago Jy Aapoy apks jo Ts prateka Tipp nie ype mapy da kepasa dajie per pa ape pole R promo sje vei nem Pek me mapasa mj rot prm my ee ae hes Eus weet mag 29 d THOR BES js pes pesi agi
156. to 2 49 kPa Output signal 410 20 mA Accuracy 41 0 of full scale Humidity Sensors Range 0 to 100 RH Sensing Element Bulk Polymer Output Signal 4 20 mA DC 17975 OCMAPS Project 5 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 At 77 F 25 C 2 1 Control Valves all control valves shall have electric actuators 1 Electric Control Range ability 40 1 Flow Characteristics Modified Equal percentage Control Action Normal open or closed as selected Medium 77 Steam water glycol Body Type gt Screwed ends 2 and smaller flanged Valves 272 and larger Body Material Bronze Body Trim Bronze Stem Stainless Steel Actuator 0 10 VDC 4 20 MA or 2 position 24 VACHA20VAC 2 automatic temperature control valves in water lines shall be provided with characterized throttling plugs and shall be sized for minimum 25 of the system pressure drop or 5 psi whichever is less a Positive positioning relays shall be provided on pneumatic control when required to provide sufficient power for sequencing b Two position valves shall be line size d Damper Actuators 1 Electric control shall be Siemens Building Technologies OpenAir direct coupled actuators 2 Damper actuators shall be Brushless DC Motor Technology with stall protection bi directional fail safe spring retum all metal housing manual override independently
157. to chart located on page 7 section 2 4 1 for appropriate equipment interface requirements System shall have the capability to be OPC Client and Server for dynamic communication with OPC Clients or Servers over an Ethernet network At a minimum the following must be supported a Data Access 1 0 96 1 0A 97 and 2 0 11 98 b Alarms amp Events 1 0 1 99 If the existing DDC controllers do not have the specified capabilities the controller must be upgraded to meet the specifications in Part il BAS manufacturer shall be responsible for hardware software amp labor to update the existing DDC controller to meet the specifications C Peer to Peer Building Level Network 1 operator devices that reside on the shall have the ability to access all point status and application report data or execute control functions for any and all other devices via the peer to peer network No hardware or software limits shall be imposed on the number of devices with global access to the network data at any time The peer to peer network shall support a minimum of 100 DDC controllers and PC workstations Each PC workstation shall support a minimum of 4 peer to peer networks hardwired The system shall support integration of third party systems fire alarm security lighting PCL chiller boiler via panel mounted open protoco processor This processor shall exchange data between the two systems for interprocess control All exchan
158. toration of normal power the HVAC Mechanical Equipment Controller shail automatically resume full operation without manual intervention 2 Should HVAC Mechanical Equipment Controller memory be lost for any reason the user shall have the capability of reloading the HVAC Mechanical Equipment Controller via the local RS 232C port via telephone line dial in or from network workstation PC 25 DDC amp HVAC MECHANICAL EQUIPMENT CONTROLLER RESIDENT SOFTWARE FEATURES A General 1 The software programs specified in this Section shall be provided as an integral part of DDC and HVAC Mechanical Equipment Controllers and shall not be dependent upon any higher level computer for execution 2 points shall be identified by up to 30 character point name and 16 character point descriptor The same names shall be used at the PC workstation 3 All digital points shall have user defined two state status indication descriptors with minimum of 8 characters allowed per state i e summer winter Control Software Description 1 The DDC and HVAC Mechanical Equipment Controllers shall have the ability to perform the following pre tested control algorithms 17975 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 Two position control b Proportional control Proportional plus integral control d Proportional integral plus deriv
159. uency stability 20 ppm 3 Transmitter shall have 16 selectable channels to assure interference free reception 4 Transmitter shall have the following switches a Time zone adjustment switches for all time zones in the world Includes all US time zones Eastern Central Mountain Pacific Alaska and Hawaii b Daylight Saving Time bypass switch 12 hour 24 hour display 5 Transmitter housing shall be black metal case 16 3 4 inches by 12 inches by 1 7 8 Inches in size 6 Antenna shall be 46 inches high commercial type mounted on top center of transmitter housing Antenna gain shall be lt 2 2 dB Antenna polarization shall be vertical Transmitter housing shall incorporate a display which shall include the following Time readout AM and PM indicator if 12 hour time display is set Day and date readout Indicator for daylight savings or standard time LED which shall flash red in event of reception problem GPS reception indicator 8 Transmitter shall contain an intemal clock such that failure of reception from the GPS will not disable the operation of the clocks Power supply Model Number 140003 Input 120 volt 50 60 Hz 0 4 amp Output 9 volt DC 1 5 amp GPS Receiver Model Number Q11695 GPS roof mounted with 15 foot cable attached additional Primex Wireless extension cable available 50 100 150 200 foot 1 The GPS Receiver shall be a complete GPS receiver inc
160. uilding automation system manufacturer shall have the same capabilities for remote connection to the facility If the problem cannot be resolved with on line support services the BAS manufacturer 17975 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City Project No N08079 March 4 2010 shall dispatch the appropriate personnel to the job site to resolve the problem within 4 hours of the time that the problem is reported PART 2 PRODUCTS 24 ACCEPTABLE MANUFACTURERS Siemens Building Technologies Inc 22 NETWORKING COMMUNICATIONS A The design of the BAS shall network operator workstations and Controllers The network architecture consists of multiple levels for communicatlon efficiency a campus wide Management Level Ethernet network based on protocol high performance peer to peer building level network s and DDC Controller floor level local area networks with access being totally transparent to the user when accessing data or developing control programs B The design of BAS shall allow the co existence of new DDC Controllers in the existing Siemens MLN without the use of gateways or protocol converters 1 System shall have the capability to communicate with a network over Ethernet BACnet IP Minimum system functionality must include monitoring commanding and alarming for daily operator functions from the existing workstation Refer
161. uipment Controller from a network workstation or remotely using dial in modems For all loop tuning functions access shall be limited to authorized personnel through password protection 6 DDC and HVAC Mechanical Equipment Controllers shall be capable of automatically accumulating and storing run time hours for digital input and output points and automatically sample calculate and store consumption totals for analog and digital pulse input type points as specified in the point schedule H The peer to peer network shall the DDC and HVAC Mechahical Equipment Controllers to access any data from or send control commands and alarm reports directly to any other DDC and HVAC Mechanical Equipment or combination of controllers on the network 17975 OCMAPS Project No ES 0047 4 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 28 27 without dependence upon a central or intermediate processing device and Mechanical Equipment Controllers shall send alarm reports to multiple workstations without dependence upon a central or intermediate processing device The peer to peer network shall also allow any DDC and HVAC Mechanical Equipment Controller to access edit modify add delete back up and restore all system point database and all programs The peer to peer network shall aliow the DDC and HVAC Mechanical Equipment Controllers to
162. uit with smooth insulated bushed end at edge of backboard minimum 16 A F F GROUNDING A 6 long X 1 high X 1 8 thick copper grounding bus on each backboard Provide minimum twelve 12 grounding set screws B 1 0 AWG insulated copper ground conductor in a 3 4 rigid conduit each backboard to the main electrical service ground bus and bond BOX MOUNTING For onsite telephone wire only B In accordance with Section 16100 criteria vertically with bottoms of boxes at 16 A F F set top of second CMU course Flush mount with wall surfaces Grout fill around all boxes CMU partitions to solidly anchor in place D Do not position boxes between differing wall materials E Offset telephone boxes and other device boxes on opposite faces of walls a minimum of 6 no back to back devices are allowed COVERPLATES A For onsite telephone wire only B Install with pair of matching screws box snug to finished surface on all sides Install plumb and level adjust box as required CONDUITS A For onsite telephone wire only B ne telephone receptacle box shall have its own conduit run to top of partitions tumed out above the Ceilings 17740 2 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2001 c In the neatly terminate conduits above the ceiling and at uniform height 4 inside the perimeter of the backboard with smooth insulated bus
163. umentation required to be produced and or maintained by the Contractor during the course of the installation The Contractor shall develop and submit for approval a labeling system for the cable installation The 1 89 School District will negotiate an appropriate labeling scheme with the successful Contractor The Contractor using the drawings as a reference shall clearly identify ali components of the system racks cables panels and outlets The labeling system for horizontal cable shall designate the cables origin and destination Backbone cables coax and voice shall designate the cables origin and destination Racks and patch panels shall be labeled to identify the location within the cable system infrastructure All test documents shall reflect the appropriate labeling scheme All labeling information shall be recorded on the as bullt drawings All label printing will be machine generated using indelible ink ribbons or cartridges Self laminating labels will be used on cable jackets appropriately sized to the outside diameter of the cable and placed within view at the termination point on each end Outlet labels will be the manufacturer s label provided with the outlet assembly on the faceplate As Built Drawings 1 The installation contractor will be provided with one set of drawings at the start of the project This set will be designated used to document all as built information as it occurs throughout the project The set wil
164. units at site then retest to demonsirate compliance otherwise remove and replace with new units proceed with retesting Provide training for Oklahoma City Public Schools on any new Closed Circuit 17300 6 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City Project No 08079 March 4 2010 Television System Contractor shall show owner all main connection points for the system and explain the function of the system and each major component type Contractor shall instruct Oklahoma City Public Schools in any maintenance requirements which may be the responsibility of the Owner and procedures to be followed when new equipment Is added to the MDF IDF rooms in the future 2 Provide information on all New Closed Circuit Television Systems including any applicable test results in the owners and operators manuals 3 Contractor shall obtain a sign off from the owner that they have received adequate training for the equipment END OF SECTION 17300 7 OCMAPS Project No ES 0047 Thaima R Parks Elementary School Addition Renovation Oklahoma City OK Project No 08079 March 4 2010 1 Section 17700 Security System GENERAL 1 1 SCOPE AND RELATED DOCUMENTS The work covered by this section of the specifications includes the fumishing of all labor equipment materials and performance of all operations in connection with the installation of the S
165. with ASTM D2487 for aid in classification These soils were classified according to Unified Soil Classification System USCS and the American Association of State Highway and Transportation Officials AASHTO soil classification system f Project No 0309 3097 5 26 2009 STANDARD GEOTECHNICAL SERVICES This document i preliminary 5 4 signed and sealed document Section 4 ENGINEERING EVALUATION AND RECOMMENDATIONS Soil Conditions The soils encountered in this investigation consist of silty sand sandy clay and sandy shale over siltstone rock and sandy shale rock The cohesionless soils were found to have a very loose to medium dense relative density and the cohesive soils were found to be softto very stiff in consistency The underlying rock siltstone and sandy shale exhibits SPT refusal SPT N value of 50 blows per 6 inches or less penetration at the relative elevations indicated in the Relative Elevation of Rock Material table in section 2 of this report The plasticity characteristics ofthe soils encountered indicate that these soils are inactive for consideration of soil expansion on foundation design Seismic Site Class Based on the results of our investigation this site is classified as Seismic Site Class D This recommendation is based on the criteria given in Table 1613 5 2 ofthe International Building Code IBC 20
166. xterior use under normal and low light conditions of illumination and shall be provided with a weatherproof housing as specified Camera shall be mounted at or as close 10 the location as possible arid shall include electronic components for automatic adjustment of iris to varying levels of illumination Camera shall be CCD digital type with auto iris lens compatible with existing system Lens shall contain a vari focal length Power supplies shall be internally protected Cameras shall have line lock to avoid roll during switching operations Exterior cameras shall be designed for the intended purpose and environment and all shall have the following minimum specifications Polycarbonate clear dome b Weather sealed 470 TVL Color NTSC Day B amp W Night Vision switch to B amp W at low light Operating Temperature range Interior 13 to 122 degrees F exterior 50 to 140 F Light Sensitivity 0 8 lux F1 5 B amp W 0 1 lux F2 0 Quick change lenses Line voltage 24 VAC 17300 2 OCMAPS Project No ES 0047 Thelma Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 2 CAMERA HOUSINGS AND SUPPORTS camera housings shall an integral part of the dome camera and be securely attached to mounting surfaces b The flush ceiling mounted units shall contain additional accessory support for acoustic ceiling installations Wall mounted units s
167. xtures shall have battery packs mounted above ceilings when fixtures are ceiling mounted C Wall mounted fixture may have integral battery packs where approved by Architect or Engineer D Fixtures shall be supported from grid when located in suspended ceilings 2 05 MOUNTING CHANNELS A Provide wiring channel for mounting fluorescent luminaries and wiring between luminaries suspended below mechanical piping and duct work B Nominal size of channels 2 7 8 by 2 3 4 inches 16 gauge steel white baked enamel finish complete with channel connectors end closure pieces cover pieces mounting hickeys luminary connectors and joiner pieces 12 inches long to form a rigid assembly PART 3 EXECUTION 3 01 SUPPORTS A Refer to Section 16190 B Support fluorescent luminaries directly from building structure by rod hangers and inserts or metal angle headers supported from framing structure of ceiling suspension system Support luminaries more than 2 ft wide by four hangers luminary minimum independent of ceiling structure or tee bars 16510 2 OCMAPS Project No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 3 02 RECESSED LUMINARIES A Install recessed luminaries to permit removal from below to gain access to outlet or prewired fixture box B Connect recessed luminary to boxes with flexible conduit and fixture wire C Mounted in suspended ceiling with exposed t
168. ymbols Definition of Descriptive Terms Demi ETC anto STANDARD cocument i js preli GEOTECHNICAL SERVICES pre bTESTING inmaturc endds n AND ENGINEERING COMPANY SOIL BORING 106 i dact ner Boring 8 1 Project Thelma Parks Elementary School Building Addition Project No 0309 3097 Project Location City OK Date Drilled 6 3 09 Boring Location 5 end of the Bldg addition footprint Project Engineer Vajra Rai Drill Method CME 55 3 25 I D 7 25 O D HSA Field Logger Chris Mcmullen Surface Elevation 98 1 ft Water Depth 5 ft Completion Remarks of exisiting school bldg Moisture Plasticity 1 Elev Depth u Feet Soll Description 10 20 30 40 50 60 DCP Blows increment Water Content 0_20 30 50_ 60 Reddish Brn SILTY SAND 51 Moist Nonplastic h Brn Moist Nonplastic Soft Tr Plasticity LL 18 Pl 2 ROCK Reddish Brn SANDY SHALE St Moist Fl Low Plasticity Soft 27 12 boring 8 1 als 5 1 dis not tinal cai d document STANTING GEOTECHNICAL SERVICES SOIL BORING LO AND ENGINEERING COMPANY Boring B 2 Project Thelma Parks Elementar Schoo Building Addition Project Location Oklahoma City OK Boring Location S W corner of the Bldg addition footprint Drill Method
169. ystem uses a current switch to monitor the FCU fan status B ERV Sequence of Operation 1 The building automation system shall enable or give the a start command when the building is occupied On board controls control the ERV system See Spec Section 15732 2 Monitor O S alr supply temperature from the ERV 3 Provide dirty filter switch alarm on the ERV Two switches 33 START UP AND COMMISSIONING AC When installation of the system is complete calibrate equipment and verify transmission media operation before the system is placed on line All testing calibrating adjusting and final field tests shall be completed by the manufacturer Verify that all systems are operable from local controls in the specified failure mode upon panel failure loss of power B Provide any recommendation for system modification in writing to owner Do not make ny system modification including operating parameters and control settings without prior approval of owner 17975 OCMAPS Projact No ES 0047 Thelma R Parks Elementary School Addition Renovation Oklahoma City OK Project No N08079 March 4 2010 34 After manufacturer has completed system start up and commissioning Joint commissioning of integrated system segments shall be completed Equipment manufacturers must include necessary time for joint commissioning Start Up and Check out Procedures The BACnet client supplier shall independently start up check out and test

Download Pdf Manuals

Related Search

Related Contents

取扱説明書（PDF: 2 MB）  MP3000E-Basic Interface Control w/UBOB Pages 1    U-336S User`s Manual    Bedienungsanleitung  User Manual - Lava Mobiles  LevelOne GSW-0891  Intégrer les TICE aux apprentissages – Pistes d`activités possibles  S04 user guide  

Copyright © All rights reserved. Failed to retrieve file