24-4615 Final Submittal B252 Edits.pdf

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Drawing Index DescriptionSheet

PROJECT LOCATION MAP

NVZR:

HOWARD FRANKLAND BRIDGE

BASE CONTRACTING

TAMPA

PORT

BLDG 147

ROUTE

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6th CIVIL ENGINEER SQUADRON

MACDILL AIR FORCE BASE, FLORIDA

Ground Safety

Using Agency

Fire Department

Environmental Engineering

Security Forces

Bioenvironmental

Communications Squadron

Chief of Operations & Maintenance

CADD Drawing Name:

Facility I.D.

Chief of Engineering

Chief of Construction Management

Base Civil Engineer

Sheet No.

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SEE SHEET G-004 & G-005 FOR DRAWING INDEX CONTINUATION

1 G-001 COVER SHEET AND INDEX OF DRAWINGS

2 G-002 HAUL ROUTE AND ABBREVIATIONS

3 G-003 GENERAL NOTES AND SYMBOLS LEGEND

4 G-004 DRAWINGS INDEX (CONTINUED)

5 G-005 DRAWINGS INDEX (CONTINUED)

6 G-006 DRAWINGS INDEX (CONTINUED)

7 G-007 1ST FLOOR LIFE SAFETY PLAN

8 G-008 2ND FLOOR LIFE SAFETY PLAN

9 C-001 CIVIL SPECIFICATIONS

10 C-002 CIVIL SPECIFICATIONS

11 C-003 CIVIL SPECIFICATIONS

12 C-101 DEMOLITION SITE PLAN

13 C-102 SITE PLAN

14 C-103 UTILITIES PLAN

PROJECT NO. NVZR

G-001

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CONVERT ED CENTER TO ALS B252

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FOR CONSTRUCTION

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CIRCUIT BREAKERS

ALL CIRCUIT BREAKERS SHALL BE UL LABELED AND SHALL BE THERMAL AND

MAGNETIC, MOLDED CASE TYPE, QUICK-MAKE AND QUICK-BREAK BOTH ON

MANUAL AND ON AUTOMATIC OPERATION AND SHALL BE BOLTED TO THE PANEL

BUS. BREAKERS SHALL BE THE OVER-THE-CENTER TOGGLE OPERATING TYPE,

WITH THE HANDLE GOING TO A POSITION BETWEEN "ON" AND "OFF" TO IN-

DICATE AUTOMATIC TRIPPING. ALL MULTI-POLE BREAKERS SHALL BE IN-

TERNAL COMMON TRIP. ALL BREAKERS FOR HVAC EQUIPMENT SHALL BE

LISTED AS "HACR" TYPE. THE BREAKERS TO BE FURNISHED SHALL, IN

EACH INSTANCE, BE DETERMINED BY THE SPECIFICATIONS, THE AMPACITY

AND POLES IN SCHEDULES OR AS INDICATED, AND BY THE MINIMUM UL

LABELED RMS SYMMETRICAL AMPERES INTERRUPTING CAPACITY AT CIRCUIT

VOLTAGE AS INDICATED BY THE SCHEDULES BUT IN NO CASE LESS THAN

10,000 RMS SYMMETRICAL AMPERES. HOWEVER, THE MINIMUM INTERRUPT-

ING RATING OF CIRCUIT BREAKERS USED AS FEEDERS AND BRANCHES SHALL

BE IN ACCORDANCE WITH PRESCRIBED UL RECOGNIZED SERIES CONNECTED

CIRCUIT BREAKERS COMBINATIONS. ALL ELECTRICAL EQUIPMENT USING

THESE UL RECOGNIZED CIRCUIT BREAKER COMBINATIONS SHALL BE CLEARLY

MARKED INDICATING SAME. NEMA RATINGS ARE NOT ACCEPTABLE IN LIEU

OF UL RATINGS. BREAKERS SHALL BE LABELED AS REQUIRED BY THE NEC.

PROVIDE WITH MECHANICAL SCREW TYPE REMOVABLE CONNECTOR LUGS, AL/CU

RATED. INSTALL OVERCURRENT PROTECTIVE DEVICES AS INDICATED, IN

ACCORDANCE WITH THE MANUFACTURER'S WRITTEN INSTRUCTIONS AND WITH

RECOGNIZED INDUSTRY PRACTICES TO ENSURE THAT PROTECTIVE DEVICES

COMPLY WITH REQUIREMENTS. COMPLY WITH NEC AND NEMA STANDARDS FOR

INSTALLATION OF OVERCURRENT PROTECTIVE DEVICES. ALL MOLDED CASE

MAIN CIRCUIT BREAKERS SHALL BE VERTICALLY MOUNTED. ALL VERTICALLY

MOUNTED MOLDED CASE CIRCUIT BREAKERS SHALL BE MOUNTED SO THE

HANDLE IS UP FOR "ON" AND DOWN FOR "OFF", WHEN VIEWED FROM THE

NORMAL STANDING POSITION.

PANELBOARDS

PANELBOARDS SHALL BE OF THE DEAD-FRONT TYPE INCORPORATING SWITCH-

ING AND PROTECTIVE DEVICES OF THE NUMBER, RATING AND TYPE SPECI-

FIED HEREIN OR SHOWN ON THE DRAWINGS. PANELBOARDS SHALL HAVE GEN-

ERAL PURPOSE ENCLOSURES AND SHALL BE SUITABLE FOR FLUSH OR SURFACE

MOUNTING AS INDICATED. ALL PANELBOARDS SHALL BE RATED FOR THE IN-

TENDED VOLTAGE AND SHALL BE IN ACCORDANCE WITH THE UNDERWRITER'S

LABORATORIES, INC. (UL) STANDARDS UL 50 "STANDARD FOR SAFETY,

PANELBOARDS" AND UL 67 "STANDARD FOR SAFETY, CABINETS AND BOXES"

AND SHALL BE SO LABELED WHERE PROCEDURES EXIST. WHERE PANELBOARDS

ARE TO BE USED AS SERVICE ENTRANCE EQUIPMENT, THEY SHALL BE SO

LABELED. PANELBOARDS SHALL ALSO COMPLY WITH NEMA PB 1 "PANEL-

BOARDS", NATIONAL ELECTRICAL CODE, AND FEDERAL SPECIFICATION

FS-W-P-115A "POWER DISTRIBUTION PANELS" WHERE APPLICABLE. ALL

INTERIORS SHALL BE COMPLETELY FACTORY ASSEMBLED WITH SWITCHING

AND PROTECTIVE DEVICES, WIRE CONNECTORS, ETC. ALL WIRE CONNECTORS,

EXCEPT SCREW TERMINALS, SHALL BE OF THE ANTI-TURN SOLDERLESS TYPE

AND ALL SHALL BE SUITABLE FOR COPPER WIRE OF THE SIZES INDICATED

ON THE DRAWINGS. INTERIORS SHALL BE SO DESIGNED THAT SWITCHING AND

PROTECTIVE DEVICES CAN BE REPLACED WITHOUT DISTURBING ADJACENT

UNITS AND WITHOUT REMOVING THE MAIN BUS CONNECTORS AND SHALL BE SO

DESIGNED THAT CIRCUITS MAY BE CHANGED WITHOUT MACHINING, DRILLING

OR TAPPING. A NAMEPLATE SHALL BE PROVIDED LISTING PANEL TYPE, NUM-

BER OF PROTECTIVE AND SWITCHING DEVICES AND RATINGS. BUS BARS FOR

THE MAINS SHALL BE COPPER SIZED IN ACCORDANCE WITH UL STANDARDS.

UNLESS OTHERWISE NOTED, FULL-SIZE INSULATED NEUTRAL AND GROUND BUS

BARS SHALL BE INCLUDED. BUS BAR TAPS FOR PANELS WITH SINGLE POLE

BRANCHES SHALL BE ARRANGED FOR SEQUENCE PHASING OF THE BRANCH CIR-

CUIT DEVICES. BUSSING SHALL BE BRACED THROUGHOUT TO CONFORM TO

INDUSTRY STANDARD PRACTICE GOVERNING SHORT CIRCUIT STRESSES IN

PANELBOARDS. BRACING SHALL BE EQUIVALENT TO, OR COMPATIBLE WITH,

THE RATE INTERRUPTING CAPACITY OF THE SMALLEST OVERCURRENT DEVICE

IN THAT PANELBOARD. BOXES SHALL BE MADE FROM UNPAINTED GALVANIZED

CODE GAUGE STEEL HAVING MULTIPLE KNOCKOUTS EXCEPT WHERE NOTED.

BOXES SHALL BE OF SUFFICIENT SIZE TO PROVIDE A MINIMUM GUTTER

SPACE OF 4" ON ALL SIDES, AND TO HAVE A MINIMUM WIDTH OF 20".

WHERE FEEDER CABLES SUPPLYING THE MAINS OF A PANEL ARE CARRIED

THROUGH ITS BOX TO SUPPLY OTHER ELECTRICAL EQUIPMENT, THE BOX

SHALL BE SO SIZED AS TO INCLUDE THIS WIRING SPACE. THIS WIRING

SPACE SHALL BE IN ADDITION TO THE MINIMUM GUTTER SPACE SPECIFIED

ABOVE AND THE LIMITING WIDTH MAY BE INCREASED ACCORDINGLY. AT

SPACE SHALL BE IN ADDITION TO THE MINIMUM GUTTER SPACE SPECIFIED

ABOVE AND THE LIMITING WIDTH MAY BE INCREASED ACCORDINGLY. AT

LEAST 4 INTERIOR MOUNTING STUDS SHALL BE PROVIDED. BOX IDENTI-

FICATION NUMBER SHALL BE ON BOX.

HINGED DOORS COVERING ALL SWITCHING DEVICE HANDLES SHALL BE IN-

CLUDED IN ALL PANEL TRIMS, AND SHALL NOT UNCOVER ANY LIVE PARTS

IN MAKING SWITCHING DEVICE HANDLES ACCESSIBLE. DOORS SHALL HAVE

SEMI-FLUSH-TYPE CYLINDER LOCK AND CATCH, EXCEPT THAT DOORS OVER

48" IN HEIGHT SHALL HAVE A VAULT HANDLE AND 3-POINT CATCH, COM-

PLETE WITH LOCK, ARRANGED TO FASTEN DOOR AT TOP,BOTTOM AND CENTER.

DOOR HINGES SHALL BE CONCEALED. ALL LOCKS SHALL BE KEYED ALIKE.

A DIRECTORY FRAME AND DIRECTORY CARD HAVING A TRANSPARENT PLASTIC

COVER SHALL BE FURNISHED ON THE INSIDE FACE OF EACH DOOR. THE

TRIMS SHALL BE FABRICATED FROM CODE GAUGE SHEET STEEL. ALL EXTERIOR

AND INTERIOR STEEL SURFACES OF THE PANELBOARD TRIM SHALL BE PRO-

PERLY CLEANED AND FINISHED WITH GREY ANSI-61 PAINT OVER A RUST-

INHIBITING PHOSPHATIZED COATING. TRIMS SHALL HAVE THE SAME WIDTH

AND HEIGHT AS THE BOX. TRIMS SHALL BE MOUNTABLE BY A SCREWDRIVER

WITHOUT THE NEED FOR SPECIAL TOOLS. ALL JUNCTION AND PULL BOXES

SHALL BE FABRICATED OF GALVANIZED STEEL, OR MOLDED PVC (EXTERIOR

USE ONLY). THE DIMENSIONS OF THE BOX SHALL BE SIZED TO ALLOW

ADEQUATE WORKING SPACE AND CABLE CAPACITY. ALL JUNCTION BOXES

SHALL FORM A COMPLETE ENCLOSURE AND SHALL BE RAINTIGHT AND OF

ADEQUATE STRENGTH. THE TERMINALS USED SHALL BE CONSTRUCTED OF

A NON-CORROSIVE MATERIAL. A REMOVABLE FRONT COVER SHALL BE PRO-

VIDED, AND INSTALLED SUCH THAT WHEN CLOSED, IT WILL BE SECURED

SUFFICIENTLY TO PREVENT ACCIDENTAL OPENING.

CABLE AND CONDUIT ENTRANCES AND EXITS SHALL BE MADE WITH APPRO-

PRIATE CONNECTORS IN SUCH A MANNER THAT RAINTIGHT INTEGRITY IS

RETAINED.

ALL PANELBOARDS AFFECTED BY WORK SHALL HAVE ALL PANEL DIRECTORIES

UPDATED IN ACCORDANCE WITH UFC 3-520-01.

TESTING

1. METHODS: THE SUB-CONTRACTOR SHALL VERIFY THE FOLLOWING IN THE

PRESENCE OF THE INSPECTOR.

A. THAT ALL LIGHTING POWER AND CONTROL CIRCUITS ARE

CONTINUOUS AND FREE FROM SHORT CIRCUITS.

B. THAT ALL CIRCUITS ARE FREE FROM UNSPECIFIED GROUNDS.

C. THAT THE INSULATION RESISTANCE TO GROUND OF ALL NON-

GROUNDED SERIES CIRCUITS IS NOT LESS THAN 50 MEGOHMS.

D. THAT THE INSULATION RESISTANCE TO GROUND OF ALL NON-

GROUNDED CONDUCTORS OF MULTIPLE CIRCUITS IS NOT LESS

THAN 50 MEGOHMS.

E. THAT ALL CIRCUITS ARE PROPERLY CONNECTED IN ACCORDANCE

WITH APPLICABLE WIRING DIAGRAMS.

F. THAT ALL CIRCUITS ARE OPERABLE. TESTS SHALL BE CONDUC-

TED THAT INCLUDE OPERATING EACH CONTROL NOT LESS THAN

10 TIMES AND THE CONTINUOUS OPERATION OF EACH LIGHTING

AND POWER CIRCUIT FOR NOT LESS THAN 2 HOURS.

SECTION 26 05 00 - COMMON WORK RESULTS FOR ELECTRICAL

1. ALL ELECTRICAL WORK AND MATERIALS SHALL BE IN COMPLIANCE WITH ALL

GOVERNING CODES AND STANDARDS. THIS SHALL INCLUDE BUT NOT BE

LIMITED TO THE FOLLOWING.

A. NFPA 70 NATIONAL ELECTRICAL CODE (LATEST EDITION)

B. FLORIDA BUILDING CODE (LATEST EDITION)

C. NFPA 72 NATIONAL FIRE CODE (LATEST EDITION)

D. FLORIDA FIRE PREVENTION CODE (LATEST EDITION)

D. FLORIDA FIRE PREVENTION CODE (LATEST EDITION)

E. LOCAL REQUIREMENTS OF THE AUTHORITY HAVING JURISDICTION

F. UNIFIED FACILITIES CRITERIA (UFC) PROGRAM.

G. AIR FORCE REGULATIONS.

H. MACDILL AFB GENERAL GUIDELINES FOR FACILITY CONSTRUCTION AND

RENOVATION.

2. UTILIZE GOOD WORKMANSHIP FOR THE INSTALLATION OF ALL WORK. INSTALL

WORK LEVEL, PLUMB, AND TRUE WITH THE BUILDING STRUCTURE AND WALLS.

SECURE ALL WORK IN PLACE WITH SUPPORTS THAT ARE SUFFICIENT IN SIZE

AND QUANTITY TO PERMANENTLY SUPPORT THE WORK IN ACCORDANCE WITH

MANUFACTURERS RECOMMENDATIONS.

3. THE DEMOLITION OF EXISTING AND/OR THE STOCKING OF NEW BUILDING

MATERIALS SHALL NOT HINDER OR INTERFERE WITH EMERGENCY ACCESS TO

THE PROPERTY OR VICINITY THEREOF (INCLUDING FIRE LANES).

4. ALL MATERIALS SHALL BE LISTED BY A NATIONALLY RECOGNIZED TESTING

LABORATORY. (IE. UL, CSA, MET, ETC)

5. ALL MATERIALS SHALL BE NEW AND FREE FROM DEFECT, EXCEPT WHERE

SPECIFICALLY SHOWN TO REUSE EXISTING MATERIALS.

6. ALL WORK SHALL BE SUITABLE FOR THE ENVIRONMENT THAT IT IS INSTALLED.

7. COORDINATE THE INSTALLATION OF THE UTILITY TRANSFORMER WITH THE

APPROPRIATE POWER COMPANY. CONFIRM WITHIN 10 DAYS OF THE AWARD OF

CONTRACT THAT THE AVAILABLE FAULT CURRENT AT THE TRANSFORMER

SECONDARY BUSHINGS DOES NOT EXCEED THE DESIGNED FAULT CURRENT AT

THE SERVICE ENTRANCE EQUIPMENT. NOTIFY THE ENGINEER IMMEDIATELY IF

THE DESIGNED FAULT CURRENT IS EXCEEDED.

8. VISIT THE SITE OF THE PROPOSED PROJECT TO BECOME FAMILIAR WITH

CONDITIONS AND NATURE OF THE WORK PRIOR TO SUBMITTING BIDS. NOTIFY

THE ENGINEER OF DISCREPANCIES OR OMISSIONS FOR INTERPRETATION OR

DECISION PRIOR TO SUBMITTING BIDS. SUBMISSION OF A PROPOSAL WILL BE

EVIDENCE THAT SUCH FAMILIARIZATION HAS BEEN ATTAINED.

9. ANY DEMOLISHED ITEMS SHALL BE DISPOSED OF OR RECYCLED OFF SITE IN

ACCORDANCE WITH STATE STATUTES UNLESS NOTED SPECIFICALLY TO BE

TURNED OVER TO OWNER.

10. WHERE CONTRACTOR PROPOSES ALTERNATE SOLUTIONS, DIFFERENT ROUTINGS

OF CONDUIT, DIFFERENT LOCATIONS OF EQUIPMENT, ETC. THE CONTRACTOR

SHALL BE RESPONSIBLE FOR ALL OF THE RAMIFICATIONS OF THE PROPOSED

CHANGE THAT ARE NOT INCLUDED IN HIS PROPOSAL, BUT BECOME APPARENT

AT A LATER DATE, AND SHALL BE RESPONSIBLE FOR ALL COST AND

CONSEQUENCES OF CORRECTING ANY AND ALL CONFLICTS, DEFICIENCIES OR

PROBLEMS THAT INCREASE COST, INCREASE CONSTRUCTION TIME OR CREATE

CODE VIOLATIONS.

11. INFORMATION SHOWN ON THE DRAWINGS AS TO THE LOCATION OF EXISTING

UTILITIES HAS BEEN PREPARED FROM THE MOST RELIABLE DATA AVAILABLE

TO THE ENGINEER. IT IS TO BE UNDERSTOOD THAT UNFORESEEN CONDITIONS

PROBABLY EXIST AND NEW WORK MAY NOT BE LOCATED EXACTLY AS SHOWN ON

THE DRAWINGS. COORDINATION WITH OTHER TRADES FOR LOCATION AND BURIAL

DEPTHS WILL BE REQUIRED AND ANY SUCH REQUIRED DEVIATIONS SHALL BE

CONSIDERED PART OF THIS SCOPE OF WORK. SITE UTILITY INFORMATION IS

NOT GUARANTEED, THEREFORE THE CONTRACTOR SHALL FIELD VERIFY THE

EXACT LOCATIONS AND DEPTHS OF EXISTING UTILITIES PRIOR TO BEGINNING

WORK. PROTECT ANY EXISTING UTILITIES TO REMAIN FROM DAMAGE DURING

THE COURSE OF CONSTRUCTION.

12. PROVIDE ALL LABOR, MATERIALS AND EQUIPMENT FOR A COMPLETE AND

OPERATING ELECTRICAL SYSTEM. THE PLANS AND SPECIFICATIONS ARE

INTENDED AS A GENERAL DESCRIPTION OF THE WORK TO BE PERFORMED. ALL

ITEMS NOT SPECIFICALLY MENTIONED OR SHOWN, BUT NECESSARY FOR THE

COMPLETION OF THE INSTALLATION, SHALL BE FURNISHED AND INSTALLED BY

THIS CONTRACTOR. THIS CONTRACTOR SHALL BECOME THOROUGHLY ACQUAINTED

WITH THE MECHANICAL, PLUMBING, ARCHITECTURAL, STRUCTURAL, CIVIL AND

ELECTRICAL PLANS BEFORE SUBMITTING BIDS. NO ADDITIONAL COMPENSATION

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WITH THE MECHANICAL, PLUMBING, ARCHITECTURAL, STRUCTURAL, CIVIL AND

ELECTRICAL PLANS BEFORE SUBMITTING BIDS. NO ADDITIONAL COMPENSATION

WILL BE ALLOWED DUE TO CONTRACTOR'S FAILURE TO BECOME FAMILIAR WITH

THE PROJECT.

13. PROVIDE TEMPORARY LIGHTING AND POWER FOR THE PROJECT IN ACCORDANCE

WITH OSHA STANDARDS. ADEQUATE DISTRIBUTION AND OUTLETS SHALL BE

PROVIDED TO POWER ALL CONTRACTORS 120V SINGLE PHASE TOOLS WITHIN

100' OF ALL WORK SPACES.

14. ALL SYSTEMS SHALL BE TESTED FOR PERFORMANCE VERIFICATION IN THE

PRESENCE OF THE INSPECTOR, AT THE COMPLETION OF THE PROJECT. ALLOW 4

HOURS FOR TRAINING GOVERNMENT PERSONNEL ON ALL SYSTEMS.

15. THE CONTRACTOR SHALL THOROUGHLY CLEAN ALL EQUIPMENT TO BE

COMPLETELY FREE OF INTERNAL DEBRIS, EXTERIOR PAINT/MARKS, AND DIRT.

16. CONTRACTOR PERFORMING ANY PART OF THIS SCOPE OF WORK SHALL BE A

STATE CERTIFIED (TYPE E.C. LICENSE) ELECTRICAL CONTRACTOR. PROVIDE

FIELD SUPERINTENDENT WHO HAS A MINIMUM OF FOUR (4) YEARS PREVIOUS

SUCCESSFUL EXPERIENCE ON PROJECTS OF COMPARABLE SIZE AND COMPLEXITY.

SUPERINTENDENT SHALL BE ON THE SITE AT ALL TIMES DURING CONSTRUCTION

AND MUST HAVE AN ACTIVE JOURNEYMAN OR MASTER ELECTRICAL LICENSE FOR

THE JURISDICTION WHERE THE WORK IS BEING PERFORMED.

17. WORK IS IN CONNECTION WITH EXISTING BUILDINGS WHICH MUST REMAIN IN

OPERATION WHILE WORK IS BEING PERFORMED. WORK SHALL BE IN

ACCORDANCE WITH THE SCHEDULE REQUIRED BY THE CONTRACT. SCHEDULE

WORK FOR MINIMUM OUTAGES ACCEPTABLE TO USER. NOTIFY INSPECTOR

72 HOURS IN ADVANCE OF ANY SHUT-DOWN OF EXISTING SYSTEMS. PROTECT

EXISTING BUILDINGS AND EQUIPMENT DURING CONSTRUCTION.

18. THE USE OF ANY PROCESS INVOLVING ASBESTOS OR PCB, AND THE

INSTALLATION OF ANY PRODUCT, INSULATION, COMPOUND OF MATERIAL

CONTAINING OR INCORPORATING ASBESTOS OR PCB, IS PROHIBITED. THE

REQUIREMENTS OF THIS SPECIFICATION FOR COMPLETE AND OPERATING

ELECTRICAL SYSTEMS SHALL BE MET WITHOUT THE USE OF ASBESTOS OR PCB.

19. CONTRACTOR IS TO PROVIDE THE GOVERNMENT WITH AS-BUILT DRAWINGS OF

THE SINGLE LINE DIAGRAM OF THE ELECTRICAL DISTRIBUTION SYSTEM AND

FLOOR PLANS INDICATING LOCATIONS OF EQUIPMENT SERVED.ALSO, PROVIDE

OPERATIONS AND MAINTENANCE MANUALS FOR EQUIPMENT REQUIRING

MAINTENANCE AND THE CONTACT INFORMATION FOR A QUALIFIED SERVICE

AGENCY.

20. EXTERIOR EQUIPMENT AND COMPONENT ITEMS, INCLUDING BUT NOT LIMITED

TO FERROUS METAL LUMINARIES NOT HOT-DIP GALVANIZED OR PORCELAIN

ENAMEL FINISHED, SHALL BE PROVIDED WITH CORROSION-RESISTANT

FINISHES WHICH SHALL WITHSTAND 2000 HOURS OF EXPOSURE TO THE

SALT SPRAY TEST SPECIFIED IN AAMA 2604 WITHOUT LOSS OF PAINT

OR RELEASE OF ADHESION OF THE PAINT PRIMER COAT TO THE METAL

SURFACE FOR ALL LIGHTING FIXTURES AND POLES, SERVICE ENTRANCE

EQUIPMENT AND GENERATOR EQUIPMENT, U.O.N.. THE SCRIBED TEST

MARK AND TEST EVALUATION SHALL BE IN ACCORDANCE WITH

ASTM D 1654 WITH A RATING OF NOT LESS THAN 7 IN ACCORDANCE

WITH TABLE 1, (PROCEDURE A). CUT EDGES OR OTHERWISE DAMAGED

SURFACES OF HOT-DIP GALVANIZED SHEET STEEL OR MILL GALVANIZED

SHEET STEEL SHALL BE COATED WITH A ZINC RICH PAINT CONFORMING

TO THE MANUFACTURER'S STANDARDS.

SECTION 26 05 19 - LOW-VOLTAGE ELECTRICAL POWER CONDUCTORS AND CABLES

1. ALL POWER CONDUCTORS SHALL BE COPPER WITH DUAL RATED THHN/THWN-2 600V

INSULATION.

2. PROVIDE ALL FEEDERS WITH CONDUCTORS SIZED SUCH THAT THEY DO NOT EXCEED

2% VOLTAGE DROP PER FBC ENERGY CONSERVATION 505.7.3.1.

3. PROVIDE ALL BRANCH CIRCUITS WITH CONDUCTORS SIZED SUCH THAT THEY DO

NOT EXCEED 3% VOLTAGE DROP PER FBC ENERGY CONSERVATION 505.7.3.2.THE

FOLLOWING METHOD SHALL BE USED FOR TYPICAL BRANCH CIRCUITS:

3.1. ALL 120V, 20A BRANCH CIRCUIT CONDUCTORS LESS THAN 60' IN LENGTH

FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL UTILIZE #12 MINIMUM

3.1. ALL 120V, 20A BRANCH CIRCUIT CONDUCTORS LESS THAN 60' IN LENGTH

FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL UTILIZE #12 MINIMUM

THROUGHOUT AND #12 GROUND.

3.2. ALL 120V, 20A BRANCH CIRCUIT CONDUCTORS WHERE THE LENGTH IS 60'

TO 120' FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL UTILIZE #10

MINIMUM THROUGHOUT AND #10 GROUND, UNLESS OTHERWISE NOTED.

3.3. ALL 120V, 20A BRANCH CIRCUIT CONDUCTORS WHERE THE LENGTH IS 120'

to 240' FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL BE # 8

CONDUCTOR MINIMUM THROUGHOUT AND #8 GROUND, UNLESS OTHERWISE

NOTED.

3.4. ALL 120V, 20A BRANCH CIRCUIT CONDUCTORS WHERE THE LENGTH IS

GREATER THAN 240' FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL

BE # 6 CONDUCTOR MINIMUM THROUGHOUT AND #6 GROUND, UNLESS

OTHERWISE NOTED.

3.5. ALL 277V, 20A BRANCH CIRCUIT CONDUCTORS LESS THAN 140' IN LENGTH

FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL UTILIZE # 12

CONDUCTOR MINIMUM THROUGHOUT AND #12 GROUND, UNLESS OTHERWISE

NOTED.

3.6. ALL 277V, 20A BRANCH CIRCUIT CONDUCTORS WHERE THE LENGTH IS 140'

to 220' FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL BE # 10

CONDUCTOR MINIMUM THROUGHOUT AND #10 GROUND, UNLESS OTHERWISE

NOTED.

3.7. ALL 277, 20A BRANCH CIRCUIT CONDUCTORS WHERE THE LENGTH IS 220'

to 340' FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL BE # 8

CONDUCTOR MINIMUM THROUGHOUT AND #8 GROUND, UNLESS OTHERWISE

NOTED.

3.8. ALL 277V, 20A BRANCH CIRCUIT CONDUCTORS WHERE THE LENGTH IS

GREATER THAN 340' FROM THE CIRCUIT BREAKER TO ANY DEVICE SHALL

UTILIZE # 6 CONDUCTOR MINIMUM THROUGHOUT AND #6 GROUND, UNLESS

OTHERWISE NOTED.

4. PROVIDE DEDICATED NEUTRAL CONDUCTOR FOR ALL DIMMER CIRCUITS FROM THE

LOAD BACK TO THE DIMMER.

5. DO NOT PULL CONDUCTORS INTO CONDUIT UNTIL CONDUIT IS COMPLETE FROM

END TO END AND ALL WORK, WHICH MAY CAUSE DAMAGE TO CONDUCTORS, IS

COMPLETED.

6. USE PULLING MEANS THAT WILL NOT DAMAGE CABLES OR RACEWAY. USE

MANUFACTURERS APPROVED PULLING COMPOUND OR LUBRICANT WHERE

NECESSARY. DO NOT EXCEED THE MANUFACTURER'S RECOMMENDED MAXIMUM

PULLING TENSIONS AND SIDEWALL PRESSURE VALUES.

7. TIGHTEN ELECTRICAL CONNECTORS AND TERMINALS ACCORDING TO

MANUFACTURER'S PUBLISHED TORQUE-TIGHTENING VALUES. IF MANUFACTURER'S

TORQUE VALUES ARE NOT INDICATED, USE THOSE SPECIFIED IN UL 486A AND

UL 486B.

8. NO SPLICES SHALL BE MADE IN JUNCTION BOX, AND OUTLET BOXES (WIRE NO.

6 AND LARGER) WITHOUT WRITTEN ACCEPTANCE OF ENGINEER.

9. ALL INTERIOR POWER AND LIGHTING TAPS AND SPLICES IN NO. 8 OR SMALLER

SHALL BE FASTENED TOGETHER BY MEANS OF "SPRING TYPE" CONNECTORS.

ALL TAPS AND SPLICES IN WIRE LARGER THAN NO. 8 SHALL BE MADE WITH

COMPRESSION TYPE CONNECTORS AND TAPED TO PROVIDE INSULATION EQUAL TO

WIRE.

10. ALL EXTERIOR BELOW GRADE POWER AND LIGHTING TAPS AND SPLICES SHALL BE

MADE WITH COMPRESSION TYPE CONNECTORS AND COVERED WITH RAYCHEM

HEAVYWALL CABLE SLEEVES (TYPE CRSM-CT, WCSM OR MCK) WITH TYPE "S"

SEALANT COATING WITH SLEEVE KITS AS PER MANUFACTURER'S INSTALLATION

INSTRUCTIONS OR BE TERMINATED/CONNECTED TO IN ABOVE GRADE TERMINAL

BOXES SUITABLE FOR SUCH EXTERIOR USE.

SECTION 26 05 26 - GROUNDING AND BONDING FOR ELECTRICAL SYSTEMS

1. PROVIDE CONTINUOUS GROUNDING SYSTEM IN ACCORDANCE WITH NEC 250 AND

1. PROVIDE CONTINUOUS GROUNDING SYSTEM IN ACCORDANCE WITH NEC 250 AND

AS INDICATED.

2. PROVIDE COPPER EQUIPMENT GROUNDING CONDUCTOR IN ALL CONDUITS. SIZE

GROUNDING CONDUCTOR IN ACCORDANCE WITH NEC 250.

3. PROVIDE AT LEAST (3) 20' X 3/4" COPPER GROUND RODS SPACED 20' APART

TO FORM A DELTA FOR THE GROUNDING ELECTRODE. TEST GROUND RESISTANCE

OF THE DELTA RODS TO BE 5 OHM OR LESS WITHOUT CONNECTION TO THE

REMAINDER OF THE GROUNDING ELECTRODE. IF RESISTANCE IS GREATER THAN

5 OHMS, DRIVE ADDITIONAL GROUND RODS TO ACHIEVE 5 OHMS OR LESS.

4. EFFECTIVELY GROUNDED METAL WATER PIPING, STRUCTURAL STEEL, UFER

GROUNDS, COUNTERPOISE AND GROUND RODS SHALL BE CONNECTED TO FORM

THE GROUNDING ELECTRODE IN ACCORDANCE WITH NEC 250. PROVIDE THE

GROUNDING ELECTRODE CONDUCTOR IN ACCORDANCE WITH NEC 250.

5. EQUIPMENT GROUND CONDUCTORS SHALL BE INSULATED AND HAVE A

CONTINUOUS OUTER FINISH THAT IS GREEN. EQUIPMENT GROUNDING

CONDUCTORS LARGER THAN #6AWG SHALL BE PERMITTED TO BE PERMANENTLY

IDENTIFIED AT ONLY THOSE POINTS WHERE THE CONDUCTOR IS ACCESSIBLE.

6. GROUND BARS SHALL BE COPPER OF THE SIZE AND DESCRIPTION AS SHOWN

ON THE DRAWINGS. IF NOT SIZED ON DRAWINGS, BUS BAR SHALL BE MINIMUM

1/4" X 4" BUS GRADE COPPER, SPACED FROM WALL ON INSULATING 2"

POLYESTER MOLDED INSULATOR STANDOFF/SUPPORTS, AND BE 12" OR GREATER

MINIMUM OVERALL LENGTH, ALLOWING 2" LENGTH PER LUG CONNECTED THERETO.

INCREASE OVERALL LENGTH AS REQUIRED TO FACILITATE ALL LUGS REQUIRED

WHILE MAINTAINING 2" SPACING. SIZE OF BUS BAR USED IN MAIN

ELECTRICAL ROOM SHALL BE SIMILAR EXCEPT MINIMUM OF 4" HIGH AND 24"

LONG.

7. ALL CONNECTIONS BELOW GRADE SHALL BE EXOTHERMIC WELDED UNLESS

OTHERWISE NOTED HEREIN. ALL CONNECTIONS ABOVE GRADE AND IN ACCESSIBLE

LOCATIONS MAY BE BY EXOTHERMIC WELDING OR BY BRAISING OR CLAMPING WITH

DEVICES UL LISTED AS SUITABLE FOR USE EXCEPT IN LOCATIONS WHERE

EXOTHERMIC WELDING IS SPECIFICALLY SPECIFIED IN THESE SPECIFICATIONS

OR CALLED FOR ON DRAWINGS.

8. BOND LIGHTNING PROTECTION SYSTEM GROUNDS TO ELECTRICAL SERVICE SYSTEM

GROUND, ALL PIPING ENTERING OR LEAVING ALL BUILDINGS, AND COUNTERPOISE

SYSTEM GROUND WHERE PROVIDED.

9. ONE 30 FT. GROUND ROD ELECTRODE SHALL BE DRIVEN VERTICALLY TO A

MINIMUM DEPTH OF 30 FT. PLUS 1 FT. BELOW GRADE IN EACH MANHOLE,

HANDHOLE OR PULLBOX (IN GROUND). BOND ROD TO METAL COVER WITH

APPROPRIATE LUG AND BARE CU CONDUCTOR.

10. INSTALL GROUNDING BUS IN ALL EXISTING PANELBOARDS OF REMODELED AREAS,

FOR CONNECTION OF NEW GROUNDING CONDUCTORS, CONNECTED TO BUILDING

GROUNDING ELECTRODE.

SECTION 26 05 33 - RACEWAYS AND BOXES FOR ELECTRICAL SYSTEMS

1. ALL WIRING SHALL BE INSTALLED IN ADEQUATELY SIZED CONDUIT UNLESS

OTHERWISE NOTED. USE 3/4" MINIMUM FOR ALL CONDUITS.

2. CONCEAL ALL CONDUITS IN WALLS, ABOVE FINISHED CEILING, IN FLOOR

SLABS AND UNDERGROUND EXCEPT IN MECHANICAL AND ELECTRICAL ROOMS.

3. CREATE ALL OPENINGS FOR CONDUIT PENETRATIONS THROUGH WALLS, SLABS,

AND ROOF OPENINGS. SEAL ALL PENETRATIONS APPROPRIATELY. PROVIDE

PROPER FIRE PENETRATION SEALING OF ALL OPENINGS THROUGH FIRE RATED

WALLS, CEILING, AND FLOORS IN ACCORDANCE WITH THE APPROPRIATE UL

LISTED FIRE PENETRATION DETAILS.

4. COORDINATE THE INSTALLATION OF ALL CONDUITS WITH STRUCTURAL,

MECHANICAL, PLUMBING, AND OTHER CONTRACTORS PRIOR TO INSTALLATION.

5. USE SCHEDULE 40 PVC FOR ALL EXTERIOR BELOW GRADE WORK. USE GRC FOR

EXPOSED EXTERIOR WORK. SWEEPS SHALL BE UTILIZED FOR ALL UTILITY

CONDUITS AND AS NEEDED BY THE CONTRACTOR FOR PULLING PURPOSES.

6. EMT SHALL BE USED FOR ALL INTERIOR WORK EXCEPT USE GRC WHERE CONDUIT

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6. EMT SHALL BE USED FOR ALL INTERIOR WORK EXCEPT USE GRC WHERE CONDUIT

IS SUBJECT TO DAMAGE. STEEL COMPRESSION FITTINGS SHALL BE USED IN

DRY LOCATIONS. STEEL COMPRESSION INSULATED THROAT FITTINGS SHALL

BE USED IN WET OR DAMP LOCATIONS.

7. USE FLEXIBLE METAL CONDUIT IN DRY LOCATIONS AND LIQUIDTITE FLEXIBLE

METAL CONDUIT IN DAMP OR WET LOCATIONS FOR THE FINAL CONNECTION OF

MOTORS, TRANSFORMERS AND OTHER EQUIPMENT WITH VIBRATION.

8. MC CABLE MAY ONLY BE USED FOR LIGHTING AND POWER BRANCH CIRCUITS 20A

OR SMALLER. MC CABLE SHALL NOT BE USED FOR HOMERUNS (FROM PANEL TO

FIRST DEVICE, FIXTURE, OR EQUIPMENT) (PULL BOXES AND JUNCTION BOXES

ARE NOT CONSIDERED DEVICES, FIXTURES, OR EQUIPMENT), MC CABLE SHALL

NOT BE INSTALLED IN LENGTHS EXCEEDING 6' BETWEEN DEVICES OR WHERE

IT IS EXPOSED, UNLESS OTHERWISE NOTED.

9. ALL UNUSED OR SPARE CONDUITS SHALL BE CAPPED AND LABELED (OPPOSITE

END LOCATION AND USE) AT BOTH ENDS. PROVIDE WITH A PULL STRING.

10. ALL CONDUIT AND CABLE SUPPORTS SHALL BE LISTED AND LABELED FOR THEIR

INTENDED INSTALLATION. TIE WIRE SHALL NOT BE UTILIZED FOR SUPPORT

11. PROVIDE OUTLET BOXES THAT ARE 4" SQUARE STEEL WITH PLASTER RING SIZED

IN ACCORDANCE WITH THE NEC FOR DRY LOCATIONS. USE MINIMUM 1 1/2" DEEP

BOXES. COORDINATE THE APPROPRIATE RING TYPE WITH THE DEVICE OR FIXTURE

TO BE INSTALLED.

12. PROVIDE OUTLET BOXES THAT ARE CAST ALUMINUM WITH THREADED HUBS FOR

EXPOSED DAMP OR WET LOCATIONS.

13. USE NEMA 1 RATED BOXES FOR PULL BOXES IN DRY LOCATIONS. USE NEMA 4X

STAINLESS STEEL RATED BOXES FOR ALL EXTERIOR ABOVE GROUND PULL BOXES.

USE STAINLESS STEEL OR PVC BOXES IF EXPOSED TO CORROSIVE ENVIRONMENT.

14. EXTERIOR IN GROUND BOXES SHALL BE NEMA 6 RATED FOR UNDERWATER

SUBMERSION. PROVIDE APPROPRIATE CONCRETE RING AND COVER OVER NEMA 6

BOXES FOR ACCESS AND MECHANICAL PROTECTION. PROVIDE TRAFFIC RATED

COVERS FOR CONCRETE RINGS IN ALL AREAS, T15 RATING UNLESS OTHERWISE

NOTED.

15. FLOOR BOXES FOR SLAB ON GRADE SHALL BE PVC WITH BRASS COVERS AND

RINGS. FLOOR BOXES IN ALL OTHER RATED FLOORS SHALL BE DEEP CAST STEEL

WITH BRASS COVERS AND RINGS. UTILIZE POKE THRU BOXES WITH BRASS COVERS

FOR USE IN EXISTING FIRE RATED FLOORS.

16. COORDINATE ALL POWER AND SYSTEM DEVICE BOX LOCATIONS SO THAT THEY ARE

LOCATED AT THE SAME HEIGHT WHEN LOCATED ADJACENT TO EACH OTHER.

17. THIS CONTRACTOR SHALL GET FINAL APPROVAL FROM THE ARCHITECT FOR THE

LOCATIONS OF ALL EXTERIOR LIGHT FIXTURES, POWER OUTLETS, AND SYSTEM

DEVICES PRIOR TO THE INSTALLATION OF BOXES AND CONDUIT.

18. ITEMS LOCATED IN TILE SURFACES SHALL BE INSTALLED AS CLOSE AS POSSIBLE

TO THE DIMENSIONS GIVEN AND SHALL BE HORIZONTALLY AND VERTICALLY

CENTERED AND ALIGNED WITH THE TILE JOINTS.

19. LOCATE CEILING MOUNTED ITEMS AS SHOWN ON THE ARCHITECTURAL REFLECTED

CEILING PLANS. WHERE ITEMS ARE NOT SHOWN ON THE REFLECTED CEILING

PLAN, CONSULT THE ARCHITECT AND LOCATE ACCORDINGLY. IF PHOTOMETRICS

HAVE BEEN PERFORMED, LOCATE FIXTURES ACCORDING TO PHOTOMETRIC PLANS.

20. WHERE INSTALLATION ABOVE COUNTER IS INDICATED, INSTALL ITEM 1" FROM

THE BOTTOM OF THE BOX OR ITEM TO THE TOP OF THE COUNTER (OR

BACKSPLASH IF SO EQUIPPED).

21. INSTALL FIXTURE BOXES ABOVE DOORS A MINIMUM OF 1" FROM THE BOTTOM OF

THE BOX OR FIXTURE TO THE TOP OF THE DOOR FRAME. PRIOR TO BOX

INSTALLATION, VERIFY THAT THERE IS SUFFICIENT WALL SPACE ABOVE THE

DOOR IS AVAILABLE FOR THE ITEM TO BE INSTALLED.

22. INSTALL LIGHTING FIXTURE BOXES SHOWN WALL MOUNTED ABOVE MIRRORS

CENTERED WITH THE MIRROR AND 1" FROM THE BOTTOM OF THE BOX OR

FIXTURE TO THE TOP OF THE MIRROR.

FIXTURE TO THE TOP OF THE MIRROR.

23. THE CONTRACTOR SHALL VERIFY THE EXACT DIRECTION OF ALL DOOR SWINGS

PRIOR TO THE ROUGH IN OF BOXES MOUNTED IN WALLS.

SECTION 26 05 53 - IDENTIFICATION FOR ELECTRICAL SYSTEMS

1. PROVIDE ENGRAVED LABELS FOR ALL LOADCENTERS, PANELBOARDS,

DISTRIBUTION PANELBOARDS, SWITCHBOARDS, SWITCHBOARD/DISTRIBUTION

PANEL MOUNTED CIRCUIT BREAKERS, DISCONNECT SWITCHES AND TRANSFORMERS

THAT IDENTIFY THE ITEM OR LOAD SERVED, VOLTAGE, AMPERAGE, AVAILABLE

FAULT CURRENT (AIC) AND WHERE IT ORIGINATES. SCREWS SHALL BE USED

TO ATTACH THE LABELS (DO NOT USE TAPE OR ADHESIVE). FIRST LINE SHALL

HAVE WHITE 3/8" LETTERS AND ALL OTHER LINES SHALL BE 1/4" LETTERS.

LABELS SHALL BE BLACK FOR "NORMAL POWER" AND RED FOR "EMERGENCY POWER".

2. TYPED CIRCUIT DIRECTORIES SHALL BE PROVIDED FOR EACH LOADCENTER OR

PANELBOARD INDICATING THE LOAD SERVED AND ROOM IDENTIFICATION.

3. LABEL EACH JUNCTION BOX WITH INDELIBLE MARKER AS TO THE SYSTEM

WITHIN OR CIRCUIT NUMBERS CONTAINED WITHIN.

4. POWER CONDUCTORS SHALL BE LABELED WITH VINYL OR VINYL-CLOTH, SELF

ADHESIVE, WRAPAROUND TYPE LABELS WITH PREPRINTED NUMBERS AND LETTERS

TO INDICATE THE PANEL AND CIRCUIT NUMBER OF EACH CONDUCTOR.

5. PERMANENT, BRIGHT COLORED, CONTINUOUS PRINTED, VINYL UNDERGROUND

WARNING TAPE WITH PRINTED LEGEND THAT INDICATES THE TYPE OF

UNDERGROUND LINE SHALL BE INSTALLED OVER ALL UNDERGROUND CONDUITS.

6. GROUNDED CONDUCTORS #6 AWG AND SMALLER SHALL BE IDENTIFIED BY A

CONTINUOUS WHITE OUTER FINISH FOR 240 OR 208 V SYSTEMS AND SHALL BE

IDENTIFIED BY A CONTINUOUS GRAY OUTER FINISH FOR 480V SYSTEMS. THIS

IDENTIFICATION SHALL BE PERMANENTLY POSTED AT EACH BRANCH CIRCUIT

PANELBOARD OR DISTRIBUTION EQUIPMENT.

7. GROUNDED CONDUCTORS LARGER THAN #6 AWG SHALL BE IDENTIFIED AT THE

TIME OF INSTALLATION BY A DISTINCTIVE WHITE MARKING AT ITS

TERMINATION FOR 240v OR 208v SYSTEMS AND SHALL BE INDENTIFIED BY A DISTINCTIVE GRAY MARKING AT ITS TERMINATION FOR 480v SYSTEMS. THIS

MARKING SHALL ENCIRCLE THE CONDUCTOR OR INSULATION.

8. THE FOLLOWING COLOR CODING SHALL BE UTILIZED FOR ALL CURRENT

CARRYING CONDUCTORS. CONTINUOUS COLOR CODED INSULATION SHALL BE

BLACK, RED, BLUE FOR 240V OR 208 V SYSTEMS AND BROWN, ORANGE,

YELLOW FOR 480V SYSTEMS. 1" WIDE COLORED TAPE ENCIRCLING THE

CONDUCTOR EVERY 2" FOR THE ENTIRE EXPOSED CONDUCTOR MAY BE

UTILIZED FOR COLOR CODING CONDUCTORS LARGER THAN #6 AT EACH

ACCESSIBLE POINT AND AT EACH TERMINATION POINT IN LIEU OF

CONTINUOUS COLOR CODING.

SECTION 26 22 00 - TRANSFORMERS

1. FACTORY ASSEMBLED, DRY TYPE, CONTINUOUS COPPER WINDINGS, 220DEG C

INSULATION, VENTILATED WITH A MAXIMUM OF 150 DEG C RISE ABOVE

AMBIENT. PROVIDE RAINSHIELD FOR TRANSFORMERS IN WET LOCATIONS.

COMPLY WITH NEMA ST 20 STANDARD SOUND LEVELS AFTER INSTALLATION.

2. PROVIDE NEOPRENE OR SPRING TYPE ISOLATION PADS UNDER TRANSFORMER

FOR VIBRATION ISOLATION. MOUNT TRANSFORMER ON A 4" HIGH REINFORCED

CONCRETE BASE THAT IS MINIMUM OF 4" LARGER THAN THE TRANSFORMER ON

ALL SIDES.

3. PROVIDE K-RATED TRANSFORMERS OF THE TYPE AS INDICATED ON THE

DRAWINGS.

4. PROVIDE CLEARANCE FOR COOLING AS REQUIRED BY TRANSFORMER

MANUFACTURER.

SECTION 26 27 26 - WIRING DEVICES

1. THE COLOR OF WIRING DEVICES SHALL BE SELECTED BY THE ARCHITECT FROM

IVORY, WHITE, BLACK, BROWN, OR GRAY.

2. LIGHT SWITCHES SHALL BE 20A, 120/277V, SPECIFICATION GRADE, TOGGLE.

2. LIGHT SWITCHES SHALL BE 20A, 120/277V, SPECIFICATION GRADE, TOGGLE.

PROVIDE SINGLE POLE, DOUBLE POLE, 3 WAY, OR 4 WAY AS INDICATED.

3. GENERAL USE RECEPTACLES SHALL BE 20A, 120V, SPECIFICATION GRADE,

HEAVY DUTY, N5-20R.

4. GROUND FAULT INTERRUPTING RECEPTACLES SHALL BE 20A, 120V, HEAVY

DUTY, SPECIFICATION GRADE, N5-20R.

5. PROVIDE HIGH IMPACT THERMOPLASTIC 1MM THICK WALL PLATES FOR ALL

DEVICES. PROVIDE A SINGLE PLATE FOR MULTIPLE GANG MOUNTED DEVICES.

6. IN WET LOCATIONS PROVIDE METALLIC SPRING LOADED LIFT COVERS LISTED

AND LABELED FOR USE IN WET LOCATIONS WHILE "IN USE".

7. ALL RECEPTACLES AND SWITCHES SHALL BE GROUNDED BY MEANS OF A GROUND

WIRE FROM DEVICE GROUND SCREW TO OUTLET BOX SCREW AND BRANCH CIRCUIT

GROUND CONDUCTOR. STRAP ALONE WILL NOT CONSTITUTE AN ACCEPTABLE

GROUND.

8. UNLESS OTHERWISE INDICATED, MOUNT FLUSH, WITH LONG DIMENSION

VERTICAL AND WITH GROUNDING TERMINAL OF RECEPTACLES ON TOP. GROUP

ADJACENT SWITCHES OR RECEPTACLES UNDER MULTIGANG WALL PLATES. PROVIDE

PROPER NEC BARRIERS IN BOXES WHICH SERVE DEVICES FOR BOTH THE NORMAL

AND EMERGENCY SYSTEMS.

9. AT EACH RECEPTACLE "IN" AND "OUT" PHASE AND NEUTRAL CONDUCTORS SHALL

HAVE AN ADDITIONAL CONDUCTOR FOR CONNECTION TO DEVICE. THE PRACTICE

OF "LOOPING" CONDUCTORS THROUGH RECEPTACLE BOXES SHALL NOT BE

ACCEPTABLE.

SECTION 26 41 13 - LIGHTNING PROTECTION SYSTEM

1. PROVIDE UL LABEL LIGHTNING PROTECTION SYSTEM. COMPLY WITH UL

96, NFPA 780, AND UFC 3-575-01 AND AFI 32-1065. CONTRACTOR SHALL

PROVIDE THIRD PARTY CERTIFICATIONS THAT THE SYSTEM MEETS BOTH AFI

32-1065 AND UL LABEL MINIMUM REQUIREMENTS.

2. INSTALLER SHALL BE LPI CERTIFIED AS A MASTER INSTALLER.

3. ROOF MOUNTED AIR TERMINALS SHALL BE NFPA CLASS 1, 1/2" DIAMETER

SOLID ALUMINUM, UNLESS OTHERWISE NOTED. TERMINAL TIP SHALL EXTEND

A MINIMUM OF 10" ABOVE THE OBJECT OR AREA IT IS PROTECTING.

4. TERMINAL BASES SHALL BE DESIGNED SPECIFICALLY FOR THE SPECIFIC

APPLICATION WHICH THEY ARE BEING UTILIZED.

5. ROOF MAIN CONDUCTORS SHALL BE ALUMINUM 95LB/1000 FT, 14 AWG STRAND,

98,600 CIRCULAR MILS MINIMUM. COPPER DOWN CONDUCTOR SHALL BE COPPER

187LB/1000FT, 17AWG STRAND, 57,400 CIRCULAR MIL MINIMUM. TRANSITION

FROM COPPER TO ALUMINUM SHALL BE VIA AN APPROVED BIMETALLIC CONNECTOR.

6. CABLE FASTENERS: ELECTROLYTICALLY COMPATIBLE WITH THE CONDUCTOR AND

MOUNTING SURFACE.

7. BONDING DEVICES, CABLE SPLICERS AND MISCELLANEOUS CONNECTORS: CAST

BRONZE WITH BOLT PRESSURE CONNECTIONS TO THE CABLE FOR ALL ABOVE

GROUND CONNECTIONS. EXOTHERMIC WELDED CONNECTION FOR ALL BELOW

GROUND CONNECTIONS. CAST OR STAMPED CRIMP FITTINGS ARE NOT ACCEPTABLE.

8. THRU ROOF ASSEMBLIES SHALL BE EQUIVALENT TO HARGER 230 SERIES.

PRE-MANUFACTURED ASSEMBLIES CONSISTING OF A BASE PLATE/CABLE

CONNECTOR, THREADED RISER BAR, 2 3/8" OD PVC TUBING SUPPORT, AND

CAP/CABLE CONNECTOR.

9. CONCEAL ALL CONDUCTORS FROM NORMAL VIEW FROM EXTERIOR LOCATIONS AT

GRADE WITHIN 200' OF THE CONDUCTOR.

10. USE APPROVED EXOTHERMIC-WELDED CONNECTED FOR ALL CONDUCTOR SPLICES

AND CONNECTIONS BETWEEN CONDUCTORS AND OTHER COMPONENTS BELOW

GRADE. UTILIZE A TORQUE WRENCH TO PROPERLY TIGHTEN ALL ABOVE GRADE

BOLTED CONNECTIONS. TIGHTEN IN ACCORDANCE WITH MANUFACTURERS

INSTRUCTIONS.

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INSTRUCTIONS.

11. COMPLY WITH ADHESIVE MANUFACTURER'S WRITTEN INSTRUCTIONS AND

COORDINATE WITH ROOFING MANUFACTURERS REQUIREMENTS.

12. THE ENTIRE INSTALLATION SHALL PROVIDE PROTECTION FROM ALLOWING

WATER INTRUSION NOT THE BUILDING ENVELOPE. DO NOT COMBINE

MATERIALS THAT CAN FORM AN ELECTROLYTIC COUPLE THAT WILL ACCELERATE

CORROSION IN THE PRESENCE OF MOISTURE UNLESS MOISTURE IS PERMANENTLY

EXCLUDED FROM JUNCTION OF SUCH MATERIALS.

13. USE CONDUCTORS WITH PROTECTIVE COATING WHERE CONDITIONS WOULD CAUSE

DETERIORATION OR CORROSION OF CONDUCTORS.

14. ALL COMPONENTS IN DIRECT CONTACT WITH EARTH SHALL BE COPPER.

15. CONTRACTOR SHALL SUBMIT SHOP DRAWING OF LIGHTNING PROTECTION

SYSTEM FOR ENGINEERS APPROVAL. SHOP DRAWINGS SHALL INCLUDE TYPES

AND LOCATION OF ALL AIR TERMINALS, CONDUCTORS, CONNECTORS,

GROUND RODS, METHODS AND TYPES OF BONDING. SUBMIT CATALOG CUTS

OF ALL EQUIPMENT.

SECTION 26 43 13 - SURGE PROTECTION DEVICES

1. PROVIDE SURGE PROTECTION DEVICES (SPD) THAT ARE UL1449 3RD EDITION

TESTED AND LABELED. SPD SHALL INCORPORATE FIELD REPLACEABLE MODULES

UTILIZING MOV TECHNOLOGY WITH A RESPONSE TIME OF 1 NANOSECOND OR

LESS. PROVIDE L-L, L-N, L-G, AND N-G MODES OF PROTECTION FOR ALL

SUPPRESSORS. ALL SUPPRESSORS SHALL HAVE A FAULT CURRENT RATING EQUAL

TO THAT OF THE EQUIPMENT/PANEL BEING PROTECTED. SPD MANUFACTURER SHALL

PROVIDE A 10 YEAR UNCONDITIONAL WARRANTY.

2. SERVICE ENTRANCE EQUIPMENT SPD SHALL BE RATED FOR 200KA SURGE

CAPACITY PER MODE MINIMUM. SERVICE ENTRANCE SPD SHALL CLAMP VOLTAGE

AT 800V L-L AND 400V ALL OTHER MODES FOR 120/208V SERVICES AND 1200V

L-L AND 1000V ALL OTHER MODES FOR 277/480V SERVICES.

3. BRANCH CIRCUIT PANELBOARD SPD SHALL BE RATED FOR 100KA SURGE CAPACITY

PER MODE MINIMUM. CLAMPING VOLTAGE SHALL BE THE SAME AS SERVICE

ENTRANCE SUPPRESSORS.

4. INSTALL ALL SPD ON THE SIDE OF EACH PANEL/EQUIPMENT BEING PROTECTED.

LEADS SHOULD BE KEPT AS SHORT AND STRAIGHT AS POSSIBLE AND IN NO CASE

SHOULD EXCEED MANUFACTURERS RECOMMENDED LEAD LENGTH. PROVIDE

OVERCURRENT PROTECTIVE DEVICE SIZE AS RECOMMENDED BY THE

MANUFACTURERS.

SECTION 26 51 00 - LIGHTING FIXTURES

1. PROVIDE ALL FIXTURES AS INDICATED IN THE FIXTURE SCHEDULE INCLUDING

MATCHING LAMP(S) FOR EACH FIXTURE. ALL FIXTURES MUST BE UL LABELED

AND INSTALLED IN ACCORDANCE WITH MANUFACTURERS RECOMMENDED

INSTALLATION PROCEDURES.

2. ALL FLUORESCENT LIGHTING BALLAST SHALL BE ELECTRONIC, LESS THAN 20%

HARMONIC DISTORTION, SOUND RATING A, AND BE WIRED TO MAINTAIN FULL

LIGHT OUTPUT ON SURVIVING LAMPS IF ONE LAMP FAILS.

3. PROVIDE DIMMING BALLAST TO MATCH THE DIMMER SWITCH TO BE INSTALLED

WHEN REQUIRED FOR LOW VOLTAGE AND FLUORESCENT LIGHTING.

4. ALL FLUORESCENT LAMPS SHALL HAVE HIGH COLOR RENDERING (85 CRI) AND

PROVIDE A COLOR TEMPERATURE OF 3500K INTERIOR AND 4100K EXTERIOR

UNLESS OTHERWISE NOTED.

5. EXIT SIGNS SHALL BE INTERNALLY LIGHTED BY LED WITH A 70,000 HOUR

MINIMUM LAMP LIFE AND BE SELF POWERED BY BATTERY TO REMAIN LIGHTED

FOR 90MIN DURATION UPON LOSS OF POWER. BATTERY SHALL BE WARRANTED

FOR A PERIOD OF NOT LESS THAN 5 YEARS.

6. ALL EMERGENCY FIXTURES SHALL PROVIDE BATTERY BACK-UP FOR 90 MIN UPON

LOSS OF POWER. PROVIDE 1100 LUMEN EMERGENCY BATTERY PACKS FOR 90 MIN

BACK UP OF FIXTURES AS INDICATED ON THE PLANS.

7. PROVIDE TUBE GUARDS AROUND ALL EXPOSED TUBE (NO LENS) FIXTURES.

7. PROVIDE TUBE GUARDS AROUND ALL EXPOSED TUBE (NO LENS) FIXTURES.

8. PROVIDE FIXTURE SUPPORTS TO ALLOW FOR A REDUNDANT SUPPORT (ALLOW FOR

FAILURE OF ONE SUPPORT POINT) FOR ALL FIXTURES. PROVIDE APPROPRIATE

SLOPED CEILING ADAPTERS FOR SLOPED CEILINGS.

9. COORDINATE THE CEILING TRIM TYPE WITH THE ACTUAL CEILING TO BE

INSTALLED.

10. PROVIDE FOUNDATION FOR ALL SITE LIGHTING FIXTURES AND POLES IN

ACCORDANCE WITH MANUFACTURERS RECOMMENDATIONS.

11. ALL EXTERIOR MOUNTED FIXTURES, POLES, AND BASES SHALL BE DESIGNED

AND MANUFACTURED TO WITHSTAND 130MPH WIND.

SECTION 27 26 26 - TELEPHONE/DATA/CATV

1. GENERAL: FURNISH AND INSTALL, COMPLETE WITH ALL ACCESSORIES AN EIA/TIA

568-B.2-1 CATEGORY 6 PREMISE DISTRIBUTION SYSTEM (PDS) WITH A MINIMUM

25-YEAR, LINK AND CHANNEL WARRANTY FOR THE ENTIRE SYSTEM. THIS WARRANTY

SHALL PROVIDE FOR GUARANTEED SYSTEM PERFORMANCE AND THE REPLACEMENT

OF ANY DEFECTIVE PRODUCTS OR INSTALLATION.

2. WORK INCLUDED: PROVIDE WIRING, TERMINATIONS AND PATCH BAYS BETWEEN

THESE DESIGNATED DEMARCATION POINTS AND OUTLET LOCATIONS DESIGNATED ON

THE PLANS SHALL BE CONSIDERED PART OF THE CONTRACT.

3. MACDILL AFB HAS STANDARDIZED ON THE FOLLOWING COLOR CODE FOR CATEGORY

6 COMPONENTS. (VOICE-"GRAY") AND (DATA-"BLUE"). EACH OF THE FOLLOWING

COMPONENTS SHALL BE COLOR MATCHED TO ALLOW FOR SYSTEM "COLOR CODING"

CAT. 6 CABLE JACKET, PATCH CORDS AND CAT. 6 JACKS.

4. GENERAL: CABLE ROUTING AND INSTALLATION PRACTICES SHALL BE IN

ACCORDANCE WITH BICSI'S TELECOMMUNICATIONS DISTRIBUTION METHODS MANUAL

(TDMM) AND TELECOMMUNICATIONS INSTALLATION MANUAL.

5. AVOIDING EMI: TO AVOID EMI, ALL PATHWAYS SHALL PROVIDE CLEARANCES OF

AT LEAST 4 FEET (1.2 METERS) FROM MOTORS OR TRANSFORMERS; 1 FOOT (12

INCHES) FROM CONDUIT AND CABLES USED FOR ELECTRICAL POWER DISTRIBUTION;

AND 1 FOOT (12 INCHES) FROM FLUORESCENT LIGHTING. PATHWAYS SHALL CROSS

PERPENDICULAR TO FLUORESCENT LIGHTING AND ELECTRICAL POWER CABLES AND

CONDUITS.

6. GENERAL: COMMUNICATIONS OUTLETS THAT CONTAIN COPPER SERVICES SHALL BE

EQUIPPED WITH ANSI/TIA/EIA-568-B.2-1 CATEGORY 6, 8-POSITION MODULAR

JACKS (RJ45 TYPE) UTILIZING T568A WIRING. ALL OUTLET CABLING SHALL

TERMINATE ON APPROPRIATE TERMINATION BLOCKS AT THEIR ASSOCIATED IDF.

OUTLET JACK MODULE ARRANGEMENT AND QUANTITIES ARE SHOWN ON THE

DRAWINGS. OUTLETS SHALL BE CERTIFIED TO OPERATE AT 1000 MBPS DATE

SPEED WITH TWISTED PAIR TERMINAL WIRING AS VERIFIED BY ETL OR UL.

FACEPLATES SHALL BE ABLE TO ACCOMMODATE UP TO 6, 8-POSITION MODULAR

JACKS EACH.

7. OUTLET LABELING: EACH JACK ON ALL OUTLETS SHALL BE IDENTIFIED WITH

PERMANENT MACHINE GENERATED LABELS, MEETING THE EIA/TIA 606

REQUIREMENTS, MATCHING THE NUMBERING PLAN INDICATED ON THE DRAWINGS

WITH THE ADDITION OF A LETTER SUFFIX INDICATING THE JACK POSITION

ON THE FACEPLATE. ALL LABELING MUST BE PERMANENT. ALL LABELING SHALL

BE A MINIMUM 12 PT. IN SIZE. ALL LABELING SYSTEMS SHALL BE SUBMITTED

TO THE ENGINEER FOR APPROVAL PRIOR TO FABRICATION.

8. GENERAL: DATA PAIRS SHALL BE EXTENDED BETWEEN THE OUTLET LOCATION

AND ITS ASSOCIATED IDF. THE CABLE SHALL CONSIST OF 4 PAIR 23 GAUGE,

SOLID COPPER CONDUCTORS, CERTIFIED TO THE CATEGORY 6 STANDARDS. ETL

OR UL VERIFIED FOR EIA/TIA ELECTRICAL PERFORMANCE COMPLY WITH FCC

PART 68. CABLES SHALL BE TERMINATED ON EACH OF THE 8-POSITION MODULAR

JACKS PROVIDED AT EACH OUTLET. VOICE JACKS SHALL ALSO UTILIZE THE

CABLE TYPE. ONLY VIRGIN MATERIALS SHALL BE USED.

9. LABELS: LABELING FOR COPPER TIE CABLING SHALL BE BY ROOM, OUTLET,

AND JACK POSITION NUMBER (SIMILAR TO PLATE LABELING) AT THE IDF END.

CABLE SHALL BE IDENTIFIED WITH IDF # AT THE OUTLET BOX END. PERMANENT

MACHINE TYPE PRINTED (1/8" MIN LETTERS) VINYL OR NYLON CLOTH LABELS

SHALL BE CONSIDERED ACCEPTABLE FOR THIS PURPOSE. IDENTIFICATION SHALL

MACHINE TYPE PRINTED (1/8" MIN LETTERS) VINYL OR NYLON CLOTH LABELS

SHALL BE CONSIDERED ACCEPTABLE FOR THIS PURPOSE. IDENTIFICATION SHALL

INCLUDE BE PROVIDED AT BOTH ENDS OF THE CABLE (IN JUNCTION BOX AT

JACK AND AT IDF PATCH). LABELS SHALL BE BY BRADY OR EQUAL.

10. GENERAL - HORIZONTAL CABLES SHALL BE SUSPENDED BY THE PRE-MAFACTURED

CAT 6 RATED J-HOOKS AND BY "CLIC" FASTENERS WITH CABLE INSERTS IN

CLOSETS WHERE J-HOOKS, LADDER TRAY OR RACK MANAGEMENT IS NOT AVAILABLE.

ALL SUPPORTS SHALL BE PERMANENTLY ATTACHED TO THE STRUCTURE USING DROP

ROD SUSPENSION, BEAM CLAMPS, OR WALL MOUNT TO THE STRUCTURAL METAL OR

WOODEN MEMBERS. THE J-HOOKS SHALL FEATURE A WIDE BASE LOOP WITH SMOOTH

CURVES TO ELIMINATE SNAG POTENTIAL AND CABLE DEFORMATION. ALL CABLES

SHALL UTILIZE SIRE BASKET STYLE CABLE TRAY, IN ACCORDANCE WITH

26 05 36, WHEN RUNNING CABLES DOWN THE CORRIDORS. J-HOOKS SHOULD ONLY

BE UTILIZED WHEN RUNNING WITHIN INDIVIDUAL ROOM SPACES AND SHOULD NOT

BE UTILIZED FOR LONG RUNS BACK TO THE IDF/MDF.

11. GENERAL: EACH IDF SHALL BE EQUIPPED WITH 19" EIA RACK(S), FLOOR

MOUNTED, TO HOUSE USER PROVIDED EQUIPMENT AND CONTRACTOR PROVIDED

TERMINATION BAYS FOR THE MULTIPLE CABLE TYPES. FLOOR MOUNTED RACKS

SHALL BE MOUNTED ON AN ISOLATION PAD AND UTILIZE NON-CONDUCTIVE

WASHERS TO SECURE THE RACK TO THE FLOOR. FLOOR MOUNTED OPEN RACKS

SHALL BE SECURED FROM THE TOP RAIL TO THE BACKBOARD IN THE ROOM WITH

A LENGTH OF CABLE RUNWAY TO PREVENT MOVEMENT. WALL RACKS SHALL BE

SECURELY FASTENED TO THE WALL STUDS WITH AT LEAST 1/4" HARDWARE. ALL

RACKS SHALL BE BONDED TO THE IDF GROUND BAR USING A STANDARD GROUND

LUG AND #6 JACKETED GREEN CABLE. DESIGN SELECTION HUBBELL #HPW84RR19.

12. EACH EQUIPMENT RACK WILL BE PROVIDED WITH THE FOLLOWING ACCESSORIES:

1. HORIZONTAL CABLE ORGANIZER.

2. POWER PLUG STRIP.

13. VERTICAL CABLE MANAGEMENT: FREE STANDING RELAY RACKS SHALL HAVE

VERTICAL CABLE MANAGEMENT INSTALLED ON EACH SIDE OF THE RACK. IF MORE

THAN ONE RACK IS INSTALLED, THEN EACH RACK WILL BE SEPARATED BY A

VERTICAL, DUCT STYLE CABLE MANAGER. BLACK 6" CHANNELS WITH COVERS.

14. PLYWOOD BACKBOARDS.

15. GENERAL: EQUIPMENT RACKS: SHALL BE EQUIPPED WITH 19" RACK MOUNTED,

8-POSITION MODULAR JACKS (RJ-45 TYPE), ON-KEYED, FACTORY CONFIGURED;

PATCH PANELS FOR TERMINATION OF ALL COPPER HORIZONTAL CABLES.

16. CATEGORY 6 MODULAR PATCH CORDS AND WORK-AREA CORDS: PATCH CORDS ARE

PROVIDED BY THE USER.

17. INSTALLATION OF CAT. 6 UTP CABLE SHALL BE IN ACCORDANCE WITH EIA/TIA

GUIDELINES FOR CAT. 6. REPLACE CABLE INSTALLATION AND TERMINATIONS

THAT DO NOT COMPLY.

18. ALL CABLE RUNS SHALL CONTAIN SERVICE SLACK PRIOR TO THE TERMINATION

POINT. PROVIDE 12-INCH SERVICE SLACK IN THE CEILING ABOVE EACH

OUTLET. SERVICE SLACK AT IDF SHALL CONSIST OF A 10 FOOT SLACK

SECTION ALL STATION CABLES LOCATED AND PLACED NEATLY IN THE CABLE

LADDER ABOVE THE EQUIPMENT RACK.

19. INSTALL A COMPLETE SET OF SUPPORTING J-HOOKSAND OTHER SUPPORTING

HARDWARE FOR THE SYSTEM AS PART OF THE PDW CONTRACT.

20. COMPLY WITH ALL REQUIREMENTS OF ETL 02-15 AND SUPPLEMENTS.

SECTION 28 31 00 - FIRE ALARM SYSTEM

1. PROVIDE A COMPLETE FULLY FUNCTIONAL ADDRESSABLE FIRE ALARM/MASS

NOTIFICATION SYSTEM IN ACCORDANCE WITH NFPA 101(2018), NFPA 70

(2017) NFPA 72 (2016), FLORIDA BUILDING CODE (2017) AND LOCAL

ORDINANCES, STANDARDS AND CODES AS INTERPRETED AND ENFORCED BY

THE LOCAL AUTHORITY HAVING JURISDICTION.

2. SYSTEM SHALL INCLUDE TELEPHONE DIALER TO TRANSMIT THE SUPERVISORY,

TROUBLE AND ALARM SIGNALS TO THE CONTINUOUSLY ATTENDED SUPERVISING

STATION. IF THE PANEL WILL COMMUNICATE WITH A MASTER PANEL AS PART

OF A LARGER SYSTEM, THE RESPONSIBILITY TO TRANSMIT AND RECEIVE THE

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STATION. IF THE PANEL WILL COMMUNICATE WITH A MASTER PANEL AS PART

OF A LARGER SYSTEM, THE RESPONSIBILITY TO TRANSMIT AND RECEIVE THE

SIGNAL AT BOTH PANELS WILL BE THE RESPONSIBILITY OF THIS CONTRACT.

3. THE SECONDARY POWER SUPPLY FOR THE FIRE ALARM CONTROL PANEL SHALL

BE PROVIDED BY AN APPROPRIATE SIZED UNINTERRUPTIBLE POWER SUPPLY

(BATTERY) TO PROVIDE A MINIMUM OF 24 HOURS UNDER QUIESCENT LOAD AND

THEN BE CAPABLE OF 15 MINUTES AT MAXIMUM CONNECTED LOAD INCLUDING ALL

NOTIFICATION APPLIANCES USED FOR EVACUATION UNDER ALARM CONDITION

UPON FAILURE OF THE PRIMARY POWER SUPPLY.

4. PROVIDE WIRING AS REQUIRED BY THE SYSTEM MANUFACTURER AND APPLICABLE

CODES AND STANDARDS. ALL WIRING SHALL BE INSTALLED IN APPROPRIATELY

SIZED RED CONDUIT.

5. ALL REQUIRED CONTROL AND INTERLOCK WIRING BETWEEN THE FIRE ALARM

SYSTEM AND BUILDING EQUIPMENT SHALL BE PROVIDED. CONTROLS ARE

REQUIRED FOR FIRESMOKE DAMPERS, SMOKE DAMPERS, SUPPLY FANS, EXHAUST

FANS, SMOKE EVACUATION EQUIPMENT, AUTOMATIC FIRE EXTINGUISHING

SYSTEMS, SPRINKLER SYSTEM, TAMPER SWITCHES, ELEVATORS, AND DIMMING

SYSTEMS.

6. DUCT DETECTORS FOR BUILDINGS WITH A FACP SHALL BE FURNISHED UNDER

DIVISION 26, INSTALLED IN DUCTWORK BY DIVISION 23 AND WIRED BY

DIVISION 26.

7. THE AUTHORITY HAVING JURISDICTION REQUIRES SHOP DRAWINGS TO BE

SIGNED AND SEALED BY A REGISTERED PROFESSIONAL ENGINEER, CONTRACTOR

IS REQUIRED TO SUBMIT THE DRAWINGS AND INCLUDE IN HIS BID ALL COSTS

ASSOCIATED WITH HAVING A REGISTERED PROFESSIONAL ENGINEER (OTHER

THAN THE PERFORMANCE DESIGN ENGINEER OF RECORD) PERFORM THE SIGNING

AND SEALING OF THE SHOP DRAWINGS.

8. INSTALLATION SHALL BE PERFORMED BY A COMPANY SPECIALIZING IN

INSTALLING THE MANUFACTURERS PRODUCTS WITH A MINIMUM OF (5) FIVE

YEARS EXPERIENCE AND CERTIFIED BY THE STATE OF FLORIDA AS A FIRE

ALARM INSTALLER.

9. SIGNALING LINE CIRCUITS SHALL BE NFPA 72, CLASS B, STYLE 3. FIRE

ALARM SIGNAL INITIATION SHALL BE BY MANUAL PULL STATIONS, HEAT

DETECTORS, WATER FLOW, ACTIVATION HOOD FIRE SUPPRESSION SYSTEM.

10. FIRE ALARM SIGNAL INITIATION REQUIRES VERIFICATION FOR SMOKE

DETECTORS AND DUCT DETECTORS. ACTIVATION OF DUCT DETECTORS WILL

SHUT DOWN UNIT UPON DETECTION.

11. ALARM SIGNAL SHALL INITIATE ALL ALARM NOTIFICATION APPLIANCES,

IDENTIFY ALARM AT THE FACP, TRANSMIT SIGNAL TO CENTRAL RECEIVING

STATION, SHUT DOWN HVAC EQUIPMENT, AND RECORD EVENTS IN FACP

SYSTEM MEMORY.

12. SUPERVISORY SIGNAL INITIATION SHALL BE BY OPERATION OF A TAMPER

SWITCH.

13. TROUBLE SIGNAL INITIATION SHALL BE IN ACCORDANCE WITH NFPA 72 FOR

CLASS B, STYLE 3 CIRCUITS, LOSS OF PRIMARY POWER AT THE FACP, GROUND

OR BREAK IN FACP INTERNAL CIRCUITS, FAILURE OF BATTERY

CHARGING/CIRCUITRY, OR ABNORMAL POSITION OF ANY SWITCH AT THE FACP

OR ANNUNCIATOR.

14. SYSTEM TROUBLE AND SUPERVISORY SIGNAL ACTIONS WILL RING BELL FOR

TROUBLE AND ANNUNCIATE AT THE FACP AND ANNUNCIATOR PANEL.

15. COMPLY WITH ALL REQUIREMENTS OF UFC 3-600-01 AND 04-021-01 FOR

FIRE ALARM/MASS NOTIFICATION COMBINATION SYSTEMS.

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