E001_-_ELECTRICAL_-_GENERAL.pdf

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Abbreviations AFCI: Arc Fault Circuit Interrupter AFF: Above Finished Floor AHU: Air Handler Unit (HVAC) AHJ: Authority Having Jurisdiction AIC: Ampere Interrupting Capacity BKR: Breaker CB: Circuit Breaker CU: Condensing Unit (HVAC), Copper EF: Exhaust Fan EWH: Electric Water Heater GBB: Grounding Busbar GND: Ground (Electrical) GEN: Generator

NOT ALL ABBREVIATIONS ARE USED IN EVERY DESIGN

GFI: Ground Fault Interrupter GWH: Gas Water Heater HH: Hand Hole HP: Horsepower JB: Junction Box LTG: Light, Lighting MCB: Main Circuit Breaker MDP: Main Distribution Panel MH=X: Mounting Height, X is Height in Feet MLO: Main Lugs Only P: Pole PB: Pull Box PH: Phase (Electrical)

PNL: Panel PWR: Power (Electrical) RTU: Roof Top Unit (HVAC) SD: Smoke Detector SWBD: Switchboard TTB: Telephone Terminal Board UON: Unless Otherwise Noted V, VAC: Volt, Volt AC WP: Weatherproof

General Electrical Requirements and Specifications

1. The complete electrical installation shall comply with the latest adopted edition of the following codes

& standards:

2. NFPA 13: Standard for the Installation of Sprinkler Systems.

3. NFPA 20: Standard for the Installation of Centrifugal Fire Pumps.

4. NFPA 37: Standard for the Installation and Use of Stationary Combustion Engines and Gas Turbines.

5. NFPA 70: National Electrical Code 2020 Edition.

6. NFPA 72: National Fire Alarm Code.

7. NFPA 780: Lightning Protection Code.

8. NFPA 90A: Standard for the Installation of Air Conditioning and Ventilating Systems.

9. NFPA 96: Standard for Ventilation Control and Fire Prevention of Commercial Cooking Operations.

10. NFPA 101: Life Safety Code.

11. NFPA 110: Standard for Emergency and Standby Power Systems.

12. ANSI A17.1: Elevator Code.

13. ANSI A117.1: Accessibility Code.

14. Florida Americans with Disabilities Accessibility Implementation Act as described in Accessibility

Requirements Manual, Department of Community Affairs.

15. Americans with Disabilities Act.

16. Florida Building Code 2023 Edition.

17. Florida Fire Prevention Code 2023 Edition.

18. 'Furnish and Install' and 'Provide' are equivalent terms which indicate material and/or equipment supplied and installed by this contractor. 'Furnished' denotes material or equipment supplied but not installed by this contractor. 'Installed' denotes the setting in position or connection of material or equipment by this contractor but supplied by others.

19. It is the requirement of these contract documents to have the contractor provide systems and components that are fully complete, operational, and fully suitable for the intended use.

20. Drawings are diagrammatic and should not be scaled to determine exact locations. Verify all locations and requirements of equipment furnished and/or installed by others before roughing in.

21. Electrical systems shall be installed as a complete installation. Incidental details not usually shown or specified, but necessary for proper installation and operation, shall be included in the work of this contractor.

22. Prebid Survey

23. This contractor shall survey the jobsite prior to submitting their bid to determine the following:

a. Areas requiring demolition, temporary power, relocating, etc., which are inadvertently not shown on the drawings.

b. Problems with work sequence.

24. Any unusual conditions not shown on the drawings shall be reported to the engineer prior to bidding.

25. Acceptable Manufacturers: The listing of a manufacturer as "acceptable" under any Division 26 requirements does not imply automatic approval. It is the sole responsibility of the contractor to ensure that any submittals made are for products that meet or exceed the specifications included here.

26. Upon completion of the work, but before final acceptance of the system and request for final payment, furnish the owner, for approval, operation and maintenance manuals in loose-leaf binders. Provide a minimum of six sets. Manuals shall include:

27. Submittal data stating equipment rating and selected options for each piece of equipment requiring maintenance.

28. Operation manuals and maintenance manuals for each piece of equipment requiring maintenance, clearly identified.

29. Names and addresses of at least one qualified service agency.

30. Provide owner with a record set of as-built drawings within 30 days after the date of system acceptance from a designated marked-up set of bluelines, including:

31. A single-line diagram of the building electrical distribution system.

32. Floor plans indicating location and area served for all distribution.

33. Provide temporary electrical power to jobsite for the duration of the project.

34. Submit shop drawings to the architect for all electrical items. The shop drawings shall be submitted complete for all electrical items. Incomplete submittals will be returned without review, or the contractor shall agree to pay the electrical engineer directly at an hourly rate of $175.00 to review subsequent submittals.

35. Provide 4" high concrete housekeeping pads for all floor-mounted electrical equipment (switchboards, transformers, etc.).

36. Division 26/16 subcontractor shall review Division 15 shop drawings and verify equipment voltage, phase, and amps prior to rough-in of all equipment.

37. All equipment, devices, etc., furnished by the electrical contractor shall be U.L. Listed (or equivalent national testing agency) for its intended purpose. Inform the owner that all owner-furnished equipment, devices, etc., must also have a U.L. Listing (or equivalent listing).

38. All electrical components (conduit, wire, fittings, supports, circuit breakers, lamps, etc.) provided and installed in this project shall be brand new.

39. Utility Coordination: Contractor shall submit a complete set of construction documents to the utility company immediately after receiving notice to proceed or prior to any site or building rough-in.

40. Affix permanent arc-flash and available fault current labels to all applicable electrical equipment in compliance with 2014 NEC Article 110.

41. Operating and maintenance manuals shall be provided to the building owner, including:

42. Submittal data stating equipment rating and selected options for each piece of equipment requiring maintenance.

43. Operation manuals for each piece of equipment requiring maintenance.

44. Name and address of at least one qualified service agency. FB ECC Chapter 4, Section C405.6.4.

45. Within three days after the date of system acceptance, record drawings of the actual electrical installation shall be provided to the building owner, including:

46. Single-line diagram of the building electrical distribution system.

47. Floor plans indicating location and area served for all distribution. FL Energy Code, Chapter 4, Section

C405.6.4.2.

48. All feeders and/or branch circuits for a fire pump shall be concrete-encased (2" minimum).

49. Where required, the contractor shall provide the following studies, based on as-built information, and to meet all applicable codes and AHJ requirements:

a. Short-Circuit Study.

b. Protective Device Coordination Study.

c. Arc-Flash Study (including labels).

Electrical Identification

1. Provide cable/conductor identification bands.

2. Provide engraved plastic laminate signs, white lettering on a black background, for each unit of the following categories of electrical work: switchboards, motor starters, transformers, panelboards, disconnects, and junction boxes. Nameplates shall identify panel designation (name), voltage, phase, and wire configuration.

3. Underground cable/conduit identification plastic line markers shall be provided along the continuous trench length.

Boxes

1. Wall outlet boxes shall be 4-inch square with a total depth of less than 2-1/2 inches, galvanized pressed steel with plaster rings or gang cover, or sized as required.

2. Where more than two switches or devices are located at one point, use ganged boxes and covers.

3. All boxes for electrical equipment shall have covers.

4. Do not install boxes back to back or through a wall. Offset outlet boxes on opposite sides of the wall a minimum of 24 inches or on opposite sides of a stud in partition walls. Where back-to-back boxes cannot be avoided, provide gypsum board between boxes. Provide putty pads on all boxes where required per FBC 712.3.2.

5. If a K.O. is available in the base junction box, then no terminations are allowed in the extension rings.

Wiring Devices

1. Provide combination AFCI and GFCI breakers as required per NEC 210.8 and NEC 210.12.

2. Receptacles shall be tamper-resistant and meet all requirements in accordance with NEC Article 406.

3. Wiring devices shall be manufactured by Hubbell, Bryant, or Leviton.

4. Receptacles shall be heavy-duty duplex, 2-pole, 3-wire, grounding, 20A, 125V, designed for side and back wiring.

5. Receptacles next to data outlets shall be TVSS.

6. Switches shall be heavy-duty single-pole AC quiet switches, 20A.

7. Provide lock-out style breaker handle for water heaters per NEC 422.31.

Conduit and Raceways

1. Minimum size conduit shall be 1/2 inch

2. All buried conduit, and subequent wiring instalations shal be completed in a manner that meets the requiremetns of the AHJ, Utility, and all applicable codes.

3. Use PVC Sch 80 for buried conduit.

4. UON, Conduit may be of any type permitted by the NEC for the specific installation environment. The isntalaltion must meet all NEC requirements for the installation of the conduit type selected.

5. Coordinate routing (location) of conduit with hvac ductwork, plumbing piping and sprinkler piping.

6. Secure conduit in place with corrosion-proof alloy straps at spacings as required by N.E.C. Conduit shall be secured to building structure.

7. Install flexible steel conduit not over 3' long to motors, transformers and equipment subject to vibration..

8. Install liquid-tight flexible conduit not over 3' long where subject to moisture, dirt or fumes.

9. Contractor shall minimize floor slab penetrations.

10. Romex cable is not permitted.

11. Provide UL approved fire seals for all fire rated wall and floor penetrations.

12. Conduit shall be routed perpendicular through rated walls. Provide proper sleeves and fire safing/sealants.

13. Provide UL Approved fire seals for all fire-rated wall and floor penetrations.

Wires, Cables, and Connectors

1. All conductors in "air-handling" spaces shall be plenum-rated.

2. All conductors shall be plenum-rated. All conductors shall be copper with 600V, 75°C insulation suitable for the installation environment. Conductors installed beyond building confines, such as underground feeder banks or circuitry to site luminaires, shall be copper with 600V, 75°C, XHHW-2 insulation.

3. Use solid conductor, single conductor, No. 10 AWG minimum for general use wiring.

4. Use stranded conductor, single conductor No. 8 AWG and larger, for motors and other installations where vibration is generated.

5. Color coding shall identify the same phase throughout the system, from service switch or transformer through all branch circuitry. All wiring shall be color-coded as follows:

6. 208/120 Volt:

• Phase A: Black

• Phase B: Red

• Phase C: Blue

• Neutral: White

7. 480/277 Volt:

• Phase A: Brown

• Phase B: Orange

• Phase C: Yellow

• Neutral: White tracer or gray

8. A standard 500V megger insulation test shall be made and recorded for all feeder circuits. Provide a copy of test results to the engineer for review.

9. Provide lugs for feeder sizes indicated on drawings or as required.

10. Wiring for all electrical circuits shall be sized for a 3% maximum voltage drop.

11. All telecommunications/data cabling shall be CAT 6.

12. All telecom/data cabling and elements shall comply with the owner's technology requirements. Prior to bidding, contractor shall consult the owner and/or architect to receive a copy of the county's technology requirements.

Conduit Fittings

1. Compression type steel or steel setscrew type shall be utilized.

2. Provide proper expansion fittings when crossing building expansion lines.

Supporting Devices

1. Lighting fixtures shall be supported from building structure and not from ceiling grid. Secure a minimum of two corners (opposite) to structure above with chain or wire.

2. Fasten conduit to structural parts of the building.

Lighting Relay Panels

1. Consult lighting supplier for the required number of control poles based on the lighting plan. Basis of design: ARP relay panel by nLight.

2. Provide low-voltage switch for override. Locate near the front entrance unless otherwise noted.

3. Provide photosensor for sensing of night/day times. Locate exterior to the building per manufacturer instructions.

4. Provide additional low-voltage switches from the same manufacturer as indicated.

5. Program all operations per the owner’s occupancy schedule. Include a 4-hour training period with the owner to properly describe operation and instructions for settings.

Electrical Penetrations Where required, use the systems shown below, or UL equivalents, for all electrical penetrations. Allow sealant to cure per manufacturer instructions for optimal performance. Clean all surfaces around the penetration to ensure strong adhesion of the firestop material. Label the installation with the system number and "L-3015" and have it inspected per local fire codes.

System W-L-3015

1. Wall Assembly: Use on 1-hour or 2-hour fire-rated gypsum wall assemblies, minimum 4-7/8" thick, with steel studs.

2. Penetrants Allowed: Steel or copper pipes and tubing up to 2" in diameter.

3. Annular Space: Keep a 1/4" to 1/2" gap around the penetrant.

4. Sealant Application: Fill the annular space with UL-classified firestop sealant. Apply a minimum of 5/8" depth of sealant on each side of the wall, flush with the surface.

System C-AJ-1044

1. Floor Assembly: Use in fire-rated concrete floors with a minimum thickness of 4-1/2".

2. Penetrants Allowed: Steel, iron, or copper pipes and conduits up to 6" in diameter.

3. Annular Space: Maintain a gap of 0" to 1/2" around the penetrant, depending on the pipe size and firestop material used.

4. Sealant Application: Fill the annular space around the penetrant with UL-classified firestop sealant or caulk. Apply a minimum 1/2" depth of sealant within the annular space from the top surface of the floor, ensuring a flush finish.

5. Backer Material: For larger gaps, mineral wool insulation (compressed to 25%) may be used as backer material in the annular space before applying sealant.

System W-L-1001

1. Wall Assembly: Use in 1-hour or 2-hour fire-rated gypsum wall assemblies, with a minimum wall thickness of 4-7/8" and framed with steel studs.

2. Penetrants Allowed: Steel, iron, or copper pipes and tubing up to 4" in diameter.

3. Annular Space: Maintain a gap of 0" to 1/4" around the penetrant.

4. Sealant Application: Fill the annular space with UL-classified firestop sealant or caulk. Apply a minimum of 1/2" depth of sealant on both sides of the wall assembly, ensuring it is flush with the surface.

5. Backer Material: Use mineral wool insulation as a backer in the annular space, compressed to 25%, if additional support is required.

Panelboards

1. Panelboards shall be manufactured by Square 'D', General Electric, ITE Siemens, or Eaton.

2. Provide lighting and appliance panelboards, and power distribution panelboards with dead front covers, full-size neutral and bolt-on heavy-duty, quick make, quick break circuit breakers. Panelboards shall be U.L. Listed.

3. Install panelboards so the top breaker is not higher than 6'-0'' above the floor.

4. Contractor shall balance phases in the panelboard so that load imbalance does not exceed 10%.

5. Panelboard shall include a complete typewritten directory.

6. Provide spare conduits to the ceiling cavity for spares/spaces in recessed panelboards. Provide (1)

3/4" for every three spaces.

7. Provide 120V power to 480V circuit breaker shunt-trips from the nearest 120V panelboard.

8. Load centers shall be dead front, factory-assembled, full-size neutral and ground bar. Note: If load centers cannot be fabricated to meet the minimum requirements specified, provide lighting and appliance panelboards with bolt-on breakers.

9. Provide U.L. Listed breakers for existing panelboards to match manufacturer and AIC rating.

10. Provide AFCI (Arc Fault Circuit Interrupter) breakers for all circuits listed in NEC Articles 210.12 and

406.

11. Breakers serving elevators shall be shunt-trip type.

12. Breakers serving circuits under kitchen hoods shall be shunt-trip type.

13. Use HVAC-rated breakers for all mechanical equipment.

Switchboards

1. Switchboards shall be Square 'D' QED-S Power-Style group-mounted multi-section I-Line switchboards.

2. Switchboards shall be dead-front and totally front accessible.

3. Provide stand-alone, microprocessor-based, 3-phase power metering device mounted recessed in front of the switchboard. Square 'D' Power Logic Model CM2250. Provide current transformers and relaying in sizes as required.

4. Main breaker shall be 100% current rated and include ground fault and shunt-trip.

5. Perform megger check for phase-to-phase and phase-to-ground insulation levels prior to energization.

Transformers

1. Transformers shall be dry type with ventilated enclosures and 115°C temperature rise above 40°C.

2. Provide primary windings with six taps: (2) 2% increments above and (4) 2% increments below full rated voltage.

3. Transformers shall be rated for continuous operation at rated kVA.

4. Transformers shall have Class H insulation.

5. Wall-mounted transformers shall utilize wall mounting brackets with vibration isolation pads.

6. Structural ceiling-supported transformers shall utilize threaded rod and Unistrut frame with vibration isolation pads. Support structure shall have a minimum 3.0 safety factor.

Motor and Circuit Disconnects

1. Disconnect switches may be general duty for 240V and shall be heavy duty for 600V.

2. Provide rain-tight hubs for exterior disconnects.

3. Fuses shall be manufactured by Bussman, Little, or Gould-Shawmut.

4. Service disconnect switch shall be heavy duty type.

5. Install a lockable disconnecting means within 25 feet and within sight of all hard-wired equipment.

6. All breakers for HVAC equipment shall be HACR.

7. All fuses for HVAC equipment shall be RK1.

8. Consult the mechanical engineer or motor system provider for sequence of operation and use type C breakers for 5-10x inrush and type D for 10-20x inrush.

Lighting

1. U.L. Labels must appear on all new lighting fixtures. Flexible conduit tails, up to 6' in length, may be used between junction boxes and recessed lighting fixtures. Outlet boxes may serve up to four separately recessed fixtures. Ballasts shall be electronic high-power factor CBM labeled.

2. Provide proper trim per reflected ceiling plan or actual ceiling installed.

3. Provide new lamps in all new fixtures.

4. Provide foundations for all site lighting fixtures/poles as recommended by the manufacturer.

5. Site lighting fixtures located between parking spaces or subject to being damaged by vehicles shall be provided with 2' high x 2' diameter concrete bases.

6. Lighting fixtures in mechanical rooms, etc., shall be coordinated with equipment.

Grounding

1. Provide insulated ground conductors in all conduits.

2. Provide grounding bushings for feeder conduits.

3. Transformers shall be grounded to building steel with exothermic connections.

4. Service ground resistance shall be measured without depending on the water piping system and shall be 25 or less. If greater than 25 , drive additional ground rods to obtain the required resistance.

5. Ground metal lighting poles as required by NEC.

Surge Suppression Equipment

1. Provide Type 1 surge protection devices for all service entrance panels.

2. Provide Type 2 surge protection devices for all downstream panels.

3. Consult the electrical panel manufacturer representative for compatible devices.

4. Provide UL 1449 Listed, 100kA per phase SCR, 20kA in 200kAIC, Type 1/2 rated SPD at each elevator disconnect per NEC.

5. For pump controllers, SPD shall be provided by the fire pump manufacturer and comply with NEC requirements.

Fire Alarm Detection System

1. Installation shall comply with the drawings, specifications, NEC, NFPA 72, NFPA 101, NFPA 90A, NFPA 13, NFPA 20, Florida Fire Prevention Code (2004 Ed.), Florida Building Code (2020 7th Ed.), FAC 61G15, Florida State Statutes 489 and 633, State Fire Marshal Rules & Regulations, and approval from the Office of the State Fire Marshal. Provide additional fire alarm devices as required for a complete system per codes and the authority having jurisdiction. Contractor shall provide complete fire alarm shop drawings signed, sealed, and dated by a registered Florida professional engineer.

2. All wiring and installation shall comply with NFPA 70. Manufacturer's documentation for wiring requirements, such as shielding certain conductors or routing in separate raceways, shall be followed, provided it does not violate NFPA 70.

3. The system, including all components, shall be listed by Underwriters Laboratories, Inc. (U.L.) for fire protective signaling purposes.

4. U.L. 864: Fire Protective Signaling Systems.

5. U.L. 268: Smoke Detectors.

6. U.L. 1480: Fire Alarm Signaling Devices.

7. The fire alarm system shall be a multiplex type addressable system. Each fire alarm device shall be annunciated at the fire alarm control panel.

8. Alarm lights shall be flush wall-mounted at 80'' and meet NFPA 72 standards.

9. Provide end-of-line resistors where required.

10. All fire alarm system wiring shall meet manufacturer’s recommendations and comply with Article 760 of the NEC and NFPA 72. Wiring not in conduit shall be routed neatly and perpendicularly to building column lines.

11. All wiring shall be color-coded as follows:

12. Audible/Visual Alarm (Horn/Strobe) Signaling: Blue & Red.

13. Zone Initiating: Yellow & Brown.

14. Shut-Down Relays: Orange (non-polarized); Orange with phase tape (polarized).

15. Door Holders: Gray.

16. 24V Power: Black & White.

17. Control wiring to the air handling shutdown relays shall be supervised from the fire alarm control panel to the relay coil per NFPA 101, Chapter 7-6.5. Locate the shutdown relay within 3' of the air handling unit motor starter.

18. Perform and document tests required by the equipment manufacturer and NFPA 72. Perform smoke detector sensitivity tests on all smoke detectors and differential pressure tests on all duct detectors.

Provide a copy of test results to the engineer for review.

19. Provide any additional accessories required for a complete fire alarm system conforming to all codes.

20. Provide lockbox with monitor module and tamper as required per the authority having jurisdiction.

Mount at 8'-9'' above finished grade (AFG).

21. Provide egress door release relays and connect all exit door locks to the fire alarm system as required per codes.

22. Fire alarm control panel shall include all modules, batteries, etc., for future tenant build-outs. For each tenant space, include: (2) pull stations, (2) AHU duct smoke detectors, shutdown relay, (8) audio/visual devices.

23. Provide connection to all electronically monitored fire extinguishers as a "trouble" signal.

Meter Center Specifications

1. Basis of Design: Schneider EZ Meter Pak.

2. Approved Manufacturers: Schneider, Eaton, ABB, Siemens.

3. See riser diagram for voltage rating, ampere rating, number of required meter sockets/service breakers, and MCB/MLO configuration.

4. Provide the number of meter sockets and service breakers as shown on the riser.

5. All equipment shall be from the utility’s approved equipment list.

6. All exterior equipment shall have a minimum NEMA 3R rating.

7. The meter centers and all components shall be designed, manufactured, and tested in accordance with UL 67, UL 869, and UL 486B, and the meter center shall be UL labeled.

8. Equipment operation and maintenance manuals shall be provided with each assembly shipped and shall include instruction leaflets and instruction bulletins for the complete assembly and each major component.

9. Minimum AIC rating shall be 65,000 amperes.

10. The entire assembly shall be front-accessible.

11. The meter sockets shall be ringless or as required by the utility. Consult utility engineer for specific requirements.

12. Provide a full-capacity neutral bus.

13. The surge protection device (SPD) shall be UL listed. It shall be mounted at the service entrance location between the main device and the meter stack(s). It shall provide surge protection for downstream group metering.

Dwelling Units Circuit Breakers

1. Provide arc-fault circuit breakers as required by NEC 21.12.

2. Occupancy sensor switches shall be Leviton.

3. Provide smooth nylon covers for all devices.

4. Ground fault circuit interrupter receptacles shall be NEMA 5-20R.

Generator Specifications 35 kW, 0.8 PF, 120/208V 3PH, 60 Hz, emergency, Tier-2, UL 2200 listed, brushless generator, mounted on a concrete housekeeping pad per generator manufacturer’s specifications. Fuel: Diesel. The generator shall meet shutdown requirements per NEC Article 445.18. Coordinate exact location with owner and/or architect.

1. Control Panel:

A. Meets NFPA 110 Level 1 requirements

2. Digital Microprocessor:

A. Two 4-line x 20 displays, full system status B. +/-0.25% digital voltage regulation C. RS232, RS485, and CANBUS remote ports D. Waterproof connections E. Programmable I/O F. Built-in PLC for special applications G. All engine sensors are 4-20 mA

3. Engine Function Monitoring and Control:

A. Full range standby operation B. Programmable auto crank, emergency stop, auto-off-manual switch C. Isochronous governor, +/-0.25% frequency regulation D. Full system status on all AC output and engine function parameters E. Service reminders, trending, fault history (alarm log) F. 12T function for full generator protection G. Selectable low-speed exercise H. Transfer switch function monitoring and control I. 2-wire start controls for any 2-wire transfer switch J. Electronic governor - Isochronous steady-state regulation +/-0.25%

ELV (Technology / Communications / Security Systems Specifications and General Notes)

1. Drawings are diagrammatical and are designed to convey the design intent. Contractor shall consult architectural drawings for the exact location of all elements.

2. It is the design intent that all cabling, except for the backbone and underground, shall be installed above ground and concealed in ceiling cavities or other interstitial spaces. All cables shall be rated for the installation environment. Contractor shall obtain approval where it is desired to install exposed cabling.

3. Contractor shall provide properly sized access panels where elements are installed behind inaccessible ceilings or walls. Access panels shall be rated where required.

4. Wire and cable installed above inaccessible ceilings or in areas open to structure shall be in conduit.

5. Contractor shall install all backbone cabling in a complete conduit system.

6. Contractor shall furnish and install (F&I) system complete with all equipment, devices, materials, cables, pathways (i.e., raceways, conduits, boxes, etc.), terminations, and testing.

7. All voice/data cable infrastructure system wall outlet boxes shall be 4-11/16" x 4-11/16" x 2-1/8" deep flush boxes with trim ring as required to accommodate wall construction. Each outlet shall be provided with a flush outlet faceplate.

8. CAT6 cabling shall not violate the TIA 100-meter rule. The contractor shall coordinate routing of cable so that the horizontal portion of the cable plant does not exceed

295 feet. After installation, the contractor shall test the cable plant to verify cables do not exceed the allowable length and submit results to the engineer for review. Any cables shown by testing to exceed the allowable length shall be replaced at the contractor’s expense.

9. The final installation shall meet all applicable codes and standards. It shall be in accordance with equipment manufacturer’s recommendations and in compliance with the design intent of a complete and fully functional system. Circuits for systems such as voice/data, access control, CCTV, etc., shall be homerun to the nearest communications room and terminated in the appropriate locations. All circuits shall be terminated at local service equipment in accordance with the equipment specifications.

10. Copper cables that enter or exit a building shall be provided with surge suppression on each conductor and bonded to the telecom bonding system in the serving communications room.

11. Copper or fiber optic cables that enter or exit a building shall be rated for wet locations.

12. Contractor shall coordinate with all trades on the project to ensure all elements are installed in a manner that meets the design intent.

13. Contractor shall coordinate the installation with all other project elements, such as doors, lighting, millwork, etc. Any required installation corrections shall be at the contractor’s sole expense.

14. Conduits that exceed 180 degrees of bends shall be provided with a pull box sized per NEC.

15. Provide firestopping on all conduits penetrating a rated wall or floor. Firestopping materials or devices shall have the same fire resistance rating as the penetrated element.

16. Contractor shall field-verify the routing of cables installed using j-hooks.

17. Contractor shall use firestop sleeves where installed cabling penetrates above ceiling walls. Provide one spare sleeve for future use.

18. Contractor shall install the j-hooks for routing in a manner that is logical, provides an accessible pathway, and does not conflict with other system elements.

19. Contractor shall review all plans and, where applicable, existing conditions prior to bidding. A submitted bid will be assumed to be all-encompassing. Therefore, additional claims for labor, equipment, or materials required to complete the work will not be acceptable.

20. Raceway, power, and grounding requirements shall comply with applicable specification sections. Where a conflict arises, the most stringent requirement shall apply.

21. The contractor shall confirm required conduit/pathway size and quantity with the system installer prior to bid. Conduits shall be sized per NEC and all applicable standards. The contractor shall increase conduit size as necessary for a code-compliant installation. Where a minimum conduit size is specified, reducing the size of said conduit shall not be acceptable.

22. Contractor shall label all raceways at both ends to indicate the other end’s location.

23. Unless otherwise noted (UON), furnish and install (F&I) cable/wiring as recommended by the manufacturer and applicable codes and standards. Where a conflict exists, use the larger size.

24. Contractor shall size terminal cabinets to house all required equipment, materials, terminations, plus 50% spare capacity.

25. Contractor shall coordinate with the Authority Having Jurisdiction (AHJ) to understand other applicable codes, standards, or requirements not listed on these drawings.

26. Where required, the installation must be ADA compliant.

27. Contractor shall provide a nylon pull string (150 lbs. min) in all empty conduits.

28. Provide bushings for all raceway terminations in terminal cabinets or where exposed. Bushings shall not be modified.

29. All metallic raceway terminations shall be grounded.

30. Contractor shall not splice communication systems cables unless specifically noted on drawings.

31. Contractor shall verify with architect or architectural drawings for the installation orientation of all system elements.

32. Unless otherwise noted (UON), contractor shall install and homerun to the associated communications room (1) CAT6 cable for each active connector in each TV distribution system outlet.

33. Minimum raceway size shall be 3/4" for access control, CCTV, and A/V systems.

34. Homerun all access control devices to their respective equipment or terminal cabinet per the drawings. Only door contacts on dual doors may be daisy-chained.

35. Coordinate with the elevator installer prior to bid and rough-in. Coordinate exact requirements for access control system ties to the elevator system with the elevator installer prior to rough-in. Bid shall include all materials required.

36. Coordinate with the fire alarm system installer prior to bid and rough-in.

37. Unless otherwise noted (UON), all wall and floor outlets shall have a 3/4" minimum conduit extended up and out into the accessible ceiling space of the room served.

38. All wall outlet boxes shall be provided with a flush outlet faceplate.

39. Card readers, both wall-mounted and integral to door locksets, are provided and installed as part of the architectural door hardware for the project. Contractor shall be responsible for interfacing the access control system to the door hardware system as necessary for proper operation. Furnish and install (F&I) all required materials, equipment, programming, testing, training, etc., for a complete and fully functional system. Contractor shall coordinate connections required with door hardware installer and electrical contractor. Contractor scope includes programming, training, firmware updates, etc.

40. Contractor shall coordinate with the fire alarm system installer to provide a signal to mute the A/V system upon alarm.

41. For existing A/V systems, contractor scope includes providing all required programming revisions, firmware updates, etc.

42. Contractor shall install all exterior and wall-mounted cameras in a 4" x 4" x 2-1/8" deep back box with single-gang mud ring. Provide one (1) 3/4" conduit extending into the nearest accessible ceiling space inside the building. Where a camera is not installed per drawings, contractor shall provide a stainless steel blank plate.

43. System Identification Cable Colors:

A. Data: Blue B. Security/Video/Access Control: Red

F

IG

GFI

GFI

X

X

DUPLEX RECEPTACLE, NEMA 5-20R, MOUNT 18"

AFF UON

DUPLEX RECEPTACLE, NEMA 5-20R, MOUNT 42" AFF

OR ABOVE COUNTER

DUPLEX RECEPTACLE, NEMA 5-20R, SPLIT WIRE, MOUNT 42" AFF

UON

DUPLEX RECEPTACLE, NEMA 5-20R, AUTO SHUTOFF CONTROL

RECEPTACLE

DUPLEX RECESSED RECEPTACLE, NEMA 5-20R.

DUPLEX RECEPTACLE, NEMA 5-20R, FLUSH CEILING MOUNT

UON

QUAD RECEPTACLE. 18" AFF

QUAD COUNTER RECEPTACLE. 42"AFF OR

ABOVE COUNTER

SPECIAL PURPOSE OUTLET

INDICATED ISOLATED GROUND RECEPTACLE

DUPLEX GFI RECEPTACLE, NEMA 5-20R, MOUNT 18" AFF UON

DUPLEX GFI RECEPTACLE, NEMA 5-20R

MOUNT 42" AFF OR ABOVE COUNTER

JUNCTION BOX

PANELBOARD (RECESSED FLUSH-MOUNTED UON)

ELECTRICAL MAIN DISTRIBUTION PANELBOARD OR

SWITCHBOARD

3/4'' PLYWOOD TELEPHONE BACKBOARD

ELECTRICAL FAN

REMOTE SHUNT TRIP DEVICE IN "BREAK GLASS" WEATHERPROOF BOX

FUSED SAFETY (DISCONNECT) SWITCH

TOP NUMBER = FUSE RATING. USE ALL RK-1 FUSES.

SAFETY (DISCONNECT) SWITCH, NON-FUSED

NUMBER = DISCONNECT RATING

ENCLOSED CIRCUIT BREAKER

METER SOCKET PER UTILITY REQUIREMENTS

TIME CLOCK WITH PHOTOCELL

TRANSFORMER

(UTILITY)

C

NOT ALL SYMBOLS ARE USED IN EVERY DESIGN

REC

CR

D

PE

CRP

D

VM

VP

M

L

S

AL

V

WM

SP

SC

IC

LINE LEVEL AUDIO OUTLET PLATE. SINGLE GANG, STAINLESS STEEL OUTLET

PLATE. INSTALL 1 SHIELDED, TWISTED PAIR CABEL PER JACK.

"X" = NUMBER OF JACKS. UON, 18" AFF.

VIDEO MONITOR WITH OUTLET AND PATCH CORD.

SINGLE-GANG, STAINLESS STEEL OUTLET PLATE WITH RGBHV CONNECTOR.

CONNECTOR SHALL MATCH CONNECTOR ON MONITOR. UON, FLUSH-MOUNTED.

MONITOR MOUNTING HEIGHT SHALL BE 6'8" TO BOTTOM OF

ASSEMBLY. OUTLET TO BE CENTERED BEHIND MONITOR AND NEXT TO POWER

RECEPTACLE.

MINIMUM CONUDITS: 1"C FOR VIDEO AND 3/4"C FOR AUDIO.

CABLE PER EQUIPMENT SPECS.

VIDEO PROJECTOR WITH MOTORIZED LIFT, VIBRATION ISOLATORS, OUTLET

PLATE, AND PATCH CORDS.

2-GANG, STAINLESS STEEL OUTLET PLATE WITH VIDEO CONNECTORS. MATCH

CONNECTOR TYPE ON PROJECTOR. CEILING MOUNTED. PROJECTOR MOUNTING

HEIGHT SHALL BE AS REQUIRED FOR PROPER PROJECTION ON SCREEN.

MINIMUM CONUDITS: 1"C FOR VIDEO AND 3/4"C FOR AUDIO.

CABLE PER EQUIPMENT SPECS.

X MICROPHONE OUTLET PLATE. STAINLESS STEEL OUTLET PLATE.

INSTALL 1 SHIELDED, TWISTED PAIR CABEL PER JACK.

"X" = NUMBER OF JACKS. UON, 18" AFF.

USE DOUBLE-GANG PLATE AS REQUIRED FOR NUMBER OF JACKS.

X

CEILING MOUNTED SPEAKER ASSEMBLY. SPEAKER ASSEMBLY TO INCLUDE

SPEAKER, TRANSFORMER, GRILLE, BACK BOX, AND TILE BRIDGE. UON, MOUNT

FLUSH IN CEILING. CENTER SPEAKER WHERE MOUNTED ON CEILING TILE. F&I 1

TWISTED PAIR CABLE. SIZE CABLE PER LOAD.

"B" = SUBWOOFER.

AUDIO/VIDEO SYSTEM EQUIPMENT CABINET.

WIRELESS MIC ANTENNA. MOUNT ABOVE CEILING IN ACCESSIBLE LOCATION.

SUPPORT FROM STRUCTURE. AVOID BLOCKING FROM METALLIC ELEMENTS IN

CEILING CAVITY. CABLE PER MANUFACTURER.

ASSISTED LISTENING SYSTEM ANTENNA. MOUNT ABOVE CEILING IN ACCESSIBLE

LOCATION. SUPPORT FROM STRUCTURE. AVOID BLOCKING FROM METALLIC

ELEMENTS IN CEILING CAVITY. CABLE PER MANUFACTURER.

VIDEO INPUT/OUTPUT PLATE. SINGLE-GANG, STAINLESS STEEL WITH PATCH CORD,

VIDEO & AUDIO CONNECTORS PER PLANS. 1" MIN CONDUIT. FLUSH 18" AFF UON.

LCD SELECTOR PANEL. FLUSH, WALL-MOUNTED 48" AFF UON.

MOTORIZED PROJECTION SCREEN CONTROL PLATE.

SINGLE GANG BUTTON PLATE. 48" AFF UON.

PERFORMANCE INTERCOM WIRELESS TRASNCEIVER.

SUPPORT FROM STRUCUTRE.

W

COMBINATION VOICE/DATA/FIBER OUTLET. 18" AFF FLUSH UON. 1" MINIMUM

CONDUIT ROUTED TO NEAREST ACCESSIBLE CEILING IN ROOM.

PLATE SHALL ACCEPT UP TO 4 VOICE/DATA AND 2 LC FIBER OPTIC CONNECTOR

JACKS.

F&I 1 CAT6/6A CABLE TO EACH JACK WITH ALL 8 CONDUCTORS TERMINATED.

F&I ONE 2-STRAND SINGLE-MODEL FIBER OPTIC CABLE.

LEAVE A MINIMUM OF 12" OF SLACK. MAINTAIN CABLE BEND RADIUS, JACKET

REMOVAL, AND PAIR UNTWISTING

REQUIREMENTS PER EIA/TIA.

F

TELEVISION LEGEND

TV DISTRIBUTION SYSTEM OUTLET WITH PATCHCORD. SINGLE-GANG PLATE

WITH ONE (1) RJ45 CAT6/6A CONNECTOR. FLUSH MOUNTED. 18" AFF UON.

TV DISTRIBUTION SYSTEM EQUIPMENT CABINET

"W" = WALL-MOUNTED.

WALL MOUNTED BACKBOARD. 8' HIGH. BOTTOM EDGE 4" AFF INSTALLED ALL

AROUND ROOM AS SHOWN ON THE DRAWINGS. REFER TO SPECIFICATIONS

FOR ADDITIONAL REQUIREMENTS.

X VOICE/DATA WORKSTATION OUTLET IN FLOOR BOX. CONSULT OWNER FOR

MODEL PREFERENCES. ISNTALL PER MANUFACTURE SPECIFICATIONS.

1" MIN CONDUIT UON. CAT6/6ACABLE.

"X"=QUANITY OF JACKS. ONE CAT6/6APER JACK.

CABLE TRAY SYSTEM. INSTALLED WHERE SHOWN ON DRAWINGS. REFER TO

SPECS FOR CABLE TRAY TYPE.

SYSTEM GROUND BUS BAR. 18" A.F.F TO CENTER.

INSTALL 2/0 AWG BONDING CONDUCTOR FROM GROUND BUS BAR TO

BUILDING GROUNDING SYSTEMS. COORDINATE WITH ELECTRICAL. REFER

TO DETAILS.

VOICE/DATA LEGEND

VOICE/DATA OUTLET. FLUSH-MOUNTED. 18" AFF UON.

INSTALL A 1" CONDUIT ROUTED TO THE NEAREST ACCESSIBLE CEILING

AREA IN ROOM SERVED.

"X" = NUMBER OF JACKS (UP TO 6) WITH ONE CAT6/6A CABLE FOR EACH

JACK. ALL EIGHT CONDUCTORS OF EACH CABLE TO BE PROPERLY

TERMINATED.

LEAVE A MINIMUM OF 12" OF SLACK COILED INSIDE AND 15' OF SLACK IN

COMMUNICATIONS ROOM. INSTALL TO MAINTAIN CABLE BEND RADIUS,

JACKET

REMOVAL, AND PAIR UNTWISTING REQUIREMENTS

PER EIA/TIA.

TELEPHONE OUTLET. FLUSH-MOUNTED. UON, 18" AFF. 1" MIN CONDUIT TO

NEAREST ACCESSIBLE CEILING. SINGLE GANG PLATE WITH DOUBLE GANG

OUTLET BOX. PLATE SHALL ACCEPT UP 6 VOICE/DATA JACKS. F&I 1 JACK

WITH 1 CAT6/6A WITH ALL EIGHT CONDUCTORS TERMINATED. LEAVE A

MINIMUM OF 12" SLACK INSIDE. MAINTAIN CABLE BEND RADIUS, JACKET

REMOVAL, AND PAIR UNTWISTING REQUIREMENTS PER EIA/TIA.

"W"=WALL TELEPHONE OUTLET PLAT AT 48" AFF UON.

WIRELESS ACCESS POINT (WAP) OUTLET. UON, FLUSH IN CEILING. 1"

CONDUIT MINIMUM.

"X" = NUMBER OF JACKS (UP TO 6) WITH ONE CAT6/6A CABLE FOR EACH

JACK. ALL EIGHT CONDUCTORS OF EACH CABLE TO BE PROPERLY

TERMINATED.

LEAVE A MINIMUM OF 12" OF SLACK COILED INSIDE AND 15' OF SLACK IN

COMMUNICATIONS ROOM. INSTALL TO MAINTAIN CABLE BEND RADIUS,

JACKET REMOVAL, AND PAIR UNTWISTING REQUIREMENTS PER EIA/TIA.

X

VOICE/DATA FREE-STANDING 2-POST AND 4-POST EQUIPMENT RACK OR

CABINET. SECURED TO STRUCTURAL FLOOR PER MANUFACTURER'S

RECOMMENDATIONS.

CARD READER. FLUSH WALL MOUNTED AT 48"AFF UON. WIRING PER

MANUFACTURER'S SPEC SHEET.

DOOR CONTACT. FLUSH MOUNTED. INSTALLED IN TOP OF DOOR HEADER ON

SIDE OPPOSITE HINGE. PROVIDE TWO (2) FOR DOUBLE DOORS.

EXIT-REQUEST BUTTON PLATE. SINGLE-GANG, STAINLESS STEEL WALL PLATE

WITH 2" RED MUSHROOM STYLE PUSH BUTTON FOR RELEASE OF DOOR

LOCK/STRIKE. PLATE TO HAVE ENGRAVED AND FILLED LABEL THAT READS

"PUSH TO EXIT". UON, 48" AFF FLUSH-MOUNTED.

SECURITY AND ACCESS CONTROL LEGEND

CARD READER CONTROL PANEL. SURFACE WALL MOUNTED 6'-0" MAX TO TOP

UON.

OVERHEAD DOOR CONTACT. TRAFFIC RATED.

SURFACE MOUNTED. INSTALL SWITCH PORTION SECURED TO STRUCTURAL

FLOOR WITH TAMPER PROOF CONCRETE SCREWS. ATTACH MAGNET TO

BOTTOM OF OVERHEAD DOOR.

T

ACCESS CONTROL SYSTEM CONTROL PANEL.ACP

G

AUDIO/VIDEO LEGEND

WAP

FIXED CCTV CAMERA ASSEMBLY. PROVIDE ALL ELEMENTS

REQUIRED FOR INSTALLATION.

CAT6/6A HOMERUN TO PATCH PANEL.

POWER LEGEND

D

L

OS

M

LIGHT FIXTURE.

A=FIXTURE TYPE, a=SWITCH SYSTEM

PNL=PANEL, X=CIRCUIT#

LED STRIP LIGHTING FIXTURE

CEILING MOUNTED DOWNLIGHT FIXTURE (UON IN LIGHT

FIXTURE SCHEDULE)

CEILING MOUNTED WALL WASHER TYPE LIGHT FIXTURE OR SPOT

LIGHT. (UON IN LIGHT FIXTURE SCHEDULE)

SUSPENDED PENDANT FIXTURE (UON IN LIGHT FIXTURE

SCHEDULE)

WALL MOUNTED LIGHTING FIXTURE

TRACK LIGHT & TRACK

WALL WASH LIGHT FIXTURE

PENDANT LIGHT

FULL CUT-OFF WALL MOUNTED EXTERIOR WALL FIXTURE

STRIPED/SHADING INDICATES FIXTURE HAS DUAL POWER SOURCE

FOR EMERGENCY EGRESS.

EXIT LIGHT

A-a

PNL-X

x x x x x x x

WALL SWITCH, SINGLE POLE, 125/277VAC, 20A. 48" AFF UON,

x=SYSTEM

WALL SWITCH, THREE WAY, 125/277VAC, 20A, 48" AFF UON,

x=SYSTEM

WALL SWITCH, DIMMER, 125/277VAC, 1500W, 48" AFF UON,

x=SYSTEM

ON=MANUAL, OFF=MANUAL.

WALL SWITCH FOR LOW VOLTAGE SWITCHING, 48" AFF UON,

x=SYSTEM

ON=MANUAL, OFF, MANUAL.

MANUAL MOTOR STARTER, 125/277VAC, 20A, 48" AFF UON,

x=SYSTEM

ON=MANUAL, OFF=MANUAL.

WALL SWITCH OCCUPANCY SENSOR SWITCH. 48" AFF UON.

x=SYSTEM

ON=OCCUPANCY, OFF=VACANCY.

WALL SWITCH VACANCY SENSOR SWITCH. 48" AFF UNO.

x=SYSTEM.

ON=MANUAL, OFF=VACANCY.

MOUNTED SENSORS.

OS=OCCUPANCY. V=VACANCY. x=SYSTEM.

MASTER ENTRY STATION SWITCH FOR LIGHTING CONTROL.

LEVITON MODEL NO. ZMDSW/10W. MOUNT AT 48" UON

WALL BOX DIMMER, 2000 WATT UNLESS NOTED OTHERWISE,

PROVIDE DIMMING BALLAST FOR FLUORESCENT APPLICATIONS.

48" AFF UON.

LIGHTING CONTACTOR OR RELAY PANEL

LIGHTING CONTROL NOTES:

V x

V x

LIGHTING LEGEND

LIGHTING CONTROL LEGEND

1. LOWER CASE LETTER DENOTES SWITCH SYSTEM.

2. FIXTURES WITH NO SWITCH SYSTEM SHOWN ARE DESIGNATED AS NIGHT

LIGHTS.

3. " pc " SWITCH SYSTEMS SHALL BE CONTROLLED BY PHOTOCELL.

4. " tc" SWITCH SYSTEMS SHALL BE CONTROLLED BY TIMECLOCK. CONSULT

OWNER FOR DESIRED OPERATION PROTOCOL.

5. " t " SWITCH SYSTEMS SHALL BE CONTROLLED BY TIMER.

MANUAL PULL STATION.

COMBINATION AUDIBLE VISUAL SIGNALING UNIT- HORN/FLASHING "FIRE"

LIGHT WALL MOUNTED

RECESSED CEILING MOUNTED COMBINATION HORN/VISUAL SIGNALING UNIT.

VISUAL SIGNALING UNIT, WALL MOUNTED - FLASHING "FIRE" LIGHT ONLY (NO

AUDIO DEVICE) CANDELA AS SHOWN.

PHOTOELECTRIC DUCT SMOKE DETECTOR.

EMERGENCY BYPASS SHUNT TRIP RELAY.

WP = WEATHERPROOF ENCLOSURE.

DUCT DETECTOR REMOTE TROUBLE INDICATOR MOUNT ADJACENT TO UNIT.

FIRE ALARM HEAT DETECTOR (2) INDICATES TO PROVIDE DUAL RATED

CONVERTIBLE CONTACTS.

CEILING MOUNTED SMOKE DETECTOR (2) INDICATED PROVIDE DUAL RATED

CONVERTIBLE CONTACT FOR ELEVATOR RECALL.

MAGNETIC DOOR HOLDER.

FIRE ALARM CONTROL PANEL.

EMERGENCY VOICE EVACUATION PANEL.

FIRE ALARM JUNCTION BOX.

REMOTE FIRE ALARM ANNUNCIATOR PANEL.

REMOTE FIRE ALARM CONTROL PANEL.

WP SPRINKLER TAMPER SWITCH CONNECTION.

WP SPRINKLER WATERFLOW SWITCH CONNECTION.

FIRE/SMOKE DAMPER WITH FIRE ALARM RELAY. SEE MECHANICAL SET FOR

REQUIREMENTS AND LOCATION.

FIRE DEPARTMENT KNOX BOX AT 7'-0" AFF / WEATHERPROOF HOUSING.

F C

F

WP

F

F

R

RTI

H

FACP

DH

EVAC

FAJB

FAAP

TS

FS

FSD

KB

SD

DSD

FACP

FIRE ALARM LEGEND

C

OPTICAL SPLICES

2 WAY OPTICAL SPLICE

3 WAY OPTICAL SPLICE

4 WAY OPTICAL SPLICE

CABLE COLORS

BLUE - DATA

RED - SECURITY, VIDEO, AND ACCESS CONTROL

ELECTRONIC LOCKSET.EL

JUNCTION BOX FOR HARDWIRED EQUIPMENT. PROVIDE

LOCKABLE MOTOR-RATED SWITCH WITH RATINGS TO

MATCH THE CIRCUIT'S BREAKER AMP RATING AND

VOLTAGE. SHALL BE WEATHERPROOF WHEN LOCATED IN

EXTERIOR OR ON WET ENVIRONMENT. COORDINATE

LOCATION WITH EQUIPMENT BEING SERVED.

M

1230 Oakley Seaver Drive, Suite 100 Clermont, Florida 34711

888.850.FFAE (3323)

www.forefrontae.com

A R C H I T E C T U R E

E N G I N E E R I N G

Engineering - Consulting - Project Management 934 N Magnolia Ave, Suite 326, Orlando, FL 32803

(321) 246 - 4041 C.A. No. 33227 CEI Project # 24.86

This item has been electronically signed and sealed by francisco cabral, PE on the date and/or time stamp shown using a digital signature. Printed copies of this document are not considered signed & sealed and, the signature must be verified on any electronic copies.

C FOREFRONT ARCHITECTURE & ENGINEERING LLC 2014 THIS DOCUMENT AND/OR THE DESIGN CONCEPTS EXPRESSED HEREIN ARE THE PROPERTY OF FOREFRONT ARCHITECTURE & ENGINEERING LLC AND ALL RIGHTS OF OWNERSHIP, INCLUDING COPYRIGHT OF INTELLECTUAL PROPERTY, ARE RESERVED. ANY REPRODUCTIONS, COPYING, OR USE OF THIS DOCUMENT AND/OR THE DESIGN CONCEPT WITHOUT THE WRITTEN CONSENT OF FOREFRONT ARCHITECTURE & ENGINEERING LLC IS STRICTLY PROHIBITED AND PROTECTED BY UNITED STATES AND INTERNATIONAL LAW. IF PRINTED ON 11X17 SCALE IS HALF THE SIZE NOTED.C:sersichaelCucuta\OneDrive - cabralengineering.com\DESIGN\ACTIVE\Haven On Vine\02 Client Input\20240710 exisitng P1A, P1B\HAVEN ON VINE - Standard\TTB; Plot Date: Tuesday, December 05, 2023,1:10:09 PM; Plotted By: MichaelCucuta

ANY DISCREPANCY OR

ERROR IN DIMENSIONS OR

NOTES SHALL BE BROUGHT

TO THE ATTENTION OF THE

DESIGN PROFESSIONAL FOR

CLARIFICATION PRIOR TO

COMMENCEMENT OF

CONSTRUCTION.

JOB # :

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ISSUE - REVISION LOG

AR102538 - CA30900

SHEET NUMBER :

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E001

ELECTRICAL SHEET LIST

Sheet Number Sheet Name

E001 ELECTRICAL - GENERAL

E010 ELECTRICAL DEMOLITION PLANS

E101 ELECTRICAL AND TELECOMMUNICATIONS SITE PLAN

E201 NEW ELECTRICAL PLAN - 1ST FLOOR

E202 NEW ELECTRICAL PLAN - 2ND FLOOR

E203 ENLARGED ELECTRICAL PLANS

E801 ELECTRICAL SCHEDULES AND DIAGRAMS

E802 ELECTRICAL SCHEDULES AND DIAGRAMS

E803 ELV DIAGRAMS AND ELEVATIONS

E901 ELECTRICAL DETAILS

E902 ELECTRICAL DETAILS

LIGHTING FIXTURE SCHEDULE

Type Mark MANUFACTURE/CATALOG NUMBER LAMPS WATTS

A LITHONIA LIGHTING / FMLACL14 208 40 BA LED 24 W

B LITHONIA LIGHTING / SPX 2X4 3000LM 80CRI 40K

MVOLT

LED 20 W

C LITHONIA LIGHTING / SPX 2X2 2000LM 80CRI 40K

MVOLT

LED 14 W

D LITHONIA LIGHTING / CSS L48 AL03 MVOLT SWW3

80CRI

LED 43 W

E BROWNLEE / 7070-16-BL-U11-WD-40K LED 11 W

F LITHONIA LIGHTING / LBR6 AL03 SSW1 AR MVOLT

WL

LED 29 W

G BROWNLEE / 7400-BL-L32-S36-35K LED 32 W

J LITHONIA LIGHTING / FMMLS 7 90 SWW2 WL DNA LED 12.2 W

W LITHONIA LIGHTING / WDGE2 LED P3 40K 80CRI T2M

MVOLT

LED 32 W

X LITHONIA / EDGC LED 4 W