06-2055-019SECTION 16140
WIRING DEVICES
PARTI- GENERAL
1.01 WORK INCLUDED
A. Comply with the provisions of Section 16010 and 16050.
B. Provide switches, receptacles, and other wiring devices as indicated on drawings.
1.02 SUBMITTALS
A. Submit product data for review.
PART2- PRODUCTS
2.01 ACCEPTABLE MANUFACTURERS
A. Hubbell
B. Leviton
C. Pass and Seymour.
D. Novitas, Inc.
E. Hubbell numbers are used unless otherwise noted, but products of equivalent quality by
named manufacturers will be acceptable.
2.02 DEVICE COLORS
A. Provide IVORY colored devices where available, unless otherwise noted.
2.03 SWTTCHES
A. 20 -Amp, 120/277 VAC, Heavy Duty, Specification Grade:
1. Single pole toggle: Hubbell No. HBL1221.
2. Three -way toggle: Hubbell No. HBL1223.
3. Single pole toggle, weatherproof. Hubbell No. HBL1221 with Hubbell No.
IIBLI795 weatherproof plate.
4. Single pole toggle with pilot light (120 VAC): Hubbell No. HBL1221IL.
B. Incandescent Dimmers:
1. Preset slide control: Hubbell "AS" Series, 120 -volt, 800, 1000, 1500, or 2000
watts as required for load.
2. Rotary Model: Hubbell "AR" Series, 120 -volt, 800, 1000. 1500, or 2000 watts as
required for load.
C. Occupancy Sensor Switches. 120/277 VAC:
1. Wall mounted, automatic on /manual on, passive infrared with ambient light
sensing, minimum 1000 s.E room coverage and 500 s.f. desktop activity
coverage, 800 W ® 120V and 1200 W ® 277V: Leviton No. ODS10 -TD
2.04 RECEPTACLES
A. i5 -Amp, 125 VAC, Heavy Duty, Specification Grade:
1. Duplex type: Hubbell No. HBL5252.
2. Ground fault circuit interrupter: Hubbell No. GF5262.
B. 20 -Amp, 125 VAC:
1. Duplex type: HubbellNo. HBL5352.
2. Ground fault circuit interrupter: Hubbell No. GF5362.
C. Weatherproof Type Cover:
1. Damp location and outdoors protected from weather: Hubbell No. CWP26H
2. Wet location and outdoors exposed to weather: Hubbell No. WP26MH.
D. Miscellaneous Receptacles:
1. Single 20 -amp, 125/250 VAC, 3 pole, 4 wire, NEMA 14 -20R: Hubbell No.
HBL6810.
2. Single 20 -amp, 1251250 VAC, 3 pole. 4 wire, 3 phase, NEMA 15 -20R: Ilubbell
No. HBL8420.
3. Single 30 -amp, 125/250 VAC, NEMA 14 -30R: Hubbell No. HBL9430A.
4. Single 50 -amp, 125/250 VAC, NEMA 14 -50R: Hubbell No. HBL9450A.
5. Clock outlet with clock hanger. IIubbell No. IIBLS23S. Install outlet so that
top of clock Is 12" below finished ceiling.
E. Floor Mounted:
1. Standard Floor Box, 1 to 3 gang:
a. Cast Iron (slab on grade applications): Walker No. 880CS -1 series.
b. Stamped Steel (elevated slab applications): Walker No. 8805 series.
C. Combination Carpet A Tile Flange: Brass - Walker No. 817B (1 gang),
Black - Walker No. 917PCC -BLK (1 gang) or Brown - Walker No.
817PCC -BRN (1 gang)
d. Cover Plate with Flip Lids: Brass - Walker No. 82SR ((gang), Black -
Walker No. 828PR -BLK (1 gang) or Brown - Walker No. 828PR -BRN
0 gang)
PART 3 - EXECUTION
3.01 iNSTALLATION REQUIREMENTS
A. Mounting:
1. Mount switches 46" above the finished floor to center line of switch unless noted
otherwise.
2. Mount receptacles 18" above the finished floor to center line of receptacle unless
noted otherwise.
3. install receptacles shown on the drawings as "special mounting height" at
mounting height Indicated on drawings. Where no mounting height Is given and
receptacles are above counters, mount receptacles with centers 4" above top of
counter. If the counter has a backsplash, receptacles shall be mounted with
centers 4' above top of backsplash. Where special mounting height receptacles
are not above counters and no mounting height is indicated, receptacle mounting
heights shall match adjacent light switches or above counter receptacles.
Coordinate the installation of all special mounting height receptacles with
architectural design.
4. Work devices to nearest block course using proper type outlet boxes as specified
under Section 16130. Check architectural and furniture drawings for counter
(desk, special booth. etc.) locations. Mount devices above work counters. Verify
other special mounting conditions and locate devices as required.
B. Polarity: Wire receptacles so that the hot wire, neutral wire and ground wire connect to
the proper terminals.
C. Grounding: install a No. 12 green ground wire from device grounding terminal back to
grounding bus in panelboard, as noted on drawings.
D. Install floor boxes or poke - through fittings where shown on drawings with receptacle
and/or communication outlet quantities as shown on drawings.
1. Install one 314" conduit from power compartment to a junction box above
accessible ceiling for each floor box. Box configuration to allow Interconnection
from end power compartment to opposite and power compartment.
2. install one dedicated I" conduit from each communications compartment,
stubbed out above accessible ceiling for each floor box.
E. Install receptacles with ground pin up.
F. For GFCT receptacles, do not utilize feed -thru feature. unless required by drawings.
G. A single receptacle installed on an Individual branch circuit shall have an ampere rating
of not leas than that of the branch circuit.
SECTION 16141
DEVICE PLATES
PARTI- GENERAL
1.01 WORK INCLUDED
A. Comply with the provisions of Section 16010 and 16050.
B. Provide device plates on switches. receptacles, telephone outlets and miscellaneous
devices.
1.02 RELATED WORK
A. Section 16140: Wiring Devices
1.03 SUBMITTALS
A. Submit product data for review.
PART 2 - PRODUCTS
2.01 ACCEPTABLE MANUFACTURERS
A. Provide nylon plates from wiring device manufacturer.
PART 3 - EXECUTION
3.01 INSTALLATION REQUIREMENTS
A. install device plates in full contact with wall surface. Plates shall not project out from the
wall.
SECTION 16170
SAFETY SWITCHES
PARTI- GENERAL
1.01 WORK INCLUDED
A. Comply with the provisions of Sections 16010 and 16050.
B. Provide horsepower rated, quick -make, quick - break, safety switches with the number of
poles and fuses as required. For 240 volt switches use general duty type. For 600 volt
switches, use heavy duty type. Provide Class R fuse in clips in each type.
C. Switches shall have are shields, be of enclosed construction and fusible or non - fusible as
indicated. Switches shall be rated for either 240 -volt AC or 600 -volt AC service as
required.
D. Switches shall be capable of interrupting locked rotor currents of motors which they
serve.
E. Switches shall have UT. listed lugs suitable for 75deg.0 copper or aluminum conductors.
F. Switches shall be pad lockable in the open (off) position.
G. Fusible switches shall have a UL listed short circuit rating of 100,000 amps rms with
fuses applied.
1.02 SUBMITTALS
A. Submit product data for review.
PART2- PRODUCTS
2.01 ACCEPTABLE MANUFACTURERS
A. Cutler- Hammer
B. Approved Equal
PART 3- EXECUTION
3.01 INSTALLATION REQUIREMENTS
A. Provide non - fusible switches at remote motor locations (rain -tight where required) as
indicated on drawings and as required by NEC.
B. Identify safety switches with bakelite nameplates in accordance with Section 16050.
C. Use NEMA 1 for interior use and NEMA -3R for exterior use.
D. Provide two normally open and two normally closed auxiliary contacts for disconnect
switches used to serve fan system motors including supply fans, return air fans, exhaust
fans, make up air fans, and relief air fans for electrical interlock with mechanical control
circuits.
E. Switches used for service equipment shall be Heavy Duty type, UL listed for service
equipment use.
SECTION 16190
SUPPORTING DEVICES AND HANGERS
PART i - GENERAL
1.01 WORK INCLUDED
A. Comply with the provisions of Sections 16010 and 16050.
B. Provide a system of supporting devices and hangers for support or bracing of conduit,
electrical equipment, including safety switches, fixtures, panelboards, outlet boxes,
junction boxes, and cabinets.
1.02 RELATED WORK
A. Section 16110: Raceways and Conduit Systems.
B. Section 16130: Outlet Boxes.
C. Section 16131: Pull and Junction Boxes.
1.03 SUBMITTALS
A. Submittals are not required.
PART2 - PRODUCTS
2.01 ACCEPTABLE MANUFACTURERS
A. Erico Products, Inc.
B. Steel City.
C. Minerallac.
D. Rayco Fastners.
2.02 TYPES OF SUPPORTING DEVICES
A. Provide appropriate supporting means as detailed on Drawings.
B. Unless otherwise directed in Specifications or Drawings provide appropriate supporting
devices and hangers for electrical equipment from this list of Caddy fasteners:
1. "Z" purlin clips- l -1/4" maximum conduit.
2. Conduit clips - 2" maximum conduit.
3. Beam clamps (rod hanger clamps and vertical flange clamps) for support of
threaded rods
4. Beam clamps (set screw type) - 2" maximum conduit.
S. Beam clamps (universal) for support of boxes and combination conduit hanger
clamps.
6. Combination push -in conduit clips - I" maximum conduit.
7. Combination conduit hanger clamps - 2" maximum conduit.
S. Flexible conduit clips -1" maximum flexible conduit.
9. Special combination conduit clips - I" maximum conduit.
10. One hole steel straps.
It. Conduit hangers - 4" maximum conduit.
PART 3 - EXECUTION
3.01 INSTALLATION REQUIREMENTS
A. Secure conduits to within 3 feet of each outlet box, junction box, cabinet and fitting and
at intervals not to exceed ten feet in accordance with current edition of the National
Electrical Code.
B. Install clamps secured to structure for feeder and other conduits routed against the
structure. Use drop rods and hangers to support conduits run apart from the structure.
C. Provide and install suitable angle iron, channel iron or steel metal framing with
accessories to support or brace electrical equipment including safety switches, fixtures
and panelboards.
D. Paint all supporting metal not otherwise protected, with rust inhibiting primer and then
with a finish coat if appropriate to match the surrounding metal surfaces. (Prepainted or
galvanized support material is not required to be painted or repainted.)
E. Use of chains, perforated iron. baling wire, or tie wire for supporting conduit runs will
not be permitted.
F. Use of Caddy clips to support conduit to top of t -bar ceiling grid will not be permitted.
G. For support of low voltage wiring not required to be in conduit, Contractor shall bundle
cables together in a neat manner using approved nylon tie wraps. Bundled cables shall be
supported with "J" hooks on telephone type bridle rings, a minimum of six feet on
centers.
1. Use UT, listed Ty -wraps for plenum use in plenum areas.
2. Maximum supported weight rating of "J' hooks shall not be exceeded.
3. Identification tape shall be provided at minimum Intervals of 2S feet on center
and within each individual space.
SECTION 16450
GROUNDING
PARTI - GENERAL
1.01 WORK INCLUDED
A. Comply with the provisions of Section 16010 and 16050.
B. The entire system of raceways and equipment shall be grounded in accordance with
Article No. 250 of the National Electrical. Code and any local regulation or governing
authority.
1.02 SUBMITTALS
A. Submittals are not required for products in this Section.
PART 2- PRODUCTS
2.01 REQUIREMENTS
A. Ground clamps: OZ Electrical Manufacturing Company Type "CG ", or equal by Steel
City or Appleton.
PART 3- EXECUTION
3.01 INSTALLATION REQUIREMENTS
A. General
1. Clean all conductive surfaces on equipment to be grounded, to assure good
electrical continuity.
2. Effectively bond all grounding conductors to grounding electrodes, equipment
enclosures and ground busses.
3. Locate all grounding attachments away from areas subject to physical damage.
Provide protective covering as required.
4. All PVC conduit shall have separate ground wire installed in accordance with
Table 250 -122 of the National Electrical Code.
B. Feeder/Branch Circuits:
1. Provide a separate green grounding conductor in the conduit of feeder circuits for
the following equipment, sized in accordance with Table 250 -122 of the
National Electrical Code:
a. Panelboards
b. Switchboards
c. Motor control centers
d. Transfer switches
2. Install a separate green grounding conductor in same conduit as phase and neutral
conductor from panel ground bus to device for branch circuits. Install an equal
number of grounding and neutral conductors. The grounding conductor shall be
sized In accordance with Table 250 -122 of the National Electrical Code.
3. Bond the receptacle ground pin to Its box using a bonding jumper, except where
Isolated ground receptacles are required.
4. Flexible conduit will not be approved as a grounding means. Flexible conduit
shall have a jumper wire sized to ampacity of branch breaker and connected to
conduit system on both ends. This applies to fixtures, motors, controls and other
devices.
C. Transformers:
1. Ground secondary neutral of transformers to grounding conductor in primary
feeder, sized in accordance with Table 250.66 of the National Electrical Code,
and to building steel. grounding electrode system as indicated on the drawings.
cold water main, 1 1/2 inch or larger. Bond across any dielectric unions between
point of connection and domestic water entrance.
D. Telephone System:
I. Provide grounding means for the telephone system in accordance with Article
800 -40 of the National Electrical Code, and the system manufacturer's
recommendations.
2. Main telephone service equipment grounding means shall include but not be
limited to a No. 4 AW G, green, insulated, copper grounding conductor connected
to the main electrical service equipment ground bus. Terminate this conductor at
the telephone equipment location with an ILSCO NB- 350 -42•R 16 grounding bus
mounted on the plywood backboard.
3. Telephone terminal boards and other remote telephone equipment grounding
means &hall Include but not be limited to a minimum No. 6 AW G, green,
insulated, copper conductor connected to the equipment ground bus in the low
voltage panelboard serving the telephone equipment or branch circuits in the
immediate vicinity. Terminate these conductors to an H.SCO NB- 350- 12 -R16
grounding bus mounted on the plywood backboard.
4. Route the telephone equipment grounding conductors in 3/4 inch conduit by the
most direct means from the telephone equipment ground bus to the electrical
equipment grounding system.
5. Provide permanent, engraved labels at the telephone equipment ground busses
identifying these as the equipment grounding means and identifying the location
of connection of the grounding conductors to the electrical equipment grounding
system.
3.02 TEST
A. Ground on main service shall be tested using test equipment similar to a'Biddle' tester.
Test data shall be submitted to Owner for approval and such approved test data shall
become a part of the Operating and Maintenance Instruction Manual. In no event shall
ground resistance exceed 25 OHMS. Additional rods or other means shall be employed
when measured resistance exceeds 10 OHMS.
SECTION 16741
TELEPHONE, COMPUTER, TV SYSTEMS
PART 1 - GENERAL
1.01 WORK INCLUDED
A. Comply with the provisions of Section 16010 and 16050.
B. Provide underground telephone utility service to main telephone equipment room from
utility riser pole.
C. Telephone utility will provide and install service cable.
D. interior systems will be selected and furnished by Owner.
E. Provide conduit, outlet boxes and cover plates, sleeves, cabinets and plywood
backboards.
1.02 RELATED WORK
A. Section 16110: Raceways and Conduit Systems
B. Section 16130: Outlet Boxes
C. Section 16131: Pull and Junction Boxes
D. Section 16141: Device Plates
E. Section 16161: Cabinets
F. Section 16190: Supporting Devices and Hangers
G. Section 16450: Grounding
PART 2 - PRODUCTS
2.01 EQUIPMENT AND MATERIALS
A. Interior systems components provided by Owner will include instruments, outlet box
receptacles, power unit cabinets, special back boxes, and cable.
B. Provide 4'x85r3/4" plywood backboards, painted with two coats of flat black paint.
PART 3- EXECUTION
3.01 INSTALLATION REQUIREMENTS
A. Schedule systems deliveries and installation with Owner and vendor.
B. Schedule systems start -up, Inspections, and certifications with owner and vendors.
C. Provide trenching and backfilling required for Installation of service entrance conduits,
Including pull wire or rope.
D. Coordinate with local telephone utility, systems vendors, and Owner
E. Leave nylon pull line in empty raceways.
F. Receive. Inventory, store, and protect equipment and cable furnished by Owner.
G. Provide under other divisions supplemental framing and structural support in accordance
with vendor recommendations for wall and ceiling supported T.V.'s and other equipment.
H. Pull cables and Install special back boxes provided by owner for dictation, computer, and
CATV systems as directed by owner and vendors.
1. Provide a complete conduit system for cable Installation.
J. Where open cable Is run above dropped ceilings and penetrates a smoke or fire rated wall,
furnish and Install a minimum 5 ft. long empty sleeve, extending at least 2' on both sides
of partition with bushing on both ends. Seal around cables in accordance with Division 1.
The requirement for a sleeve applies only where the bundle of cables or single cable is
greater than V in diameter. When the cable Is smaller than 1', It may penetrate the
partition without a sleeve provided the penetration is sealed In accordance with Division
1.
K. Cable concealed in walls or above inaccessible ceilings shall be installed in conduit.
L. Each device outlet shall be served by a separate conduit stubbed up and bushed above
accessible ceilings. The conduit shall be sized in accordance with the wiring schematic
furnished by the owner. Minimum size of conduit shall be 3/4 ", terminated with insulated
bushing.
M. Bundle cable in accordance with Section 16190
N. The Contractor shall have the local telephone utility , the systems vendors and the owner
review the drawings to verify that provisions on the drawings will accommodate the
installation of the proposed services and systems. Report discrepancies promptly to
Architect.
SECTION 16510
LIGHTING AND LAMPS
PARTI- GENERAL
1.01 WORK INCLUDED
A. Comply with the provisions of Section 16010 and 16050.
B. Provide labor, material, equipment and fixtures for interior lighting including necessary
hangers and lamps. Fixtures shall be completely wired, controlled and securely attached
to supports.
C. Fixtures and associated components shall be new, of good quality and shall arrive on the
jobsite in original packaging.
D. Fixtures shall be listed by a Nationally Recognized Testing Laboratory, and shall meet
required local, state and national building codes and regulations. Luminaires installed in
exterior locations, unprotected from precipitation, shall be listed for wet location use.
Luminaires installed in protected exterior areas or in interior areas subject to extreme
humidity shall be listed for damp location use.
1.02 SUBMITTALS
A. Submit product data for review.
B. Initial lighting submittal shall be complete, clearly indicating fixture manufacturer, model
number, voltage, ballast manufacturer, options. finish, mounting type /special mounting
details for each fixture specified on the project. The Architect reserves the right to
request a shop drawing where information shown on the catalog cut sheets is incomplete.
Partial submittals will not be accepted. Resubmittals, where required, may be partial as
determined by the submittal review.
C. Where custom fixtures, or tow mounted fluorescent fixtures are required on the project,
scaled fabrication drawings shall be submitted which indicate ballast locations, internal
fixture wiring, support locations, power feed locations, materlals,and finishes. Contractor
shall provide field dimensions for fabrication as required.
D. Submit lamp product data for each specified lamp type.
1.03 QUALITY ASSURANCE
A. Fixtures and workmanship shall be guaranteed free of defects and fully operational for a
minimum of one year after project acceptance by the Owner. Any fixtures or
workmanship found to be defective during the warranty period shall be replaced by the
contractor at no coat to the owner for labor or materials.
B. Fluorescent ballasts shall have an extended three -year manufacturer's warranty against
defects in workmanship or material. HID ballasts shall have a two -year warranty against
defects in workmanship or material. Warranty shall include in- warranty service program
providing for payment of authorized labor charges associated with the replacement of
inoperative ballasts within this warranty period.
PART2- PRODUCTS
2.01 GENERAL MATERIAL REQUIREMENTS
A. ACCEPTABLE MANFACTURERS
I. Fixture Manufacturers shall be as indicated on fixture schedule.
B. Fixtures shall be constructed with a minimum number of joints. Exposed metal joints
shall be welded, filled with weld material, ground smooth and made free of light leaks.
Unexposed joints shall be welded, screwed or bolted. Soldered joints are not acceptable.
Self tapping methods or rivets for fastening removable parts used to gain access to
electrical components requiring service or replacement, or for fastening electrical
components or their supports, will not be acceptable.
C. Sheet metal work shall be free from tool marks and dents and shall have accurate angles
bent as sharp as compatible with the gauges of the required metal. All intersections and
joints shall be formed true and of adequate strength and structural rigidity to prevent any
distortion after assembly. Edges shall be finished such that no sharp edges are exposed.
MIters shall be in accurate alignment. Sheet metal work shall be properly fabricated to
that planes will not deform due to operating and varied weather conditions.
A Housings for fluorescent and HiD fixtures shall be designed to ensure electrical
components are easily accessible and replaceable, without removing the fixture body
from its mounting.
E. Fixtures shall be designed, manufactured and wired to conform to NEC article 300.22
where the fixtures are recessed in a hung ceiling, and the space above the ceiling is
utilized for supply or return air plenum.
F. incandescent luminaires shall include a thermal protection device as required by NEC
410.65.
2.02 LAMPHOLDERS
A. Lampholders shall be rigidly and securely attached to the luminaire and shall hold lamps
securely against normal vibrations and maintenance handling. Lampholders shall be
suitable for specified lamps, and act to position the lamps in optically correct spacing and
relationship to lenses, reflectors, filters and baffles.
2.03 BALLASTS
A. FLUORESCENT
I. Unless indicated otherwise on fixture schedule, linear fluorescent lamp ballasts
shall be Instant Start
2.04 FiXTURE WiRiNG
A. Voltage rating for conductors shall be 300 volts minimum for fixtures designed to operate
at 120 Volts or less, and shall be 600 volts minimum for fixtures designed to operate
above 120 volts.
B. Wiring shall be code - approved for fixture wiring, and shall comply with the minimum
temperature ratings mandated by recognized testing agency.
C. Flexible cord wiring between fixture components or to electrical receptacle, which is not
enclosed in wireway, shall have a minimum temperature rating of 105 degrees C. Cord
shall be suitable for the application and shall be fitted with proper strain relief and
watertight entries where required by the application.
D. Splices within fixtures shall be made within separate splice compartments, and shall
utilize nylon insulated crimped connections or quick disconnect devices. Splices to
branch circuit shall be made using flame retardant thermoplastic wire nuts with fully
seated helical metal spring and threaded entry.
2.05 LAMPS
A. Lamps shall be as indicated on the lighting fixture schedule. Except as specified
otherwise, lamps shall be of the same manufacturer throughout the project.
B. A complete set of new lamps shall be provided for each fixture in the project. Where
fixtures are installed and utilized for testing before substantial completion, the required
set of new lamps shall be installed no earlier than one month before scheduled substantial
completion. Contractor shall provide lamps for use if fixtures must be utilized earlier in
the project.
C. Fluorescent lamps shall be as manufactured by Philips, Osram /Sylvania or GE. Provide
the same lamp color and CRI as indicated below throughout the project except as
scheduled otherwise:
1. 3500 degree K, 75 CRI or greater.
D. Incandescent Lamps shall be 130 volt rated (Extended / Rough service) operated at 120
volt where available.
2.06 EMERGENCY TRANSFER AND BATTERY PACKS
A. Emergency lighting shall be provided with an emergency ballast. Ballast shall delay AC
ballast operation for five aeconds to prevent false tripping of AC ballast end -of -life shutdown
circuits. Emergency ballast shall consist of a high - temperature, maintenance -
free nickel- cadmium battery, charger and electronic circuitry contained in one galvanized steel
case.
B. A solid state charging indicator light to monitor the charger and battery, a single -pole test
switch, and Installation hardware shall be provided, and shall be completely assembled In
the luminaire.
C. Where emergency fixtures are installed in locations inaccessible from a 15 -foot ladder,
the test switch shall be installed remotely in location as determined by the Architect or as
indicated on drawings.
D. The emergency ballast shall be capable of providing the lumen output as indicated below.
Acceptable manufacturer. Bodine, Iota Engineering, Side -Lite, DualLite. (Bodine model
numbers are listed for quality standards.)
1. 1350 total Lumens for straight lamps: Bodine B50 (High lumen output)
2. Provide 100% full light output (3500 total lumens) for straight lamps in
designated operating room fixtures. Provide a single wall - mounted test switch,
Bodine KTS -PL, which will simultaneously test multiiple battery units.
2.07 ATTTC STOCK
A. Provide one case of each lamp type utilized in the project and turn over to owner at
project completion.
PART 3- EXECUTION
3.01 INSTALLATION REQUIREMENTS
A. Scheduling of fixture installation shall be coordinated with other trades such that the
fixtures will be protected from construction and dirt/water /debris damage. Fixtures,
which are damaged, shall be replaced at no cost to the owner.
B. Fixtures shall be securely mounted as required by NEC and manufacturer
recommendation.
C. Coordinate with ceiling system contractor for the installation of ceiling support wires at
two opposing corners of recessed troffer fixtures.
D. Fixtures shall be located and installed as shown on architectural reflected ceiling plans.
Coordinate with other trades to allow fixture locations to clear diffusers, ductwork and
piping.
BERMELLO AJAMIL & PARTNERS, INC.
Architecture Engineering Planning
Interior Design Landscape Architecture
2601 South Bayshore Drive 10th Floor
Miami, Florida33133
(305) 859 -2050 Fax (305) 860 -3700
ENGINEER:
ENGINEER INFORMATION
SS11 Sm'th
Sec an
Rei , Inc.
600 West Hillsboro, Suite 300
Deerfield Beach, FL 33441
(954) 421 -1260
FAX (954) 421 -1466
www.ssr- inc.com
Firm Certification - EB- 0000857
Allied Esquivel PE - 45M
Bruce W. Peek PE - 36901
Donald Natinho PE - 48454
Nelson R. Long PE - 62294
John E. Moulder PE - 93900
M JOB # 0632086.0
REVISIONS:
PROJECT NAME:
SMH - ADVANCE TOWER OFFICES - 2ND FLOOR
PROJECT ADDRESS:
7400 S.W. 62nd Ave.
South Miami, Florida 33143
KEY PLAN
COMM. NO. 40030.100
SCALE:
DATE: NOVEMBER 9, 2006
DRAWN:
CHECKED:
CADD FILE:
DRAWING TITLE:
ELECTRICAL
SPECIFICATIONS
SHEET NO.
E -5.1
m
ON
oo,
1110**
REVISIONS:
PROJECT NAME:
SMH - ADVANCE TOWER OFFICES - 2ND FLOOR
PROJECT ADDRESS:
7400 S.W. 62nd Ave.
South Miami, Florida 33143
KEY PLAN
COMM. NO. 40030.100
SCALE:
DATE: NOVEMBER 9, 2006
DRAWN:
CHECKED:
CADD FILE:
DRAWING TITLE:
ELECTRICAL
SPECIFICATIONS
SHEET NO.
E -5.1
m