O’CONNOR BOULEVARD MEDIAN LANDSCAPE
ITB# 067D-15F
ADDENDUM NO.1
DECEMBER 17, 2014
PAGE 1 OF 2
1.
THIS ADDENDUM IS HEREBY MADE AS PART OF THIS CONTRACT SPECIFICATION. ADDENDUM
NO.1 IS ISSUED TO MODIFY, CLARIFY, EXPLAIN, OR CORRECT THE ORIGINAL SPECIFICATIONS.
ANY CHANGE CALLED OUT IN THIS ADDENDUM SUPERSEDES THE ORIGINAL SPECIFICATIONS.
2.
BIDDERS SHALL SIGN AND ATTACH THIS ADDENDUM TO THE INSIDE FRONT COVER OF THE
CONTRACT MANUAL AND ALSO ACKNOWLEDGE THE RECEIPT OF THIS ADDENDUM BY STATING
THAT ACKNOWLEDGMENT ON THE OUTSIDE LOWER RIGHT HAND CORNER OF THE SEALED
ENVELOPE CONTAINING THE BID.
3.
ANY BIDS THAT DO NOT INCLUDE THIS ADDENDUM SHALL BE CONSIDERED NON-RESPONSIVE.
4.
REVIEW ATTACHED SPECIFICATION SECTION 16200 ELECTRICAL EQUIPMENT. LIGHT
MANUFACTURER’S INSTALLATION DETAIL AND BRASS J-BOX SPECIFICATION SHEET HAVE BEEN
ADDED.
5.
REVIEW ATTACHED PLAN SHEET D1 LANDSCAPE DETAILS AND GENERAL ELECTRICAL NOTES.
THREE ITEMS IN THE ELECTRICAL NOTES HAVE BEEN UPDATED.
6.
REVIEW ATTACHED PLAN SHEET IR1 IRRIGATION DETAILS. CALL OUT NOTE IN DETAIL NO.1 HAS
BEEN REVISED.
7.
QUESTIONS RECEIVED DURING THE PRE-BIDDERS CONFERENCE AND THEIR ANSWERS:
(1) Q – “Is the one tap a “hot tap”?
A – NO. DCURD will turn off the water with at least 24 hour advance notice.
(2) Q – Shallow bores? Grout filled or anything?
A – Required depth of bore will be determined during the permit process. 48 inch depth is
typical. Grout filling will not be required.
(3) Q – “Boring permits?”
A – Permits are required but the fee will be waived.
(4) Q – “Meter bases, any meter cans or sockets or coming off energized system?”
A – ONCOR will provide electric service from their transformers to the meter bases.
O’CONNOR BOULEVARD MEDIAN LANDSCAPE
ITB# 067D-15F
ADDENDUM NO.1
DECEMBER 17, 2014
PAGE 2 OF 2
(5) Q – “FYI, IRRINET controllers are running several month backorders right now?”
A – The City of Irving will work with the successful low bidder on coordinating this material.
The material has been specified by The Las Colinas Association. The projects contingency
may be used to provide for temporary controllers with written authorization from the
landscape architect.
(6) Q – “Is the City still using the little LEIT solar controller?”
A – Not at this time.
(7) Q – “Is the maintenance bond for 2 years?”
A – Yes.
END OF ADDENDUM NO.1
SIGNATURE OF ACKNOWLEDGMENT
O’CONNOR BOULEVARD MEDIAN LANDSCAPE
ITB# 067D-15F
ADDENDUM NO.1
DECEMBER 17, 2014
SECTION 16200
ELECTRICAL EQUIPMENT
PART 1 – GENERAL
1.1
RELATED DOCUMENTS
A.
1.2
The general provisions of the Contract, Including General and Supplementary Conditions,
apply to the work specified in this Section
RELATED WORK SPECIFIED ELSEWHERE
A. All other Sections of Division 16.
B. All other Divisions of the Contract Documents. Refer to each Division’s specifications and
drawings for all requirements.
1.3
MAINTENANCE
A.
Submit extra materials required for maintenance.
1.
Provide one of each size and type of luminaire lens.
2.
Provide two of each lamp installed.
3.
Provide one of each size and type of ballast.
4.
Provide two of each size and type of fuses used.
5.
Operating and Maintenance Instructions:
a.
Switchboard: Submit NEMA PB 1.1
b.
Panelboard: Submit NEMA PB 2.1
c.
Busway: Submit NEMA PB 1.1
PART 2 – PRODUCTS
2.1
LIGHT FIXTURES
A.
B.
C.
D.
E.
Provide all light fixtures as indicated: completely wired and securely attached to supports
or concrete bases. Include all necessary accessories to install and operate the light
fixtures.
Refer to the plans for fixture type, installation, operation, etc…
Refractors and or Diffusers: shall be to the manufacturers specification of the products
listed.
Lamps: Provide all lamps as scheduled.
Lamp manufacturers: Osram, Sylvania, or “Approved equal” by General Electric, Philips.
Fluorescent Ballasts:
16200-1
1.
2.
2.2
Core and coil type: CBM-ETL; HPF, Class P with automatic reset protection; Class
A sound rating, HO ballasts to have Class B rating, and VHO ballasts to have Class
C. Ballast installed outside of air conditioned space to have zero-degree F
minimum starting temperature. Mftrs: Advance, Valmont, Universal, Jefferson.
Electronic Type: compatible with lamp specified and compliance with these
requirements: 0.875 +/- 0.025 ballast factor; 108 to 132, or 249 to 305 input volts
with less than 2%flicker: 20 years plus projected lie at 45 degrees C or less
operating temperature, 99% minimum power transient protected, less than 10%
THD, less than 6% third HD, less than 1.5 crest factor, greater than 25 kHz lamp
current frequency, ballasts must meet or exceed all FCC, NEMA, and ANSI
standards. Compliance with codes UL Class P (with auto-reset) listing, and three
year warranty is mandatory manufacturing requirements. Manufacturers:
Lightolier, Motorola Lighting Inc., or approved equal by Magnetek or Advance.
F.
HID Ballasts: Supply constant wattage autotransformer (CWA) ballasts unless specifically
specified otherwise by the lamp manufacturer. Ballasts supplied to operate metal halide
lamps must be capable of operating mercury vapor lamps of the same wattage, and viceversa. Supply 120/208/240/277 v. multi-tap ballasts in industrial and outdoor luminaries
and 120/277 v. dual-tap ballasts otherwise. Ballasts must be high power factor,
appropriately sound rated and UL listed.
G.
Support: Adequate, Sturdy support as necessary to prevent possibility of fixture falling.
As specified in this division or in the construction details.
H.
Submittal: Descriptive sheets of each type fixtures. If proposed fixtures is different in any
manner from that scheduled, indicate exact difference with the notation “exception”,
otherwise it is assumed the proposed fixture is the same in all respects to that scheduled.
Show complete data on ballasts. Show certification that all pertinent drawing have been
checked and that fixtures submitted have trim compatible with ceiling being installed.
FUSES (600 VOLT AND BELOW)
A.
General: Provide fuses in all devices required fuses of the types and ampere rating
required. Fuses shall have the proper voltage rating, coordinated with the voltage at the
point of application. All fuses shall be of the high interrupting rating, current limiting type,
and be listed and labeled by Underwriters’ Laboratories. All fuses shall be of the same
manufacturer.
B.
Types:
1.
600 Amps and Below: Dual-element construction (current limiting, time-delaying
and high interrupting rating) providing thermal protection for both fuse and
fuseholder. Interrupting rating shall be 200,000 amperes RMS symmetrical and
peak let-through current and energy let-thru values shall not exceed the values
established by Underwriters’ Laboratories Standard for RK-1 or Class J fuses.
Fuses shall be “Low-Peak Yellow” in color and shall be Bussmann Low-Peak Dual
–Element Fuses, types LPN-RK/LPS-RK or LPJ. The fuses shall have separate
overload and short-circuit elements. The fuses shall incorporate a spring
16200-2
2.
2.3
activated thermal overload element having a 284 degree Fahrenheit melting
point alloy and shall be independent of the of the short-circuit clearing chamber.
Above 600 Amps: Time-delay type shall hold 500% of rated current for a minimum
of 4 seconds and clear 20 times rated current in .01 seconds or less. Interrupting
ratings shall be 200,000 amperes RMS symmetrical and peak let-thru current and
energy let-thru values shall be “Low-Peak Yellow “ in color and shall be Bussmann
Low-Peak type KRP-C. The fuses shall employ “O” rings as positive seals between
the end bells and the glass melamine fuse barrel. The fuse links shall be puree
silver (99.9% pure), to limit the short circuit current let-through values to low
levels and comply with NEC Sections requiring component protection. The
terminals shall be peened.
C.
Special Applications:
1.
Circuit breakers panels shall be protected by Bussmann Low-Peak Fuses LPN-RK,
LPS-RK or LPJ or Bussmann Low-Peak KRP-C Time-Delay Fuses as indicated on the
drawings. The fuses shall be UL ClassRK1, Class J, or Class L.
2.
Florescent fixtures, when required by applicable codes, shall be protected by
Bussmann fuses GLR or GMF with Holder HLR. The fixtures shall have individual
protection on the line side of the ballast. A fuse and holder shall be mounted
within or ass part of the fixture. Size and type of fuse to be recommended by the
fixture manufacturer.
3.
High intensity discharge ballast controlled lighting fixtures, when required by
applicable codes or specified on the drawings, shall be protected by Bussmann
Fuses type KTK or FNQ with Holders HEB, HPF, or HPS. They shall have individual
protection on the line side of the ballast. Fuse and holder shall be mounted in a
location convenient for changing fuses. Holder shall be mounted in protected
location or be an in-line waterproof holder (HEB). Size and type of fuse to be
recommended by the fixture manufacturer or as indicated on drawings.
D.
Installation: Provide “Low-Peak Yellow” NOTICE labels to alert the end user of the
engineered level of protection. All fuses shall be stored in moisture free packaging at job
site and shall be installed immediately prior to energization of the circuit in which it is
applied
E.
Refer to drawings for additional requirements.
F.
Manufacturers: Bussmann, or approved equal by Shawmut.
TRANSFORMERS, DRY TYPE
A.
Provide UL labeled, two winding type units, unless specifically indicated otherwise, rated
and indicated on the drawings. High voltage windings shall be provided with two 2-1/2%
taps FCAN and four 2-1/2% taps FCBN. All transformers shall be quiet type suitable for
use in areas indicated on the drawings; noise levels shall not be more than NEMA and
ANSI Standards. Insulation rating must comply with the following minimum temperature
rise standards above a 40 degree ambient:
Single Phase – 3KV & Below: 55N C
16200-3
Single Phase - 5 KVA through 25KVA: 115N C
Single Phase – Above 25 KVA: 115N C
Three Phase – 3KVA through 15KVA: 115N C
Three Phase – Above 15KVA: 150NC
B.
The manufacturer shall properly isolate the core and coil from the enclosure with
vibration isolation pads in order to minimize the transmission of vibration and noise.
Make connections to transformers with flexible conduit. Provide bare copper bonding
wire for flexible conduit as specified in Section 163000
C.
Nameplates: Provide a lamacoid nameplate with 5/16” letters on front face showing
transformer name and voltage. Coordinate to give same name as indicated on drawings.
Example:
Transformer____________________
480-208Y/120 Volt, 3 Phase, 4 Wire
D.
2.4
Manufacturers: Siemens or approved equal by General Electric, Jefferson, Hevi-Duty,
Square D.
LIGHTING PANELS
A.
General
1.
Provide Siemens Sentron S1, S2, or S3 circuit breaker lighting and appliance
panelboards as indicated on the drawing. Panelboards shall comply with the
following industry standards:
a.
NEMA Standard PB-1
b.
UL Standards, Cabinet and Boxes – UL50, Panelboards-Ul67
c.
National Electric Code
2.
Panelboards shall be labeled as suitable for use as service equipment in
accordance with Article 384 of the National Electrical Code.
B.
Box:
1.
C.
Lighting Branch Circuit Paneboards: Square D#MH44WP
a.
ENCLOSURE: 30”  24”  8” single door, wall mounted, waterproof
cabinet Contractor to submit for approval.
b.
Provide surface cabinet front with lockable door, keyed alike.
c.
Bus: Copper bus.
d.
Ground Bus: Copper.
Interior
1.
Type S1 and S2
a.
All interiors shall be completely factory assembled. The design of the
interior should permit replacement of circuit breakers without disturbing
adjacent units and without machine drilling or tapping. All circuit breaker
connections shall be in a hole tapped by the manufacturer. Main and
branch bus shall be 98percent conductivity copper. Sizing of conductor
shall be in accordance with UL67. Bus bars shall be supported by a VO
16200-4
b.
c.
d.
e.
2.
D.
Trim:
1.
rate, UL recognized, Polymeric material. Bus sequence shall start at the
top left phase bus of the interior for both top and bottom fed panels.
Main lug panels shall be rated 100A, 125A, 225A, or 250A.
Interiors shall be designed to permit installation of feed-thru lugs or a
subfeed circuit breaker, up to 250 amperes, without increasing the
enclosure size.
Main and subfeed breakers shall be bus connected, not cabled. Interior
shall be convertible from main lug to main breaker with the addition of
an appropriate field installable kit. Interior shall be chargeable from top
to bottom feed and vice-versa, while maintaining readability of deadfront labeling.
Dead-front shall be provided with a flange for easy attachment of trim.
Incoming cable lugs shall be grouped at one end to separate them from
the load side cables. Main lugs shall be lay-in construction to facilitate
connections.
Neutral busing shall have a lug for each outgoing branch requiring a
neutral connection. For easy wiring and shortest cable run possible, load
size neutral connection lugs to be split with each side taking 50% of load
neutral connections. The interior shall be provided with wing nuts for
securing to box without tools.
Type S3
a.
All interiors shall be completely factory assembled. The design of the
interior should permit replacement of circuit breakers without disturbing
adjacent units and without machine drilling or tapping. Bus bars and
breaker branch bus shall be 98 percent conductivity copper. Bus
sequence shall start at the top left phase bus of the interior for both top
and bottom fed panels. Panelboard bus structure and main breaker or
main lugs shall have current ratings as indicated on the drawings or as
indicated in panel schedule. Such rating shall be established by heat rise
test in accordance with Standard UL67. Bus bars shall be supported by
glass-filled polyester type insulators. All bolts used to connect current
carrying parts together shall be case-hardened, thread-forming type and
be accessible for tightening from the front of the panel. Provide an
individual circuit number button with an embossed number next to each
breaker or provision.
b.
Dead front to be provided with flange for easy attachment of trim.
Incoming cable lugs shall be grouped at one end to separate them from
the load side cables. Neutral busing shall have a lug for each outgoing
branch requiring a neutral connection. For easy wiring and shortest cable
run possible, load side neutral connection lugs to be split with each side
taking 50% of load neutral connections. The interior shall be provided
with wiring nuts for securing to box without tools.
The panel trim shall be surface or flush as indicated on the drawings. It shall be
fabricated from cold-rolled steel, painted with ANSI-61 light gray finish and
equipped with concealed hinges, flush lock and holder for a circuit directory card.
16200-5
2.
2.5
Trim shall have two separate supports designed to engage the box flange to
stabilize and secure the trim during installation. Trim screws to be located behind
the lockable door for tamper resistance.
E.
Description
1.
The panelboards shall be Sentron type for use with one of the following systems
as indicated on each panelboard schedule:
a.
240/120 volts,1 phase, 3 wire
b.
480 volts, 3 phase, 3 wire
c.
208Y/120 volts, 3 phase, 4 wire
d.
480Y/277 volts,3 phase, 4 wire
e.
125/250 volts DC, 3 wire
2.
The panelboard enclosures shall be NEMA Type 1 construction for top or bottom
cable entrance and suitable for surface or flush mounting unless otherwise noted
on panelboard schedules.
3.
Short circuit rating shall be 22,000 amperes (minimum) symmetrical based on an
integrated equipment short circuit rating (IER) for 120/208-240 volt systems, and
30,000 amperes (minimum) IER for 277/480 volt systems, unless otherwise noted
on the drawings.
4.
Provide main lug only or main circuit breaker panelboards as indicated on
panelboard schedules. Also provide branch and subfeed circuit breakers of the
quantity, trip rating and number of poles as indicated on schedules.
5.
Where an isolated ground (IG) bus is indicated on the drawings, provide a 200%
rated neutral bus, equipment ground bus an isolated ground bus. In addition,
phase bus shall be 1,000 amperes/sq. in., current density rated.
6.
Molded case circuit breakers shall be bolt-on, thermal-magnetic, quick-make,
quick-break, trip free. Mullet-pole breakers shall be common trip. If current
limiting circuit breaker mains are indicated on schedules, provided breakers with
inverse time delay, instantaneous circuit protection and limit let-thru 1t to a
value less than 1t of one-half cycle wave of symmetrical prospective current
without any fusible elements. If solid state circuit breaker mains are indicated on
schedules for 400A or 600A panelboards, provide breakers with solid state
sensing.
7.
Solid state breakers shall have adjustable continuous current settings and
adjustable instantaneous current settings. All provisions shall be equipped with
antiturn solderless, pressure type connectors. All provisions shall be located at
the bottom of the panelboard and be fully bussed complete with all necessary
mounting hardware less the breaker.
8.
Provide subfeed lugs, feed through lugs, handle blocking devices, padlocking
devices, shunt trips and ground bus bars as indicated on schedules.
F.
Acceptable Manufacturers: Siemens Sentron series approved equal by General Electric,
Square D.
DISTRIBUTION AND POWER PANELS
A.
GENERAL
16200-6
1.
2.
3.
For distribution and power panelboards as indicated on the drawing, provide
Siemens Sentron Type S4/S5 and Type F1/F2 panelboards.
All panelboards shall meet the requirements of the latest National Electrical
Codes (NEC) and applicable UL and NEMA Standards.
Distribution and power panelboards shall be of the NEMA panel mounted type.
The section shall be designed so that circuit breakers and fusible switches may be
installed in the same section. The branch protective devices shall meet the
requirements stipulated hereinafter.
B.
Box: The panelboard assembly shall be enclosed in a steel enclosure as specified in UL
Standard 50 for cabinets. Wiring gutters for branch devises shall be per UL Standard 67.
Fonts shall be four piece or flush installations as indicated on the drawings. Fronts shall
be of code gauge steel, painted ANSI-61.
C.
Interior:
1. Main and branch bus shall be manufactured from 55% conductivity tin-finished
aluminum, or 98% conductivity copper. Aluminum bus shall be 750 amperes/sq. in.,
and copper shall be 1,000 amperes/sq. in., current density rated. Bus bars shall be
supported by glass-filled polyester type insulators. Porcelain insulators or supports
shall not be used. All bolts and screws used to connect current-carrying parts together
shall be case-hardened, and be accessible for tightening from the front of the panel.
Attached to the dead-front cover shall be a nameplate which identifies: the name of
the panel manufacture, the manufacturer’s shop order number, panelboard type,
system voltage, ampacity, and short circuit with stand rating.
2. Where an isolated ground (IG) bus is indicated on the drawings, provide a 200% rated
neutral bus, equipment ground bus and an isolated ground bus.
3. Short circuit ratings shall be 35,000 amperes (minimum) symmetrical based on an
integrated equipment short circuit rating (IER) for Type S4/S5, and 100,000 amperes
(minimum) IER for Type F1/F2, unless otherwise noted on the drawings.
4. Install main breaker or main switch panels as indicated on the drawings. The
connection from the load side of a main breaker to the panel bus shall be bus bar.
The use of insulated wire shall not be permitted. Panelboards for use as service
entrance equipment shall be so labeled.
5. An individual terminal or lug shall be provided for each neutral wire. Connecting
several neutral wires to a common terminal shall not be permitted.
D.
Branch Protective Devices:
1.
All molded case circuit breakers and fusible switches used as a protective device
in a branch circuit shall meet the requirements of the appropriate paragraph
below.
2.
Molded case circuit breakers shall be of the quick-make, quick-break, trip-free,
thermal magnetic type, or solid-state, with frame, trip, and voltage rating, either
two pole or three pole, as indicated on the drawings. All breakers shall have an
interrupting capacity of not less than as indicated on the drawings. All breakers
shall have an interrupting capacity of not less than 22,000 amperes RMS
symmetrical at all the system voltage. All breakers shall be removable from the
front of the power panelboard without disturbing adjacent units. The power
16200-7
3.
4.
5.
6.
E.
2.6
panelboard shall have space or provision for future units, as indicated on the
drawings.
Sentron Current Limiting circuit breakers shall provide inverse time delay,
instantaneous circuit protection, and also limit the let-thru It to a value less than
the It of the one-half cycle wave of the symmetrical prospective current without
any fusible elements. Breakers shall have an interrupting capacity of not less than
100,000 amperes RMS symmetrical at the system voltage.
Fusible switches shall be quick-make, quick break units utilizing the double-break
principle of circuit rupturing to minimize arcing and pitting, and shall conform to
the rating indicated on the drawing.
Each switch shall have an individual door over the front, equipped with a voidable
interlock that prevents the door from being opened when the switch is in the
“ON” position, unless the interlock is purposely defeated by activation of the
voiding mechanism.
All switches have externally operated handles. Switches shall be equipped with
NEC standard, Class R rejection type fuse holders of ampere rating and type as
indicated on the drawings and as specified herein.
Acceptable Manufacturers: Siemens Sentron series or approved equal by General Electric,
Square D.
WIRING DEVICES
A.
1.
2.
3.
4.
5.
6.
7.
All wiring devices must be suitable for intended, and have voltage and current ratings
adequate for loads served. All receptacles shall have a grounded pole unless specifically
indicated otherwise, color of wall switches and receptacles shall be selected by the
Architect. The contractor shall not impose any additional charges if the color selection is
ivory, white, gray, brown, or black. Catalog numbers listed below are Hubbell, unless
indicated otherwise. Similar items made by Arrow-Hart, Sierra, Slater, P&S, Bryant,
Levitron, or General Electric will be acceptable provided the meet specification
requirements.
Wall Switches:
1220 Series, White (20 amp, 277 volt)
Switch with Pilot:
1221-p1 or (277 volt)
Switch located outside: Appropriate switch with 1795 WP Plate
Convenience Outlet:
5252-W
(15 amp, 125volt, 3-wire)
5252-GRY (Gray for Dedicated Outlets)
NEMA 5-15
GF-5262-W (GFCI where required)
IG-5262-ORANGE (Isolated Ground)
IG-5262-GRY (Dedicated Outlets w/Isolated
Ground)
Convenience Outlet with Surge Suppression:
NEMA 5-15
IG-5261-SP-BLUE
(15 amp, 125 volt, 3-wire)
(Isolated Ground)
NEMA 5-20
IG-5361-SP-BLUE
(20 amp, 125 volt, 3-wire)
Weatherproof Outlets:
GF-5262/CWP26H (GFCI where required)
5262/CWP8H
Clock Outlets:
Stainless Steel Bryant 2828-S
16200-8
8.
9.
Wall Box Dimmers:
Lightoilier Precision Universal Load SeriesWhite with load Identification Strip
Power Outlets (furnish all devices with cord caps):
20 amp, 125 volt
30 amp, 125 volt
20 amp, 250 volt
30 amp, 250 volt
50 amp, 250 volt
20 amp, 125/250 volt
30 amp, 125/250 volt
50 amp, 125/250 volt
60 amp, 125/250 volt
10.
11.
12.
2.7
5361/5366-CA
9308/9309
5461/5466-CA
9330/9331
9367/9368
8410/8411-C
9430/9432
9450/9452
9460/9462
NEMA 5-20
NEMA 5-30
NEMA 6-20
NEMA 6-30
NEMA 6-50
NEMA 14-20
NEMA 14-30
NEMA 14-50
NEMA 14-60
Range Outlets (furnish with grounding strap):
50 amp, 250 volt
7974-7976
Floor Outlets: Refer to Electrical Legend
Plates: Provide cover plates for all devices; provide combination and/or gangable plates
where adjacent located multi-outlet assemblies are indicated on drawing and directed by
Architect which shall include multi-switch installations. Provide smooth plastic plates for
switches, dimmers and convenience outlets; stainless steel for power outlets.
TIME SWITCH CONTROL SYSTEM
A.
Contacts: 480 volts electrical spacing, 277 volts, 20 amp. Tungsten rated 3PST
arrangement unless specifically indicated otherwise herein or on the drawings.
B.
Reserve Power Feature: Spring power reserve sufficient to operate contracts at least ten
hours after power failure; on restoration of power automatic transfer to synchronous
motor drive and automatic rewinding of spring driven reserve.
C.
Types of Control:
1.
For Exterior Lighting Control: Astronomical dial for 24-hour rotation with special
gear to provide one revolution per year; visual day of month and month of year
indication; automatic ON operation at sunset (in City of use) and adjustable OFF
operation from 8:30 p.m. to 2:30 a.m. in one-half hour increments or at sunrise;
seven-spoke wheel marked with days of week and two one-day omitting devices,
Tork Model “TZ” or approved equal by Sangamo.
2.
For Exterior Lighting with Photocontrol “ON”: Three independently controlled
circuits which can be independently programmed to provide dusk-on/preset-off,
dusk-to-dawn-on, or preset-on/preset-off; capability off on-site control schedule
modifications by means of wiring interchangeability on terminal strip of factory
preset conditions; seven-day calendar clock with all features specified above;
SPDT control circuit compatibility; light intensity adjustable photocontrol, preset
at 25fc,with fifteen-second false switching delay feature; Tork T900 Series only.
3.
Refer to drawings for the types of control provided, and for the location of the
photocontrol. The photocontrol must be mounted high on an exterior wall, or on
16200-9
the roof, pointed North. If the drawings do not indicate the type of exterior
lighting control, provide the photocontrol system.
D.
Integrally Mounted Manual Bypass Switches: Provide ON-OFF selectivity switch per pole
furnished as an integral part of time switch and physically operable with front cover in
closed position.
E.
Enclosure: General purpose NEMA 1 unless specifically indicated otherwise on the
drawings.
F.
Nameplates: Provide each device with an engraved lamacoid nameplate (5/16” high
letters) showing load served.
PART 3 – EXECUTION
3.1
INSTALLATION
A.
3.2
Install luminaires and accessories in accordance with manufacturer’s specifications, the
specifications of this division, and in accordance with the contract documents.
1.
Install lamps in luminaires and lampholders.
2.
Support surface-mounted luminaires directly from building structure as specified.
ADJUSTING AND CLEANING
A.
Align luminaires and clean lenses and diffusers at completion of Work.
B.
Aim adjustable luminaires and lampholder as directed.
C.
Clean paint splatters, dirt and debris from installed luminaires.
D.
Touch-up luminaire and pole finish at completion of Work.
E.
Relamp luminaires which have failed lamps at completion of Work.
END OF SECTION
16200-10
10000084381
10000084381VER
VER0100
Inground Fixtures
All installation is subject to local code and jurisdiction.
electrician.
Luminaire must be installed by a
For supply connection use wire rated for at least 90 oC.
DRAINAGE MATERIAL SUCH AS GRAVEL, SHOULD BE PLACED
TO A MINIMUM DEPTH OF 12” BENEATH THE SLEEVE.
Not suitable for installation in combustible material.
Not Drive-over
suitable for
immersion
fountains,
or any
other
capacity
4,409 in
lbs.
at 31 mphpools,
with clear
glass
in direct
submerged
concreteapplication.
burial installation: LUCIA 4,409 lb; PHENIX 6,613 lb;
Not ICARE
listed 11,023
for thru-wiring.
lb.
Drive-over
and Phenix
fixtures
cantop
withstand
Not for capacity:
drive-overIcare
with frosted
or anti-slip
glass
plates.
maximum static weight load of 4,490 pounds. Drive-over capacity
is forNot
installations
in concrete
only.
sleeve
does
drive-over when
installed
withInstallation
sleeve or direct
burial
in not
support
any weight; all weight is supported via the edges of the
soil/gravel.
top plate outside of the installation sleeve (see diagram below).
installationby
inthe
combustible
This Not
areasuitable
is to beforreinforced
installer material.
to support any
expected load. Refer to fixture's technical specifications for
Not dimensions
suitable for immersion
fountains,
pools, or any other
current
of sleeve in
and
top plate.
underwater applications.
prevent condensation problems after installation. This is
done by running the product for a minimum period of one
hour with the top plate in place but uncompressed by any
screws. For the last two minutes remove the top plate
completely and wipe clean any visible moisture.
FOR SAFETY REASONS IT IS RECOMMENDED THAT
LUMINAIRES NOT BE LEFT UNATTENDED DURING THIS
PROCEDURE. screw the top plate applying 2.2lbf*ft.
Not listed for thru-wiring.
Clean leaves, lawn clippings, mulch and other
accumulated debris from the luminaire and surrounding area. Use non-abrasive cleaner and a
soft cloth to clean the top plate and glass. A
solution of mild soap and water is usually su cient. Use caution to avoid scratching the surface of the glass. Scratches can weaken the
temper and may result in premature breakage.
Clean leaves, lawn clippings, mulch and other accumulated debris from the luminaire and surrounding area.
Use non-abrasive cleaner and a soft cloth to clean the top plate and glass. A solution of mild soap and
water is usually sufficient. Use caution to avoid scratching the surface of the glass. Scratches can weaken
Do not remove protective cap
PREPARATION FOR FLUSH MOUNT
the temper and may result in premature breakage.
TRIM COLLAR NEEDED
from quick disconnect until
COLLAR
PREPARATION FOR SURFACE MOUNT
BEVELED TRIM
Make sure to leave enough wire
Targetti Poulsen Lighting Inc. Tel: +1 954-349-2525 Fax: +1 954-349-2550 Targettiusa.com
2.
1.
4.
3.
a.
sleeve + Junction
box dimensions
Water proof
wire connectors
(by others)
Sleeve
Junction box
(by others)
b.
12”
Minimum
Drainage material
5.
6.
7.
Filler Material
Dirt/concrete etc.
8.
NOTE:
FIXTURE IMAGE SHOWN FOR
ILLUSTRATIVE PURPOSE ONLY.
ACTUAL PRODUCT MAY VARY
9.
10.
Note: steps 7-10 only for non-LED fixtures
Junction Box (JBH2) Specification Sheet
Project Name:
Location:
MFG: Philips Hadco
Fixture Type:
Catalog No.:
Qty:
Ordering Guide
Example: JBH2
Product Code
JBH2
Junction Box
Specifications
ACCESSORIES:
Accessory used with the following products: UW1100-N, UW1250-N, UW2-NO, UW2100-N, UW2250-N, UWL1075-N, UWL1100-N, UWL2075-N, UWL2100-N.
ISO 9001:2008 Registered
Page 1 of 1
Note: Philips reserves the right to modify the above details to reflect changes in the cost of materials and/or production and/or design without prior notice.
100 Craftway Drive, Littlestown, PA 17340 | P: +1-717-359-7131 F: +1-717-359-9289 | http://www.hadco.com | Copyright 2013 Philips
HW2