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HomeMy WebLinkAboutStreet Light Standards CITY OF RENTON STANDARDS FOR STREET LIGHTING DESIGN OF RESIDENTIAL AND ARTERIAL STREETS TRAFFIC ENGINEERING DIV. APPROVED BY ."' '--1 93"*"-p----- 2, 6 /,,'7 PROJECT TITLE: Honey Creek Apartments PROJECT LOCATION: Duvall Ave. N.E. and South of Sunset Blvd. Interchange DATE PROJECT INITIATED: March 1987 NOTE: The Designer of the above-stated project does affirm he has read the enclosed standards for street lighting and will comply with the standards as set forth in all manners described herein. Don N. Dunavant (Please4v" ' ame) / nkt. //: C ( esignrs Signature/ 70 East Sunset Blvd. Suite B291 (Address) Issaquah, Washington 98027 • (City) (State) (Zip) 206 392-8892 • (Phone) • PUBLIC WORKS DEPARTMENT TRAFFIC ENGINEERING DIVISION (- STREET LIGHT SPECIFICATION HONEY CREEK APARTMENTS • DUVALL AVENUE NE SOUTH OF NEW SUNSET BLVD SPECIFICATIONS These design standards shall take precedence over the State of Washington Standard Specifications (here after referred to as standard specifications) , for road and bridge construction where difference may occur. Where there is no reference in the Design Standards the Standard Specifications shall apply. Any reference to the Standard Specification shall refer to the current edition. Any request to vary these standards or any questions regarding applications or clarification shall be directed to.: TRAFFIC ENGINEERING DIVISION CITY OF RENTON, DEPARTMENT OF PUBLIC WORKS RENTON MUNICIPAL BUILDING 200 MILL AVENUE SOUTH (7 - RENTON WASHINGTON 98055 189 (206) 235-2620 NOTE: Any variation shall require the written approval of the City Traffic Engineer. All references to "detail sheets" shall refer to the appendix sections of this document. LIGHT POLES Light poles in all applications shall be spun aluminum davit style poles. Refer to detail sheets for pole detail requirements. Pole welding shall conform to the Standard Specifications. The pole shaft shall be provided with a 4"x6" flush hand-hole near the base provided with a snatching metal cover secured with stainless steel screws or bolts. The hand-hole shall be located near the base and an the same side of the pole as the davit arm. A grounding nut or provision in the hand-hole frame for accommodating a threaded bolt for the purpose of attaching a grounding connector shall be provided on the inside of the shaft. All poles and davit arms shall be designed to support a street light lurninaire with a minimum weight of 50 lbs. and to withstand pressures caused by wind loads of 85 miles per hour with gust factor of 1. 3. Davit Arms The davit style arm length specified shall allow the luminaire head to overhang the curb a minimum of two feet to a maximum of four feet. The arm shall incorporate a 5'9" radius bend as measured from the centerline of the shaft. The outer portion of the arm shall be nearly horizontal to +2° above horizontal and shall be furnished with a 2" diameter slipfitter with a maximum length of 8" to fit the luminaire • specified. The pole end of the davit arm tube shall be fastened securely to the top of the shaft producing a flush joint with an even profile. • Anchor Base - A one-piece anchor base of adequate strength, shape and size shall be secured to the lower end of the shaft so that the base shall be capable of resisting at yield strength stress the bending moment of the shaft at its yield strength stress. The base shall be provided with four slotted or round holes to receive the anchor bolts. - Nut cover shall be provided with each pole. Anchor Bolts Four high strength steel anchor bolts, each fitted with two hexnuts and two washers, shall be furnished with the pole. Each anchor bolt shall have a 4" "L" bend at the bottom end and be threaded at the top end. Threaded ends, all nuts and washers shall be hot-dip galvanized. The anchor bolts shall be capable of resisting at its yield point the bending moment of the shaft at its yield point. Luminaires Luminaires shall have a cast-aluminum housing providing for slip-fitter and mounting capable of adapting to 2-inch diameter pipe tenons. aq .4;4�, There shall be an internal 240-vOltnregulator-type ballast (high power factor) . The ballast shall be pre-wired to the lamp socket and terminal board. The ballast shall have an allowable voltage variation of less than 10%. The luminaire shall have a gasket between refractor and reflector. A gasket or filter material shall be placed between the lamp' socket and the reflector. The lamp sockets shall be adjustable and factory set to produce IES patterns as required. The standard refractor shall be made of heat and impact-resistant glass. Luminaires shall be of the cobra head style with an ovate refractor (dropped lens) for arterials and a clear flat lens for residential roadway applications. The luminaire shall include the power door feature. The manufacturer's name or symbol shall be clearly marked on each luminaire. LUMINAIRES (Cont.) Each luminaire shall have a weather-resistant, ANSI-approval decal attached to the ballast housing so as to be readily visible from the ground. The decal shall be approximately 3-inches square and the legend shall be a minimum of 2-inches in height. The decal shall be gold in color with lamp wattages indicated by the following numerical legend: 7 for 70 watts 25 for ' 250 watts 10 for 100 watts 31 for 310 watts 15 for 150 watts 40 for 400 watts 17 for 175 watts 70 for 700 watts 20 for 200 watts X1 for 1 ,000 watts All luminaires shall have their components secured to the luminaire frame with stainless steel mounting hardware (nuts, bolts, washers, hinges, etc.). The housing, complete with integral ballast, shall be weather-tight. ILLUMINATION SYSTEM Electrical Service Cabinet The service cabinet shall be fabricated from galvanized cold rolled sheet steel , with 12 gauge used for exterior surfaces, and 14 gauge for interior surfaces. Door hinges shall be the continuous concealed piano type and no screws, rivets or bolts shall be visible outside the enclosure. The finish shall be a factory prepared baked-on enamel which is grey in color. The galvanized surface shall be etched before baked-on enamel is applied. The electrical service cabinet door shall be fitted for a. Best Internal CX-1 lock. The cabinet shall have ventilation louvers on the lower and upper sides complete with screens and filters. They shall also be rain tight and have gaskets. Electrical equipment in the cabinet shall be in accordance with the detail sheet. The following items shall be features within the cabinet: 1 . Main Circuit Breaker 2. Branch Circuit Breakers 3. Utility Plug (120 volt - 20 Amp rated) G.F.I. Type 4. Light Control Test Switch (120 volt - 15 Amp) 5. Contactor relay for each circuit 6. Double pole branch breaker(s) for lighting circuits - (240 volt) 7. One 120 volt, 20 Amp single pole branch breaker (for Utility plug) 8. Type 3 - Single phase 120/240 volt grounded neutral service 9. Complete provisions for 16 breaker poles 10. Name plates phenolic black with white engraving except the main breaker which shall be red with white lettering. All name plates shall be attached by S.S. screws. 11. Meter base sections are unneccessary. ILLUMINATION SYSTEM (Cont.) Conductors Illumination circuits shall consist of two conductors. The circuit conductors shall be insulated with THW grade plasticized polyvinyl chloride compound or an approved equal . Wire size shall be sized in accordance with the electrical code and the voltage drop shall not exceed the manufacturer's specifications. The wire conductor inside the street light standard from the quick disconnect fuse to the luminaire head shall be a 600 volt conductor, solid or stranded copper wire size #12 AWG insulated for 600 volts. There shall be a minimum of 3 feet of slack wire between the luminaire and each splice kit. Service • The electrical service for contactor type systems shall be 120/240 volt, 3 wire, 60 cycle A.C. , and for individual controlled photo cell systems, 240 volt, 2 wire, 60 cycle A.C. The electrical power service point shall be verified with electrical utility and noted on plans. Fuse Kits Fuse holders shall be S.E.C. style waterproof, quick disconnect type. Fused quick disconnect kits shall provide waterproof in line fuse protection. All connections shall be made with compression fittings. Upon disconnect, fuse shall remain in the load side of the kit. The fuses shall be located in two locations, the first being inside the hand hole at the base of the pole and the second being provided for the whole lighting circuit shall be located in a type "B" junction box as near as practical to electrical utilities vault which provides the source of power for the lighting system. Fuses furnished for all lighting circuits shall be capable of handling the operating voltages of the circuit involved and shall have the characteristics as specified in the Standard Specifications. Splice Kits The splice kit shall consist of a pressure type device where the connection of the wire in the kit is achieved by crimping or by compression bolt. No twist on connectors are allowed. After the splice kit has been installed, the outer shell shall be filled with a clear epoxy to form a water tight seal . All material used in the splice kit shall be compatible with the wire used in the lighting system. Photo Cell The photo-cell shall be a solid state device with stable turn-on values in the temperature range -55°C to +70°C. The photo-electrical cell shall be a plug in device mounted externally on top of the luminaire. In a contactor control system, the photo-cell to control the system should be mounted on the nearest luminaire to the contactor cabinet. ILLUMINATION SYSTEM (cont.) • Grounding Each street light standard as well as the service cabinet shall be grounded to a copper clad ground rod 5/8" diameter x 8' located in the nearest junction box. Junction Boxes Junction boxes to be provided and installed shall be Design "B" and shall conform to specifications shown in the detail sheet. ' A junction box shall be provided at the power service point, each pole, and each junction splice point. The pole junction box shall be located adjacent to pole foundation separated by 5 feet and conduit sweeps into the junction box shall begin 10 feet from the box. The junction box shall be mounted within a concrete slab with a minimum of 1 foot perimeter around the junction box and a 4-inch thickness. An expansion pad should be mounted between the concrete perimeter slab and the back edge of the sidewalk. The inscriptions on the covers of the junction boxes shall be as follows: Street lighting only: "LIGHTING" Street lighting and traffic signal facilities: "TS-LT" Letters of the above shall not rise above the covers top surface. Conduit Conduit in all roadway sections shall be P.V.C. Schedule 80 and all other conduits shall be P.V.C. Schedule 40. Minimum size of conduit shall be 1-1/2-inch. Runs requiring larger conduit shall be as specified per code. Trenching Trenching for conduit runs shall be done in a neat manner and the trench bottom shall be graded to provide a uniform grade with a width as required and a depth as required to insure a minimum of 24 inches of cover from the finished grade. PLANS The plan for all projects shall be provided with professional quality workmanship on 22" x 34" sheets of Mylar. Calculations for voltage drop, lighting level and uniformity ratio for the system are to be submitted with the plans. MISCELLANEOUS Warranty All equipment furnished shall be guaranteed against component failure for a period of one year following acceptance by the City. Testing Testing of the entire system shall be performed. Any defects noted shall be corrected before final acceptance. • Bill-of-Sale (Only on Non-City contracts) When the lighting system has been completely tested and all deficiencies correctL., . a bill-of-sale shall be provided to the City. The City shall then supply a letter of acceptance for release of bondage on the project: The bill-of-sale shall include the following: 1. Number of poles 2. Number of luminaires 3. Number of junction boxes 4. Contactor cabinets 5. Statement identifying all. other necessary appurtenances (wire, conduit, etc). Materials to be Approved 1 . Street light standards 2. Luminaires 3. Conductors 4. Junciton boxes 5. Conduit 6. Control contactor cabinets 7. Fusing and splicing materials I.D. (IDENTIFICATION FOR POLES) The contractor shall supply and install a combination of 4-digits and one letter on each light pole. The letter and numbers combination shall be mounted at the 15-foot level on the pole facing approaching traffic. Legends shall be sealed with trans- parent film, resistant to dust, weather and ultraviolet exposure.- The decal markers shall be 3-inch square with gothic bold, white reflectorized 2-inch legend on a black background. I.D. number will be assigned to each pole at the end of the contract or project by the City Traffic Engineering Office. Cost for the decals shall be considered incidental to the contract bid. MATERIALS TO BE APPROVED Manufacturer 1. Street Light Standard 2. Lurn i na i re 3. Conductors 4. Junction Boxes 5. Conduit 6. Control Contactor Cabinets 7. Fusing and Splicing Materials 8. I .D. Decal Mark for Poles SPECIFICATION FOR M-400A2 ROADWAY LUMINAIRE - GE FOR CITY OF RENTON SEPTEMBER 18, 1986 • - 1 - M-400A LUMINAIRE SPECIFICATIONS This specifications covers the requirements for a street lighting luminaire with integral ballast, for use with a horizontal burning High Pressure Sodium. DETAILED REQUIREMENTS 1 . HOUSING a. The housing shall be a precision aluminum die-cast. This housing shall enclose the slipfitter, reflector, lamp socket terminal board and ballast components. b. Provision shall be made on the top housing to permit leveling of the unit. c. The housing shall be of adequate size to allow for operation of all of the components within their designed operating temperatures. d. Housing shall be able to withstand 1000 hour salt spray test. Per ASTM 117. e. The housing shall have an acrylic base electrocoat finish, the color to be ASA 70 gray. 2. SLIPFITTER a. The slipfitter shall be suitable to accept a 1-1/4" to 2" pipe and shall contain a pipe stop. b. Clamping and leveling of the luminaire to the mounting pipe shall be accomplished by the tightening of 4 bolts which shall be accessible from within the unit. c. No re-arrangement of parts or separate parts shall be required when mounting the unit to either 1-1/4" or 2" pipe. 3. LAMP SOCKET a. The lamp socket shall be a mogul porcelain enclosed. The rating of the socket shall exceed the lamp starting voltage. b. The screw shell shall contain integral lamp grips and the center contact shall be non-cautilever spring loaded. c. The socket shall be adjustable to any of two vertical and four horizontal positions. d. Socket shall conform with TDJ-147 specification of EEI standards. 4. REFLECTOR a. The reflector shall be of aluminum hydro-form construction finish with the Alglas process. b. The reflector shall be rigidly mounted within the housing to assure a firm surface for proper sealing when the unit is closed. - 2 - c. Gaskets between the reflector and glassware shall be made of Ethylene Propylene Diene Monomer Rubber. The optical assembly shall also contain an activated charcoal filter to be effective both mechanically and chemically in removing airborne particulate and gaseous matter and assure proper breathing of the optical assembly. This filter shall be so located so as not to interfere with the light distribution. 5. REFRACTOR a. The refractor shall be of borosilicate prismatic glass. 6. DOOR GLASS HOLDER-DOOR a. The door glass holder-door shall be secured and hinged to the upper housing at one end and latched to the upper housing at the opposite end with a spring loaded stainless steel latch piece. The latch shall be of such size as to permit opening by a lineman when working with lineman's gloves when the luminaire is mounted either in it's normal position or upside down. 7. TERMINAL BOARD a. The terminal board shall be molded of Fiberglass Reinforced Polyester-protective barriers between each terminal . b. The terminal screws shall be of the captive type and each screw shall be equipped with wire grips which will automatically be raised and lowered as the terminal screw is operated. Terminals shall be capable of accepting up to #6AWG conductors. c. All components are to be prewired to a single terminal board requiring only customer connections to clearly identified terminals. d. Terminal Board shall be a Dead Back design. with no exposed electrical components. 8. HARDWARE a. All hardware shall be of non-corrosive or suitably protected metal , plated where necessary to prevent electrolytic action by contact with aluminum. 9. BALLAST a. The ballast shall be of the built-in design mounted within the luminaire in such a manner that it can be easily disconnected by simple disconnecting plugs. b. The ballast and other auxiliary equipment shall be mounted on a separable die-case component of the luminaire to facilitate replacement. - 3 - c. The High Pressure Sodium ballast shall be of the Magnetic Regulator design rated for 740 'vnit volts. d. Ballast core laminations shall be of high quality electrical grade steel welded together to minimize noise and assure trouble free operation over the life of the luminaire. e. Ballast coils shall be precision wound on formed insulating bobbins and terminals shall be of a push on type connection. f. Components to provide the high starting voltage required by the High Pressure Sodium lamp shall be mounted on a plug in assembly for easy servicing. g. General - Compliance with lamp specifications The ballast shall be capable of starting and operating one (200,250,310 or 400) watt High Pressure Sodium lamp from a nominal (120,208,240, 277 or 480) volt 60 hz. power source within the limits specified by the lamp manufacturer. The ballast, including starting aid, must protect itself against normal lamp failure modes. The ballast shall be capable of operation with the lamp in an open--or short circuit--condition for six months without significant loss of ballast life. The fixture manufacturer shall submit a statement to the effect that the ballast to be furnished is in full compliance with lamp ballast specifications available to the fixture manufacturer from the lamp manufacturers at the time of bidding. Lamp Wattage - For nominal line voltage and nominal lamp voltage, the ballast design center will not vary more than 5% from rated lamp watts. Regulation - At any lamp voltage, from nominal through life lamp wattage regulation spread at that lamp voltage shall not exceed 18% for + 10% line voltage variation. - The luminaire manufacturer will supply ballast electrical data and lamp operating volt-watt traces for nominal and + 10% rated line voltage to verify ballast performance and compliance with lamp specifications, for the rated life of the lamp. Starting Requirements - The ballast must reliably start and operate the lamp in ambient temperatures down to -40 deg. F for the rated life of the lamp. Ballast primary current during starting must not exceed normal operating current. Lamp Current Crest Factor - The lamp current crest factor shall not exceed 1 .7 for + 10% line voltage variation at any lamp voltage, for nominal through life. - 4 - Ballast Power Factor - The power factor of the lamp-ballast system, shall not drop below 90% for 10% line voltage variations at any lamp voltage, through life. Capacitor Variance - The ballast design shall be such that the normal manufacturing tolerance for capacitors of + 6% will not cause more than a + 8% variation in regulation throu4E rated lamp life for nominal—line voltage. 10. PHOTELECTRIC RECEPTACLES Luminaires with photoelectric receptacles shall be in accordance with EEI-NEMA standards and prewired to the terminal board and quick disconnect plugs and shall be adjustable without tools. 11 . PHOTOMETRIC PERFORMANCE When used with the (200,250,310,400) High Pressure Sodium Lamp, the luminaire shall produce a m/s cutoff light distribution. The photometric performance of the luminaire shall as a minimum conform to the appropriate following table. SPECIFICATION FOR M-250A POWR/DOOR LUMINAIRE GENERAL ELECTRIC FOR CITY OF RENTON - 1 - CITY OF RENTON M-250A POWR/DOOR LUMINAIRE STANDARD LIGHTING UNIT This specifications covers the requirements for a street lighting luminaire with integral ballast, for use with a horizontal burning High Pressure Sodium. DETAILED REQUIREMENTS 1. HOUSING a. The housing shall be a precision aluminum die-cast. The housing shall enclose the slipfitter, reflector, lamp socket, terminal board and ballast components. b. Provision shall be made on the top housing to permit leveling of the unit. c. The housing shall be of adequate size to allow for operation of all of the components within their designed operating temperatures. d. Housing shall be able to withstand 1000 hour salt spray test. Per ASTM 117. e. The housing shall have an acrylic base electrocoat finish, the color to be ASA 70 gray. 2. SLIPFI'iThR a. The slipfitter shall be suitable to accept a 1-1/4" to 2" pipe and shall contain a pipe stop. b. Clamping and leveling of the luminaire to the mounting pipe. shall be accomplished by the tightening of 2 bolts which shall be accessible from within and without the unit. c. No re-arrangement of parts or separate parts shall be required when mounting the unit to either 1-1/4" or 2" pipe. 3. LAMP SOCKET a. The lamp socket shall be a mogul multiple porcelain enclosed. The rating of the socket shall exceed the lamp starting voltage. b. The screw shell of the socket shall contain integral lamp grips to assure electrical contact under conditions of normal vibrations. c. The socket shall be adjustable to any of 12 positions. d. Socket shall conform with TDJ-147 specification of EEI standards. 4. REFLECTOR a. The reflector shall be of the aluminum hydro-form construction finish with the Alzak process. b. The reflector shall be rigidly mounted within the housing to assure a firm surface for proper sealing when the unit is closed. c. Gaskets between the reflector and glassware shall be made of Ethylene Propylene Diene Monomer rubber. The optical assembly shall also contain an activated charcoal filter to be effective both • mechanically and chemically in removing airborne particulate and - 2 - gaseous matter and assure proper beathing of the optical assembly. This filter shall be so located so as not to interfere with the light distribution. 5. REFRACTOR a. The refractor shall be borosilicate prismatic glass,virgin acrylic or lexan polycarbonate. 6. DOOR GLASS HOLDER-DOOR a. The door glass holder-door shall be secured and hinged to the upper housing at one end and latched to the upper housing at the oppositeend with a spring loaded die-cast latch piece. The latch handle shall be of such size as to permit opening by a lineman when working with lineman's gloves when the luminaire is mounted either in it's normal position or upside down. 7. TERMINAL BOARD a. The terminal board shall be molded of Fiberglass Reinforced Polyester-protective barriers between each terminal. b. The terminal screws shall be of the captive type and each screw shall be equipped with wire grips which will automatically be raised and lowered as the terminal screw is operated. Terminals shall be capable of accepting up to #6AWG conductors. c. All components are to be prewired to clearly identified terminals. d. Terminal Board shall be a Dead Back design with no exposed electrical components. 8. HARDWARE a. All hardware shall be of non-corrosive or suitably protected metal, plated where necessary to prevent electrolytic action by contact with aluminum. 9. BALLAST a. The ballast shall be of the built-in design mounted within the luminaire in such a manner -that it can be easily disconnected by simple disconnecting plugs. b. The ballast and other auxiliary equipment shall be mounted on a separable • die-cast component of the luminaire to facilitate replacement. c. The High Pressure Sodium ballast shall be of the regulator design rated for volts. d. Ballast cor�am nations shall be of high quality electrical grade steel welded together to minimize noise and assure trouble free operation over the life of the luminaire. • - 3 - e. Ballast coils shall be precision wound on formed insulating bobbins and terminals shall be of a push on type connection. f. Components to provide the high starting voltage required by the High Pressure Sodium lamp shall be mounted on a printed circuit board which shall be easily accessible without disturbing other components of the total ballast assembly. g. General - Compliance with lamp specifications The ballast shall be capable of starting and operating one (70,200,150) watt High Pressure Sodium lamp from a nominal (120,208,240,277 or 480) volt 60 hz. power source within the limits specified by the lamp manufacturer. The ballast, including starting aid, must protect itself against normal lamp failure modes. The ballast shall be capable of operation with the lamp in an open--or short circuit-- condition for six months without significant loss of ballast life. The fixture manufacturer shall submit a statement to the effect that the ballast to be furnished is in full compliance with lamp- ballast specifications available to the fixture manufacturer from the lamp manufacturers at the time of the bidding. Lamp Wattage - For nominal line voltage and nominal lamp voltage, the ballast design center will not vary more than 5% from rated lamp watts. Regulation - At any lamp voltage, from nominal through life, lamp wattage regulation spread at that lamp voltage shall not exceed 18% for +10% line voltage variation. The luuninaire manufacturer will supply ballast electrical data and lamp operating volt-watt traces for nominal and +10% rated line voltage to verify ballast performance and compliance with lamp specifications, for the rated life of the lamp. Starting Requirements - The ballast must reliably start and operate the lamp in ambient temperatures down to -30°F for the rated life of the lamp. Ballast primary current during -starting 'must not exceed normal operating current. Ballast shall be capable of withstanding a 40-50% line voltage dip for four seconds without lamp extinction. Lamp Current Crest Factor - The lamp current crest factor shall not exceed 1.7 for +10% line voltage variation at any lamp voltage, for nominal through life. Ballast Power Factor*- The power factor of the lamp-ballast system, shall not drop below 90% for +10% line voltage variations at any lamp voltage, through life. Capacitor Variance - The ballast design shall be such that the normal - 4 - manufacturing tolerance for capacitors of +6% will not cause more than a +8% variation in regulation through rated lamp life for nominal line voltage. 10. PHOTOELECTRIC RECEPTACLES Luminaires with photoelectric receptacles shall be in accordance with EEI-NEMA standards and prewired to the terminal board and quick disconnect plugs. 11. PHOTOMETRIC PERFORMANCE When used with the (70,100,150) High Pressure Sodium lamp, the luminaire shall produce a ( ) light distribution. The photometric performance of the luminaire shall as a minimum conform to the appropriate following table. -See Drawing #s1-1 For Table- APPENDIX STREET LIGHT CONTACTOR CABINET a CABINET FOUNDATION A LOAD CENTER I. I 0 • .. . E TEST SWITCH a 48" Q �[ UTILITY PLUG STREET LIGHTING vent oo `0, CONTACTORS k a LC or "�J _ �1 6" MIN. N. 10 MIN. FRONT VIEW PLAN VIEW SIDE VIEW CABINET EQUIPMENT I. Pin tumbler-type stainless steel Best Core Lock(or equal) Keyed for CX-I with 2 Keys 2. 12 gouge (min.) galvanized sheet steel 3. Welded seam construction 4. Door with concealed hinges (left side) 5. Interior- white baked- on enamel 6. Exterior- gray- Etch galvanized surface. before painting. 7. Bottom open - 2"mounting flange (turned inward) on all sides 8. 4- 3/8"x 16" anchor bolts w/nuts and washers 9. 4- 1/4" triangular shaped corner lock-down plates CABINET FOUNDATION 4- V2"x 16" ANCHOR BOLTS 2" G.L. II II G.L. CONDUIT ENTR.AREA-' •%7 �•. •�z coo PLAN a 0 22" VIEW k2S2I •--- -� o • SIZE TO FIT CABINET (SIZE TO FIT CABINETI FRONT VIEW SIDE VIEW DETAIL SHEET lZ STREET LIGHTING CONTACTOR CABINET WIRING SCHEMATIC C ) • TYPE III SERVICE 120/ 240 VOLT T 0 0 MAIN BREAKER 2 POLE 240 VOLT I® ®: a 03 a BRANCH • J • —+ BREAKERS 'f— —�' s- OE a 120/240 VOLT • z a 16 POLE • TEST I Q SW ITCH :/ N � B) 0 ) r ...,_,-„,---, o - Ri.,BBCB) , I'I TERMINAL BLOCK UTILITY _ PLUG A (G.F I.) _ — I I -11 -, ``STREET LIGHTING CONTACTORS 0 • ai of 0 B B B B CIRCUIT WIRES TO LIGHTING RUNS 0 0 1: WIRING COLOR CODE TO GROUN!• PHOTO-CELL ROD MOUNTED ON A. WHITE JACKET (NEUTRAL) \ NEAREST B.(BLACK JACKET (LINE) p. l LUMIN-AIRE C. GREEN JACKET (GROUND) - ' D. RED JACKET ( LOAD ) E. GREEN OR BARE COPPER (GROUND) �-1Z ,P �/. /o- z-87 DETAIL SHEET Construction Notes 1 . The Contractor shall submit a request for materials approval at the earliest possible date. 2. As-Built drawings will be required on completion of all projects. 3. The Contractor shall notify all utilities regarding their facilities located within the project limits 48 hours prior to commencing work. 4. The Contractor shall be responsible for any damage to existing utilities. The Contractor shall notify the affected utility and the City immediately. upon damage.