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Permit DR-09-73 - PARKWAY PLAZA - LIGHTING
dr-09-73 17300 southcenter parkway 17500 southcenter parkway plaza lighting LIGHTING LIGHT PLAN Frank Todd, Mayor CITY op TUKWILA 14475 - 59TH AVENUE SOUTH TUKWILA, WASHINGTON 98067 5 December 1973 Jack A. Benaroya Company ATTN: Mr. Fred Hartwell 5950 - 6th Avenue South Seattle, Washington 98108 Dear Mr. Hartwell: The Tukwila Planning Commission, at it's regular meeting held 29 November 1973, further considered your request for an eighty -foot high light standard to be placed within the Parkway Plaza project area. As you know, the Commission tabled the matter at the regular September meeting to allow you and Mr. Hillis, your attorney, to gather technical data regarding the request. The matter was further tabled at the regular October meeting at the request of Mr. Hillis. The Planning Commission, on 29 November 1973, officially denied the request in light of the present and near - future need for energy conservation. Any questions regarding this matter may be directed to this office at 242 -2177. GC / cc: Mayor Todd Sincerely, dry rutchfiel Pla ning Techni PLANNING DEPARTMENT Frank Todd, Mayor CITY of TUKWILA Councilpersons: 6230 SOUTHCENTER BLVD. TUKWILA, WASHINGTON 98067 PLANNING DEPARTMENT President, City Council City of Tukwila Tukwila, Washington 98067 The City Council, on 14 January 1974, entertained an appeal from the decision of the Planning Commission regarding a proposed 80 -foot light standard to improve the level of parking lot lighting at the Parkway Plaza development on Southcenter Parkway. Several points of discussion were heard and the Council tabled the matter to allow all Councilpersons to view the subject site. The appellent suggests that any structure may be erected to a height not in excess of 300 feet in light of Chapter 18.60.035 of the Tukwila Municipal Code. That paragraph states " ... buildings may be erected to a height not to exceed three hundred feet ... ". The term 'building', as defined in Section 18.06.120, properly indicates the type of structure (as defined in Sec- tion 18.06.680) allowed to be constructed in excess of the thirty -five foot height limit stated in Sec- tion 18.32.030. .17 January 1971 A structure, as used in Section 18.32.030, is any "combination of materials constructed and erected ". A building, as used in Section 18.60.035, is defined as a structure. In simple terms, Section 18.32.030 allows any structure, be it a sign, building or light standard, to be erected up to thirty -five feet. Section 18.60.035 modifies that regulation by allowing buildings to be erected not in excess of three hundred feet. The obvious reason for the use of differing terms is to specifically define what type of structure may exceed the GC /lt • President, City Council cc: Mayor Todd Churn, Ping Comm Respectfully, Page 2 basic thirty -five foot height limit. That basic height limit is to provide a form of continuity and compat- ability of development. Certainly a three - hundred foot . high building does not need three hundred foot high light standards or signs. Neither do thirty -five foot high buildings need signs or light standards in excess of thirty -five feet. There is usually more than one alternative to any given problem. The City has been asked to accept•an alternative which is inconsistent with the existing developments and which would set a strong precedent for similar future requests. It is the general concensus of the Planning Commission that other alternatives exist, such as installing two or three additional twenty -five foot high light standards in the particular areas the appellent is concerned about. This alternative would provide a normal standard of lighting while all structures would comply with the height restrictions and not set a precedent for varying extremes of light standard heights. . The Planning Department strongly urges serious consid- eration by the City Council of the alternative outlined above in their review of the appeal. Richard B. Hansen Acting Planning Coordinator Minutes, 29 November 1973 Page 2 Mr. Harold Blean, McCann Development Corporation, stated he would attempt to answer any questions but felt the drawing speaks for itself. No one was present to speak against the request. Chairman Mettler closed the Public Hearing at 8:14 p.m. Mr. Saul asked about setback and landscaping along the Green River and Mrs. Harris asked what natural vegetation would be preserved. Mr. Blean informed Commission that the centerline of the railroad lead track will be 50 feet from the outer edge of the dike. This would, in effect, create a building setback of approximately seventy to eighty feet. Mrs. Harris requested knowledge of sewer locations since it is required for preliminary plats by Chapter 17.16.010 of the Tukwila Municipal Code. Mr. Stack, Harstad Associates, explained that City has no adequate Comprehensive Sewer Plan for the area but is considering one prepared by his firm; however, it has not been adopted by Council. Stated that this plat would provide sewers in a manner consistent with the decision by the Council regarding the proposed Compre- hensive Sewer Plan. Mrs. Harris and Mr. Lamb stated necessity of preliminary plat depicting sewers in accordance with Code. Mr. Stack submitted the proposed Comprehensive Sewer Plan as that of the preliminary plat. Commission deemed the general street alignment and general flow of sewers to be adequate. Motion by Mr. Link, seconded by Mr. Zepp and carried to recommend to the City Council that the preliminary plat, regarding general alignment of streets and general flow of sewers, be approved as submitted. Lighting Review - Parkway Plaza Mr. Hansen read staff comments noting the applicant had asked this matter be tabled at the October meeting and has not submitted the additional information requested at the September meeting. (7 .'. Minutes, 29 November 1973 Page 3 Motion by Mr. Sneva, seconded by Mr. Saul and carried that in light of the present and near future need for energy conservation this request is denied. By -Law Amendments Motion by Mr. Sneva and seconded by Mr. Saul to place this matter at the end of this evening's agenda. Motion carried with Mr. Lamb voting NO. Sign Review - Sam Heller Mr. Hansen read staff comments noting the revised plan conforms to the Sign Code. Motion by Mr. Saul, seconded by Mr. Lamb and carried to approve the plan as revised. Political Signs Mr. Hansen read letter from John Richards, Building Official, requesting advise as to the intent of the Sign Code with regard to political campaign signs. Heated discussion regarding regulating size of political campaign signs ensued. Motion by Mr. Lamb, seconded by Mr. Saul and carried to table this matter to the next regular meeting. NEW BUSINESS: PUBLIC HEARING - Comprehensive Plan Change - Todd Mr. Hansen read Staff comments and pointed out property on map. Chairman Mettler opened the Public Hearing at 9:16 p.m. Mr. Frank Todd, 14446 - 59th Avenue. South, pointed out that he recently purchased the property from Puget Power with the understanding it was zoned M -1. However, Planning Department has informed him the zoning map shows the entire Puget Power right -of -way is zoned M -1 except that portion fronting his property and for no explainable reason. No one was present to speak against the request. Minutes, 25 October 1973 Page 4 Motion by Mr. Zepp, seconded by Mr. Harrison and carried to approve the plan as amended by Mr. Dave McNabb in discussion above. ARCO Southcenter Boulevard - Sign Staff noted applicant desires to raise their existing freestanding sign an additional ten (10) feet to a height of twenty -nine (29) feet. However, the proposal does not comply with the setback requirement. Motion by Mr. Sneva, seconded by Mr. Lamb and carried to deny the request due to non - compliance with the setback requirement. Parkway Plaza - Sign Staff noted the proposed sign complies with the Sign Code and recommends approval. Motion by Mr. Harrison, seconded by Mr. Zepp and carried to approve the plan as submitted. J. W. Phillips - Sign Staff noted the proposed sign complies with the Sign Code. Also noted a freestanding sign exists on the site. Motion by Mr. Sneva, seconded by Mr. Zepp and carried to approve the plan as submitted subject to removal of the existing freestanding sign. Sam Heller —Sign Staff noted the proposed signs for a tenant of the Parkway Plaza building do not comply with the Sign Code as a portion of the sign extends avove the parapet line. Also, the applicant requests a wall sign on the south elevation as well as the west elevation. Staff noted this concept has been approved for the tenant at the other end of the building, setting a precedent. Motion by Mr. Harrison, seconded by Mr. Zepp and carried to table this matter to allow the applicant to revise the plans to comply with the provisions of the Sign Code. Segale Business Park - Sign Staff noted the Sign Code requires a twenty (20) foot setback from intersections and limits number of freestanding signs per complex to one. Minutes, 25 October 1973 Page 2 hand -out. Requested a work meeting be scheduled for study of this matter. Chairman Mettler scheduled work meeting for Thursday, 1 November 1973. Burlington Northern Rezone Chairman Mettler noted that this item has been tabled until such time as the zone revisions are completed. Tri -Way Industries Mr. Moss explained revised site plan which now complies with the parking requirements, also read Staff comments. Motion by Mr. Kirsop, seconded by Mr. Zepp and carried to approve the revised site plan as submitted subject to technical review by appropriate City officials. Parkway Plaza - Lighting Review Mr. Moss informed Commission the applicant had requested, this afternoon, that this matter be tabled to allow further study to be accomplished by the applicant. Motion by Mrs. Harris, seconded by Mr. Harrison and carried to table this matter to the next regular meeting in accord- ance with the applicant's request. NEW BUSINESS: Amendments to By -Laws Upon reading the proposed By -Laws, as amended by the ad -hoc committee appointed at the last regular meeting, it was noted that some changes are needed. Motion by Mr. Lamb, seconded by Mr. Kirsop and carried to table this matter to the next regular meeting to allow discussion of changes during the next work meeting. BOARD OF ARCHITECTURAL REVIEW: Don Koll Phase III - Site Plan Chairman excused Mr. Sneva from participation in this matter due to his private interest in the project. Minutes, 4 October 1973 Page 2 Tri -Way Industries - Site Plan Review Mr. Moss read staff comments noting that parking require- ments cannot be met without providing parking within the 30 foot space between buildings. This creates a problem for emergency vehicles such as fire protection. Mr. Zepp pointed out this would set a precedent as the Andover A.C.C. has historically precluded any parking within the sideyards. Motion by Mr. Lamb, seconded by Mr. Link, and carried to table this matter to allow the applicant to justify his parking arrangement. r Plaza - Lighting Review Mr. Moss read staff comments and displayed site plan depicting locations of light standards and location of requested 80 foot standard. Noted the light requested is similar to those used at freeway interchanges with high - intensity lights. Commission discussed shielding, glare, and other conse- quential effects of the proposed light standard. Also questioned the specific need - -for safety or identification. Also questioned effects on residents and vehicular traffic near McMicken Heights. Mr. Jerry Hillis, Attorney, suggested, upon query of the Commission, details could be provided regarding the effect of the psopos and what the light standard would look like. Motion by Mrs. Harris, seconded by Mr. Saul and carried to table this matter to allow staff and applicant to work out details regarding this proposal and submit to the Commission at the next regular meeting. Tempo 20 - Site Plan Review Mr. Moss read staff comments indicating a third floor is proposed to be added to the existing Tempo 20 building. Parking is adequate and surpasses Code requirements. Motion by Mr. Link, seconded by Mr. Saul and • carried to approve the site plan as presented. CITY of TUKWILA 14475 - 59TH AVENUE SOUTH TUKWILA, WASHINGTON 98067 14 December 1.973 Jack A. Benaroya Company ATTN: Mr. Dick Bristol 5950 - 6th Avenue South Seattle, Washington 98108 Dear Mr. Bristol: Frank Todd, Mayor "The request is entirely inappropriate in that it would provide far in excess of any kind of standard of parking lot lighting and that it is strictly a beacon to draw attention to the place and for those reasons I would move the request be denied." PLANNING DEPARTMENT This letter is in response to the meeting of this morning between Mr. Jerry Hillis,. yourself, Mr. Dick Hansen and myself regarding the Planning Commission's denial of your request for the approval of the Board of Architectural Review for the eighty -foot light standard. As you may recall, you asked for any reasons for the denial other than those stated in the letter dated 5 December 1973. Upon reviewing the taped transcription Of the proceedings of the Planning Commission meeting held 29 November 1973, I have discovered that the reasoning of the motion, as stated in the aforementioned . letter, differs from that stated within the actual motion. I offer the following verbatim excerpt from the 29 November 1973 tape: My sincere apology is extended for the obvious error in constructing the minutes of the 29 November 1973 . meeting, I apparently confused the reason Mr. Hillis gave for requesting the matter be tabled with the rationale of the motion which denied the proposal. The minutes of 29 November 1973 meeting have not been distributed as Mr. Dick Bristol yet and neither have they been reviewed for approval . at a regular meeting as required by standard parlia- mentarian procedure. This, of course, will be accom- plished at the next regular meeting, 24 January 1973. Please disregard the previous letter informing you of• the denial as it does not reflect the true rationale . of the denial. Do not hesitate to contact me if you desire to discuss this matter any further. GC /Tt cc: Mayor Todd Jerry Hillis Sincerely, Page 2 Gary Crutchfield Planning Technician CONSIDERATIONS OF ATTORNEY'S LETTER REGARDING BENAROYA'S 80 -FOOT LIGHT 1. Personal feelings and personal philosophy is certainly capricious and open to debate. 2. The light must be considered a structure, as defined in 18.06.680 of the Tukwila Municipal Code, as it is constructed of more than one piece of material and is certainly not mobile but attached to a permanent location. 3. The reference to that portion of the definition exemptiytg from restriction such objects as "residential fences, retaining walls of less than 3 feet in height, rockeries and similar improvements of minor character." This can only mean that minor improvements similar to those described (such as residential walls) are not to be considered structures, but an improvement of minor character. Obviously, on 80 -foot light . standard cannot be considered an improvement of minor character. 4. As for being paternalistic - -it is the expressed responsibility of the Planning Department, Planning Commission and the City Council to enforce ordinances which have been established in the best interest of the general public. If these ordinances are not going to be enforced, repeal them. 5. The fact that one industrial developer is bearing the entire financial burden of an improvement is immaterial. Why should anyone else pay for a private improvement? 6. This City contains an envious industrial park -- thanks to the "paternalistic" control of the Andover Industrial Park's Architectural Control Committee. Should this body, after working so diligently with previous developers to ensure a high quality industrial center established through a continuity of standards, destroy this effort by allowing such a gross exception to the established standards? c JACK A. BENAROYA COMPANY 5950 SIXTH AVENUE SOUTH • SEATTLE, WASHINGTON 98108 • (206) 762 -4750 September 6, 1973 Mr. Del Moss, Planning Coordinator City of Tukwila 6230 Southcenter Boulevard Tukwila, Washington 98067 Subject: Parkway Plaza - Installation of 80' high light standards. Gentlemen: The attached site plan print indicates the parking area lighting and foot - candle ratings at the effective radius from the fixture to be provided for the Parkway Plaza development. In an effort to provide more light to the parking area, without cluttering the area with addi- tional low -level lighting, we request approval to install one 80' high light standard with a cluster of high intensity luminaires similar to the fixtures used by the State Highway Department at freeway inter- changes. The enclosed literature describes two types of installations available from national manufacturers. Present scheduling indicates that the delivery of the luminaire clusters will take 3 -5 months, so actual installation possibly would not occur until after the first of the year. Our concern is over the shadow areas created by the low -level lighting and the possible impairment of the safety of customers and /or passers- by. Additional low -level lighting standards would add to the number of obstacles within the parking area, as well as requiring extensive cutting of the asphalt and lengthy conduit and wiring runs. The high pole light would also add to the general illumination of South - center Parkway creating better visibility for access and egress into the development. Thank you for your consideration. FRED HARTWELL Architect GENERAL CONTRACTORS • DEVELOPERS OF COMMERCIAL AND INDUSTRIAL BUILDINGS FOR SALE OR LEASE LAkeview 2-6596 JOHN : M. BETZVOC+, JR. B. T. HEINZ COMPANY, INC. .IGHTING THE NORTHWEST MANUFACTURERS' REPRESENTATIVES 6001 - 26TH AVENUE N.E. • SEATTLE, WASHINGTON 98105 15616 WEST VALLEY HWY. RENTON, WASH. 98055 PHONE (206) 242.2622 VERN C. SCHACHT From the desk of .. VERN SCHACHT • AA c eiftse''.;, c,.. o ad O Air ou ,loose j"' 010P4•91.V,•".414r. ',S %O getrAolos .S'e>ot Coo 1 2 444 iese 7 . w.,r e c 449 LAkeview 2-6596 JOHN M. BETZVOG, JR. B. T. HEINZ COMPANY, INC. , IGHT1NG THE NORTHWEST MANUFACTURERS' REPRESENTATIVES 6001 - 25TIL AVENUE N.E. • SEATTLE, WASTUNOTON 98105 11.472 IFLIIIIII 15616 WEST VALLEY HWY. RENTON, WASH. 98055 PHONE (206) 242.2622 VERN C. SCHACHT . . • g Meyer Industries, Inc. Red Wing, Minnesota 55066 SUGGESTED SPECIFICATIONS TULITO LIGHT LOWERING DEVICE 1. The Luminaire Ring shall be fabricated from a tubular steel member integrally weld- ed together to serve as the wire raceway for all electrical connections to the lights. It shall be of a 3 "x2 "x3 /16" section in a round con- figuration to accommodate the number of lights stated in the specifications. The fixture slip- fitters are 2" steel pipes which are threaded into the hubs which are welded into the ring. With the slip- fitters removed, the hubs become convenient handholes to facili- tate wiring the ring. After fabrication the ring shall be cleaned of all oil and other contami- nants and etched to a mil anchor pattern of 1 mils by means of a shot blast or direct commercial blast, after which it will receive the same coating system as the pole. 2. The luminaire ring shall be suspended from and held in place by three stainless aircraft quality 7x 9 construction suspension cables (3/16" diameter). The cables have swaged -on fittings for attachment to a spring - loaded ca- ble terminator. 3. The mast head, assembly will consist of a weathering steel mounting plate with the lift- ing assembly welded to the plate. The lifting sheaves are factory mounted on stainless TECHNICAL BULLETIN 204 • 4d! -• ,��.��r�:7•s.: tea- t'l�:id;. • GO': I,lt,hG E. ELAICAL .. , , X915, " - • MAY 2 2 1973 \'/SG • i C E!, ELI I. :D 1C. FILE Printed in U.S.A. steel pins which incorporate permanently lubricated bronze bushings. Keeper pins are provided to preclude the possibility of the lifting cables riding out of the sheaves. The entire assembly is totally enclosed by a white fiberglass cover. The only openings on the head frame are the holes through which the lighting cables and power cable pass. 4. The system will be designed so that it will normally hold the ring fixture firmly in the raised position. No mechanical latches will be allowed. The hoisting assembly consists of a winch with adequate capacity to handle the predetermined specified payload. The winch is powered by a 1/2" reversible electric drillmotor. The system incorporates a torque limiter to prevent overloading of the lifting cables when the lighting ring is seated. When seated at the top, the lighting ring will be supported by the three lifting cables and by two auxiliary cables which totally free the main winch cable from the load. 5. This system is designed to operate on a pole of predictable length and straightness. Therefore it is recommended that a single piece pole be used as the supporting member. When shipping limitations preclude a single piece pole, the pole will be shipped in sec- tions and field welded to form a single piece pole. 6. Means shall be provided to energize the light assembly when it is at ground working level. 7. Rollers shall be provided on the inside di- ameter of the lighting ring to prevent hangup during operation or damage to the finish coating on the pole. 8. All power disconnect points must be lo- cated at a working level not to exceed 5 feet above the base plate. 9. The downward travel of the light mount- ing ring shall be sufficient to lower the lights to a distance of 5 feet above the baseplate. 10. A positive positioning method shall be supplied to prevent rotational or horizontal movement of the frame when in the raised position. 11. The lowering device power cable shall be of reinforced construction and will maintain its flexibility at temperatures of -20 °F. 12. A safety device shall be provided to pre- vent freefall of the luminaire ring if the winch cable should fail during raising or lowering. 13. See TSB 201 for pole specification. Technical Bulletin No. 204 Printed in U.S.A. Page 2 MAST HEAD ASSEMBLY POLE FLANGE MAST HEAD LOCATING HOLE LUMINAIRE RING SUSPENSION CABLE POWER CABLE GUIDE CABLE TEST RECEPTACLE WINCH WINCH SUPPORT BEAM Technical Bulletin No. 204 HANDHOLE J MODEL 65 LOWERING DEVICE POWER CABLE CABLE TERMINATOR' WINCH CABLE LUMINAIRE STUB WINCH CABLE FIBERGLASS DOME CABLE RETAINER BOLT SUSPENSION CABLE ROLLERS LOCATING PIN PORTABLE ELECTRIC DRILL MOTOR ENGAGED INTO HEAVY-DUTY GEAR BOX IS USED TO LOWER LIGHTING RING GUIDE CABLE AUXILIARY CABLE WINCH MOUNTING HOLES WINCH SUPPORT BEAM (Shown Removed From Pole for Clarity) 'Standard Terminator Shown. Broken Winch Cable Safety Terminator Optional. Printed in U.S.A. TULITO LOWERING DEVICE 1. Three point adjustable suspension holds the light assembly level during the raising or lowering sequence. 2. No latches or other mechanical devices to mal- function. 3. Power disconnect point is located at ground working level. 4. Main power lead can be plugged into light as- sembly to check lights while they are in the low- ered position. 5. Winch can be driven by a portable electric drill motor with transformer. 6. The system can be designed to accommodate any number of lights. 7. Pole is supplied in a single piece to eliminate need for jacking sections together. Raising /lower- ing unit is installed on the ground. Single piece pole is conveniently erected. 8. Rollers on the inside surface of the light ring eliminate hangups and prevent damage to pole surface during operation. 9. Lowering device can be supplied for any pole regardless of height. 10. Auxiliary cables remove load from winch when system is not being raised or lowered. 11. Broken winch -cable safety device is available to prevent freefall of luminaire ring during lower- ing or raising operation should a winch cable fail- ure occur. 12. Cable retainer bolts prevent support cables from riding out of sheave during the raising -low- ering sequence. 13. The fiberglass dome is available in different colors. 14. Mast head assembly is factory assembled. 15. The luminaire ring forms a totally enclosed raceway for the wiring. 16.. Locating pins on luminaire ring provide pos- i positioning at the top and maintain ring in a rigid solid position. l7. Cable terminator travels on two guide cables which maintain orientation of the cables and pre- vent twisting. 18. Access to winch is through a 10" x 16" rein- forced handhole. Page 3 One piece time - saving assembly and erection. Pre - assembled anchor bolt cluster for fast foundation installation. or Efficient pile delivery IV rail or truck. Printed in U S.A. • 1{aisintt-liiwerilli-i %%inch is driven by pnrt- able electrir. ii iii Iiiii It (I. , roQi, .1. ' tit e tinte-saving II (U "•••■ assembly and Pre-assembled anchor huh cluster fit . fast fnundittinn installation. Tite-Lite Floodlight For metal halide, mercury vapor and high pressure sodium lamps General Information Tite -Lite provides the coverage of a floodlight with the precise beam control of a spotlight. This remarkable floodlight — designed specifically for new 1500 watt metal halide and 1000 watt high pressure sodium lamps —puts high levels of light on large vertical and horizontal surfaces from a great distance. Tite - Lite's extremely long beam throw and concentrated, sharply defined pattern of light result in fewer pole locations ... a distinct economic advantage for lighting stadiums, skyscrapers, large outdoor work and storage areas and similar installations. Floodlight is supplied with mast fitter for 2" standard pipe and with integral but separately housed ballast. Ballast and floodlight are shipped in separate cartons. Lamps are not included. 48 fi `1 "'" �h' �9'st' cr •• Mt ` 1h9!' nn +t�Re..n rtct•:r ,ru:�b, .F!y , . � .?•I,.r.,.aT!,, . . w . � r t � , . , � . . . y :. � dt>r�;a�n ^� . • ..,,.,,..,..., ..,... Design Features 1. Heavy duty cast aluminum fixture body with corrosion resistant grey industrial coating. 2. Adjustable tension latches with release hinged lens assembly for easy relamping. 3. Heat and Impact resistant tempered glass lens; will not discolor. 4. Extruded aluminum lens frame. 5. High temperature lens gasket seals out dust, moisture and insects to maintain maximum Illumination. 6. Asbestos lined "Stabilux" socket to maintain lamp in precise focal position, guard against physical shock. 7. Choice of reflector design. One -piece spun aluminum reflector for tightest beam; segmented specular aluminum for optional beam patterns (reflectance: 85 %). 8. Calibrated mounting arm permits 180° adjustment (from straight up to straight down) for precise aiming. 9. Locator locking device permits return of floodlight to original aiming position after relamping. 10. Access plate for field wiring held In place by four captive stainless steel screws. 11. 1/2" pipe plug provided In ballast compartment for primary electrical connection when overhead wiring is used. 12. Gasketed wiring compartment Is hinged for easy access to ballast and capacitors. Integral ballast is encapsulated In a special compound to seal out moisture and properly dissipate heat; capacitors are separate from ballast for ease of maintenance. 13. Mast fitter for 2" standard pipe. 14. 13ullt -in aiminfl device. Ordering Guide— , Tite -Cite Floodlight 1. Fixture Type and Wattage Select fixture type and wattage from the ordering table, this page, 2. Reflector Options Select type B (narrow), T (very narrow) or A (medium) reflector. Beam patterns and basic photometric data for the various lamp and reflector combinations recommended are shown below. (Complete photometric reports are available from the factory upon request.) 3. Ballast Select type and primary voltage from the ordering guide. For complete electrical characteristics see ballast section of catalog. Accessories See page 61. Dimensions Shape of Pattern: Reflector : Lamp: P ?e� ' 1f r! 9( r4IPIP' f( fkia' GI; ptiA! tt! I1 hi!f M x!! 1(!' f`. tll! rz!! 1n 'dNi t •: � Floodlights for Mercury Vapor, High Pressure Sodium and Metal Halide Lamps Basic Catalog Number (Includes mast fitter) Ballast Type Floodlights for 1500 watt metal TL- 15004 )WR8.8 Regulating, HPF TL- 15004 )WRB•N Regulating, HPF TL- 15004 )WRB•D Regulating, HPF TL- 15004 )WRB.E Regulating, HPF TL- 15004 )WB.D Reactor, HPF Floodlights for 1000 watt high pressure sodium lamps TLL- 10004 )WRB•BX Regulating, HPF 120 x 240 N/A N/A TLL - 10004 )WRB.NX Regulating, HPF 208 N/A N/A TLL - 10004 )WRB.DX Regulating, HPF 480 N/A N/A TLL- 10004 )WRB -EX Regulating, IIPF 277 N/A N/A TLL- 10004 )WB -DX Reactor, HPF 480 N/A N/A Floodlights for TL- 1000 -( )WRB.B TL- 1000•( )WRB•N TL- 10004 )WRB -D TL-10004 )WRB.E TL- 10004 )WB -D TL- 1000 -( )WRB -B -20 TL- 1000 -( )WRB -N.20 TL- 1000 -( )WRB•13-20 TL- 1000 -( )WRB.E.20 1000 watt metal Regulating, HPF Regulating, HPF Regulating, HPF Regulating, HPF Reactor, HPF 'Multi•Vapor only. Metalarc and Westinghouse metal halide to + 50 °F. 2 01d style Multi -Vapor MV 1000 /.HBU /E to.20 °F. Note: Projected area for Tite -Lite floodlights is given on page 101. Primary Voltage halide lamps 120 x 240 N/A 208 N/A 480 N/A 277 N/A 480 N/A Regulating, HPF 120 x 240 to -20 °F Regulating, HPF 208 to -20 °F Regulating, HPF 480 to .20 °F Regulating, HPF 277 to .20 °F Lamp and Reflector Selection Guide Reflector Type B A B metal halide Lamp 1500w metal halide 42 °H x 31 °V 1000w metal halide 42 °H x 31 °V 1000w HPS 86 °H x 44 °V 1500w metal halide 45 °H a 16 °V 1000w metal halide 45 °H x 16 °V 1000w HPS 74°Fl x 30 °V 1000w HPS T metal halide Mercury Vapor Beam Spread 117 °H x 116 °V Lamp Type Metal Halide to -20 °F to -20 °F to -20 °F to .20 °F to -20 °Fr to -20 °F to -20 °F to -20 °F to -20 °F Typical Distribution Patterns Drawings show shape of pattern only and are not to scale High Pressure Sodium N/A N/A N/A N/A N/A to -20 °F to .20 °F to •20 °F to .20 °F to .20 °F halide and mercury vapor lamps 120 x 240 to .20 °F to 50 °F N/A 208 to .20 °F to 50 0 F 2 N/A 480 to -20°F to 50 °F N/A 277 to -20 °F to 50 °F N/A 480 to -20°F to 50 °F N/A N/A N/A N/A N/A Est. Shpg. Wt. (Ibs) 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 B T A high pressure high pressure high pressure sodium sodium sodium 49 a°- ...... 'F;AItwRLfr.^.^ I'/01 -ol f �o o 9o; i .a o o , ;� • iz .�� p ° % w � ° tlo gooM1 l • _ �° i / F y ; �,uu j ..,"'tt 1� .. '....:N>, ' 1 ". i ..Sl�i� ? it' +. a�h7.;'� yy •�l.F_,` ,, t. V. Ordering Guide— , Tite -Cite Floodlight 1. Fixture Type and Wattage Select fixture type and wattage from the ordering table, this page, 2. Reflector Options Select type B (narrow), T (very narrow) or A (medium) reflector. Beam patterns and basic photometric data for the various lamp and reflector combinations recommended are shown below. (Complete photometric reports are available from the factory upon request.) 3. Ballast Select type and primary voltage from the ordering guide. For complete electrical characteristics see ballast section of catalog. Accessories See page 61. Dimensions Shape of Pattern: Reflector : Lamp: P ?e� ' 1f r! 9( r4IPIP' f( fkia' GI; ptiA! tt! I1 hi!f M x!! 1(!' f`. tll! rz!! 1n 'dNi t •: � Floodlights for Mercury Vapor, High Pressure Sodium and Metal Halide Lamps Basic Catalog Number (Includes mast fitter) Ballast Type Floodlights for 1500 watt metal TL- 15004 )WR8.8 Regulating, HPF TL- 15004 )WRB•N Regulating, HPF TL- 15004 )WRB•D Regulating, HPF TL- 15004 )WRB.E Regulating, HPF TL- 15004 )WB.D Reactor, HPF Floodlights for 1000 watt high pressure sodium lamps TLL- 10004 )WRB•BX Regulating, HPF 120 x 240 N/A N/A TLL - 10004 )WRB.NX Regulating, HPF 208 N/A N/A TLL - 10004 )WRB.DX Regulating, HPF 480 N/A N/A TLL- 10004 )WRB -EX Regulating, IIPF 277 N/A N/A TLL- 10004 )WB -DX Reactor, HPF 480 N/A N/A Floodlights for TL- 1000 -( )WRB.B TL- 1000•( )WRB•N TL- 10004 )WRB -D TL-10004 )WRB.E TL- 10004 )WB -D TL- 1000 -( )WRB -B -20 TL- 1000 -( )WRB -N.20 TL- 1000 -( )WRB•13-20 TL- 1000 -( )WRB.E.20 1000 watt metal Regulating, HPF Regulating, HPF Regulating, HPF Regulating, HPF Reactor, HPF 'Multi•Vapor only. Metalarc and Westinghouse metal halide to + 50 °F. 2 01d style Multi -Vapor MV 1000 /.HBU /E to.20 °F. Note: Projected area for Tite -Lite floodlights is given on page 101. Primary Voltage halide lamps 120 x 240 N/A 208 N/A 480 N/A 277 N/A 480 N/A Regulating, HPF 120 x 240 to -20 °F Regulating, HPF 208 to -20 °F Regulating, HPF 480 to .20 °F Regulating, HPF 277 to .20 °F Lamp and Reflector Selection Guide Reflector Type B A B metal halide Lamp 1500w metal halide 42 °H x 31 °V 1000w metal halide 42 °H x 31 °V 1000w HPS 86 °H x 44 °V 1500w metal halide 45 °H a 16 °V 1000w metal halide 45 °H x 16 °V 1000w HPS 74°Fl x 30 °V 1000w HPS T metal halide Mercury Vapor Beam Spread 117 °H x 116 °V Lamp Type Metal Halide to -20 °F to -20 °F to -20 °F to .20 °F to -20 °Fr to -20 °F to -20 °F to -20 °F to -20 °F Typical Distribution Patterns Drawings show shape of pattern only and are not to scale High Pressure Sodium N/A N/A N/A N/A N/A to -20 °F to .20 °F to •20 °F to .20 °F to .20 °F halide and mercury vapor lamps 120 x 240 to .20 °F to 50 °F N/A 208 to .20 °F to 50 0 F 2 N/A 480 to -20°F to 50 °F N/A 277 to -20 °F to 50 °F N/A 480 to -20°F to 50 °F N/A N/A N/A N/A N/A Est. Shpg. Wt. (Ibs) 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 130 B T A high pressure high pressure high pressure sodium sodium sodium 49 a°- ...... 'F;AItwRLfr.^.^ Beam lumens: 55,49 Max. candlepower: 216,200 Beam efficiency: 42. 6%Totat efficiency: 61.8% Noriz. spread: 85. 7 — Total lmens: 80 Vert. spread: 44.2° NIMA type: 5H x 3V 111111\ 31 58 ■ � 3000 50000 75000 150000 20000 ■� ,, _ , . MEd 179 1331I ■ ■■ 100000 . ' 127 15.1 8034 10000 10000 1000. 50000 50000 7500 inne 230 150 16 101 31 21 , 241 328 357 270 166 18 ` ' I', __ 403 382 340 155 31 521 521 452 313 186 I�� ► 431 416 383 194 171 21 ,/ 834 718 504 0 / '��' in ,r 191 19 '. ` 490 540 559 488 295 93 ` `, ` ��, 881 536 318 I ••� L,.:,536815911126351216:1162707876918084,9)68: `` 933 107'.1010 798 412 13 1 4 146. 1012 567 363 IBS 123 489 15 145.100' 596 366 197 23 UUUI .. I II l ' mu 45 6. 1174 852 546 343 185 j 22 811' 1, 9 / '.011 116 1801 405 97 ■ b 196 1611 110 1111 I• /7 1111 335 261 166 345 8 IIII.' 51 210 207 136 435 427 408 335 21/41 9u tilli 425 397 348 271 X 81 2.483 107 41 Beam lumens: 55,49 Max. candlepower: 216,200 Beam efficiency: 42. 6%Totat efficiency: 61.8% Noriz. spread: 85. 7 — Total lmens: 80 Vert. spread: 44.2° NIMA type: 5H x 3V 111111\ 31 58 ■ � 3000 50000 75000 150000 20000 ■� ,, _ , . MEd 179 1331I ■ ■■ 100000 . ' 127 15.1 228 230 150 16 ,;` , 241 328 357 270 166 18 1 ` , � ' 521 521 452 313 186 19 , ,/ 834 718 504 345 191 19 `, 120. 881 536 318 186 22 1 4 146. 1012 567 363 IBS 123 ' I 145.100' 596 366 197 23 UUUI .. I II l ' mu ' 6. 1174 852 546 343 185 j 22 811' 1, 9 / '.011 116 1801 II ■ b 196 1611 110 1111 I• /7 1111 335 261 166 IIII.' 51 210 207 136 71 Ir 9u 13 11 -� Beam lumens: 55,49 Max. candlepower: 216,200 Beam efficiency: 42. 6%Totat efficiency: 61.8% Noriz. spread: 85. 7 — Total lmens: 80 Vert. spread: 44.2° NIMA type: 5H x 3V Beam lumens:77,224 Max. candlepower: 107,200 Beam efficiency:59. 4% Total efficiency: 64.4% Floriz, spread: 117' Total lumens: 83,758 Vert. spread:116° NI:MA type: 6 1LL-1000-A Lamp designation: LU -1000 Lamp watts: 1000 Lamp lumens: 130,000 CANDLEPOWER DISTRIBUTION CURVE TLL- 1000 -B Lamp designation: LU -1000 Lamp watts: 1000 Lamp lumens: 130,000 uu• 36 CANDLEPOWER DISTRIBUTION CURVE TECHNICAL INFORMATION FROM INDEPENDENT TEST REPORTS 60' 50` 40 30' 20' 10° 0° 10 20' 30 40 50 6 18' 15' 12' 6' 0' 3` 9 12' 15 18' AVERAGE ISOCANDLE CURVES AVERAGE ISOCANDLE CURVES 44. TOTAL LUMENS 70 60 50 40 30 20 10 0 10' 20 30 40' 50 60 70 44. TOTAL LUMENS 48" 40' 32" 24' 16" 8" 0" 8" 16' 24' 32 40' 48" BALLAST § Lamps tt (Not Included) Luminaire • Cat. No. (less Lamp(s)) IES Light Dist, Photometric Curve No. Approx. Net WI, lbs. Watts Volts Type A - 1000 C7901115X MOH I /X 120 Mercury (Regulator) H1000DX36.15 C7250008 35-174408 73 208 Mercury (Regulator) H10000X36.15 C7250009 35-174408 73 240 Mercury (Regulator) H10000X36.15 C7250010 35-174408 73 277 Mercury (Regulator) H1000DX36.15 C7250011 35-174408 73 480 Mercury (Regulator) H1000DX36-15 C7250012 35-174408 73 480 Mercury (Reactor HPF) H1000DX36.15 C7250013 35. 174408 70 . 120 Metal Halide (Auto- regulator) v MV1000 /HBD /E C7258052 35. 174471 73 1000 208 Metal Halide (Auto - regulator) v MV1000 /HBD,'E C7250050 • _ 35-174471 73 240 Metal Halide (Auto- regulator) v MV1000 /HBD /E C7250053 35-174471 73 277 Metal Halide (Auto - regulator) v MV1000 /HBD /E .. C7250051 35-174471 73 480 Metal Halide (Auto - regulator) v MV1000 /HBD /E . C7250014 . • 35-174471 73 120 Lucalox (Auto - regulator) LU1000 /BD • C7250530 . 35. 175396 75 208 Lucalox (Auto - regulator) LU1000 /BD C725G531 35-175396 75 240 Lucalox (Auto - regulator) LU1000 /BD C725G532 35-175396 75 277 . Lucalox (Auto - regulator) LU1000 /BD C725G533 • 35. 175396 75 480 • Lucalox (Auto - regulator) LU1000 /BD . C725G534 35. 175396 75 A - 4000 120 Mercury (Auto - regulator) (4)H1000DX36.15 C7090001 1 > ›. , , , , ›. , , 35-174520 35-174520 35-174520 35-174520 35-174520 35. 174520 35-174523 35. 174523 35. 174523 35-174523 35. 174523 230 208 Mercury (Auto - regulator) (4)H1000DX36.15 • C7090003 230 240 Mercury (Auto - regulator) (4)H10000X36.15 C7090002 230 277 Mercury (Auto - regulator) (4)H1000DX36.)5 C709G004 230 ' 480 Mercury (Auto-regulator) (4)H1000DX36.15 C7090005 230 4000 480 Mercury (Reactor HPF) (4)H1000DX36-15 . C7090006 210 120 Metal Halide (Auto - regulator) p (4)MV1000 /BU /I . C7090127 , 230 208 Metal Halide (Auto - regulator) r (4)MV1000 /BU /I C7090129 . 230 240 Metal Halide (Auto - regulator) v (4)MV1000 /BU /I C7090128 230 277 Metal Halide (Auto - regulator) v (4)MV1000 /BU /i . 'C7090130 230 480 Metal Halide (Auto - regulator) v (4)MV1000 /BU /I ' C7090113 230 Luminaire Suggested mfg. hl, Pole Catalog Numbers Aluminum Stool Prime Painted Galvanised A1000 A4000 25' 35' C6901110X C690111IX C7901115X MOH I /X C/901116X C790HISX A -1000, A -4000 POWE GLOW MOD I FEATURES • Distinctive appearance — Translucent acrylic plastic globe shaped for attractive day and night appearance. • installation ease — Heavy -duty cast aluminum slipfitter for pole mounting (2'/2 -inch OD pole top for A -1000, 4 -inch OD pole top for A- 4000); ballast integrally mounted and pre - wired. Lift- ing hook easily accessible by removal of canopy cover. • Easy maintenance — Counterbalanced globe GUIDE FORM SPECIFICATIONS Luminaire shall be of contemporary design equal to General re.Electriq.(A- 1000 ,Poworgtow, Cat. No, C725Gxxx, or A -4000 Power- glow, Cat: jig, C709Gxxx specify), consisting of heavy -gauge alumt- ORDERING INFORMATION (Prices, see GEA -9666) § For Ballast electrical data see pages 42-43. OMetal halide ballasts are capable of operating a 1136 mercury lamp. tt Lamp In A -1000 is mounted vertical base down. In A -4000, lamps are mounted vertical base up. ' EFFECTIVE.PROJECTED AREA t (see.discussion. On page 45) ,; ?.,.A1t)O0•; A,.'. . •2.8 sq. ft. A4000 .;; 5,3 aq.11. MOUNTING CONSIDERATIONS • Recommended Poles For round, tapered, anchor base poles including anchor bolts and templates: lowers for access to lamp and other internal components. Removable collar (with tether) conceals the two latches (A -1000) or two bolts with wing nuts (A -4000) which hold globe in place. • Long life design — Canopy of heavy gauge metal; all components made of corrosion resist - tant materials. • Lamp choice — Luminaire good for all HID lamps — Lucalox® (A -1000 only), metal halide or mercury (phosphor- coated). • num canopy, 'acrylic plastic 'globe, cast - aluminum sllplltter for 3 (21/2-Inch OD pole for A -1000, 4 -Inch OD polo for A -4000) pole -top mounting; and prewirod ballast Components. To be furnished In• (specify) color. 1,11 OPTIONS . The options below can be made available on order. Order similar to Cat. No. CxxxGxxx except (specify option). 1.Colors. Catalog numbers shown are standard gray finish. Available in eight decorator colors. See back cover. 2.Photoelectric Receptacle. Units are available with photo- electric receptacle (and switch for A -4000) up to 277 - volts. ISOFOOTCANDLE CURVE (Typical) bolt circle These systems will withstand winds up to at least 100 mph ve ocity. Additional information about the above poles is given on page 45. Other poles are shown on pages 51 (aluminum) and 52 (steel). Brackets and Adapters for Above Poles None required. ", 2 0 25 50 50 ., Wmi i1 1s r ION ioo 100 75 50 25 0 75 1; O At [AVON F • 71 Curve Reference' 35-174408 Luminaire: Powerglow Mod I (A -1000) Distribution: Typo V Lamp: 1000 -watt Deluxe While Mercury Luminaire height: 20 lent Powerglow • A- 1000, :A - 4000 WHERE TO USE • Large parking areas • Shopping centers • Parks • Malls • Commercial establishments 4" MAX. POLE DIA. Powerglow Mod I luminetre DIMENSIONS 4e nL∎CS T Du. t It l w .nt 7 15 24 0.D. A -1000 Powerglow Mod I Iuminaire REMOVABLE COLLAR UP/VEER I65E7 SCREWS) A -4000 Powerglow Mod I luminaire MELTON 4 Linn P CLOOEOI DIFFUSE PLASTIC GLOBE BALLAST § Lamps v (Not Included) Luminaire Cat. No. (less lamp) IES Light Distribution Photometric Curve No. Approx. Net WI. lbs. Watts Volts Type MERCURY LUMINAIRES — WITH BUILT - IN POWER - PACK BALLAST 175 120 208 240 277 480 120 240 Mercury (Regulator) Mercury (Regulator) Mercury (Regulator) Mercury (Regulator) Mercury (Regulator) Mercury (LagNPF) Mercury (Reactor NPF) H175DX39-22 H175DX39-22 H175DX39-22 H175DX39.22 H175DX39-22 [11751/X39.22 H175DX39.22 - C7160002 ' C7160003 C716G015 C7160004 ' C7160005 C7160006 C7160007. S -C -V S -C -V S -C -V S•C -V S -C -V S -C -V • S -C -V 35. 174330 35-174330 35.174330 35.174330 35-174330 35-174330 35-174330 21 21 21 21 21 18 18 250 120 208 240 277 480 120 240 Mercury (Regulator) Mercury (Regulator) Mercury (Regulator) Mercury (Regulator) Mercury (Regulator) Mercury (Lag NPF) Mercury (Reactor NPF) H2500X37.5 H250DX37-5 H250DX37-5 H250DX37-5 H250DX37.5 (2500X37.5 H250DX37-5 C7160008 C7160009 C7160016 C7160010 C7160011 07160012 C7160013 S -C -V S -C -V , S -C -V S -C -V S -C -V S•C -V S -C -V 35-174330 35-174330 35. 174330 35. 174330 35-174330 35-174330 35-174330 23 23 23 23 23 19 19 MERCURY LUMINAIRE — FOR EXTERNAL BALLASTING - 250 - WATT MAXIMUM • • • Externally Mounted C7166014 . S -C -V 35.174330) 11 LUCALOX LUMINAIRE — WITH EXTERNAL BALLAST 250 120 208 240 277 480 Lucalox (Regulator) Lucalox (Regulator) Lucalox (Regulator) Lucalox (Regulator) Lucalox (Regulator) LU250 /BD LU250 /BD LU250 /BD LU250 /BD LU2501BD C5480304• C548G305V C5480306 C5486307V C5480308♦ S -C -V S -C -V S•C•V -S -C -V S -C -V 35-175394 35-175394 35-175394 35-175394 35. 175394 1111 1111 1111 1111 1111 Pule Malarial Pole Catalog Number Aluminum C69011039 Steel, prime painted C790H05% Steel, galvanued C79011069 14 r Powerglow A -250 WHERE TO USE • Walkways • Small parking areas • Malls • Parks • Shopping centers • Commercial establishments DIMENSIONS unary Glebe Meet suss A -250 Powerglow Mod I luminaire 4 f11efittw rer - 3'oopole 25' tee erg A.250 Powerglow Mod I luminaire ACCESSORIES Photoelectric control Cat. No 35.862750.01 (120 - volts) Photoelectric control for 206 -, 240 -, and 277 -volt units, respectively, available on special order. Mount In place of wiring - access door. • I D A - 250 POWERGLOW LUMINAIRE FEATURES • Distinctive appearance — Translucent acrylic plastic globe shaped for attractive day and night appearance. • Installation ease — Slipfitter cast aluminum for 3 -inch OD pole -top mounting. Power con- nections made through side wiring - access door. Ballast integrally mounted (except Lucalox ©) and pre- wired. GUIDE FORM SPECIFICATIONS "The luminaire shall bo of a contemporary design equal to General Electric A -250 Powerglow, Catalog Number (specify) consisting of i heavy -gauge aluminum canopy; translucent, acrylic plastic ORDERING INFORMATION (Prices, see GEA-9666) • § For Ballast electrical data see pages 42-43. V Catalog number Includes luminaire with starting aid and an epoxy encapsulated external ballast. OPTIONS The options below can be made available on order. Order similar to Cat. No. CxxxGxxx except (specify option). 1,Colors. Catalog numbers shown are standard gray finish. Available in eight decorator colors in minimum quantity of 3 of any one catalog number. See back cover. ISOFOOTCANDLE CURVE (Typical) 45 30 15 0 L e,.4iTONAL avAKE - P, Curve Reference' 35-174330 Luminaire: Powerglow Mod I (A -250) Distribution: Type V Lamp: 250 -watt Deluxe White Mercury Luminaire Height: 15 feet • Easy maintenance— Canopy cap screws on or off of supporting rod, permitting canopy re- moval for internal parts access or relamping. Globe is easily removed. • Long life design—Heavy gauge aluminum canopy, with inner surface treated to provide a lasting and high reflectance finish. Components made of corrosion resistant materials. • Automatic operation — Optional photoelectric control up to 277 volts available as an accessory. globe; cast - aluminum alipfltter for 3 - Inch Ob pole - top; mogu) socket t( • for one (specify rating for Lucalox, metal hellde or mercury') lamp,'I l • Integral pro-wired ballast (except Lucalox); to be luinlshed In (apeolly :H • color) finish. • • tt Weight of luminaire and starting aid only. Weight of external ballast Is approximately nibs. net. , V Lamp is mounted vertical base down. • 2. Ballasts. 277 -volt mercury reactor (NPF or HPF). Minimum quantity of 10 of any one catalog number. 175 -watt integrally ballasted metal halide (120, 208, 240, 277, and 480 -volt) also available in minimum quantity of 5 of any one catalog number. r r... S . T i., �•1• ":.a..n�:L- :��,:t:ra: �•ri •As Cr:v <,. t •w'r �, ••!'��M.:.'�' ••.- ''EFFECTIVEPROJECTED AREA`(see; discussion• A250. 1.1 sq: ft. ... ... MOUNTING CONSIDERATIONS Recommended Poles Suggested mounting height — 14', For 14' round, tapered, anchor base poles Including anchor bolts nrld bolt circle (=pintos: These systems will withstand winds up to at least 100 mph velocity. Additional information about the above poles Is given on page 45. Other poles are shown on pages 50 (aluminum) and 52 (steel). If transformer bases are required for external ballasts, contact nearest General Electric sales office. Brackets and Adapters for Above Poles None required. For Complete Hi-I.evel Sgstems...See Meger! , ~. Mow ' ' ~ Assemblies are available in either 4, working or climbing sections. 1; Why install a fores of short lighting poles when a few high level structures will do the job economically and conserve ground space? That's the question pnofe*n|or designers are asking. They also want esthetically dayigno"— structures to compliment the project environment. But longer poles make maintenance problems more critical. Not so at Meyer. Why? Because Meyer designs and pro- duces high level lighting poles and maintenance devices as "complete packaged systems". For example, Meyer's latest breakthrough is the TLD-200. It's a Light Lowering Device that lowers the entire lamp frame to ground working level for mainton' olampsomavailamo stalled or portable. Belts available with and without leg straps. Select from removable or permanently lled step bolts for climbing �~~ Safe climbing for workmen ... steel cable, belt and safety clamp, prevent free fall. ance and inspection. TLD -200 is fast, efficient, economi- cal and can be installed in any length pole. Another Meyer exclusive is a portable vertical service car for transporting men and equipment aloft for main- tenance and inspection. This Hi -Rise car is fully enclosed with integral electro- mechanical safety devices and con- trols to prevent free fall or car slippage. The Meyer Service Car is approved by leading safety engineers in the U.S. and many other countries. If maintenance men are required to climb structures, TULITO climbing devices provide 100% worker protec- tion. Meyer designs, tests and builds safety clamps (port- able or permanent), belts and several types of step bolts and portable step bolt assemblies. TULITO is the broadest line of safety devices available for any ascending or de- scending application. If you are planning a high level lighting application ... come to Meyer. You get one -stop, one order service, with guaranteed unit responsibility. POLY -12 iz Vertical service car transports men and equipment fast and safely to top of high rise structures. TAPERED STEEL POLES 3 INDUSTRIES, INC., REO WING, MINNESOTA 55066 , 1. Tulito Light Lowering Device lowered to ground working level actuated by manual crank or electric drill motor. 2. Three suspension cables stabilize light frame during the lowering- raising sequence. 3. Lowering device in raised position atop 112 -ft. pole. Indexing pins hold lighting frame in position. 1 1 • I1 intettAtAttAwAelsetaxtelletA0.14.40,14 • -13 I1?,00- I"150o 3ou py PARKwANI Pi-AzA 1-104-IT/ Qa- tttrA L'y.y ;uF�!: hryn • 01.71 Oo Ire 1.7 VJ i 11 171 "`LIGHT' i1 - .V.' ).. I �. A'aSb�M1'Ai6Pe9 . a �.....4Ckd✓it. I .•.ALL; .:, -� I I'If 3 4 5 6 7 HIE RULER-362/04a 0€ 6Z BL LZ 9Z SZ 4Z CZ ZZ tZ oz 61 01 LI 91 SI 7I 'CI Zt It 01 • lu 11111111.1111411641gP111111 01A),Il1.l 1 4114ii011111 011ll 1111uu1uid11111O1,1 ,1 d1q001111111101 ildlui 0111.u1i11111 11 IF THIS MICROFILMED DOCUMENT IS LESS. CLEAR THAN THIS NOTICE, IT IS DUE TO THE QUALITY OF THE ORIGINAL DOCUMENT ws' 'N9