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O.m 0.04 0.03 0.02 0.1 0.26 0.26 0.20 0.16 0.12 0.14 0,21 0.26 0.27 0.24 0.22 0,18 0.16 OAS 0.71 0.21 0.19 0.21 O.n 0.27 0.27 0.22 0.11 0.21 0.23 0.23 0.1 O.n 1." 0.18 0.21 0.23 0.21 0.20 0.18 0.11 a.06 0.m 0. 0.0. 0.03 0.02 G.m 0.1 NON PRIME HOURS ILLUMINATION 640 650 6m 470 6m L90 7m 710 720 730 '740 ISO )m 170 7m 7m Bm 810 020 Bm 040 850 9m 870 am 090 9m 910 9I0 930 9.0 950 960 9R1 9m 990 •Im0 •1010 10 1030 r 'Specifier Spotlight Metal Halide Lamps vs. High Pressure Sodium PRODUCT FEATURE METAL HALIDE HPS White Light ✓ Compact Size ✓ ✓ High Efficiency ✓ ✓ Long Life ✓ ✓ Versatility ✓ ✓ Environmentally Friendly ✓ ✓ Life Cycle Cost t✓ ✓ Metal halide and high sodium pressure lamps share much in common. They are both highly efficient, compact, long life light sources which are relatively immune to ambient temperature effects. Both tech- nologies represent good choices from an environmental standpoint as they are efficient light sources which deliver more light for less power consumption. They are both available over a wide range of lumen packages and wattages. The main and most observable difference between these two lighting technologies is the color and quality of light which they are able to deliver. High pressure sodium lamps are yellow (2200K) and have a very poor color rendering index of 22. Metal halide, on the other hand, is capable of delivering to the user a white light in the range of 2700 to 5500 Kelvin with typical CRls in the mid 60s to mid 70s. Some lamps chemistries even obtain CRis in the 80s. High pressure sodium lamps are available in color corrected versions which shorten the life and only slightly improve the color temperature. Even though the CRIB are greatly improved, the color temperature still remains yellow. This limitation on color is present because the high pressure sodium lamp is generat- ing color through the excitation of sodium. Metal halide lamps, on the other hand, generate their color through the excitation of 2 to 5 different chemicals in the arc tube. By varying the blend of chemicals metal halide engineers are able to alter the characteristics of the light output. It is this flexibility in design which makes metal halide so versatile. White light is a very important attribute of metal halide tech- nology. Because people prefer to work and live under white light, these sources dominate the lighting market. High pres- sure sodium is mainly used in areas where color temperature and color rendition are not that important (i.e. warehouses, street lighting, security lighting). Metal halide is found in almost all general lighting applications and offers to the people using the space an excellent quality of light. The introduction of lower wattage metal halide lamps over the past decade has greatly increased its application to indoor commercial and institutional spaces. 16fl . a Fluorescent Lamps Color Rendering Index (CRI) CRI describes the ability of the lamp to render a natural appearance to room decor, flesh tones, or furnishings with as little distortion as possible. In general, the higher the CRI lamp rating, the more natural the colors of objects will appear. Therefore, lamps with ratings at the higher end of the CRI scale provide the best possible combination of the correct light source and illumination values. CRI is measured on a scale of 0 to 100 with typical CRI falling between 60 and 80. Sylvania Octron Fluorescent lamps and Designer 800 Fluorescent lamps, for example, both have color rendering indexes of 80 and achieve excellent overall appearance. CRI should only be compared with lamps of similar color temperature. 55-65 65-70 70-90 Fair Better Best METAL AALZDE (�'S C.R.r. .Z 2 CR.-Z. 11 37 High Intensity Discharge 0 High density discharge, HID, lamps produce light differently than both incandescent and fluorescent sources. HID Light is produced by the passage of an electric current through a gas or vapor under pressure. There are four types of HID lamps. They are High Pressure Sodium, Mercury, Metal Halide and Low Pressure Sodium. Most commonly used lamps in the consumer market are 50 watt and 70 watt High Pressure Sodium, 175 watt Mercury and a 175 watt Metal Halide. These lamp types are typically not used for indoor residential lighting applications. All HID lamps require an initial starting time of three to five minutes to reach maximum light output and if shut off they can take up to ten minutes to restart. The quality of light produced by HID lamps varies by type. High Pressure Is Sodium produces a yellow -orange color of light and Mercury produces a blue color of light. Typical applications include street and security lighting. Metal halide lamps are used where the quality of light is more important. Typical applications include retail store and security lighting. HID Lamps should only be used in a fixture specifically designed with a ballast for the particular lamp type and wattage. 54 Light Levels of Existing Dealerships 04/20/98 HIGHEST/LOWEST FOOTCANDLE READINGS TEST EQUIPMENT.• ILLUMINOMETER MODEL #RCC-340 DIGITAL LIGHT METER DEALERSHIPS TIME 20' OFF PROPERTY LINE EXISTING SIDEWALK FRONT ROW HIGHEST/LOWEST HIGHEST/LOWEST HIGHEST/LOWEST Dellenbach Chevrolet 8:55pm 3.7 1.3 21.7 / 3.5* 31.6 / 6.7* Dellenbach Subaru 9:15pm 1.6 / .2 6.7 / 3.1 78.9 / 12.2 Markley Motors 9:30pm 3.3 / .3 9.6 / 2.4 85.9 / 17.1 Pedersen Toyota 9:45pm 4.6**/ .4** 18.7** / 4.1** 74.7** / 14.7** Proposed Spradley-Barr Ford 1.48/.1 7.9/A 64.4/31.9 * 2 of 5 lamps burned out on one pole where readings were taken. ** Luminaires in dire need of cleaning. LDD (luminaire dirt depreciation) could reduce light levels by as much as 35%. SPRADLEY BARR ENGERY CONSERVATION LIGHTING SYSTEM CITY TYPE LAMP TYPE 30 SPOT 250 WATT METALHALIDE 64 AREA 1000 WATT METALHALIDE 60 AREA 1000 WATT METALHALIDE 21 AREA 1000 WATT METALHALIDE SUNRISE 06:22 AM SUNSET 07:38 PM DATE 4-15-98 LIGHT SCHEDULE PODS FRONT ROW LEVEL 1 MAIN LOT LEVEL 2 MAIN LOT LEVEL 3 SECURITY HOURS PER DAY 10 8 D 6 O 4 MOUNTING AREA GROUND PODS POLE LEVELI POLE LEVEL2 POLE LEVEL3 SuMoTuWeThFrSa SuMoTuWeTh FrSa ON OFF OFF 07:38 PM 04:40 AM 04:40 AM 07:58 PM 10:00 PM 02:00 AM 08:18 PM 12:00 AM 02:00 AM 08:38 PM 06:12 AM 06:12 AM 70 60 50 40 30 20 10 0 WEEKDAYS TOTAL HOURS KW PER DAY 7.5 9.42 64 2.02 60 3.42 21 9.32 WATTAGE urban design, inc. Considering the review criteria as outlined in the Land Use Code, the following findings may be made: • The proposed alternative plan accomplishes the stated purposes of the Site Lighting Section, "...to ensure that the functional and security needs of the project are met in a way that does not adversely affect the adjacent properties or neighborhood." better than would a lighting plan which strictly complies with the standards of that section. Because the nature of the use requires that the products available for sale must be displayed outdoors this type of business is more susceptible to vandalism than most others; and because customers must examine the products in the outdoors, safety and visibility are more important than in a parking lot at another business; the functional needs of the project cannot be met at a maximum lighting level of ten (10) foot -candies. The proposed solution meets the functional needs of the project in a way that does not adversely affect the adjacent properties or neighborhood. Not only is there virtually no light spillage beyond the property lines, the average lighting level on the site through the night will be substantially less than the ten foot-candles allowed by code. Lighting levels are increased only during prime shopping hours to meet the functional needs of the project, then reduced to achieve neighborhood compatibility and energy conservation. • The proposed plan meets the Code's Design Standards, including using light sources that are concealed or shielded to the extent feasible to minimize the potential for glare, and that produce accurate color rendition superior to that produced by the typical mercury vapor or high-pressure sodium lighting systems. • The proposed plan meets the review criteria of Section 3.2.4(D)(2), as it: o Does a superiorjob of protecting surrounding areas from light intrusion by providing a sharply cut-off lighting level of near zero foot-candles at the site perimeter; o Enhances neighborhood continuity and connectivity by providing appropriately lit access to College Avenue and adjacent properties; o Fosters non -vehicular access through the provision of a lighted pedestrian walkway into the site; and o Demonstrates innovative design and use of fixtures and other site elements as described above. We therefore request your approval of the lighting plan for Spradley Barr under the Altemative Compliance provisions of the Fort Collins Land Use Code. Sincerely, el'do'n Ward, President Cityscape Urban Design, Inc. cc: Kriss Spradley, Spradley Barr Bill Barr, Spradley Barr Lucia Liley, March & Liley Rod Bryant, Gregory Electric April 23, 1998 Planning and Zoning Board clo Steve Olt Project Planner City of Fort Collins Planning Department P.O. Box 580 Fort Collins, CO 80522 Dear Board Members; co urban design, inc. 3555 stanford road, suite 105 fort collins, colorado 80525 (970)226-4074 FAX (970) 226-4196 This letter is intended to provide more detailed information regarding the site lighting at the Spradley-Barr Vehicle Display Area, and to request your approval of the proposed plan as an alternative to a plan meeting a strict application of section 3.2.4(D)(7) of the Fort Collins Land Use Code. That section of the code, calling for a maximum on -site lighting level of ten foot -candies, was written to address common patron or employee parking areas. It did not recognize other functions such as lighted athletic fields, product display, or outdoor performing arts facilities that cannot meet the stated purpose of the Site Lighting section of the code, "...to ensure that the functional and security needs of the project are met..." at a level of ten foot-candles. Those functions must be considered under the Alternative Compliance provisions of the code. Features of the Spradley Barr lighting system include: ❑ A lighting system designed around the curvilinear landscaped display area. Achieving a controlled, even level of light for this plan, using poles limited to 28' or less in height, requires a greater number of fixtures than are needed to light the typical straight display rows of automobiles found at other dealerships. ❑ A state of the art, computer controlled lighting system that vastly decreases the affects on the adjacent properties and neighborhood and results in substantial energy savings. The site is fully illuminated only for a few prime shopping hours of each evening. Through the remainder of the night (while other auto dealerships remain fully illuminated) the lighting levels at Spradley Barr will drop to an average of less than 2 foot-candles; reducing the visual impacts and reducing energy consumption to one third the level used at full illumination. ❑ Lighting levels that are below those of other dealerships. Recommended industry standards for lighting the "front row" of cars at automobile dealerships are levels of 100 foot-candles or more, with levels of over 300 foot-candles found at some Denver area dealerships. While typical Fort Collins dealerships have front row light levels of 80 to 90 foot-candles, Spradley Barr will have a maximum of 64.4. Spradley Barr lighting is designed to achieve less glare and light levels beyond the property lines of virtually 0. ❑ Average lighting levels on the site at full illumination are 12.9 foot-candles (less than three more than the typical parking lot standard in the code). Average lighting levels on the site at non -prime shopping hours drop to 1.98 foot-candles.