Summer Padgett Lighting/Electrical Option Westlake Recreation Center Westlake, Ohio AE Faculty Advisor: Mistrick October 4, 2003

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1 Material Properties: Skylights, Windows Skylights: - Coated, Heat-Treated Float Glass: ASTM C 1048, Condition C (coated glass), Type I (transparent glass, flat), Class 1 (clear), Quality q3 (glazing select), with Low E coating, fully tempered or heat strengthened as required for location. - LOF Energy Advantage Low-E coating on clear float or clear heat treated glass as applicable to location Windows: Performance Characteristics of Insulating Units with Low E Coated Glass. Performance characteristics designed for coated monolithic glass products are nominal values based on manufacturer s published test data for glass products 1/4 inch thick, unless otherwise indicated. 1. Shading Coefficient: Visible Light Transmittance: 73 percent 3. Visible Light Reflectance: 17 percent 4. Summer Value: Winter U Value: 0.35

2 Material Properties: Skylights, Windows Skylights: TRANSLUCENT PANELS - Type: 2-3/4 inch thick panels fabricated of glass fiber reinforced polymer face panels fused to an interlocking extruded aluminum I- beam grid core and filled with glass fiber insulation - Insulation: Glass fiber insulation of density to achieve the following design values: 1. U Factor: 0.24 per ASTM C Light Transmission: 20%. 3. Shading Coefficient: Solar Heat Gain: 45 BTU/hr/sq.ft.

3 Material Properties: Mirrors in the Multipurpose Room Frameless Mirrors: - ASTM C1036, 1/4 inch thick, mirror glazing quality - Silver Backing: Coating of pure silver of thickness to provide reflectivity of 83 percent or more of incident light - Protective Coating: Pure copper of thickness required to protect mirrors silvering. Material Properties: Barres in the Multipurpose Room Material: Solid wood members, White Oak. Sand smooth; joints between lengths must be in level plane. Material Properties: Multipurpose Room Floor System Flooring: Specie: Northern Hard Maple (acer saccharin) Trade: Third, square edges, edge grain, kiln dried Cut: Plain sawn Thickness: 7/16 inch Width: 7/8 inch Length: 9 inches Panel Size: As indicated Finish Materials: Oil modified polyurethane sealer and finish

4 LAMPS: Furnish all lamps required for each lighting fixture specified. At the conclusion of the work, each fixture must be equipped with the proper number of new lamps of the correct size and type, all in good operating condition - Incandescent lamps shall be 130 volt rated. A-lamps shall be frosted - Fluorescent linear and U-shaped lamps shall be T-8, SPX, 3500 K - Compact Fluorescent lamps shall be 3500 K - High Pressure Sodium lamps shall be as recommended by the fixture manufacturer - Metal Halide lamps shall be as recommended by the fixture manufacturer, 3700K unless otherwise specified on the Lighting Fixture Schedule - For open (non-lensed) High Intensity Discharge fixtures, provide lamps listed for the application as recommended by the manufacturer - All lamps shall be manufactured by General Electric, Sylvania, Westinghouse/Phillips, or Venture.

5 BALLASTS: - Fluorescent electronic ballasts shall be one, two, three or four lamp type to accommodate the fixtures and switching specified, and shall be U.L. listed, class "P". Fluorescent electronic ballasts shall be Advance "Centium" instant start Series for T8 lamps or equal by Valmont, Motorola, or Magnetek/Triad - Ballasts shall have a minimum power factor of 90%, a minimum ballast factor of 85%, a maximum crest factor of 1.7, and a maximum total harmonic distortion of 10% - Fluorescent compact fluorescent lamp ballasts shall be encapsulated type - High Power Factor and Power Factor Corrected or electronic as described on the Lighting Fixture Schedule on the Drawings. Ballasts shall be provided as recommended by the fixture manufacturer - High intensity discharge ballasts shall be constant wattage, high power factor type, with low noise - All ballasts for indoor fixtures shall have a type "A" sound rating classification, minimum

6 EXTERIOR FIXTURES: Provide low temperature ballasts on all exterior fixtures and in unheated rooms or areas. Adjustable exterior fixtures shall be aimed by the Contractor at night for optimum coverage of their task, to the satisfaction of, and under the direction of the Architect. FLUORESCENT LAMP PROTECTION All exposed fluorescent lamps shall be furnished with clear, lexan lamp sleeves with end caps to coordinate with lamp type. DIMIMING OF ADJUSTABLE LIGHTING FIXTURES All light fixtures (including "Normally-Off" emergency fixtures) that are capable of being aimed shall be aimed by the Contractor for the optimum coverage of their task, to the satisfaction of, and under the direction of the Architect.

7 Ceiling and Wall Finishes: Lobby Area Gypsum Board: Ceilings - Alkyd Latex Flat Primer: BM Vinyl Latex Primer Sealer Finish: 1 coat BM Vinyl Latex Flat Walls - Alkyd Eggshell Primer: 1 coat Latex Prime Seal Finish: 2 coats BM Satin Impervo Enamel Alkyd EggShell -Accoustical tiles used for ceiling in community rooms - Wood sloped ceiling leading up to a skylight in the multipurpose room

8 Furniture Layout for Community Rooms

9 Reflected Ceiling Plan for Community Rooms

10 Wiring Diagram for Community Rooms

11 Interior Elevations for Community Rooms

12 Power Density (one half of room sides are identical) 12 R Fixtures * (100W/fixture) = 1200W 32 G Fixtures * (65W/fixture) = 2080W 4 DD Fixtures * (1500W/fixture) = 6000W 5 FF Fixtures * (80W/fixture) = 400W 12 G2 Fixtures * (55W/fixture) = 660W Watts 10340W/1748 ft 2 = 5.9 W/ ft 2 *Fixture X and fixture Y1 are emergency fixtures and were not included in power density calculations

13 ASHRAE 90.1 Limits power density for a dining room from W/ ft 2, and for a conference, meeting, multipurpose room to 1.5 W/ ft 2 so the power density greatly exceeds this because of the chandeliers Exit signs meet criteria because they are LED and within the range of 2-8 watts Every separate system within these rooms is on a different dimmable control

14 Calculation Results:Community Rooms

15 The community rooms are used for anything from private parties to meetings. For a regular meeting, the theater-style setting can accommodate up to 200 people while it can hold 160 for a lunch or dinner meeting. I believe the following points are very important due the the nature of use of these rooms. Very Important - Reflected glare - Uniformity of light distribution on the task plane - Appearance of the space and the luminaires - Color appearance - System control and flexibility - Facial Modeling - Shadows - Daylighting Integration and Control - Flicker and strobe - Recommended Horizontal Illuminance:100 fc - Recommended Vertical Illuminance: 50 fc

16 Appearance is very important because this room is used for some very important occasions, but other issues such as reflected glare are important to notetakers when the room is used for meetings. The large community room can be divided into two smaller rooms by a moveable partition. The large-room ceiling is divided into four rectangular coves in which fixtures G and G2, staggered strips, are used. Two chandeliers (fixture DD ) are placed within each rectangular section as well as three rows of two incandescent downlights each (fixture R ). There are four wall sconces, fixture FF, on the large west wall of the room, two on both the north and south walls of the room, and two on the east side of the room. All lighting systems in this room are on dimmable switches to accommodate for the room s different uses. The chandeliers add elegance for formal occasions, while the incandescent downlights add warmth to the room. The wall sconces add a decorative touch between the tall windows, while the cove lighting reduces harsh facial shadowing.

17 Furniture Plan for Lobby, Lounge, and Library Space

18 LOBBY INTERIOR PHOTOGRAPHS

19 LOBBY INTERIOR PHOTOGRAPHS

20 LOBBY INTERIOR PHOTOGRAPHS - WINDOWS

21 LOUNGE - WALL AND CEILING SCONCES

22 LIBRARY LIGHTING WALL SCONCES AND COVE LIGHTING

23 Furniture Layout for Lobby Burnt Sienna Quarry Floor Tiles Green snack table sets Brick Veneer Wall

24 Interior Elevations for Lounge and Library

25 Interior Elevations for Lobby

26 Reflected Ceiling Plan and Furniture Layouts for Lounge and Library

27 Wiring Diagram for Front Porch, Library, Lounge, Entrance

28 Power Density 8 G Fixtures * (65 W/fixture) = 520W 8 G Fixtures * (55 W/fixture) = 440W 4 FF Fixtures * (80 W/fixture) = 320W 8 Z Fixture * (200W/fixture) = 200W 1480 Watts 1480W/ 700 ft 2 = 2.11 W/ ft 2

29 Power Density 4 FF Fixtures * (80 W/fixture) = 320W 4 Q Fixtures * (50 W/fixture) = 200W 520 Watts 520 W/ 563 ft 2 = W/ ft 2

30 Power Density 6 AA-1 Fixtures * (225W/fixture) = 1350W 2 AA-2 Fixtures * (225W/fixture) = 450W 10 D Fixtures * (35W/fixture) = +350W 2150 Watts 2150W/1609 ft 2 = 1.34 W/ ft 2 *Fixture X and fixture Y1 are emergency fixtures and were not included in power density calculations

31 ASHRAE 90.1 Limits power density from W/ ft 2 which this lobby falls within Tandem wiring used for ballasts in all 2 x4 troffers in the corridors radiating off of the lobby Exit signs meet criteria because they are LED and within the range of 2-8 watts Lobby, library, lounge lighting controlled by timers Lounge areas limit power density to 1.4 W/ ft 2 which the lounge falls far below this space is a bit dark though I could not find guidelines for a billiards room, but the limit should naturally be a bit higher here more research needs to be done in this area

32 The lobby area is the first thing that you see when you walk into the so appearance is very important. The ceiling is very high (about 35 feet) and there are many windows, so lighting in this area is more of a challenge. The lounge is a sitting area where people will wait or watch the large screen television that is present there. The library is also a sitting area, but a pool table sits in the center, so more light will be required here. I outlined the points below that I felt were very important for these spaces as required by IES criteria. Very Important - Reflected glare - Uniformity of light distribution on the task plane (library) - Appearance of the space and the luminaires - Color appearance - System control and flexibility - Facial Modeling - Daylighting Integration and Control (lobby) - Flicker and strobe - Source/task/eye geometry (library) - Recommended Horizontal Illuminance: 30 fc

33 The lobby area consists of six evenly spaced fluorescent recessed downlights in front of the reception area where the ceiling is only 8 8 high. The ceiling height jumps to about 35 feet out in front of the reception desk. In the high ceiling are eight evenly spaced 10 metal halide downlights. This light source is used due to the high ceiling height there are many windows, but these metal halide downlights are necessary in dark conditions. The lounge area is open to the lobby, but the ceiling is only 8-8 high here and the light levels are drastically different. This area depends little on daylight and more on the wall sconces (fixture FF) on the north wall and ceiling sconces (fixture Q) spaced along the ceiling. There are tall windows surrounding the octogonal library so indirect lighting is used to create a soft atmosphere. A downlight (fixture Z) is placed directly above the pool table to provide enough task light for a game of pool.

34 Calculation Results: Illuminance Values for Lobby, Library and Lounge

35 Reflected Ceiling Plan for Multi-Purpose Room

36 Wiring Diagram and Actual Fixture Layout for Multi-purpose Room

37 Interior Elevation for Multi-Purpose Room Interior Elevation for Multi-Purpose Room

38 Elevations for Entranceway

39 Power Density 4 R Fixtures * (100W/fixture) = 400W 4 AA-1 Fixtures * (225W/fixture) = 900W 24 G Fixtures * (65W/fixture) = 1565W 4060 Watts 4060W/2092 ft 2 = 1.94 W/ ft 2 *Fixture X and fixture Y1 are emergency fixtures and were not included in power density calculations

40 ASHRAE 90.1 The wattage of incandescent or tungsten halogen luminaries with medium screw base sockets and not containing permanently installed ballasts shall be the maximum labeled wattage of the luminaire Tandem wiring used for ballasts in all 2 x4 troffers in the rooms surrounding and adjacent to the multipurpose room Exit signs meet criteria because they are LED and within the range of 2-8 watts Enough control devices are provided for the square footage Although I could not find a specific category for this room, I guess it would fall into criteria for a normal multi-purpose room, which limits power density to 1.5 W/ft 2 the power density greatly exceeds this value

41 Calculations: Illuminance Values for Multi-purpose Room

42 The multipurpose room is designed as a place where dance classes can be held. There are ballet bars and full length mirrors on every other section of the octagonal walls and full length windows on the other sections. The points that I felt were important as outlined by the IES handbook are listed below. Very Important - Reflected glare - Appearance of the space and the luminaires - Color appearance - System control and flexibility - Daylighting Integration and Control - Sparkle/desirable reflected highlights - Points of interest Somewhat Important - Facial Modeling - Recommended Horizontal Illuminance: 3 fc - Recommended Vertical Illuminance: 3 fc

43 For the multipurpose room, fixture G, a staggered strip, was used within the cove to provide a softly lit indirect environment. The incandescent downlights (fixture R ) add warmth to the room while providing more task light for when daylight conditions are low they are controlled by a dimmable wall switch. The four metal halide downlights (fixture AA-1 ) surrounding the translucent skylight are only used at night or when daylight conditions are low. They are necessary because of the 13 foot ceiling height. I think that incandescent downlights were overused in this space and I am not quite sure that this was the best route to take in terms of providing extra task lighting.

44 Elevations for North Side of Building

45 Elevations for Entranceway

46 Total Wattage for North Side of Building Exterior 4 CC Fixtures * (220 W/fixture) = 880W 2 Y3 Fixtures * (25W/fixture) = 50W 15 SJ Fixtures * (110W/fixture) = 1650W 10 SG Fixtures * (180W/fixture) = 1800W 2 SH Fixtures * (150W/fixture) = 300W 4680 Watts *This includes fixtures along the entire north exterior side of the building

47 Power Density for Building Canopy 4 CC Fixtures * (220 W/fixture) = 880W 2 Y3 Fixtures * (25W/fixture) = 50W 2 SH Fixtures * (150W/fixture) = 300W 1230 Watts 1230 Watts/510 ft 2 = 2.4 W/ ft 2 Power Density for Building North Exterior (approx.) 15 SJ Fixtures * (110W/fixture) = 1650W 10 SG Fixtures * (180W/fixture) = 1800W 3450 W 3450W/3710 ft 2 = 0.93 W/ ft 2 *This includes fixtures along the entire north exterior side of the building

48 ASHRAE 90.1 Limits a building entrance with a canopy or a freestanding canopy to 3 W/ft 2 so 2.4 W/ft 2 is well under the value Limits building facades to.25 W/ft 2 of illuminated façade area. The calculated value, 0.93 W/ft 2 is above this value, but fixtures that are used to illuminate the walkway are also included in this number, so this is not very accurate

49 The exterior front facade consists of a drive around drop-off area that leads up to a covered porch area. The covered porch area then leads into the entrance of the building. The following was based on IES criteria for building exteriors with active pedestrian activity. Very Important - Color contrast/appearance - Appearance of the space and the luminaires - Direct glare - Light pollution/tresspass - Peripheral detection - Surface characteristics - Source/task/eye geometry - Recommended Horizontal Illuminance: 5 fc - Recommended Vertical Illuminance: 3 fc Somewhat Important - Light distribution on surfaces - Sparkle/desirable reflected highlights

50 The lanterns on the two columns supporting the end of the front porch are very inviting give comforting glow to the exterior of the porch. The uplights on the inside of the porch make the skylight above appear to glow and it appears to almost be floating at night. Bollards light the walkway while floodlights accent the texture of the stone on the front of the building. Octagonal sconces add decoration to the exterior while adding a distinct pattern to the surface. I would have used more accent lighting along the front to graze and accent the texture of the rock sandstone.

51 ENTRANCE WITH FIXTURE SH SHOWN ON EITHER SIDE

52 ENTRANCE PORCH SKYLIGHT, UPLIGHT AND EMERGENCY FIXTURES

53 ENTRANCEWAY IN EVENING AND DAYLIGHT CONDITIONS