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BASIS of DESIGN REPORT Hard Rock Hotel and Casino Catoosa, Oklahoma

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BASIS of DESIGN REPORT Hard Rock Hotel and Casino Catoosa, Oklahoma Mechanical/Electrical Engineering Consultants Buffalo • Rochester • Syracuse • Schenectady BASIS OF DESIGN REPORT Hard Rock Hotel and Casino Catoosa, Oklahoma ERA JCJ Architecture, Inc. 1401 South Denver Avenue - Suite B 20 Huyshope Avenue - Suite 400 Tulsa, Oklahoma 74119 Hartford, Connecticut 06106 February 2, 2018 M/E Reference 171301.00 Driven Solutions - Value www.meengineering.com HARD ROCK HOTEL AND CASINO BASIS OF DESIGN REPORT CATOOSA, OKLAHOMA FEBRUARY 2, 2018 TABLE OF CONTENTS PAGE I. FIRE PROTECTION DESIGN AND SYSTEM DESCRIPTION 1 - 3 II. LIGHTING DESIGN AND SYSTEM DESCRIPTION 4 - 7 III. LOW VOLTAGE DESIGN AND SYSTEM DESCRIPTION 8 - 10 M/E Reference 171301.00 TOC - 1 HARD ROCK HOTEL AND CASINO BASIS OF DESIGN REPORT CATOOSA, OKLAHOMA FEBRUARY 2, 2018 I. FIRE PROTECTION DESIGN AND SYSTEM DESCRIPTION A. Design Criteria 1. Systems will be designed in accordance with, but not limited to, the following Codes: a. 2015 International Fire Code b. 2015 International Building Code c. National Fire Protection Association 101, Life Safety Code 2. Standards: a. Systems shall be designed in accordance with, but not limited to, the following standards: 1) NFPA 13 Standard for the Installation of Sprinkler Systems 2) NFPA 20 Standard for the Installation of Fire Pumps 3) NFPA 24 Standard for the Installation of Private Fire Service 4) Mains and their Appurtenances 5) FM Factory Mutual 6) UL Underwriter's Laboratories, Inc. 7) LEED Version 209 New Construction 3. Equipment and Materials: a. Systems shall be designed in accordance with, but not limited to, the following manufacturers equipment: 1) Fire Pump Allis-Chalmers, Patterson, Peerless 2) Sprinkler Equipment Reliable, Viking, Victaulic b. Materials: 1) Piping 2 inch and smaller: Schedule 40 black steel pipe with threaded fittings. 2) Piping 2-1/2 inch and larger: Schedule 10 black steel pipe with grooved fittings. B. Scope of Work: 1. The building will be supplied by a dedicated 6 inch fire protection water service provided by the plumbing contractor. The fire protection contractor's scope of work will begin at the water service entrance flange within the building. At the point of entrance to the building's water service room, a double check detector assembly backflow preventer with OS&Y control valves and tamper switches will be provided. M/E Reference 171301.00 Page 1 of 10 HARD ROCK HOTEL AND CASINO BASIS OF DESIGN REPORT CATOOSA, OKLAHOMA FEBRUARY 2, 2018 2. The building will be protected throughout by wet pipe automatic sprinkler systems. Each floor of the system will be a separate sprinkler zone. Each zone will be supplied through a flow control assembly to include a flow control valve with tamper switch, water flow detection switch and pressure gauge. Inspector's test connections will be provided downstream of each water flow detection switch. A 2 inch drain riser will be provided for the Inspector's test stations. Drain riser will be piped to exterior at grade. The sprinkler system for each space will be hydraulically calculated to the appropriate criteria based on the use of the space. Once water supply information becomes available, the need for a fire pump will be determined. a. Light Hazard: 1) Minimum flow rate per sprinkler head = 0.1 gpm per square foot Maximum coverage per sprinkler head = 225 square feet Design remote area = 1,500 square feet Hose stream allowance = 100 gallons per minute b. Ordinary Hazard (Group 1): 1) Minimum flow rate per sprinkler head = 0.15 gpm per square foot Maximum coverage per sprinkler head = 130 square feet Design remote area = 1,500 square feet Hose steam allowance = 250 gallons per minute c. Ordinary Hazard (Group 2): 1) Minimum flow rate per sprinkler head = 0.2 gpm per square foot Maximum coverage per sprinkler head = 130 square feet Design remote area = 1,500 square feet Hose stream allowance = 250 gallons per minute 3. Sprinkler protection will be provided at the top and bottom of machine room-less type elevator hoistways equipped with polyurethane coated steel belts in accordance with NFPA 13. 4. 5 inch Storz x 6 inch NPT wall mounted type fire department connections will be installed near the points of fire department access to the building. Check valves will be installed in the fire department connection piping prior to interconnection with the building distribution system. 5. Any other areas subject to freezing temperatures, such as a porte cochere, vestibules, loading dock, etc. will be protected with dry pipe automatic sprinkler systems. C. Sprinkler System Components: 1. Sprinklers: All sprinklers will be the quick response type rated at 155°F, 1/2 inch orifice, K-factor 5.6, except as indicated on the drawings. 286°F rated pendent sprinklers with guards will be provided in Mechanical, Electrical, and Elevator Machine Rooms. 2. In all areas with finished ceilings, sprinklers will be the fully concealed type with factory painted custom coverplates. M/E Reference 171301.00 Page 2 of 10 HARD ROCK HOTEL AND CASINO BASIS OF DESIGN REPORT CATOOSA, OKLAHOMA FEBRUARY 2, 2018 3. Pipe Sleeves and Seals: All penetrations will be provided with pipe sleeves and seals. Penetrations through fire rated construction will be firestopped. 4. Alarms: Supervisory alarm signals will be provided to monitor control valves. The water flow and supervisory alarms will be extended to the fire alarm and notification system. M/E Reference 171301.00 Page 3 of 10 HARD ROCK HOTEL AND CASINO BASIS OF DESIGN REPORT CATOOSA, OKLAHOMA FEBRUARY 2, 2018 II. LIGHTING DESIGN AND SYSTEM DESCRIPTION A. Design Criteria: 1. Code Standards: a. Systems will be designed in accordance with, but not limited to, the following codes: 1) 2015 International Building Code 2) 2015 International Energy Conservation Code 3) 2014 National Electrical Code 4) National Fire Protection Association 90, National Electrical Code 5) National Fire Protection Association 101, Life Safety Code 6) National Fire Protection Association 72, Fire Alarm Code 7) National Fire Protection Association 110, Standard for Emergency and Standby Power Systems 8) ADA Code (Latest Edition) 2. Design Standards: a. Systems shall be designed in accordance with, but not limited to, the following standards: 1) ANSI American National Standards Institute 2) ASTM American Society of Testing and Materials 3) IEEE Institute of Electrical and Electronic Engineers 4) IES Illumination Engineering Society 5) ICEA Insulated Cable Engineers Association 6) NEMA National Electrical Manufacturers Association 7) NFPA National Fire Protection Association 8) UL Underwriter's Laboratories 9) FM Factory Mutual 10) TIA/EIA Telecommunications Industry Association/Electronic Industries Alliance 11) NRTL Nationally Recognized Testing Laboratory 12) LEED Version 2009 New Construction 3. Lighting Systems: a. Lighting systems will include low voltage and LED, luminaires. Each application will be coordinated with the Architect and interior design team. Automatic shutdown control will be evaluated on an area-by-area basis under the guides of the energy code. Typical automatic shutdown will consist of a lighting relay control panels mounted adjacent to source lighting power panels. The lighting control panels will be coordinated with the HVAC Contract for control and integration through the Building Management system to provide a fully automated design. M/E Reference 171301.00 Page 4 of 10 HARD ROCK HOTEL AND CASINO BASIS OF DESIGN REPORT CATOOSA, OKLAHOMA FEBRUARY 2, 2018 b. Specialty and custom lighting will also be designed and selected through architectural coordination. Specialty lighting includes chandeliers, sconces and pendants. Each specialty or custom fixture will undergo its own submittal review process and will include the production of a scaled AutoCAD drawing, internal lamping type, proposed mounting, voltage requirements and re-lamping directions all provided by the manufacturer. For certain large scale specialty fixtures a "mock up" will also be required prior to Shop Drawing approval. All custom and decorative fixtures will bear a UL label. c. Public spaces will be illuminated with combinations of fixed downlighting, cove, sconces, wall wash downlights, etc. depending upon the area. Emergency lighting will be provided along the means of egress at an average of (one) 1 footcandle of illumination. Additional battery packs will be added in high traffic areas and Restrooms to cover the 7 second generator transfer delay. In high profile areas, battery packs will be utilized that incorporate a regressed battery and head design. d. At the cage area and table game areas all fixtures will be connected to UPS and emergency power and no means of shut down will be provided. An average of 40 footcandles of illumination will be designed for the cage area. The luminaires will be connected to the UPS system via the slot power panels. e. Table gaming area design will incorporate low voltage MR16 with LED SORRA type lamp and will include hex cell louvers. Lighting in the form of a track system or adjustable downlights. Each table game will be provided a minimum of three (3) 50 watt MR16 luminaries with a 36 degree beam spread LED equivalent lamp. The luminaires will be connected to the UPS system via the slot power panels. f. The general area Gaming Floor will be illuminated to a level of 10 footcandles in order to supplement the estimated 15 footcandles provided by the machines and signage. All fixtures located in the ceiling over the Gaming area will be connected to emergency power to allow gaming to continue in the event of an outage. Fixtures will be adjustable type with hex cell louvers as to not create glare on the gaming table tops. g. Dimmable 0-10V downlights and linear LED cove fixtures will illuminate multipurpose room and similar type spaces. The multipurpose room area will be provided with a full scale architectural dimming system and provide capability to communicate with the local A/V presentation system.
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