Liability Waiver
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Building an Adu
BUILDING AN ADU GUIDE TO ACCESSORY DWELLING UNITS 1 451 S. State Street, Room 406 Salt Lake City, UT 84114 - 5480 P.O. Box 145480 CONTENT 04 OVERVIEW 08 ELIGIBILITY 11 BUILDING AN ADU Types of ADU Configurations 14 ATTACHED ADUs Existing Space Conversion // Basement Conversion // This handbook provides general Home with Attached Garage // Addition to House Exterior guidelines for property owners 21 DETACHED ADUs Detached Unit // Detached Garage Conversion // who want to add an ADU to a Attached Above Garage // Attached to Existing Garage lot that already has an existing single-family home. However, it 30 PROCESS is recommended to work with a 35 FAQ City Planner to help you answer any questions and coordinate 37 GLOSSARY your application. 39 RESOURCES ADU regulations can change, www.slc.gov/planning visit our website to ensure latest version 1.1 // 05.2020 version of the guide. 2 3 OVERVIEW WHAT IS AN ADU? An accessory dwelling unit (ADU) is a complete secondary residential unit that can be added to a single-family residential lot. ADUs can be attached to or part of the primary residence, or be detached as a WHERE ARE WE? separate building in a backyard or a garage conversion. Utah is facing a housing shortage, with more An ADU provides completely separate living space people looking for a place to live than there are homes. including a kitchen, bathroom, and its own entryway. Low unemployment and an increasing population are driving a demand for housing. Growing SLC is the City’s adopted housing plan and is aimed at reducing the gap between supply and demand. -
Movement on Stairs During Building Evacuations
NIST Technical Note 1839 Movement on Stairs During Building Evacuations Erica D. Kuligowski Richard D. Peacock Paul A. Reneke Emily Wiess Charles R. Hagwood Kristopher J. Overholt Rena P. Elkin Jason D. Averill Enrico Ronchi Bryan L. Hoskins Michael Spearpoint This publication is available free of charge from: http://dx.doi.org/10.6028/NIST.TN.1839 NIST Technical Note 1839 Movement on Stairs During Building Evacuations Erica D. Kuligowski Richard D. Peacock Paul A. Reneke Emily Wiess Kristopher J. Overholt Rena P. Elkin Jason D. Averill Fire Research Division Engineering Laboratory Charles R. Hagwood Statistical Engineering Division Information Technology Laboratory Enrico Ronchi Lund University Lund, Sweden Bryan L. Hoskins Oklahoma State University Stillwater, OK Michael Spearpoint University of Canterbury Christchurch, New Zealand This publication is available free of charge from http://dx.doi.org/10.6028/NIST.TN.1839 January 2015 U.S. Department of Commerce Penny Pritzker, Secretary National Institute of Standards and Technology Willie May, Acting Under Secretary of Commerce for Standards and Technology and Acting Director Certain commercial entities, equipment, or materials may be identified in this document in order to describe an experimental procedure or concept adequately. Such identification is not intended to imply recommendation or endorsement by the National Institute of Standards and Technology, nor is it intended to imply that the entities, materials, or equipment are necessarily the best available for the purpose. National Institute of Standards and Technology Technical Note 1839 Natl. Inst. Stand. Technol. Tech. Note 1839, 213 pages (January 2015) This publication is available free of charge from: http://dx.doi.org/10.6028/NIST.TN.1839 CODEN: NTNOEF Abstract The time that it takes an occupant population to reach safety when descending a stair during building evacuations is typically estimated by measureable engineering variables such as stair geometry, speed, stair density, and pre-observation delay. -
Safety on Stairs
d Div. 100 ! i I 1 ' L BS BUILDING SCIENCE SERIES 108 afety on Stairs S DEPARTMENT OF COMMERCE • NATIONAL BUREAU OF STANDARDS NATIONAL BUREAU OF STANDARDS The National Bureau of Standards' was established by an act of Congress March 3, 1901. The Bureau's overall goal is to strengthen and advance the Nation's science and technology and facilitate their effective application for public benefit. To this end, the Bureau conducts research and provides: (1) a basis for the Nation's physical measurement system, (2) scientific and technological services for industry and government, (3) a technical basis for equity in trade, and (4) technical services to promote pubUc safety. The Bureau's technical work is performed by the National Measurement Laboratory, the National Engineering Laboratory, and the Institute for Computer Sciences and Technology. THE NATIONAL MEASUREMENT LABORATORY provides the national system of physical and chemical and materials measurement; coordinates the system with measurement systems of other nations and furnishes essential services leading to accurate and uniform physical and chemical measurement throughout the Nation's scientific community, industry, and commerce; conducts materials research leading to improved methods of measurement, standards, and data on the properties of materials needed by industry, commerce, educational institutions, and Government; provides advisory and research services to other Government Agencies; develops, produces, and distributes Standard Reference Materials; and provides calibration services. -
Functional Requirements of Good Stair Case
UNIT I ARCHITECTURAL ENGINEERING Stairs - Materials - Terms Used - Types of Stairs - Functional Requirements of Good Stair Case - Layout of Stair Case Planning - Introduction to Ramps, Lifts, Escalators - Heat Transfer - Insulating Materials - Method of Applications - Acoustics Sound Insulations - General Principles - Sound Absorbing Materials - Acoustical Design of Auditorium - Class Rooms – Library- Sound Insulation of Walls and Floors - Ventilation - Requirements - Types of Ventilations - Air Conditioning - Fire Resisting Construction Materials - Guidelines for Fire Resisting Buildings - Fire Protection. STAIRS Staircase is an important component of a building providing us the access to different floors and roof of the building. It consists of a flight of steps (stairs) and one or more intermediate landing slabs between the floor levels. Different types of staircases can be made by arranging stairs and landing slabs. Stairs can be made of concrete, stone, wood, steel or combination of any of these. Primary functions of staircase • Provide an access from one floor to another. • Provide a safe means of travel between floors. • Provide an easy mean of travel between floors. • Provide a suitable means of escape in case of fire. • Provide a mean of conveying fittings and furniture between floor levels. General terminologies used in Staircase 1. Steps - A series of horizontal open treads with a space between the treads with a space between the treads or as enclosed steps with a vertical face between the treads as shown in the figure below. • Tread – horizontal surface of a step • Riser – vertical surface or near vertical of a step 2. Nosing - In some cases the tread is projected outward to increase the space. -
Feet) Zoning Districts Min. Lot Size (Sq. Ft.
CHARTER TOWNSHIP OF BREITUNG Minimum Set Backs (Feet) Min. Min. Max. Zoning Min. Lot Size Lot Building Front Side Rear Height Districts (Sq. Ft.) Width Width (Feet) (Feet) (Feet) R-1 20,000A 100 30 10B 10C 30D 20 A. Minimum lot size is 10,800 square feet where either municipal water or sewer service is provided to the lot. No more than 30% of the lot area may be covered by buildings. On lots less than 20,000 square feet the setbacks shall be reduced to 25-foot minimum front, 6-foot minimum side and 6-foot minimum rear. The minimum lot width shall remain 100 feet. B. An accessory building or structure may be located 6 feet from a side lot line. C. An accessory building or structure may be located 6 feet from a rear lot line. D. An accessory building or structure shall not exceed 18 feet in height. § 150.022 DISTRICT R-1: RESIDENTIAL ONE. (A) Intent. The R-1, Residential One District is intended for the establishment and preservation of quiet single-family home neighborhoods free from other uses, except those which are both compatible with and convenient to the residents of this District. The R-1 District is designed to accommodate residential opportunities where spacious lots are reasonable to insure a safe, potable water supply and treatment of wastewater on the same lot. (B) Principal permitted uses. (1) Single-family dwellings. (2) State licensed residential care facilities for six or fewer persons. (See definition.) (3) Foster family homes (one to four children) and foster group homes (five to six children). -
Discover the Sauna of the Future. Discover the Sauna S1 from Klafs. 4 / 5
S1 EXHILARATINGLY NEW. EXHILARATINGLY DIFFERENT. EXHILARATINGLY BEAUTIFUL. DISCOVER THE SAUNA OF THE FUTURE. DISCOVER THE SAUNA S1 FROM KLAFS. 4 / 5 FITS. EASILY. ANYWHERE. A SAUNA SPELLS QUALITY OF LIFE. MANY OF US SIMPLY CAN’T IMAGINE LIFE WITHOUT A CHANCE TO WIND DOWN, TO RELAX, TO REST. BUT A SAUNA NEEDS ROOM. Room that we don’t always have. That is why KLAFS has designed the space-saving Sauna S1: a sauna innovation that fits perfectly in our modern life, wherever that may be – in a single-family home, a pre-war apartment, a loft, or a vacation home. An innovation whose intelligent use of space opens the door to matchless moments of well-being. 5 THE NEW SAUNA S1 FROM KLAFS 8TH FLOOR 120 m2 FLOOR SPACE FITS. EASILY. ANYWHERE. 6 / 7 AS MUCH SAUNA AS POSSIBLE. THE NEW SAUNA S1 IS THE FIRST IN THE WORLD THAT CAN RETRACT AT THE TOUCH OF A BUTTON – JUST LIKE A ZOOM LENS ON A CAMERA. When retracted, the Sauna S1 is a svelte 60 cm and no deeper than the average closet. When extended, the Sauna S1’s 1.60 m depth offers plenty of room to enjoy a relaxing sauna. SUPER SPACE-SAVER: Press the button on the display in front, and the new Sauna S1 opens in just 20 seconds, from standby mode to up and running. 7 THE NEW SAUNA S1 FROM KLAFS IN AS LITTLE SPACE AS NECESSARY. 60 cm DEPTH FITS. EASILY. ANYWHERE. 8 / 9 FROM ZERO TO SAUNA IN 20 SECONDS: eMOVE TECHNOLOGY. -
Additional Code Requirements
ADDITIONAL CODE REQUIREMENTS #___________________ m 2012 International Residential Code & 2012 International Building Code PROVIDE ON-SITE ALL DELAWARE SEALED SPECIFICATIONS FOR ANY MANUFACTURED & ENGINEERED STRUCTURAL BUILDING COMPONENTS INCLUDING BUT NOT LIMITED TO: WOOD TRUSSES, I-JOISTS, STRUCTURAL COMPOSITE LUMBER & STEEL BEAMS. The approved set of prints shall be kept at the job site and open to inspection. *** A separate Inspection for perimeter or under slab insulation board for “Pole Building” style Dwellings or Dwellings with a Monolithic turn down slab or slab on grade foundation is required. R302 FIRE-RESISTANT CONSTRUCTION: Construction, projections, openings & penetrations of exterior walls of dwellings & accessory buildings shall comply with Table R302.1(1). R302.2 TOWNHOUSES: Each townhouse shall be considered a separate building & shall be separated by fire-resistance-rated wall assemblies. R302.5 DWELLING/GARAGE OPENING/PENETRATION PROTECTION (garage door to house separation):self-closing, 3 solid wood doors/steel doors ≥1 /8 inches in thickness or 20-minute fire-rated doors. Openings into non-sleeping rooms only. 1 R302.6 DWELLING/GARAGE FIRE SEPARATION: from the residence and attics: ≥ /2-inch gypsum board applied to the garage 5 side; habitable rooms above the garage: /8-inch Type X gypsum board; garages located less than 3 feet from a dwelling unit on 1 the same lot: ≥ /2-inch gypsum board applied to the interior side of exterior walls 1 R302.7 UNDER-STAIR PROTECTION: Enclosed accessible space under stairs shall be protected with /2-inch gypsum board. R303.7 STAIRWAY ILLUMINATION: All interior & exterior stairways shall be provided with a means to illuminate the stairs, landings and treads; exterior stairways: artificial light source located in the immediate vicinity of the top landing; exterior stairways (access to a basement from the outside): artificial light source located in the immediate vicinity of the bottom stairway landing. -
Sauna Products Amerec Saunas
SAUNA PRODUCTS AMEREC SAUNAS In today’s hectic world, aren’t we all looking for a pri- vate retreat—a place to become refreshed physically and mentally? Imagine being able to come home from a long day at the office and slip into the comfort of your own bath time paradise. Your muscles finally relax. All the hassles of the day leave your mind. You feel every ounce of stress drain from your body. HEALTH BENEFITS Saunas improve cardiovascular performance. As core body temperature rises, cardiac output increases. When we cool off again, the heart rate drops, giving our hearts a healthy workout that improves performance and helps the body’s regulatory system. Saunas reduce incidences of Alzheimer’s by 65%. A 20-year study conducted with more than 2,300 participants at the University of Eastern Finland by Dr. Jari Laukkanen and his colleagues revealed regular sauna use (4-7 times per week) at 176 degrees F for 19 minutes lowered the risk for both Alzheimer’s & dementia. Saunas relieve stress. The heat from the sauna stimulates the release of endorphins. Endorphins are the body’s all-natural “feel good” chemical, and their release provides a truly wonderful “after sauna glow.” Saunas relax muscles and soothe aches. Heat- stimulated endorphins can have a tranquilizing effect, minimizing muscle pain and soreness. Heat also increases blood flow, speeding up the body’s natural healing process. Saunas flush toxins. Deep sweating in a sauna can help reduce levels of lead, copper, zinc, nickel, mercury and chemical - toxins commonly absorbed just from interacting with our daily environments. -
Sauna Design Guide
Sauna Design Guide 1 Section Page Design Options Helo Commercial Custom-Cut Saunas ……………………..3-4 Construction Details/Planning ……………………………….5-7 Helo Commercial Panel-Built Saunas ………………………8-10 Sauna Operations and Maintenance Using the Bucket and Ladle ………………………..………..11 Helo BWT Technology ………………………………....…….12 Maintenance and Care of Commercial Saunas ……….…..13 ADA Requirements and Sauna Safety ADA Compliance ………………………..…………………….14 ADA CAD ……………………………………..………………..15 Technical Information and Sample Drawings Sauna Specifications ………………………………………...16 Electrical Specifications Chart …………………….………...16 Sample Custom-Cut Plans …………………………………..16 Sample Panel-Built plans …………………..………………..16 Helo Commercial Sauna Specifications …..………...……. 17-18 Heater Chart ………………………………………………..…19 CAD Sauna Layouts …………………………………...…….20-23 2 Custom-Cut Sauna Design Options Saunas built to fit any space; installed on your framed walls Helo Commercial Custom-Cut sauna packages are designed to meet your specifications and your designs. All Helo saunas are manufactured to infinitely customizable sizes and specifications. For ease in planning, Helo offers three commercial room series: Premier, Supreme, and Classic: Helo “Premier” Series Commercial Custom-Cut Rooms Helo “Premier” Custom Cut Sauna rooms include: Deluxe bench system: Clear, vertical grain Western Red Cedar or Canadian Hemlock bench tops with Heat-treated European Alder bench face color accent Deluxe ergonomic 6-bar backrest (same wood as benches, including color accents), with integral LED lighting -
Temperance Landing Sauna Instructions
Temperance Landing Sauna Instructions We hope you enjoy our contemporary version of a classic Finnish Sauna. Location The sauna is located just past cabin number 22, on the far southwestern end of the Temperance Landing complex. There is a walkway to the sauna which begins on the north side of the garage at cabin number 54, which then passes under bridges that enter cabins 24 and 22. Entry Door To enter either sauna door, press “6 7 8 9” on the combination entry door lock, and then turn the knob. If it does not open the first time, please repeat, as this clears the lock for the new attempt. Heating up the Sauna The sauna heater control is on the wall to the left as you enter. Please turn the Temperature Control up to at least 6 or 7, and then turn the timer to at least 30 minutes. You may want to return to your cabin for 15 or more minutes to wait for the building and the sauna to pre-heat. If you do so, please fill the sauna water reservoir with water before leaving (see next instruction) so that has an opportunity to pre-heat as well. Using the Sauna First fill the green metal reservoir on the right hand side of the sauna stove from the water tap just above this, as the sauna will pre-heat this water. Then ladle warm water from this reservoir onto the rocks in the sauna. The more rocks you cover the more steam you will create and the faster the sauna will become hot and steamy. -
Roundup Athletic Club Eastern Oregon’S Finest Athletic Facility 1415 Southgate Pendleton, Or 97801 541.276.0880 Fax 541.276.1747
ROUNDUP ATHLETIC CLUB EASTERN OREGON’S FINEST ATHLETIC FACILITY 1415 SOUTHGATE PENDLETON, OR 97801 541.276.0880 FAX 541.276.1747 www.RAClub.us SWIMMING POOL, THERAPY POOL, STEAM ROOM, AND SAUNA ETIQUETTE The following suggestions and helpful hints we consider “Good Club Manners” for members and non-members and, if observed, will make your pool and sauna leisure time more enjoyable. For safety, swim suits are required. Jeans, sweat pants, or shirts can become heavy and decrease mobility and therefore are not recommended. Boxer shorts and/or other clothing that we deem inappropriate or too revealing is prohibited. 25 METER POOL 1. This pool is especially designed for lap swimming. The maximum depth is 4.5 feet and the minimum depth is 3.0 feet. For your own safety, there is positively no jumping or diving into this pool. 2. Full showers are required before entering or moving from one therapy pool to another. 3. Children under the age of 14 must be accompanied by a parent or guardian (18 years or older) at all times. 4. Children that are not toilet trained must wear an approved swim diaper to swim in any pool. 5. State regulations prohibit food and/or drinks in the pool area. 6. Lap swimmers receive priority in lane 4 at all times. THERAPY POOLS 1. These pools are designed for hydro-therapy to aid in relieving muscle fatigue and soreness. Maximum length of time should not exceed 15 minutes. Check with your Physician if you have heart or diabetes problems. 2. WARNING: Body temperature will increase rapidly with high temperatures. -
Types of Stairs
Types of Stairs Straight stairs are certainly one of the most common types of stairs found in both residential and commercial properties. Examples of Straight Stairs: L Shaped Stair (or sometimes called quarter turn stairs) The L shaped stair is a variation of the straight stair with a bend in some portion of the stair. This bend is usually achieved by adding a landing at the bend transition point. The bend is often 90 degrees, however it does not have to be. If the landing is closer to the top or bottom of the stairs it is sometimes referred to as a long L stair. Example of L Shaped Stairs: U shaped Stairs (or sometimes called half turn stairs or switchback stairs) U Shaped stairs are basically 2 parallel flights of straight stairs joined by a landing that requires 180 degree turn in the walk line. If a third flight is inserted into the middle of the stairs, it would become a double L stair (or quarter landing). Example of U Shaped Stairs: Quarter Landing Stairs Examples of Quarter Landing Stairs: Winder Stairs Winder stairs are a variation of an L shaped stair but instead of a flat landing, they have pie shaped or triangular steps at the corner transition. Examples of Winder Stairs: Spiral Stairs Spiral stairs are a often confused with curved stairs. Although, both types of stairs follow a helical arc (like the shape of a spring), spiral stairs usually are made very compact and the treads radiate around a center pole. Example of Spiral Stairs: Curved Stairs Curved stairs add elegance to home or business.