Mechanical Equipment Rooms Safety and Best Practices
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System 636 Flue Gas Venting Finds Home in HGTV Celebrity Scott Mcgillivray's New House
The Mechanical Pipeline System 636® Flue Gas Venting Finds Home in HGTV Celebrity PROJECT SUMMARY Scott McGillivray’s New House • Approx. 10,000 sq.ft. house cott McGillivray fixes homes on • 3 furnaces TV in front of a ginormous McGillivray approached IPEX audience but he’s not just another • 1 combination heating/ S to provide piping, conduit celebrity. Scott makes a living from his domestic hot water boiler expertise in construction with more than and venting for his home • All natural gas equipment 10 years of contracting experience (plus because of IPEX’s reputation vented with System 636® some charm thrown in there). PVC and CPVC piping for having a broad range of Based on his building material knowledge, top-notch products. he also promotes the use of vinyl products for residential applications as a member of the Vinyl Council of Canada. are fundamental aspects of the home’s construction. At Home North of Toronto With this in mind, McGillivray approached Scott’s company, The McGillivray IPEX to provide piping, conduit and venting Group, created a new show, Moving for his home because of IPEX’s reputation the McGillivrays, which documents the for providing a broad range of high-quality construction of Scott’s new house located themoplastic products. on a large lot north of Toronto, Ontario. Built on 2 acres of land, this dwelling is closer to “We supplied anything we manufacture the size of a small commercial building than that his house needed,” said Steve Barker, the average home. senior account manager at IPEX HomeRite Products, the residential arm of IPEX Inc. -
Mechanical General Requirements
UNIVERSITY OF WASHINGTON Mechanical Facilities Services Design Guide General Requirements Basis of Design This section applies to the general mechanical requirements for all Division 15 work. Background This section is intended to assist the Mechanical Engineer and other design team members during the design process by answering questions about how the University builds, operates, and maintains mechanical systems in buildings. If there are questions about this information or proposals of alternate solutions, discuss them with the Project Manager and Engineering Services. Programming Design facilities to minimize annual operating costs and future repair and replacement costs. This document is written primarily for the Seattle campus. Facility design standards can vary for the Tacoma campus, Bothell campus and off-site facilities. Review each project with the Project Manager and Engineering Services to determine exceptions to the Facilities Services Design Guide as appropriate. State these exceptions clearly in the Technical Program. The Central Power Plant (CPP) and West Campus Utility Plant (WCUP) provide utilities to the buildings adjacent to the utility tunnel system. This includes all buildings on the central, south, and southwest campuses and most of the buildings on the east campus and along Campus Parkway. Mechanical utilities from the CPP include steam, condensate return, central cooling water and compressed air. Mechanical utilities from the WCUP include central cooling water. Due to the capacity and hydraulics limitations of these system, verify the addition of new loads onto these systems with Engineering Services. Mechanical rooms need to be large enough to house the equipment and provide adequately sized access pathways for the repair, maintenance, and eventual replacement of the equipment. -
Home & Gite Plus Pool
16, Avenue de la Marne - 65000 TARBES Tel.: 0033 (0) 562.345.454 . - Fax : 0033 (0) 562.346.660 abafim.com You can contact us by email using [email protected] Home & Gite Plus Pool 325 000 € [ Fees paid by the seller ] ● Reference : AF24620 ● Number of rooms : 11 ● Number of bedrooms : 8 ● Living space : 342 m² ● Land size : 1 400 m² ● Local taxes : 1 130 € Located in the tranquil countryside close to the town of Maubourguet is this beautiful property for sale which dates from the end of the 19th century. Without any overlooking neighbours and with a swimming pool, it has a total of 342m² of living space (170m² for the main house and 172m² for the gite) including eight bedrooms, four of which are in the attached gite, two kitchens, two sitting rooms, a bathroom, two washrooms, a cinema room, a conservatory, a "summer" kitchen and a workshop and all on 1400m² of leafy and flower-filled gardens. Perfect for a primary home with a rental opportunity, gite, chambre d'hotes or a large family, its spacious layout will suit many projects. Main House A central and south-facing entrance opens to a hall serving, to the left, a 33m² living room with two-sided wood burner (to the sitting room and conservatory) and to the right a 15m² laundry room. The 21m² north-facing conservatory is accessed from the sitting room. Further on to the left is the 16m² fitted kitchen and stairs leading up. A washroom and toilet complete this level. Tiled flooring throughout. Upstairs is a landing serving four bedrooms (13, 20, 21 & 24m²) and bathroom with toilet. -
The Impact of Air Well Geometry in a Malaysian Single Storey Terraced House
sustainability Article The Impact of Air Well Geometry in a Malaysian Single Storey Terraced House Pau Chung Leng 1, Mohd Hamdan Ahmad 1,*, Dilshan Remaz Ossen 2, Gabriel H.T. Ling 1,* , Samsiah Abdullah 1, Eeydzah Aminudin 3, Wai Loan Liew 4 and Weng Howe Chan 5 1 Faculty of Built Environment and Surveying, Universiti Teknologi Malaysia, Johor 81300, Malaysia; [email protected] (P.C.L.); [email protected] (S.A.) 2 Department of Architecture Engineering, Kingdom University, Riffa 40434, Bahrain; [email protected] 3 School of Civil Engineering, Faculty of Engineering, Universiti Teknologi Malaysia, Johor 81300, Malaysia; [email protected] 4 School of Professional and Continuing Education, Faculty of Engineering, Universiti Teknologi Malaysia, Johor 81300, Malaysia; [email protected] 5 School of Computing, Faculty of Engineering, Universiti Teknologi Malaysia, Johor 81300, Malaysia; [email protected] * Correspondence: [email protected] (M.H.A.); [email protected] (G.H.T.L.); Tel.: +60-19-731-5756 (M.H.A.); +60-14-619-9363 (G.H.T.L.) Received: 3 September 2019; Accepted: 24 September 2019; Published: 16 October 2019 Abstract: In Malaysia, terraced housing hardly provides thermal comfort to the occupants. More often than not, mechanical cooling, which is an energy consuming component, contributes to outdoor heat dissipation that leads to an urban heat island effect. Alternatively, encouraging natural ventilation can eliminate heat from the indoor environment. Unfortunately, with static outdoor air conditioning and lack of windows in terraced houses, the conventional ventilation technique does not work well, even for houses with an air well. Hence, this research investigated ways to maximize natural ventilation in terraced housing by exploring the air well configurations. -
Boiler Replacement Project Drawings
GENERAL NOTES OFFSET PIPING WHERE REQUIRED TO ALLOW CLEARANCE OF DUCTS, ELECTRICAL CONDUIT, OUTLET BOXES, BEAMS, ETC. TO AVOID INTERFERENCE WITH THE WORK OF OTHER TRADES. TO INCREASE HEAD ROOM UNDER PIPING OR TO IMPROVE THE APPEARANCE OF PIPE WORK, THIS CONTRACTOR SHALL OFFSET ANY PIPING AS DIRECTED BY THE ARCHITECT/ENGINEER AND SHALL PROPERLY DRAIN OF VENT SAME WHERE NECESSARY. MAKE ALLOWANCES IN THE BID THERETO. 02/04/2020 THIS CONTRACTOR SHALL FIELD VERIFY LOCATIONS FOR ALL DUCTWORK AND PIPING FOR DATE THE INSTALLATION PRIOR TO FABRICATION. THIS CONTRACTOR SHALL COORDINATE HIS WORK WITH THE OTHER CONTRACTORS ON THE PROJECT AND INSTALL MECHANICAL SYSTEMS IN A MANNER WHICH WILL CONFORM TO STRUCTURE, KEEP PASSAGEWAYS AND OPENINGS CLEAR, PRESERVE HEAD ROOM, CLEAR LIGHT FIXTURES AND NOT COVER UP JUNCTION BOXES. THIS CONTRACTOR SHALL MAKE OFFSETS BKB RJA 19590 IN PIPING OR DUCTWORK TO AVOID INTERFERENCE WITH OTHER TRADES, AT NO ADDITIONAL COST TO THE OWNER, WHEN SO DIRECTED BY THE ARCHITECT/ENGINEER. WHERE PIPING IS CONNECTED TO EQUIPMENT OR PLUMBING FIXTURES THAT ARE BEING BOILER REPLACEMENT REMOVED, THE PIPING SHALL BE REMOVED COMPLETELY (UNLESS NOTED OTHERWISE) FROM THE REMODELED SPACE AND CAPPED AT OR NEAR THE MAINS. PLUMBING PIPING THAT IS LOCATED IN A WALL TO BE REMOVED SHALL BE REMOVED (IF NOT ACTIVE) AND CAPPED AT NORTH DAKOTA DEPARTMENT OF TRANSPORTATION THE MAIN LINE OR OUT OF THE REMODELED SPACE. BISMARCK, NORTH DAKOTA PIPING VALVE & STANDARD ACCESSORY LEGEND ABBREVIATIONS DRAWN BY BY CHECKED JOBNO. BALL VALVE AD - ACCESS DOOR AFF - ABOVE FINISHED FLOOR BALL VALVE INDICATOR AFG - ABOVE FINISHED GRADE DESIGN TEAM DRAWING SHEETS BUTTERFLY VALVE ATC - AUTOMATIC TEMPERATURE GATE VALVE CONTROLS BDD - BACKDRAFT DAMPER PRAIRIE ENGINEERING, P.C. -
Copyrighted Material
INDEX A Archives room 238 Area of additional building regulations (airport) 417 Abbreviations 1 Area pay desk (retail) 257 Absorption area 482, 483 Area surveillance 119 Access 139, 146 Armchair 11 Access control system 17, 119 Armoured glass 107 Access principles 139 Aron Hakodesh 288 Accessible building 21 ff. Art library 250 Accessible housing 23 Art teaching 192 Accessible lift 134 Artifi cial ice rink 344 Accessible parking place 21, 22, 23 Assisted fl at for the elderly 168 Accident and emergency 291, 299 Asymmetrical bars (gym) 365 Acoustic refl ector 221 At-grade crossing 381 Acoustics 220, 221, 223 Athletics 326 Additional technical contract conditions 61 Atrium house 143 Administration 231 Audience row (theatre) 212 Advertising displays 502 Audience seating 212 Aeroplane category 423 Auditorium 198, 200, 211, 212, 222, 219, 222, 223 Air conditioning 242 Auditorium width 211 Air conditioning plant room 531 Autobahn 378 Air conditioning system 531 Aviation Law 371, 418 Air curtain 115 Aviation Noise Law 418 Air freight 418 Award procedure (contract) 61 Air gap 90 Awning 500 Air handling equipment 531 Azimuth 488, 490 Air humidity 37 Air recirculation system 530 Air terminal 485 B Air-water systems 530 Airborne sound 478 Baby grand piano 11 Airborne sound insulation 477, 478 Baby ward 308 Airport 419 Backing-up (drainage) 527 Airport regulations 418 Back-ventilation 473 Airside 421 Background ventilation 529 Aisle, theatre 212 Badminton 322, 356 Akebia 434 Bakery 278 Alignment (photovoltaics) 467 Baking table 190 All-purpose room -
Town of Belmont Department of Public Works Space Needs Summary
Town of Belmont Department of Public Works Space Needs Summary Name of Space General Description of Needs DPW Director Office Desk work area, support furnishings, seating for up to 2 visitors, and small meeting area. Assistant DPW Director Desk work area, support furnishings, seating for up to 2 Office/Hwy Division Director visitors, and small meeting area. Highway Operations Manager Desk work area, support furnishings, seating for up to 2 visitors, and small work table area. Parks & Cemetery Division Future office area to include desk work area, support Director Office furnishings, seating for up to 2 visitors, and small work table area. Water Superintendent Desk work area, support furnishings, seating for up to 2 visitors, and small work table area. Assistant Water Superintendent Desk work area, support furnishings, seating for up to 2 visitors, and small work table. Reception Area / Vestibule / Air lock, seating area, counter area Waiting Area DPW Administration Office Work area for seven (7) Administrative Assistants, including Area a work area/active file area Cemetery Sales Office Secluded office with table and seating Administration Toilet Facilities Locate adjacent to conference room, single fixture, ADA compliant Cemetery Records Storage Room Fire proof records storage Copy / File / Mail Area Counter area with room for water / sewer billing equipment, copy machine, layout table CAD / GIS Area CAD/GIS work stations with space for large scale plotter Active File Storage Flat file, file cabinet, hanging file, and floor storage capabilities. Fire rated room. Archive File Storage Flat file, file cabinet, hanging file, and floor storage capabilities. Fire rated room. Conference Room Small conference room for up to ten (10) personnel Supply Closet Shelving for general supply storage Training Room Large room with seating and work area for up to 60 employees. -
Government Office Space Standards (GOSS) Were Prepared by the Space Standards Subcommittee of the Client Panel
G O S S J AN U AR Y 8 , 2 0 0 1 G o v e r n m e n t O f f i c e S p a c e S t a n d a r d s Province of British Columbia S P A C E T A B L E O F C O N T E N T S M A N U A L 1.0 INTRODUCTION ...................................................................................... 3 1.1 BACKGROUND & PURPOSE ..........................................................................................................3 1.2 GOVERNMENT OFFICE SPACE STANDARDS APPLICATION ...................................................................3 1.3 INTEGRATED WORKPLACE STRATEGIES APPLICATION .......................................................................3 1.4 REPORT STRUCTURE...................................................................................................................3 2.0 STRATEGIC PRINCIPLES........................................................................... 5 2.1 CORE PRINCIPLES ......................................................................................................................5 2.2 OPERATING PRINCIPLES ..............................................................................................................5 2.3 COST CONTAINMENT PRINCIPLES .................................................................................................6 3.0 CREATING INNOVATIVE SPACE SOLUTIONS ................................................... 7 3.1 INTRODUCTION TO INTEGRATED WORKPLACE STRATEGIES (IWS).......................................................7 3.2 THE IWS PLANNING PROCESS......................................................................................................7 -
Small Business Network Setup Checklist
Small Business Network Setup Checklist Alaa never logicizes any nondescript absquatulates overrashly, is Abram accrescent and incorporated enough? Spathaceous Gavin ripple very by-and-by while Tynan remains fastened and disgusted. Paco often peeks confidentially when betrothed Ali deodorising measurably and greens her trimorphism. Basic Networking Hardware for Mid-Market Businesses FREE. Once you setup diagram and network setup service providers m be configured that this means tying your. Chantilly Managed IT Services Releases Network Installation. Log into the setup running similar business network! Looking for many business network will reflect well as for any cyber threats is a currently handles your! The cover guide to pitch business networking However rack-mount. Whether you wait have Internet service from large cable run or DSL. Small mesh network setup cost PVM Foundation. Moving such a date Office A Tech Checklist Switchfast. Boston Small Business Networking Greater Boston Chamber. Small Business Startup Checklist Steps to Remember Checklist. How to set up for network for small start-up late at it cost. How does Set Up but Small Business and Network Bytestart. It involves no longer required services from small network puts your! You setup is small office? Select the backbone of your site on any issues. You're considering to setup your ultimate office technology DO some trust your. Web design small business setup your small network setup, and techniques setup! It checklist is similar to physical server takes extortion tactics digital transformation and apply. This small business network setup checklist going to quickly tweet featured snippets from! We've made a small family network setup checklist with all this necessary items a Hardware Ethernet Jacks Ethernet Cables Patch panels. -
Electrical Equipment Room Design Considerations Atlanta Chapter
Atlanta Chapter – IEEE Industry Applications Society Electrical Equipment Room Design Considerations presented at the Sheraton Buckhead Hotel Atlanta, Georgia November 20, 2006 Outline 1. Definitions 2. Power Distribution Configurations 3. Selection of Transformer 4. Installation and Location of Transformer 5. Service Entrance Equipment 6. Selection of Circuit Breaker 7. Electrical Equipment Room Construction (New) 8. Electrical Equipment Room Construction (Existing) 9. Maximum Impedance in a Ground Return Loop to Operate an Overcurrent Protective Device 10. 2005 NEC Requirements Outline 11. Ground Fault Sensing 12. Zero Sequence Sensing vs. Residual Sequence Sensing 13. Power Distribution Systems with Multiple Sources 14. Modified Differential Ground Fault (MDGF) Protection Systems 15. Designing a MDGF Protection System 16. Reported Ground Fault Losses 1. Definitions System Configuration •The system configuration of any Power Distribution System is based strictly on how the secondary windings of the Power Class Transformer, or generator, supplying the Service Entrance Main or loads, are configured. (This includes whether or not the windings are referenced to earth.) • The system configuration is not based on how any specific load or equipment is connected to a particular power distribution system. 1. Definitions Ground Fault Protection System •A designed, coordinated, functional, and properly installed system that provides protection from electrical faults or short circuit conditions that result from any unintentional, electrically conducting connection between an ungrounded conductor of an electrical circuit and the normally non–current-carrying conductors, metallic enclosures, metallic raceways, metallic equipment, or earth. 1. Definitions Ground Fault Protection of Equipment (Per Article 100 in the 2005 NEC) • “A system intended to provide protection of equipment from damaging line-to-ground fault currents by operating to cause a disconnecting means to open all ungrounded conductors of the faulted circuit. -
2.8 Mechanical Systems 2.8.1 General Considerations General
2.8 Mechanical Systems 2.8.1 General Considerations General Guidelines Intent This section explains the university's expectations regarding the design of effective mechanical systems. Daily operation of the building depends on durable and efficient mechanical systems. Resources Resources available to designers are the following: NC Building Code ASHRAE and SMACNA Guidebooks NC State Construction Manual Vendor's literature On-campus Facilities Design and Operations personnel Documentation Sufficient information must be included on the plans and specifications not only to construct the project with few or no change orders, but to allow future troubleshooting and expansion of design work. Paths of access to equipment should be shown on the drawings. Where two or more services are to occupy the same mechanical room, proper coordination is necessary. Designers are expected to field-verify all existing conditions, and not to rely on available prints. Design Criteria General Characteristics Designers engaged in providing the design of mechanical systems for campus buildings and grounds should plan energy efficient systems which are long-lived and easy to operate and maintain. The scope of new projects shall include any necessary campus utility extensions and relocations to serve the building being designed. When extensions and/or connections are made to the building, the designer should concentrate and run such utility lines under sidewalks or parallel to roads where they can be accessed in all weather conditions. All efforts should be made to avoid disturbance of any area within the drip line of trees when routing underground lines. Planning to Reduce Site Clutter The designer must take every effort to consolidate mechanical and electrical equipment on the building site. -
Green Mechanical Contractor Spring 2011
Cover Story By Dave Yates Holy Energy Conservation! offi ces and lounge were noisy, ineffi cient, and several were A steam boiler that runs 24/7 no longer operational. e 16 one-ton through-the-wall A/C units in the sanc- until somebody turns off its tuary incorporated a hot water coil for heating and, over time, the committee had learned to cover the exterior grills power is just one of the energy with cardboard during winter to avoid messy and costly freeze-damage from split coils. With another hot sum- hogs at this comprehensive mer approaching, and several non-functioning TTW A/C units, they were feeling the heat from the congregation to church retrofit project. fi nalize plans. During their three-year journey, they had met with several ome would classify the following story as green mechanical contractors and knew the church needed a sys- or combating global warming or even as saving tem-wide renovation. And that’s where you and I begin our the planet. I would simply call it a common-sense trip through this process. e property committee requested approach to energy conservation while designing a proposal to replace their systems. During our initial visit, an HVAC system’s replacement to take advantage we’ll discover the following: Sof today’s effi cient and reliable equipment. is one garners no Federal tax credit because it involves a church. Come A 1964 STEAM BOILER along for a trip through this process — from inception to e steam boiler, replaced in 1964, is fi ring at 1.8 million- delivery — and I’ll share with you the process I use and some Btuh.