Code changes to 2009 Michigan Mechanical Code

Slides:



Advertisements
Similar presentations
Heating, Ventilation, and Air-Conditioning (HVAC) Systems
Advertisements

International Building Code
Presents 2012 Revisions to the NC Energy Code For Residential Building started after March 1, 2012.
Regulations (Standards - 29 CFR) Flammable and Combustible liquids
Fired And Unfired Pressure Vessels
International Mechanical Codes Scald Protection. – Where a combination potable water-heating and space-heating system requires water for space.
Chapter 8: Duct Design and Sealing To be used with the Guide to Building Energy Efficient Homes in Kentucky.
California Mechanical Code
Environmental Controls I/IG Lecture 14 Mechanical System Space Requirements Mechanical System Exchange Loops HVAC Systems Lecture 14 Mechanical System.
Commercial Mechanical Requirements
“Do not take anyone’s advice as to how this building should be assembled.”
Heating, Ventilating, and Air-Conditioning (HVAC)
ENERGY STAR Qualified Homes
NFPA 96 and Building Code Requirements for Commercial Kitchen Hood Systems Presentation for the Sevier County Fire Code and Building Code Officials Presented.
California Mechanical Code
Mechanical Plan Review. Review Plan Package Use Group/Occupancy Correct Code Reference/Conformance Revisions Mechanical Plans/Spec Books Structural Plans.
California Mechanical Code
Components of HVAC System
INTD 51 human environments building systems. heating/ventilation/air-conditioning (HVAC) maintain a comfortable indoor climate control temperature and.
Local Application Total Flooding System: (NFPA 12) A system consisting of a supply of carbon dioxide arranged to discharge into, and fill to the proper.
35” CONDENSING GAS FURNACES Vent and Combustion Air System Design & Installation 1 Add Distributor Art and Text Here.
2004 Florida Building Code, Mechanical/Energy Technical Core Summary (1 hour) June 2004.
IBC 2006 Chapter 5 Building Height and Areas After determining occupancies, the code analysis determines what height and areas are allowable for the occupancy.
ENERGY STAR Multifamily High Rise Program Testing and Verification Protocols Webinar – Part II August 2011.
Welcome to S&P USA & the 2012 International Residential and Mechanical Code for Ventilation.
Welcome to Field Controls: HRV / ERV Training Duct Systems Part 3
VENTING AND COMBUSTION AIR
1 HVACR316 - Piping Related Codes Trade Math 1 Related Codes Trade Math 1.
AIR CONDITIONING (COOLING)
Ontario Building Code Revision effective Jan 1, 2015
MECHANICAL ASPECTS OF MICHIGAN UNIFORM ENERGY CODE MIAM DOHERTY INN CLAIRE, MICHIGAN MARK RILEY.
Arkansas Energy Code 2004 Compliance
Tom Kader Chief Electrical Inspector Spaces About Electrical Equipment Sufficient access and working space shall be provided and maintained about.
Brought to you by: Connecticut Energy Code Frederick F. Wajcs Senior Energy Engineer Northeast Utilities February 10, 2011.
AIR QUANTITY REQUIRED TO TRANSFER HEAT IN A FORCED AIR SYSTEM In all four mechanical systems considered, the transfer of heat, either by taking it out.
Copyright 2008 Ted "Smitty" Smith Two Minute Drill Number 25- Residential Improving your skill in code Look Up Increasing Speed Drill.
NFPA 54 National Fuel Gas Code Boiler Manufacturer ANSI Standards Local Codes Vent Manufacturer.
HVACR311 – Electrical for Refrigeration International Mechanical Code Relating to Refrigeration.
BUILDING MATERIAL BUILDING MATERIAL PALESTINE UNIVERSITY chapter No.#7 Mechanical Works Dr. Ali Ibrahim Tayeh.
Air Conditioning International Mechanical Code
1 HVACR318 – Refrigeration II International Mechanical Code Relating to Refrigeration.
1 HVACR316 - Piping Related Codes Trade Math I Related Codes Trade Math I.
Changes to 2009 IFGC ( International Fuel Gas Code) Adopted by Reference by section Michigan Mechanical Code.
1 Mechanical for Oil Heat Mechanical codes. 2 Every state has codes. They may be the same in some states, but different in other states. Always have a.
HEATING AND COOLING SYSTEMS
Fire-Resistant Materials & Assemblies Part 2 Chapter 5.
Copyright 2008 Ted "Smitty" Smith Two Minute Drill Number 21- Residential Improving your skill in code Look Up Increasing Speed Drill.
Plumbing Radiant Heating & Cooling Turf Conditioning Permafrost Ice and Snow Melt Ecoflex ® SupportSustainabilityEngineered PolymerCommercial SystemsIntroductions.
Presented by John Lewandowski and Mike Larabel Inspection, Testing, and Maintenance of Kitchen Hood Systems Michigan Fire Inspectors Society Winter Educational.
Steep Slope Roofing Systems. Based on the 2007 C.B.C. Presented by Oscar Davalos.
Day 2 Part 1 Technician’s Guide & Workbook for Home Evaluation and Performance Improvement.
SYSTEM SELECTION & SPACE REQUIREMENTS INTRODUCTION SYSTEM SELECTION SPACE REQUIREMENTS SAMPLE QUESTIONS.
“My Room” Project The Massachusetts Code Book and the rules that apply.
Day 4 Part 2 Technician’s Guide & Workbook for Home Evaluation and Performance Improvement.
“Beyond the loop layout”.  Jeremy Neven, C.B.C.O. ◦ Chief Building Official ◦ Plumber ◦ HVAC Designer ◦
Chapter 14 Heating, Ventilation & Air conditioning (hvac)
HVAC DUCT CONSTRCTION EXAMPLES
RESIDENTIAL CONDENSING GAS FURNACES Vent Design & Installation Training Spring 2014 UTC Building & Industrial Systems Confidential and Proprietary Information.
N F G C r e v I s I o n s.
Smitty’s Two Minute Drill Mixed Content -05
Electrical Gas Plumbing Heating & Cooling
N F G C r e v I s I o n s.
GENERALPIPINGREQUIREMENTS:. Designing and erecting an efficient piping system requires certain aspects/ requirements which could be found in our PME handbook…
FBE03: Building Construction & Science
Two Minute Drill – Residential 3
Two Minute Drill – Residential 2
Presentation transcript:

Code changes to 2009 Michigan Mechanical Code Commercial Installations – Not 1 & 2 family residences – unless not covered in MRC

Definitions Chapter 2 BREATHING ZONE. The region within an occupied space between planes 3 and 72 inches (76 and 1829 mm) above the floor and more than 2 feet (610 mm) from the walls of the space or from fixed air-conditioning equipment. ZONE. One occupiable space or several occupiable spaces with similar occupancy classification (see Table 403.3), occupant density, zone air distribution effectiveness and zone primary airflow rate per unit area. Formerly known as the Occupiable zone.

Definitions continued NET OCCUPIABLE FLOOR AREA. The floor area of an occupiable space defined by the inside surfaces of its walls but excluding shafts, column enclosures and other permanently enclosed, inaccessible and unoccupiable areas. Obstructions in the space such as furnishings, display or storage racks and other obstructions, whether temporary or permanent, shall not be deducted from the space area.   OCCUPIABLE SPACE. An enclosed space intended for human activities, excluding those spaces intended primarily for other purposes, such as storage rooms and equipment rooms, that are only intended to be occupied occasionally and for short periods of time.

A/C Pads 304.10 Clearances from grade. Equipment and appliances installed at grade level shall be supported on a level concrete slab or other approved material extending not less than 3 inches above adjoining grade or shall be suspended not less than 6 inches above adjoining grade. Such support shall be in accordance with the manufacturer’s installation instructions.

Condensate Disposal 307.2.1 307.2.1 Condensate disposal. Condensate from all cooling coils and evaporators shall be conveyed from the drain pan outlet to an approved place of disposal. Such piping shall maintain a minimum horizontal slope in the direction of discharge of not less than one-eighth unit vertical in 12 units horizontal (1-percent slope). Added for A/C Coils Why is tool not being used by certain contractors?

Good Bye ASHRAE Handbook of Fundamentals HEATING AND COOLING LOAD CALCULATIONS 312.1 Load calculations. Heating and cooling system design loads for the purpose of sizing systems, appliances and equipment shall be determined in accordance with the procedures described in the ASHRAE/ACCA Standard 183. Alternatively, design loads shall be determined by an approved equivalent computation procedure, using the design parameters specified in Chapter 3 of the International Energy Conservation Code.  

Chapter 4 is been completely remodeled to a type of ASHRAE 62 Section 403 & Table 403.3 Minimum Ventilation rates has been completely revised. Calculations is 3 -4 Step process depending on application . Time constraints will not allowed to this to be covered.

Intake opening 401.4 506.3.12.3 Termination location 3. Intake openings shall be located not less than 3 feet below contaminant sources where such sources are located within 10 feet of the opening. ( Previous 2 feet)‏

501.2.1 Location of Exhaust outlets 5. For specific systems see the following sections: Clothes dryer exhaust, Section 504.4. 5.2. Kitchen hoods and other kitchen exhaust equipment , Sections 506.3.12, 506.4 and 506.5. 5.3. Dust stock and refuse conveying systems, Section 511.2. 5.4. Subslab soil exhaust systems, Section 512.4 5.5. Smoke control systems, Section 513.10.3 5.6. Refrigerant discharge, Section1105.7 Machinery room discharge, Section 1105.6.1 Revised for to facilitate code usage  

Dryer Vent Penetration through ceiling or wall Fire Caulked. 501.2.2 Exhaust opening protection. Exhaust openings Exhuast openings was moved to here from chapter 4 504.2 Exhaust penetrations. Where a clothes dryer exhaust duct penetrates a wall or ceiling membrane, the annular space shall be sealed with noncombustible material, approved fire caulking or a noncombustible dryer exhaust duct wall receptacle.

Make up air required - 505.2 Makeup air required. Exhaust hood systems capable of exhausting in excess of 400 cfm (0.19 m3/s) shall be provided with makeup air at a rate approximately equal to the exhaust air rate. Such makeup air systems shall be equipped with a means of closure and shall be automatically controlled to start and operate simultaneously with the exhaust system.  

Mixed Hoods 507.2.4 Extra-heavy-duty. Type I hoods for use over extra-heavy-duty cooking appliances shall not cover heavy-, medium- or light- duty appliances. Such hoods shall discharge to an exhaust system that is independent of other exhaust systems.  

Bath Fans in plenums. 601.4 Contamination prevention Exception: Exhaust systems located in ceiling return air plenums over spaces that are permitted to have 10 percent recirculation in accordance with Section 403.2.1, Item 4. The exhaust duct joints, seams and connections shall comply with Section 603.9.

Round duct joints 603.4.1 Minimum fasteners. Round metallic ducts shall be mechanically fastened by means of at least three sheet metal screws or rivets spaced equally around the joint. Exception: Where a duct connection is made that is partially in accessible, three screws or rivets shall be equally spaced on the exposed portion so as to prevent a hingeeffect.

Ducts in a garage 603.7 Rigid duct penetrations. Ducts in a private garage and ducts penetrating the walls or ceilings separating a dwelling from a private garage shall be continuous and constructed of a minimum 26 gage galvanized sheet metal and shall not have openings into the garage. Fire and smoke dampers are not required in such ducts passing through the wall or ceiling separating a dwelling from a private garage except where required by Chapter 7 of the International Building Code .  

SEALING DUCT JOINTS 603.9 Joints , seams, and connections. Exception: Continuously welded and locking-type longitudinal joints and seams in ducts operating at static pressures less than 2 inches of water column pressure classification shall not require additional closure systems.

Chapter 7 abducted by Aliens (NFPA)‏ 701.1 Scope. Solid fuel- burning appliances shall be provided with combustion air in accordance with the appliance manufacturer’s installation instructions. Oil- fired appliances shall be provided with combustion air in accordance with NFPA 31.

Refrigeration Piping 1107.2 Piping location. Refrigerant piping that crosses an open space that affords passageway in any building shall be not less than 7 feet 3 inches 1107.2.1 Piping in concrete floors. Refrigerant piping installed in concrete floors shall be encased in pipe ducts. The piping shall be isolated and supported to prevent damaging vibration, stress and corrosion. 1107.2 Piping location. Refrigerant penetrations. Refrigerant piping shall not penetrate floors, ceilings or roofs. With exceptions……

Hydronic System Drain Down   1206.2 System drain down. Hydronic piping systems shall be designed and installed to permit the system to be drained. Exception: The buried portions of systems embedded underground or under floors.

Radiant Heating sytems 1209.5 Thermal barrier required. Radiant floor heating systems shall be provided with a thermal barrier in accordance with Sections 1209.5.1 through 1209.5.4. (R- 5 & Thermal break required) Bubble wrap won’t work either.

Other Changes not in the code Grease Duct Enclosures UL standard has changed. Double wrap required. Flexible duct instructions require “beaded fittings” NOTES: 1. For uninsulated air ducts and air connectors, disregard references to insulation and jacket. 2. Use beaded sheet metal fittings and sleeves when using nonmetallic clamps. 3. Use tapes listed and labeled in accordance with Standard UL 181B and marked “181B-FX”.