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Home My WebLink AboutMULT DOCS (1) - 05-00006 - BYUI Romney Building - Additions INTERNATIONAL CODE COUNCIF Setting the Standardfor Building Safety' � February 18, 2005 Pian Review #9446 Chicago District trict ee 4051 W Flossmoor Road w COuntrY Club Hills, :L 60478-5795U.S.A. Tel: +1 (708) 799-2300 ■ Fax# +1 (708) 799-4981 ICC PLAN REVIEW SERVICE 2003 INTERNATIONAL MECHANICAL CODE AND THE 2003 INTERNATIONAL FUEL GAS CODE JURISDICTION: BUILDING LOCATION: BUILDING DESCRIPTION. REXBURG, ID BRIGHAM YOUNG UNIVERSITY ROMNEY BUILDING .1 of .or NOTES AND COMMENTS* NATE; These Pian Review comments reflect subrnifted construction documents omissions or deficiencies that we have identified in our review. The construction documents shall be revised in accordance with the comments and the referenced code sections. Prior to ..approval of the pro - jecfi the revised Construction documents are to be resubmitted to the code official of the loco ! LLLrisdiction. along -with a detailed written description of haw each one of the comments has been addressed. � . INFORMATIONAL NATE: The construct -Ion documents depict remodeling on two stories of an existing Group B building which is only indicated to be sprinklered in the remodeled areas. The remodeled building area appears to be used dor collegiate science and laboratory purposes. For purposes of this review, the remodeling appears to include, but not be limited to, the demolition, renovation and installation of mechanical systems and components. Please nate that the International Cade Council did not perform a Building Review for this particular structure. (106.3* 1 106.3. 1 *) The existing mechanical systems and components are assumed to meet the quality, performance and installation provisions established in the codes_ Final approval of the existing mechanical equipment and components shail be subject to the code official. (102.2 *) *Numerals indicated are applicable sections of the 2003 Ititernational Mechanical Code {IMC}. 2003 Intemational Fuel has Code section numbers are shown in italics, preceded by "IFGC" and 2003 International Building Code section numbers are shown in italics, preceded by "1BC"_ VVhere the section number Is applicable to both the 111110 and IFGC, thesection number is followed by an asterisk "�". The Plan Reviewaccampiished as indicated ire the record is limited to those code sections specifically identified herein. Copyright, 2Q03, International Codi Council, Inc. Reproduction by any means is pro-hibited. Headquarters: 5203 Leesburg Pike, Suite 600 in Falls Church, VA. 22041-340 - t . Tel: +1 70 931-4533 m Fax: +1 (703) 379-1546 -i IN'T'ERNATIONAL CODE COUNCII? FOO Setting the Standardfor Building SafetyTM E February 18,, 2005 Plan Review #9446 Page 2 y Chicago tricttri 4051 W. Flossmoor Road ■ Counfty Club Hills, EL 60478_5795 Te +1 (708) 799-2300 _ Fax; +1 (708) 799=4981 www.iccsafe.org Earcniiecturai urawings; rover Sheet, Sheets. G-100, AS -001, AS -002, D-1 00, D-101, D- 101.1 , D-102, D-1 03, D-1 10, D-1 11, D-1 11. 1, D-1 12, A-100, A-1 01.1, A-1 02, A-103, A-1 10, A-1 11, A-1 1 A-1 12, A-200, A-201, A-21 0 through A-214, A-301, A-401 through A-403, A-403.1, A-403.2, A-404, A-404.1, A-405, A-406, A-501, A-502 and A-601, dated December 15, 2004; signed and sealed by James W. Lewis, Licensed Architect in the State of Idaho, No. AR -2708. Mechanical and Plumbing Drawings: M-001 through M-003, M-100 through M-105, M- 105.1, M-106, M-1 07, M-301, M-401 through M-403, M-501 through M-504, M-601, M-602, ME -601 through ME -604, PD -100, PD -101, PD -101.1, PD -102, P-001, P-100, P-101, P- 101. 1, P-1 02, P-1 03, P-401 and P-501, dated December 15, 2004; signed and sealed by Larry.DVeigel, Registered Professional Engineer in the State of Idaho, No. 4765. Electrical Drawings: EG -100, ED -100, ED -101, ED -10'1.1, ED -102, ED -103, E-100 through E-103, E-200 through E-204, E-3-001 E-301, E-501, E-502, E-600 and IT -100 through IT -300, dated December 15, 2004; signed and sealed hNf Todd Payne, Registered Professional Engineer in the State of Idaho, No. 8270. Project Manual: Prepared by FFKR Architecture, dated December 15, 2004; signed and sealed by James W. Lewis, Larry D. Veigel ) Todd Payne and Leon Williams Tanner. Lean VVilliams Tanner isa Registered Professional Engineer in the State of Idaho, No. 3099. Confirmation that the construction documents have been prepared by a registered design professional who is recognized by the professional registration laws of the State of Idaho is required. {7 D6.3*, 106.3. 1 *} 2. Specify that all equipment and component performance information for the heating, ventilating and air conditioning systems -mustbe designed and installed for the efficient ufilization of energy in accordance with the Energy Code. Please note that a review in accordance with the provisions established in the 2003 Intemational Energy Conservation Coale is outside the scope of this review. Therefore, final approval of the Energy Cade provisions is subject to the cede official. (301.2*) Headquarters: 5203 Leesburg .dike, Sulite 600 ■ Falk Church'. VA 22041-3405 U.S.A. Tel: +1 (703) 9314533 K F +1 (703) 379-1546 Ir INTERNATIONAL CODECOUNCT Setting the Standardfor Building SafetyTM 0 February 18, 2005 Plan Review #9446 Page 3 Chicago District Office 4051 N. Flossmoor Road ■ Country Club Vis, EL 60478-5795 U.S.A. Tel: +1 (708) 799-2300 m Fax: +1 (708) 799-4991 i www.icesafe..org 3. The drawings. indicate that existing mechanical systems and components, such as the mechanical unit shown on Sheet Ni -3Q1, will be reused and upgraded_ Final approval that the equipment and components ars in proper operating condition in accordance with the original design and in safe and sanitary condition shall be subject to the code official. (102.3* , 3Q1.3*, 301.4* , 3D1.5'" , 306*; 918, 1101.2; l 618) indicate that the cabinet heater and water heater must be labeled and installed in accordance with their manufacturer's installatfQn instructions. Indicate the fuel or power source of the wader heater {e.g., electric, gas, ori}. Provide verification that the instructions for all mechanical equipment and appliances must be available at the job site. Pleasenote that only the code official has the authority to waive the information requested herein to be on the construction documents and approve the appropriate labels during a field inspection. (106--3 * 1 106.3.1*1 3, 301.4* , 3a1.5*) 306*; 10021 1003; IFGC b24} 4. Specify the spacing of the piping supports for the hydropic piping and any gas piping. (305; IFGC 475. 1) 5. The amount ofoutdoor air provided by the existing air handling unit has not been indicated, To verify that a sufficient amount of outdoor air is being provided, provide a ventilation 4 schedule indicating the outdoor air ventilation rakes. Additionally, dual duct variable volume air boxes are specified to be regulating the amount of outdoor air supplied to the roams and spaces. Since the amount of outdoor air appears to be regulated with max imurn and minimum airflow rates provide verification that the minimum amount of outdoor air will be provided to the rooms and spices when they are occupied. For example, Laboratory #126 must be pr-ovided with X95 cfm of outdoor air 0,a60 sq. ft. x 50 occupantsll,000 sq. ft_ x 15cfmloccupant). Jven#ilation schedule should be doc t tion which indicates which outdoor air rates from Table 403.3 0f the Mechanical Code are applicable (Le., the occupancy classification from Table 403.3 that most closely resembles the use of the space) and the occupant land or floor area used to determine the amount of outdoor air supplied to each space. Provide an air balance schedule. {105, 106.3.1, 441.x, 402, 4U3, Table 4x3.3, 404, 405, 514} Headquarters,: 5203 Leesburg Pike, Suite 600 ■ FaHs C, r ha --3405 U. .A. Tel: +1 (703) 9314533 _.Fax: +1 (703) 379-1546 e LNTuynTIorr.�. CODECOUNCIr Setting the Standardfor Building Safety" ■ February 18, 2005 Plan Review #9446 Page 4 Chicago Mtrict Office 4051 W. Flossmoor Road w Country Club Hills, IIL 60478-5795 . . .. Tel: +1 (708) 799-2300 n Fax: +1 (708) 799-4981 www.iccsafe.org 6. The 2003 IntemationalMechanical Code dies not contain a mechanism to differentiate the hypes of hazardous materials used in school laboratories. The 2003 Intemational Mechanical Cafe also does not contain provisions for manifolding laboratory hazardous exhaust systems. Therefore, the provisions of the 2004 Supplement to the IMC, which contains specific provisions dor laboratory hazardous exhaust systems and the manifalding of laboratory exhaust systems, were considered for purposes of this review. VVhile the dabs in this building appear to meet the definition of "laboratory" -in the 2004 Supplement, a presumption is made that the type and concentrations of hazardous materials will exceed the limits in the exception to Section 5102 in the 2004 SupplementL Therefore, under the provisions in the 20:04 Supplement, the laboratory exhaust hoods will be governed by the hazardous exhaust provisions in Section 510. Please note that a copy of the X004 Supplement provisions to Section 510 is enclosed with this review. Based on the applicable provisions of Section 510 in the 2003 Intemationa/Mechanical Code and the 2a04 Supplement for school laboratory hazardous exhaust systems, additional details must be provl*ded. Ind''Icate the location of the perchloric acid hoods which are indicated in the specifications. Please nate that P chloric acid hood systems are prohibited from manEfolding together and must be exhausted Wia independent hazardous exhaust systems in accordance with condition #4 of Section 510.4 in the 2004 Supplement. Provide verification that radioisotope hoods and biological safety cabinets are not provided or provide details of their filtration in accordance with conditions #5 and #5 of Section' 510.4 in the 2004 Supplement. While training on the operation of the exhaust system is specified, specify the provisions for the maintenance of the negative pressure in the exhaust system in accordance with condition #7 of Section 51U.4 in the 2004 Supplement. Indicate the required clearance of the exhaust systems to combustible construction. Revise the drawings so that the exhaust duck systems do not extend into or through the plenums in accordance with Section 510.5 7 of the 2003 international Mechanical Code. Headquarters: 5203 Leesburg Pike, Suite 600 ■ FallChurch, VA 22041-3U.S.A. Tel: +1 (703) 931-4533 a Fax, +1 (70 379-1546 W C IxNATIoNAL CODE COUNCT Setting the Standardfor .wilding Safetyn' � February 18, 2005 Plan Review #9446 Page 5 Chicago District Office 4051 W. Flossmoor Road z Country Club Wills, IL 60478-5795 U.S.A. Tel: +1 (708) 799- Fax; +1 7 799-4981 www.iccsafe.org Provide verification that the ducts utilized to convey hazardo S materials are constructed of approved G90 galvanized sheep steed and indicate the minimum nominal thicknesses of the ducts. Indicate that the -ducts are supported at intervals not exceeding ng 1 C3 feet end that the supports are constructed of noncombustible material. Indicate the threshold of the contaminated and diluted airvvithin the exhaust ducts. Note that the design of the exhaust system must be such, that the exhaust flow is below 25% of the contaminants dower flammability limit. Revise the drawings to indicate that the exhaust ducts which penetrate the fire -resistance rated wall assemblies adjacent to Instrument Roam #2038 and Preparation Room #2 81 are protected i n accordance with the p rovis io n s of Section 514.6.E or rerau�e the ducts so that they do not penetrate the rated assemblies. Provide verification that the flammable storage cabinet, which is depicted in Laboratory #126 and the gas cylinder storage cabinets, which are indicated to be connected to the manifold exhaust system an Sheet ME -004, are installed in accordance with their manufacturer's installation instructions. (510.1, 510.2, 510.3, 510.47 510-51 510-61 510_7, 510.81 510.9; 2004 Supplement to the IMC 51D.7) 510.2, 570.4, 5'10. 7} 7. Specify that material exposed within the plenum is either noncombustible or has a maximum flame spread index of 25 and a maximum smoke -developed index of 5U. (602.2.1) 8. The use of the space between the corridor ceiling and the floor or roof structure above as a return air plenum is not permitted unless one or more of the �o!lawing conditions in Section 601.2.'i of the Mechanical Cade is indicated. Provide details accordingly. Please see Comment #6 which indicates a hazardous exhaust duck is not permitted to be located within a plenum. (601-2.1) Headquarters- 5203 Leesburg .dike,. Suite 600 w Falls Church, VA 22041-3405 U.S.A. Tel: +1 1-4533 im Fax: +1 379-1546 r INTERNATIONAL CODECOUNCIL" Setting the Standardfor Building Safety'rM W February 18, 2005 Plan Review #9446 Page 8 Chicago District ce 4051 W..Fl ossm r Road ■ Count Club MUs, IL 60478-5795 U.S.A. Tel: +1 (708) i-2300 n Fax: 1 (x08) 799-4981 Oen Sheet M-1 04, a duct is indicated to penetrate the corridor wall assembly of Vestibule 1 L. As noted above, the building may not be fully sprinklered. Therefore, if the building is not considered by the code official to be sprinkfered throughout„ the corridor is required to have afire-resistance raking and a dire and smoke damper must be provided of the duct penetration. Revise the drawings accordingly. While not required, combination dare and smoke dampers are depicted on Sheep M-1 06 at the 1Y2 -hour fire -resistance rated wall assemblies adjacent to Instrument Room #20313 and Preparation Room #28'I. The dampers are not connected to any ducts and appear to be air transfer openings- Provide verification accordingly, Fire dampers have not been indicated where the supply air duct penetrates the rated wall assemblies. Since the walks are indicated to b.e rated, indicate a fire damper where the supply duct penetrates the rated walls. 4n Sheet M-106, the 2 -hour shaft, which is adjacent to and separate from Sta appears to connect duck systems on two stories. Provide smoke dampers and 1 fire protection raked fire dampers where the dints penetrate the shaft enclosure. ir 21-1 Y2 -hour On Sheet M-1 06, a duct penetrates the floor/cei'ling assembly of Chemistry Stock Room #213. If the floor/ceiling assembly is rated, indicate a fire damper at the duct penetration. If the float is not raked, provide verification that the annular space around the duck is protected . The final location and installation of all required -fire and smoke dampers shall be subject to the approval of the code official. 302.2*; 510.4 , 510.x, 6�'} 12. While specifications have been provided for gas p iping, no gas piping details have been provided. If there is any new gas piping, submit details so that compliance with the applicable provisions of Chapter 4 0f the Fuel Gas Code may be verified. (/FCC chapter 4) 13. While roof exhaust fan REF -1 is depicted on Sheet M-107, the drawings do not clearly indicate where from within the building the air is being exhausted since neither exhaust ducts nor concealed roof attic details have been indicated. clarify the details on the drawings accordingly. (406.1, 501.13 502.'i) He ad q waftersf Leesburg Pike Suite 600 )m FallsChurch, T 22041-3405 A. Tel. +1 (703) 931 4533 m Fax.- +1 (703) 1546 Y • 2004 SUPPLEMENT TD THE IMC Section 507.13 Change to read as shown: �(M53-03104)research, Q-develo rnenfia� ac#�itleChencals are us�� . � or synthesized on a non -production basis, rather that jr) 5Q7'.73. Capacity of hoods, Commercial food service a manufacturing process. hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections Section 510.2 Change to read as shown:M55_p 507-13, '1 through 507.13.4. 7t�e net c�uan#1#y ofexhaust air � ��a4} .shah be calculated by subtractin ai g any supplied 510.2 Where required_ Ahazardous exhaust s�m drectly to a hood cavity from the tota lexhaust flow rate o�shall be required wherever operations involvinj*Or'- a� �� hood. Where any combination of heavy -duly, med�um- ri duty and light -duty cooking appliances are utiiized under handing or processing of hazardous materials, in the f a single hood, the exhaust rate required by this section dor absence of such exhaust systems and under norrna� the heaviest duty appliance covered by the hood shall be operating conditions, have the potential to create one of used for the entire hood. the following conditions: u Section 507.13.5 Add new section as shown: , M52_ �- A flammabl-e vapor, gas, fume, mist or dust is 03104) � present in concenfratians exceeding 25 percent pf f the. lower flammability limit of the substance for the expected roam temperature. 507.13.5. Dishwashing Appliances. The minimum net airflow for Type I1 hoods used for dishwashing appliances 2. A vapor, gas, fu.m, e, mist or dust with a health,shad be 1QQ CFMper linear fflot of hood length. hazard rating afi 4 rs present icy any concentratio. Exception; Dishwashing appliances and equipment 3. A vapor, gas, fume, mist or dust with a health - installed in accordance with Section X07.2.2, hazard rating of 1 ,2, or 3 is present inexceptionnumber ?. concentrations exceeding 1 percent of the median lethal concentration of the substance for acute Section 507'.16. change to read as shown. �M54- �r�halation toxicity. 03/04) Exception: Laboratories, as defined in section 507.16.1 Capture and containment test. The permit 510. 1:, except ►nrhere the con centratinns listed in holder shall verify capture and containmentperfvrmance Item 7 are exceeded or a vapor, gas, fume, mist of the exhaust of the exhaust system. This field test steal) or dust with ahealth-�azard rating of 1 j2 31 or be conducted with all appliances under the hood at 4., is present in concentrations exceeding � operating temperatures, with all sources of outdoor air percent of the median lethal concentration of proViding makeup air for the hood operating and with all the substance for acute inhalation toxicity sources of recirculated- air'providing conditioning for the space in which the hood is located operating- Capture'and Section 510.4 Change to read as shown: (M55.-03/04; containment shy[l be verified visually by observing smoke M56-03/04) or steam produced by actual or simulated cooking, such as with smoke candles, smoke puffers, -et.c, 510.41nde ende'nt sy'stem. Ha:zardous exhaust systems shadl be independent of other, types of exhaust sys#ems. Section 510.1 Change to read as shown: (M55-03/00 4) Incompatible materials, as defined in the In temational Fire Cede, shall not be exhausted through the same .-5,1,O,,I_ General; This section shalt govern the designand hazardous exhaust sy$tem. Hazardousxhaust esystems cans#ruciivn of - dict systems for hazardous exhaust and shall not share common shifts with other duct systems, shadl determine where such systems are required. except where such systems are hazardous exhaust Hazardous exhaust systems are systems designed to systems originating ire the same fire area, capture and control hazardous emissions generated from Exception: The provision of this sect' shall not product handling or processes, and Canvey those .,apply to ion exhaust systems where all of the emissions to the outdoors. Hazardous emissions include following conditions apply: flammable vapors, gases, fumes, mists or dust, and volatile or airborne materials posing a health hazard'., scich I . All of the hazardous exhaust ductwork and as toxic or corrosive materials For the purposes of this other laboratory exhaust within both the section, the health hazard rating of -materials steall be as occupied space and the shafts is under specified in NFPA 7Q4, negative pressure while in operation Far the purposes of the provisions of Seefip� S�IQ a 2- The hazardous exhaust ductworkmanifolded laboratory Ghali be defined as a facility were the use of together �nr�#hin #fie occupied space must chemicals is related to testing, analysis, teaching, originate within the same fire area. �. IMC -6 3. Each control branch has a flow regulating Device 4erchloric acid hoods'and connected exhaust�P _ shall be prohibited from manifolding 5. Radioisotope hoods are equipped with filtration andlor carbon beds where required by the registered design professional. 6. Biological safety cabinets are filtered. T. Provision is made for continuous maintenance of negative static pressure in the ductwork Contaminated air shall not be recirculated to occupied areas unless the contaminants -have, been removed. Air contaminated with explosive orflammable vapors, fumes or dusts; flammable, highly toxic or toxic gases; or radioactive material shall not be recirculate. 200A -SUPPLEMENT TO THE IMC Exception.- Collectors such as "Point of Use" c011eetors, close extraction weld fame collectors, spray finishing booths, stationary grinding babies, sanding booths, and integrated or machine' -mounted collecfors shall be permitted to be installed indoors provided the installation is in accordance with the 1n#ernationa! Fire Code and the ICC Electrical Code. Section 513.4.6 Change -to read as shown: (FS117t. 03104) 1 5114.6 Duration of operation. All portions of active or pass10 ive smoke control systems shall be capable of continued operation after detection of the fire event for a period of not fess than either 20 minutes or 1.5 times the calculated egress time, whichever is fess. Section. 513.8.1 Change to read as shown: (R5118- 03104; FS1 19-03/04) Section 5'14.' Change to read as shown: {M55 -03l04} 51 3•$-A exhaust rade. Th e height of the [owe st h o rizo ntal surface of the accumulating : smoke layer shall be �10',7-----`S uppression required. Ducts shall be protected maintained at I east fi feet (1829-rnm} above any walking wit�i an approved- au#a�nafic fire suppression system surface which forms a portion ofa required egress system installed in a+cco�-dance with the Intemational Building��hEn the smoke zone. The required exhaust rate for the Gods. zone shail be the largest of the calculated plume mass _ -- flow rates for the possible plume configurations. Exceptions. - �~ Provisions shall be made for natural or mechanical supply of outside sir from outside or adjacent smoke zones to 1. An approved automatic fire suppression system make up for the air exh�iusted. Makeup airflow rates, shad not be required in duds conveying when measured at the potential fire location, shall not materials, fumes, mists; and vapors that are tie smoke _ production rate beyond the nonflammable and not�cnmbustible under all capa�iilities of the smoke c+antro� sys��m. The' conditions and at any concentrations temperature of the makeup air shall be such that it does not expose temperature -sensitive fire protection systems. 2. An approved automatic fire suppression system_ beyond their limits. shall,not be required in, ducts where the largest : - le- crass-sectivna� diameter of the duc# is fess thin Section 513.8.3 Balcony spill plumes. Delete section 10 inches (254 mm). � without substitution: �FS120-03104) 3. For laboratories, as defined in Section 510.1, Section- 513.8.4'Window plumes. Delete section automatic fire protection systems sha[1 not be without substitution: (FS121-03/04) . required - in laboratory foods or exhaust - syst ems. Section 513.9 Change to read' as shown: (FS I 22-a 03/04). _ Section 511.1, 1 Change to read as shown: (M 5 7-0 3104) 57.1.1 Collectors and separators. -Collectars and �eparatars involving such systems as centrifugal ;eParators, bag filter systems and similar devices, and associated supports- sham be constructed of loncombustibie rn aterials a nd s hail b e ! orated on t he me of the building' or structure. A col -lector or "eparator shall not be Ideated nearer than 10 feet (3D48 'gym) to comaustibfe consfruction or to an €unprotected v+ral I 'r door opening, 'unless the collector is provided with a Iletaf vent pipe th a t exte nds above the h ig h est part ofany 'aOf with a distance of 30 feet (9144 mm}. 573.9 Design fire. The design fire shall be based on a rational analysis performed by the registered design professional and approved by the' code official. The design fire shad be based on the analysis �n -,accordance vrrifh Section 513.4 and this section. Section 513.9.2 Change to read as shown:. (FS122-m 03/04) 513.9.2 Separat'ion distance. Determination of the design dire shall include consideration of the type of fuel, fuel spacing and configuration. 46 INTERNATIONAL CODE COUNCE? ,Setting the Standardfor Building Safety" 0 February 18, 2005 Plan Review #9446 Chic -ago Distnkf Office 4051 W. Flossmoor Road CouDtry Club IIii , IL 60478-5795 U.S.A. Tel: +1 (708) 79912300 a Fax: +1 (708) 799-4981 ICC PLAN REVIEW SERVICE 2003 INTERNATIONAL MECHANICAL CODE AND THE 2003 INTERNATIONAL FUEL GAS CODE JURISDICTION: LOCATION: BUILDING DESCRIPTION: REXBURG, ID BRIGHAM YOUNG UNIVERSITY ROMNEY BUILDING NOTES AND COMMENTS* NOTE: These Pian Review comments reflect submitted construction documents omissions or deficiencies that we have identified in our review. The construction documents shall be revised in accordance with the comments and the referenced code sections- Prior to aoproval of the pr(ect tie revised cons�rucfiion documents are to be resubmitted to the code afficiai rif ffiP Inra� iurisdiction,. alof1 add ressed . with a detailed written descry bion of how each one of the comments has been- *Numerals indicated are applicable sections of the 2003 lMechanical Cade (IMC).. 2003 international Fuel Gas Cade section numbers are shown in italics, preceded by 1FGC"and 2 03 International Building Code section numbers are shown in italics,preceded by !BC". Where the section numberis appl��icable to both the INIC an IFGC, the section number is followed by an asterisk"*". The Plan Reviewaccomplished as indicated in the record is limited to these code sections specifically identified herein. Copyright, 2003, International Code Council, In.c. Reproduction by any means is prohibited. Headquarters; 5203 Leesburg Pike, Suite 600 m Falls Church, VA 22041-3405U.S.A. Tel., +1 (703) 1-4533 a Fax +1 (703) 379_1546 ��' N NOTE: Numera[�; indicated in parenthesis are applicab, - -ide sections of the 2003 Inter -national �, o�' �'1I� section number�' shown initalics, preceded b"IFGC"arld 0 „ . � �� I� f, �� Otherwise noted. �]� Ir�trr,�rr��.� �� I B .` 'Nher the -stiction inumber i applicable to both t% I BEd i l" , thesection . uMb r� i f� �ilding Code (113C) secton numbers are shown in italics ' GENERAL REGULATIONS � Construction' documents to be submitted (106.3* 7 106.3.1 �) Energy utilization (301.,2*) 3 Equipment approval (301..3*, 301.4*, 301.5', 301.6) 1 AA -1_ Prohibited locations (303.1', 303.2*, 303.3'; 303.8) .s___ Equipment installation (301.1 0'-301.15*, 303.4* , 303.5' , 303.7" , 306`; 304.13 304.,7$ 304.8, 304.9; IFGC 301.8.7 301.9, 305. 1, 305.6) � .Hazardous location installation (304.3, 304.4, 304.51304.6; IFGC-305,.2y 305.3.r 305.4, 305,5) Outdoor installation (303.6', 306.5*, 306.6*; 304.10) Pip-ing support (3a5, IFGC415.1) Condensate disposal (307*; IFGC 503.9) ( e;�� A Clearance reduction (3�8* } �i ��Itj-to VENTILATION MECHANICAL VENTILATION OUTDOOR AIR REQUIREMENTS (TABLE 403.3) A B C Q E F G Estimated Total Rem i Occ.upant Land Calculate Required Outdoor Air quired hut- Area (persons Occupant (cf m1person dour Airy OuActual tdaar Air Location eft?} /1 1000 ft2) Load or cfmlffi2) (cfm) (Cf M) so 1 ►�C� LAS d i� bA So 5 3 � �u � Q ,� � CVA it -i #3 ST7 3aoo 8 Z165 -7 3 3 57 "PLq L,PLLq a Ct 154' FOOTNOTES: 1. B x C/1 000 2. D x E or B x E, As Applicable GENERAL i�l l Exits (401.4) _ f��ou+Q Outside air exhaust and intake location (401.5, 501.2, 918.6; IFGC 618.5) P�aupec� Outside opening protection (401:6) NATURAL VENTILATION � Ventilation Requirements (402) � Contaminants Exhausted (18C 1203,4.2) MECHANICAL VENTILATION Ventilation air requirements (401.2, 4x1.3 403.1 , 403.23 4p3.3, Table 403.3) � Transfer air (403.2.2) •� System operation (403.3.1) System control (4Q5.1) Public garages (4Q4, 502.13) �.Uninhabited spaces (406.1 ) F '1 COMBUSTfON AIR ALL APPLIANCES EXCEPT GAS-FIRED _r%_ Prohibited sources (701.5) INSIDE AIR KtS6. .�. Unusually tight construction (202) Unconfined space (202, 702.x, 7D2.2) _ gts .. ,openings and adjacent spaces (702.3) OUTDOOR air Openings (number and location) (703.1 , 703. 1. 1 ) Size of direct, horizontal or vertical openings (7Q3.1.2, 703.1.3, 703.1-4) } COMBINED USE OF INSIDE AND OUTDOOR AIR (CONDITION 1) 14p- Openings (number and location) (704.1, 704.1.1) ?�A Ratio of direct, horizontal or vertical openings (7a4.1.2, 704.1.3y 7Q4.1.4) R+� Radio of interior spaces (704.1.5) Prorating of inside and outdoor air (704.1.6) COMBINED USE OF INSIDE AND OUTDOOR AIR (CONDITION 2) �A Openings (number and location) (705.11705.1.1) OTHER JfA.Forced combustion air supply,(70 N A Direct connection/direct-vent (i07,�� fA)�. Combustion air ducts (708.1) _11W Opening obs#ructions, Iocation and Protection (7093 710.1) GAS FIRED APPLIANCES �A Prohibited sources (I 304.,12) FGC 304.2, 304.4, INSIDE AIR Indoor combustion air (IFGC 304.5, 3o4.5.1, 304.5.2) NA Spaces on the same story (IFGC, 305.3. Y) Ifl< Spaces in different stories (IFGC 340.5.3.E f OUTDOOR AIR fqk Two -permanent openings method �� 5 (IFGC 304.6, � 304.6. 1) (4x ane -permanent openings method (IFGC 304.6, 304,6.2) COMBINED USE OF INSIDE AND OUTDOOR AIR 14A- Indoor openings (IFGC 304.5.3, 304.7. 1) 14A- Outdoor opening location (IFGC 304.6, 304.7.2) NAM& Outdoor opening(s) size (IFGC 304.6, 304.7.E OTHER NP - Engineered combustion air supply (IFGC 304,8) t1A Direct -vent (IFGC 304, 1) � Mechanical combustion air supply (IFGC 3 � Louvers and grills (IFGC 3d4. 1p) � Combustion air ducts YFGC 304. 11) CHIMNEYS AND VENTS NAS Masonry chimneys (801.3, 801.12, 801.13, 801.15, 807.76, 801.17, 801.18; IFGC 501.37 501.4,f 501.9.f 501.11.1 501..12,1 501.13, 501.15, 503.5.3 f 503.5.4, 503.5.5, 504.2, 504.3) _Metal chimneys (806; IFGC 503.5.2) NACategory II, III, IV gas appliance venting systems (IFGC 50i.14, 502. 1, 503.41 503.6.9.2, 503, 11) VENTS (GAS.- Where required (IFGC 503,2,1 503.3) Approval (IFGC 502. Y) _Vent application (IFGC 502.3, 503.4) Installation (IFGC 502.41 502.5, 502.6, 503.6.1) Fix Gas vent termination (/ 503.6.81 503.8) -5- FGC 503. 6.3, 503.6.6, r }e3 SPECIFIC APPLIANCES, FIREPLACES AND SOLID FUEL -BURNING EQUIPMENT (conft .1 Recirculating direct -fired industrial air heaters (IFGC 612) Infrared radiant heatersFG912; IC 630) Clothes dryers (913; IFGC 6i3) Jlhk Illuminating appliances (IFGC 628)tiA ` Sauna heaters (914; IFGC 615) Engine and gas turbine -powered equipment and appliances (915; IFGC 6i6) ►��' Pool and spa heaters ('916; IFGC 617) +�A Cooking appliances (917; / Unit heater (920• IFGC 620) �A Unvented room heaters (IFGC 621) A' Vented room heaters (927; IFGC 622) Kerosene and oil -fired stores (92�) Small ceramic kilns (923; IFGC 629) Stationary fuel cell rawer pians (924) Masonry heaters (925) Refrigerators (IFGC 625) FGC,62"�' � -Gas-fired toilets (IFGC 626) ..�_ Air conditioning eauioment /IFGC R97j Forced -air warm -air furnaces (918 ; IFGC 618} Conversion burners (919, IFGC 619) Fuel cell power plants (IFGC 633) BOILERS, WATER HEATERS AND PRESSURE VESSELS 2 E i�le-oo�l Water heaters (7002; IFGC 624) Pressure vessels (1003) BOILERS C 5�'A�--•. i`U��+�C,S t,.a�t�� fj� I� Approval (1004. 1; IFGC 63 i) Working clearance (1004.3) jq A` Boiler connections (1005) El Safety and pressure relief valves and controls (1006) D)e,, Law -water cutoff (1007) -IN kk-- Steam blowoff valve (1 a08) Hot wader expansion tank (1009) Gauges (1010) REFRIGERATION 3 ��X15�'iN9� Factory -built equipment (1101.2) _Quantity and aoolication of rPf.inAran+ Ref rigerant system classification (1103.3) Refri era C ssi ica. ion 103.1) Occupancy classification (1103.2) C 0 Materials (1202) 0, Joints and connections (1203) -Ntfi�S Pipe, insulation (1204), Valves (1205) (Table 1103.1, Table 1104.32 51104.3) 1104.4) Machinery room, general requirements (1105) � Machinery room, special requirements (1106) Nk ek_ Refrigerant piping (1107) HYDRONIC PIPING Piping installation (1206) pa, 0 V'0 �5-0 Transfer fluid (12Q?) Embedded piping (1 209) ear, m .y J{ jt 1 MATERIAL (IShtd�) k!zi 4 i� FUEL -GAS PIPING i0how Piping materials (IFGC 403.1 - 403.6) Joints and connections (IFGC 403.9 A- 403.13) NA Identification (IFGC 401.5) INSTALLATION SIZING -Moo* NA- Gas pipe sizing (IFGC 402) GAS SHUTOFF VALVES �✓� Approval (IFGC 409. 1. i) Appliance shutoff (IFGC 409.5) AIA- Tenant shutoff (IFGC 409.3) �,NEi,Y iUUa11UH t11-rac.. 4u4, 1, 4U4.Z, 4U4.Z�j � Prohibited locations (IFGC 409.1-2) �. Piping protection (IFGC 404.5.1 404.6, 404.7) Neter valve (IFGC 4079.2} `lam Piping through foundation walls (IFGC 404,4) N44- Regulators (IFGC 4 70) � Minimum burial depth (IFGC 404.9 OTHER GAS PIPING SYSTEMS Protection against corrosion (1 404.8) FGC 403.8, t�Al� Plastic,pipe (IFGC 404,14) Piping bends and changes direction (IFGC 405) . I /&r Appliance connection (IFGC 4.11) ilk`' Drips and sloped piping (IFGC408) � Liquefied petroleum -gas motor vehicle fuel -dispensing stations (IFGC 412) Lq k Compressed natural gas motor vehicle fuel dispensing stations (IFGC 4 13) iqAt Supplemental and standby gas supply (IFGC 4 74) 1 FUEL OIL PIPING AND STORAGE _fl_A_ Storage system (1301.2) .PIFuel oil system installation (130 } MA Materials 0 X02) _66'L Oil gauging (1306) .� Joints and connections 0 303} Fuel oil values (1307) SOLAR SYSTEMS Solar systems (Chapter 14) GASEOUS HYDROGEN SYSTEMS Gaseous hydrogen systems (IFGC Chapter 7) APPENDICES A*, B*, IFGC C AND D. A —� Appendices adopted (101.2. 1; IFGC 101.3) /\/74_ Compliance verified MQ YT� t4 T NOTES enk(,ven�- S ro r ri imp - P P "S S. 1 F - �r 4WD A 0 tso TO P 6� F�� +C3� tit. 1 L �al�-how`� � AMNEYS AND VENTS (contd.) ~ VENTS (GAS-FIRED APPLIANCES) (cont'd,.) _i4 Sizing and installation -(802.3, 802.7, 802.8) h A _Minimum vena heights (IFGC 503.6.7) Gas vents installed within masonry chimneys (IFGC 503.6.5, 504.3. Y 9) ►S� Single-wall vent (IFGC 503.7) SIZING OF CATEGORY SYSTEMS .Ec GAS APPLIANCE VENTING �u nt terminat€ans (802.4, 802.5) Pinimum vent heights (802.x) ��altistory vends (801.19) �/�Plastic vents (801.20) CONNECTORS (ALL APP "- APPLIANCES lJEp Sizing of venting system for a single gas appliance (IFGC 503.6.9, 504.2) Chimney and vent location (IFGC 504.2.9) Sizing of venting system for two or more as appliances (IFGC 503.6.9, 504.3) /1A Multistory gas vents (IFGC 503.6. 70) CONNECTORS (GAS-FIRED APPLIANCES) Materials (IFGC 503.10.2) Size/location (IFGC 503.10.3. If 504.2. 10, 504.2. 11) 503. 10. 3.2, vIT C:annectors serving two or more appfiances (IFGC 503.10.3,3.F'503.10.3.4, 503-10.4.r 5'4.3.2, 504.3.37 504.3.4,r 504.3,21) . L g� Installation (IFGC 503. i0. 9, 503. 10. 10, 503. 10. 1 1, 503.10.14, 503-10.15 503.10.16y 503.13, 503. Y4, 503.15) VENTS (ALL APPLIANCES EXCEPT GAS-FIRED APPLIANCES) pproval (802.1) ent application (802.2) LIANCES EXCEPT GAS-FIRED 0Ay- Size/locatio , (803.2! 803.3) Connectors serving two or more appliances (803.7) Construction {8018180Q ON Installation (.803.5 S(33.6, 803.10) DIRECT VENT, INTEGRAL VENT, MECHANICAL VENT AND VENTILATION/EXHAUST HOOD VENTING Direct vent (804.1; IFGC 503.2.31f 503.8(3)1? 505.1) . ek Appliances with integral vents (804.2; IFGC 503.2.43, 505.1) Mechanical draft systems (804.3) Ventilation/exha venting rGIC 503.3.41 505. i) FACTORY -BUILT CHIMNEYS Approval and installation (805; IFGC 503.5. 1,F 506. 1) Solid fuel appliances (805.2) 41A Factory -built fireplaces (805.3) SPECIFIC APPLIANCES, FIREPLACES AND SOLID FUEL -BURNING EQUIPMENT Factory -built fireplaces (9Q3) _ Pellet fuel -burning appliances (90411 _NA_ Fireplace stoves and roam heaters (905} Factory -built barbecue appliances (9Q6) ' Decorative gas. -fired appliances for installation in vented fireplaces . (IFGC 602;r. 634) _ Gas-fired log lighters (IFGC 603) � Vented gas-fired decorative appliances (IFGC 604) Vented gas fireplace heaters (IFGC 605) f-19 incinerators and crematories (90?; IFGC BOG) 1 A- Cooling towers, evaporative condensers and fluid coolers (908) Cornmercial-industrial incinerators (IFGC 607) ft INA_ Vented wall furnaces (909; IFGC 608) Floor furnaces (910; IFGC 609) _Duct furnaces (911; IFGC 6 10) Non recirculation direct-fir"ed industrial air heaters (IFGC 611) EXHAUST SYSTEMS REQUIRED SYSTEMS General (401.7, 502.1, 502.2, 502.6, 502,71, 502.127 502,15, 502.16, 502.17 502.18) Battery -charging areas (5p2,3, 502,4, 542.5) Application of flammable finishes (502.7) � Hazardous materials (5Q�.8, 502.91 502.10) �A6 Motor vehicle operation {502.14j.T% �A Motors and fans (503) N f- _*44 Clothes dryer exhaust (504; IFGC 674) NPs Domestic kitchen exhaust equipment (5Q5) �A Hazardous exhaust systems (5� Q} Dust, stock and refuse conveyor systems (511) Subsiab soil exhaust systems (512) Smoke control systems (513) Energy recovery ventilation systems (514) COMMERCIAL KITCHEN GREASE DUCTS AND EXHAUST EQUIPMENT Exhaust dans (506.5.1) /VA Duct materials (506.3.1, 503.3.1.2) NA DuGt design and velocity (506.3.4, 506.3.5) A/A Duct construction (506.2, 506.3.2, 506.3.3 506.3.7) AVS Cleanouts (506.3.8, 506.3.9, 506.3.11) NA_ Duct enclosure (506.3.10, 507.10) Clearance to combustibles (506.3.6, 5x6.5.4) .NA Exhaust outlets (506.3.12, 506.5.2, 506.5.3, 506.5.5) COMMERCIAL KITCHEN TYPE I HOODS _"4 Where required (507.1, 507.2) 4 j. Factory -built commercial kitchen hoods (507.11 507.16) jw t -AIA Hood construction (507.4, 507.6, 507.8, 5507.7.1•;: 07.75) Clearance to combustibles (507.9) _NA Grease fillers (507.11) _NkE. Canopy -type hoods (507.12, 507.13) Noncanopy-type hoods (507.13, 507.14) r�Ais Makeup air (508) COMMERCIAL KITCHEN TYPE li HOODS AND DUCTS Where required (507,1, 5017.2) _NA Duct construction (508.4) NA Hood construction (507.5, 507.6, 507.7.2) A Design (507.13.4) FIRE SUPPRESSION SYSTEMS 34IA Where required (509.1) i�� Type'of system (IBC 904.5, 904.6, 904.8, 904. 11; International Fire. Code 904.53, 904.6, 904.8, 904.11) NA Actuation and interconn'ection (!BC 904,11-11 9Q4. 1 1.2; Intemational Fire bode 904. 11. 1:r J04.17.2) DUCT SYSTEMS Plenums, general (602.1, 602.2, 602.3) _Duct installation (603.7 Air movement in corridors (601.2, 601.2.1, j (� Air filters (605) 601.3) -603-17) .N.� Dict smoke detectar� X06 ��v�s'T� Ducf cons�ruc#ion .and �nsulatran { � (603.'I- 603.5, 604)� - � �-• Fine, smoke aid ceiling radiation dampers (302.2*; 607) - Flexible air duct's and air connectors (603.6) . 1i -Le, t V I.., srit 5 �� -4- I FIRST ALARM: ALRM D SILENCE: RESET; FAULT: T. B L K [ : FAULT: FAULT. MLT EVENTS: FAULT F TRD FIRST ALARM: ALARM: ALARM OFF -1:L ALARM: ALRM ACKD: TBL KD: L ; ALRM ACK L.1 D: ALARM: OFF -NORMAL ALARM: OFF -NORMAL OFF -NORMAL ALBA : ALRM ACKD.6 ALARM: ALARM: ALARA ALARM: Lf ALARM: ALRM ACKD: L D: ALRM ACKD: ALRM ACKD: ALRM ACKD: ALRM AC,KD. TRBL ACKD. ALARM: AL.RM D : ALARM ALRM D i ALARM: ALRM ACKD: ALARM: ALRM ACKD, LF: L KD: Lf LRM ACKD ALARM. ■ ALRM KIDa FET. FAULT. FAULT: SILT EVENTS: FIRST ALARM: ALARM: ALRM ACKD' L D : RESET: romney final Bsmt North Lech Rm Manual Station AC Li n NAC 2 NAC 1 AC Lind Bsmt Mechancial Bsmt Cry tj cad' Phyto Critical Phyto Ton Detector Rm Supervisory Sw Ian Detector gsmt West Entrance 08:44:04 08/18/05 Manual Station RSTRD: Bsmt Mechancial Rm Supervisory Sw 09:01:38 08/18/05 Ion Detector 09;01;52 08/18/05 ssmt Mechancial Rm supervisory Sw RSTRD: 6smt Mechancial Rm Supervisory Sw 1st Floor Bsmt Mechanical Rm Ist Floor 1st Floor 1st Floor NAC 1 Na►e Z 6smt Mechanical Rm 1st Floor Manual station Ton detector Ton Detector waterfl ow si- 1 Manual Station Ian Detector ion D t t 1 Ton Detector manual station Ion aetector Manual 5tati on Ion Detector Ion Detector waterfl ow Si l Manual station Page 1 L1M07 08:44:04 08/18/05 09:01 :22 08/18/05 09:01: 22 08/18/05 09:01:38 08/18/05 09:01:38 08/18/05 09;01;52 08/18/05 09:01:52 08/18/05 09,01IS2::08/18/05 09:01:52 08/18/05 09:02:14 08/18/05 L1532 09:06:24 08/18/05 L1529 09:10:36 08/18/05 L1505 09:12:34 08/18/05 L1M0909:13:06 08/18/-u.) L1SO4 09:13:10 08/18/05 09:13:26 08/18/05 09:13:32 08/18/05 09:13:38 08/18/05 09:13:38 08/18/05 09:13:40 08/18/05 L1m02 09:14:02 08/18/05 L1M09 09:14:10 08/].8/05 L1507 09:14: 18 08/18/05 L1M09 09:14:28 08/18/05 L1M09 09:14:34 08/18/05 09:14:44 08/18/05 09:14:44 08/18/05 L1M13 09: 15:22 08/18/05 X1544 09:15:52 08/18/05 L1546 09:16:2-0 08/18/05 L1M08 09:16:26 08/18/05 L1M19 09:16:42 08/18/05 i1s48 09:16:58 08/18/05 09:18:12 08/18/05 09:1$:12 08/18/05 09:18:12 OS/18/OS 09:18:12 08/18/05 09;18:12 08/18/05 09:18:22 08/18/05 09:18:26 08/18/05 L1S52 09:18:42 08/18/05 09:18:42 08/18/05 L2555 09:19:30 08/18/05 09:19:30 08/18/05 L1M17 09:19:30 08/18/05 09:19:50 08/18/05 X1557 09:20:00 08/18/05 09:20:04 08/18/05 L1M16 09:20:24 08/18/05 09:20:28 08/18/05 L1S59 09:20:34 08/18/0-5 09:20:34 0-8/18/05 X1561 09:21:20 08/18/05 09:21:32 08/18/05 09:22:04 08/18/05 09:22:18 08/18/05 09:22"18, 08/18/05 09:22:36 08/18/05 L1M08 09:22:44 08/18/05 L1M19 09:22:54 08/18/05 09:23:12 08/18/05 09:23:12 08/18/05 09:23:32 08/18/05 ACCESS: WALK TEST: TRBL D: ALARMTEST: ALARM TEST: ALARA TEST: ALARM TEST TRD: ALARMTEST 20:46 TD: ALARM ALARM ALARM ALARM ALARM ALARM TEST: TEST TEST TEST: RSTRD RSTRD TEST TRD TEST: LAM TEST ALARMTEST' ALARMTEST: 10:16:56 ALARM LF ALARM LARD ALARM ALARM ALARM ALARM ALARA TEST TEST TEST TEST TEST TEST TEST TEST TEST .T TEST TEST TEST TEST TEST TEST TEST: TEST TEST; TEST TEST; TEST EST: EST TEST' TEST ALARM ALARM T ALARM ALARM LF ALARM ALARM ALARM ALARM LF LP ALARM ALARM ALARM ALARMT ALARMT ALARM ALARM FIRST RSTRD. CS TD T. TFL : T[ : ITI T T: IT.: TI f TR : TD: RTI: RS T, TD : ALARA: ALARM: ALRM ACK[ : FET: DACT initialized FAULT: FAULT: MLT EVENTS: FIRST ALARM: ALRM ACKD: RESET: FAULT: FAULT: MLT EVENTS FAULT fTC FAULT FTl MISSING, TL : MISSING: by user l Si I ent Bsmt McChani cal Rm Bsmt Mechanical Rm 1st Floor Ist Floor end Floor 2nd Floor 2nd F1 aor 2nd Floor 2nd Fl oo� 2nd Floor Bsmt mechanical West Elegy equip end Floor NAC 1 NAC 2 West El ev NAC NAC 1 2 NAC 1, NAC Z BSf11t Equi Lobby West m Rm N Beat West Entrance romney final Ion ❑eteetor waterflow si 1 Ton Detector Ion Defector waterflovv sil Manual station Ion Detector Manual Station Nianual station Manual station Ian Detector Ion Detector Ivn Detector Ion Detector Manual Station Ion Detector Manual Station Ion Detector Ion Detector Manual station Manual stag on Ion Detector IOC DeteCtQt" ion Detector Ion Q£tECtO r Ton Detector Ian Detector ion Detector Ion Detector Ion Detector Thermal Det Thermal Det Thermal Det Thermal Det Thermal Det Thermal ❑et Thermal Det Thermal Det Thermal Det Thermal opt waterfiow Si 1 Ion Detector waterflow sit Ion Detector Ion Detector Manual Station Page 2 L1S74 L1M08 L1567 X1567 L1M08 L1M15 L15 74 L1M15 L2M05 L2M05 L2S29 LZS29 L2527 L2526 L2M06 L2S24 L2M06 X2527 L2S24 L2M07 L2M07 L2S26 L 2 5 2 1 L2521 X2519 L2535 X2519 L2535 X2538 L2538 L2S39 X2539 L2540 L2540 L2541 L2S41 L2S42 X2542 L1579 L1s79 L1M08 L1517 L2M09 LIS17 L1504 L1M02 09:23:44 08/18/05 09:23.50 08/18/05 09:23:50 08/18/05 09:25:16 08/18/05 09:25:24 08/18/05 09:25:52 08/18/05 09:26:04 08/18/05 09:26:04 08/18/05 09:26:12 08/18/05 09:26:26 08/18/05 0.9-26-:30 08/18/05 09:26:56 08/18/05 09:26:56 08/18/05 09:27:32 08/18/05 09:27:58 08/18/05 09:28:02 08/18/05 09:28:28 08/18/05 09:28: 48 08/18/05 49:28:58 08/18/05 09:29:10 08/18/05 09:29:12 08/18/05 09:29:24 08/18/05 09:29:26 08/18/05 09:29:32 08/18/05 09:29:50 08/18/05 X9:29:58 08/18/05 09:30:14 08/18/05 09:30:36 08/1-8/05 09:31:26 08/1.8/os 09:31:50 08/18/05 09:32:16 08/18/05 09:35:14 08/18/05 09:36:44 08/18/05 09:39:50 08/18/05 09: 40:12 08/18/05 09;40:24 08/18/05 09:40:40 08/18/05 09:40:40 08/18/05 09:41:00 08/18/05 09:42:36 08/18/05 09:42:42 08/18/05 09:46:02 08/18/05 09:46:12 08/18/05 09: 5 3:24 08/18/05 09:54:22 08/18/05 090-54:34 08/18/05 09:55:06 08/18/05 09:55:14 08/18/05 10: 08:08 10:08:08 10:08:08 10:16:56 10: 20: 30 10: 20:46 10:20: 56 10:20: 56 10: 22:06 10: 34: 28 10: 34:28 10: 36: 58 10: 3 7: 06 10: 38:04 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 MISSING. MISSINGE MISSING: MISSING: MISSING: MISSING: MLT EVENTS: MISSING: TL ACID: FAULT: FAULT: MLT EVENTS* MISSING ITI MISSING f TRD : II TI MISSING TRD: MISSING T D : MISSING I T D: MISSING TD* MISSING T[ MISSING TJ : FAULT RSTRD. FAULT RSTRD. MISSING: T BL ACID: MISSING FTI: MISSING: MISSING TD, FAULT: FAULT: MLT EVENTS: FIRST ALARM: RESET: FAULT: FAULT: MLT EVENTS: FIRST ALARM: ALi AKD : RESET: FAULT: FAULT :MLT EVENTS: FIRST ALARM: ALRM ACKD1, FEET: FAULT: FAULT: MLT EVENTS: DT initialized FAULT: FAULT MLT EVENTS: FAULT T D . FAULT RSTRD. FI FAST ALARM: AL KD. SILENCE SILENCE ITS: ALARM SILENCE: ,ALRM A KD: RESET: P LT : Bt NAC NAC mt Bsmt BSMt B t mt Bmt m t Bt Bmt NA IAC 1st 1st est 1st NAC NAC Bmt NAC NAC .mt NAC. NAC Photo Lab Ion Detector 1 2 Wept Entrance WeSt Entrance Northwest exit Corridor Corridor PhQto dab Photo dab Lobby west Photo gab 1 2 Floor Floor Floor Floor l 2 1 2 1 2 Corridor Corridor Corridor Corridor Lobby west Lobby west I -St Flaor Corridor NAC NAC ISA NAC NAC ICAC Bsmt Bt 1 2 1 2 1 2 NAC 1 Manual Station Manual station Manual Stati on ion Deflector Tan Detector Ion Detector Ton Detector Tori Detector Ian Detector Ion Detector Ion Detector Ion romney finalIon Bsmt Photo Lab 10:38:16 Detector Bsmt west Entrance Manual Station 6smt Northwest Exit Manual Station $smt Corridor 10:38:42 ren Detector Bsmt Corridor Ion Detector 8smt Photo fah Ion Detector Bt NAC NAC mt Bsmt BSMt B t mt Bmt m t Bt Bmt NA IAC 1st 1st est 1st NAC NAC Bmt NAC NAC .mt NAC. NAC Photo Lab Ion Detector 1 2 Wept Entrance WeSt Entrance Northwest exit Corridor Corridor PhQto dab Photo dab Lobby west Photo gab 1 2 Floor Floor Floor Floor l 2 1 2 1 2 Corridor Corridor Corridor Corridor Lobby west Lobby west I -St Flaor Corridor NAC NAC ISA NAC NAC ICAC Bsmt Bt 1 2 1 2 1 2 NAC 1 Manual Station Manual station Manual Stati on ion Deflector Tan Detector Ion Detector Ton Detector Tori Detector Ian Detector Ion Detector Ion Detector Ion Detector ion Detector ion Detector Ion Detet Ion Detector North Mech RM Manual Northwest Exit Manual Page KA Station Stat i on L1s13 L1M01 L1M03 X1506 L1507 L1514 L1M01 L1M02 L1M03 L1506 L1507 L1513 L1514 L1504 L1515 X1563 L1563 L1563 X1563 L1504 L1504 L1544 L1M07 L1M03 10:38:04 08/18/05 10:38:04 08/18/05 10:38:08 08/18/05 10:38:08 08/18/05 10:38:16 08/18/05 10:38:22 08/18/05 10:38:22 08/18/05 20:38:26 08/18/05 10:38:42 08/18/05 10:41:24 08/18/05 10:41:24 08/18/05 10:41:32 08/18/05 10:44:58 08/18/05 10:45:20 08/18/05 10:45:24 08/18/05 10:45:36 08/18/05 10:45:44 08/18/05 10:45:50 08/18/05 10:45:56 08/18/05 100-46:00 08/18/05 10:46:00 08/18/05 10:46:00 08/18/05 10:4610144 08/18/05 10-0 49:22 08/18/05 10:49:30 08/18/05 10:49:40 08/18/05 10:51:56 08/18/05 10:52:40 08/18/05 11:06:02 08/18/05 11:06:08 08/18/05 11:06:38 08/18/05 11:06:58 08/18/05 11:07:54 08/18/05 11: 08: 06 08/18/05 11:08:06 08/18/05 11:08:12 08/18/05 11:08:52 OS/18/OS 11:09:40 08/18/05 11:09:48 08/18/05 11:09:58 08/18/05 1164090-58 08/18/05 11:10:04 08/18/05 11:11:36 08/18/05 11:121:22 08/18/05 11:13:24 08/18/05 11:13:34 08/18/05 11:13:34 08/18/05 11:13:42 08/18/05 11: 23:08 11:23:08 11 ' 23: 16 11: 2 3:26 11: 23: 26 11: 23: 48 11:24:02 11: 24:02 11: 24:42 11: 24:42 11:24: 58 11: 25:02 11:25: 50 11: 2 6: 42 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 08/18/05 FAULTO. NAC 2 romney final MLT EVENTS. FTRST ALARM: BsMt Lobby West Ion Detector L D . RESET: FAULT: 1 FAULT, NAC 2 MLT EVENTS: FTRST ALARM: West Elev Equip RM Ion Detector ALRM ACKD: RESET FAULT: NAC 1 FAULT: NAC 2 LT EVENTS: FSTALARM: East EleV Equip ALRM D RESET: FAULT: NAC I FAULT: NAC 2 MLT EVENTS: FST L East EleV Equip BESET FAULT: NAC 1 FAULT: NAC 2 MLT EVENTS: MISSTNG: Recall to Alt. orm C AOM NS MISSING RTRD: Recall to Alt. FIRST ALARM: Bsmt Lobby East Ion Detector RESET: FAULT: NAC 1 FAULT: NAC 2 FIRST ALARM: 2nd FIr Elev Lobby on Detector RESET: FAULT: NAC 1 FAULT: QAC 2 MLT EVENTS: LT EVENTS: FIRST ALARM: Bsmt Lobby E ast Ion Detector RESET: FAULT: NAC 1 FAULT: NAC 2 MLT EVENTS: FIRST LF Fl r Flev RESET: FAULT: NAC I FAULT: NAC 2 MLT EVENTS. FAULT RSTRD. NAC 2 FAULT RSTRD., NAC I Page 4 11:26:46 08/18/05 11: 27: 14 08/18/05 L1SO4 11:27:40 0.8/18/05 11: 27:40 08/18/05 11:28:48 08/18/05 11:29:02 08/18/05 11:29:02 08/18/05 llmw29:2 081805 L1s03 11:30:18 08//18//05, 11:30:38 08/18/05 11:31:24 08/18/05 11:31:28 08/18/05 11:31:28 08/18/05 11:31:28 08/18/05 L1517 11:37:30 08/18/05 11:44:18 08/18/05 11:44:24 08/18/05 11: 44:38 08/18/05 11:44:38 08/18/05 11:440505 X1517 I!'SO:22 08 %18%05 11:56:02 08/18/05 11:56:12 08/18/05 11:56'12 OS/18/OS 11:56:12 08/18/05 L1M94 11:56:34 08/18/05 L1M94 11:56:34 08/18/05 X1516 12:03:50 08/18/05 12:04:48 08/"18/05 12:05:08 08/18/05 12 :05:08 08/18/05 L2536 12:07:04 08/18/05 12:08: 08 08/18/05 1205,08:26 08/18/05 12:08:26 08/18/05 12:09:32 08/18/05 13:41:30 08/18/05 X1516 13:42:52 08/18/05 13:43:12 08/18/05 13:43:28 08/18/05 13:43:2$ 08/18/05 13:43:28 08/18/05 X2536 13:44:38 08/18/05 13:44:38 08/18/05 13:45:10 08/18/05 13 : 45:10 08/18/05 13:45:16 08/18/05 13:57:26 08/18/05 13:57:34 08/18/05 , to 2004 SUPPLEMENT TO THE IMC Section 507,13 Change to read as shown: (M53 -U3104) research, ordeveiapmenfal activities. chemicals a re us or synthesized on anon-production basis, rather tha _ 507.'i3, Capacity of hoods,, Commercial food service a manufacturing process. r, In hoods shall exhaust a minimum net quantity of air determined in accordance with this section and Sections Section 51Q,2 Change507.'3.'1 Through 5Q7.13.4. The netquantity ofexhaust air to read as shown: (M55-0 3104� shall be calculated by subtracting any airflow suppled 510.2 where required. f directly to a good ca��ty from the total exhaust flow rate of q A hazardous exhaust system � a hood. Where any cvm�airt�tior� of heavy-duty, medium- s�� be required wherever operations involving the dutyandli ht -duty caoking6ppliancesare utilized under dandling or process"ng vt hazardous materials, in the a single food, the exhaust rade required by this section for absence of such exhaust systems and under norm-� the heaviest duty appliance covered by the hood shall be operating conditions, have the potential to create one �t + r�used for the entire hood. tie following condEtions. Section 507.113.5 Add new section as shown:M�2_ I • a flammable vapor, gas, fume,. mist or dust is 03104){ present in concentration s exceeding 25 percept of th e, lower flammability limit of the substance for the 507.' 3.5. Dishwashing Appliances. The minimum net expected room temperature. airflow for Tyke I1 hoods used for dishwashing appliances 2. A vapor, gas, fumy, mist or dust" with a health. shall be 100 CFM per linearfootof hood length. hazard rating of 4 is present in any concentration, Exception: Dishwashing appliances and equipment 3. A vapor, gas, fume, mini or dust with a health. installed in accordance with Section 507.2.2, hazard rating of 1 ,2, or 3 is present jr, exception number,?. concentrations exceeding I percent of the median lethal concentration of the subsianee for acuteSection 507.16.1 Change to read as shown; (M54. inhalation toxicity. 03/04) Excepffon: Laboratories, as defined in section SQ7.'I S.'I Capture and con#a�nment fiest. The permit �� •� , exc�ptwhere the con centra#sans �isted in holder shall verify capture and containment performance Item 1 are exceeded or a vapor, gas, fume, mini of the exhaust of the exhaust system. This field finest shaft or dusk with ahealth-hazard rating of 1,2,3,or be conducted with all appliances under the food at 4,is present in concentrations exceeding 1 operating temperatures, with all sources of outdoor air percent at the median lethal concentration of providing makeup air for the hood operating and with all the substance for acute inhalation toxicity sources of recirculated air providing conditioning for the space in v►rhich the hood is located operating. Captur6and lection 510.4 Change to read as shown: (M55-03104; containment shall be verified visually by observing smoke 56-03104) or sham produced by actual or simulated cooking, such as with smoke candles, smoke puffers, -etc. 510.4 Indle ende ystem. Hazardous exhaust systems shatl be independent of other types of exhaust system, Section 5101 Change to read as shown: (MS5-03/0'4) Incompatible materials, as defined in the Intemational Fire Cade, shad not be exhausted trough the same 51 4.'1 Genera. This section sham govern the design and hazardous exhaust system. Hazardous exhaust systems construction of duct systems for hazardous exhaust and shall not share common shifts with other duct systems, shall determine where such systems ars required. except where such Sys#ems are hazardous exhaust Hazardous exhaust systems are systems designed to .systems originating in the same fire area. capture and control hazardous emissions generated from product handling or processes, and conveyf�p5� Excep#ion. The provision of this section shall not apply to Iaboratory exhaust systems where all of the emissions to the outdoors. Hazardous emissions include following conditions a I flammable vapors, gases, fumes, mists or dusts, and pp y' volatile or airborne materials posing a health hazard, such 1. Al! of the hazardous exhaust ductwork and as toxic or corrosive materials For the purposes of this other laboratory exhaust within both the section, the health hazard rating of-maferials shall be a5 � occupied space and the shafts is ender specified an NFPA 704, negative pressure wile in operation For the purposes of the provisions of Section 510; a Z. The hazardous exhaust ductwork manifolded laboratory shall be defined as a facility where the use of together within the occupied space must chemicals is related to testing, analysis, teaching, originate within the same fire area. �. IMC -6 i 3. Each control branch has a flaw regulating Device 4V.'Perchloric acid hoods and connected exhaust shall be prohibited from manifolding 5. Radioisotope hoods are equipped with filtration and/or canon beds when required by the registered design professional. B. Biological safety cabinets are filtered. T. Provision is made for continuous maintenance of negative static pressure in the ductwork Contaminated air shall not be- recirculated to occupied areas unless the contaminants -have. been removed. Air contaminated with explosive or flammable vapors, fumes or dusts; fiammable, highly toxic or toxic gases; or radioactive material shall not be recirculated. 2004 SUPPLEMENT TO THE IMC Exception; Collectorb such as "faint of Use 31 collectors, close extraction weld fume collectors, spray finishing booths, stationary grinding tables, sanding booths, and integrated ormachine-mvun#ed collectors shall be permitted to be installed indoors provided the installation is in accordance with the International, Fire code and the ECC Electrical Gude. Section 513.4.6 Change'to read as shown: (FS117- 03104) 1 513,4.6 Duration of operation. All portions of active or passive smoke control systems shall be capable of continued operation after detection of the fire event for a period of not less than either 20 minutes or 1.5 dimes the calculated egress time, whichever is fess. Section 513.8.1 Change to read as shown; (F51'18- 43104; FS119-OW04) Section 510.7 Charge to read as shown: (M55 -03f04) 513 .8.1 Exhaust rate. -The height of the I owest h orizo n tal surface of the accumulating smoke layer shall be 510..7 Suppression required. Ducts shall be protected maintained at least � deet (11829mm} above any walking with an approved - automatic dire suppression system surface which fo rm s a p o rti on of required egress system j installed in accordance with the Intemational Buildingwithin the smoke pane. The required exhaust rate for the zone shah be the largest of tie calculated plume mass Code. flow 'rates for the possible plume configurations. Exceptions: Provisions shall be mads for natural or mechanical supply of outside air from outside or adjacent smoke zones to 1. An approved auto matEcfire suppression system make up for the air exhausted. Makeup airffow rates, shall not be required in ducts conveying when measured at the potential fire location, shall not materials formes, mists; ar�d vapors that are increase the smoke ,production rate beyond the nonflammable and noncombustible under all capabilities of the smoke control system. The conditions and at any concentrations temperature of the makeup air shall be such that it does not expose temperature -sensitive fire protection systems - 2. An approved automatic fire suppression system beyond their limits. shall -not be required in ducts where the largest - cross-sectional diameter of the dict is less than Section 51 3.8.3 Balcony spill plumes. Delete section 10 inches (254 mm). without substitution: (FS120-03104) 3. For laboratories, as defined in Section 510.1, Section 513.8.4 -Window Wurnes. Delete section automatic fire protection systems shall not be without substitution: (FS121-03104) _ required in laboratory hoods or exhaust systems. Section 513.9 Changs to read, as shown: (FS1 22-P 03/04) Section 511.1.1 Change to read as shown: (M57-03104) 511-1.1 Collectors and 5eparaiors. Collectors and SeParatvrs involving such systems as centrifugal Separators, bag filter systems and similar devices, and assaCiated supports shall be constructed of noncombustible m aterials a nd s hail b e I orated on t he exterior- sof the building or structure. A cot -lector or separator shall not be [orated newer than 10 feet (3(]48 rnm}to combustible construction arta an unprotected wall °r fiDor opening, 'unless the collector is provided with a rOetal vent pipe thatextends abase the highest part of any roof with a distance of 30 feet (9144 mm). 513.9 Design fire.. The design fire shall be based on a rational analysis performed by the registered design professional and approved by the code official. The design fire shall be used on the analysis in accordance withSection 513.4 and this secfian. Section 593.9.2 Change to read as shown: (FS122- 03104) 513.9.2 Separation distance. Determination of the design fire shall include eonsideration of the type of fuel, fuel spacing and configuration. 1 -7 I }-;