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U Capablliy of first roduciny. rply air volume 50%or less of the design rale or minin. ou�da�r air ventilation,or per regulatory <br /> � standarcl,whichever is largor,before com6inod heatinglcooling occurs. <br /> � Cooling capacity<80 kBtu/h and capability lo unload cooling equipmen�. <br /> [� Cooling capacity<40 kBIWh. <br /> [� Rigid humidiry requiroments. <br /> [] Site-recovored or sile-solar onergy sources or. <br /> � Use of a desiccant systems. <br /> � 17.Kitchen hoods>5,000 cfm provided wilh 50%makeup air thal is uncooled and healed to no more than 60°F unless specifically <br /> exempled <br /> Excepfion(s): <br /> U Where hoods are used to exhaust venlilation air that would otherwise exLltrate or be uxhausted by other fan sys�ems. <br /> p Certified gre�to aztractor hoods�hat requiro a faco volocity no>60 fpm. <br /> � 18.6ulldin�s with fume hood systems having an ezhaus�ralo>75,000 cfm has at ieast one of the followiig featums: <br /> a)VAV hood exhaus'.and room supply sysloms ca�able of reducirx�ezhaust and makeup air volume to 50%or less of design values. <br /> b)Dired makou�,air supply equal to a�least 75%o1 the exhaust rate,heated no warmcr than 2°F below room setpoint,cooled to no <br /> cooler�han 3 F above foom setpoint,no humidification udded,aiW no simultaneous heating and cooling used fa dehumidificalion <br /> wntml. <br /> c)Heat recovey systems lo procondition makeup air fmm fume hood exhaust. <br /> � 19.Exhaust air heal recovery Includad for syslems 5,000 cfm or greater wilh more than 70°/a outside air fraclion or specifically exempted. <br /> Exception�sJ: <br /> U Laboretory fume hood systems with a blal eahausl rale<=Ci000 ctm. <br /> U Systems sorving spaces�hat are not cooled and heated to<fi0°F. <br /> � Systems vrith more than 60%of the ou�door healing energy is provided from site-recovered or site solar energy. <br /> �] Sys�ems exhausling toxic,flammable,paint,or cortosive fumes or dust. <br /> 0 Commercial kitchen hoods. <br /> [] Systems requiring dehumidification wilh cooling coil energy recovery in ser.es with ihe cooling coil. <br /> [] Where tho largest exhaust source is less lhan 75°h of lhe design outdoor airtlow. <br /> �] Cooling energy recovery. <br /> � 20.All service water heating requiremenls are Iisted In requirements seclion spedfic to ihe syslem. <br /> Section 5: Compliance Statement <br /> Compliance Sfafemc-t The proposed mechanical alteratlon projecl represented in ihis documenl is consistenl vrith ihe buiMirg plans, <br /> spedficalions and olher ca�wlalions submil�ed wilh this permit application.The pmposed mechanical altera6on prolect has 6een designed to <br /> meel tha 90.1 (2007)Standard,Chap�er 8,requiremenis in CONcheck Version 3.9.1 and to wmply with ihe mandatory requirements in lhe <br /> Requiroments Checklis�. <br /> Name-Title Signalure Date <br /> Section 6: Post Construction Compliance Statement <br /> � HVAC record drawings oF ihe actual installation and pedortnance da�a(or each equipment providcd to lhe owner wilhin 90 dr.ys after <br /> system acceptance. <br /> � HVAC O&M documenls for all mechanical equipment and system pmvided lo the owner within 90 days after system accep�ance. <br /> G Written HVAC balancing report provided to the owner. <br /> The above post construction fequirements have heen completed. <br /> Principal Mochanical�esigner-Name SignaNre Dale <br /> Report data: 0827/12 <br /> Project Titla: 7-Eleven Inc <br /> Data filename:J:�2012 Projeds\72-00769 1029573 Everett,WA Evergreon Wa�AMEP�Energy Calcs\12-00169 Everett WA.cdc Page 5 of 8 <br />