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A I B I C D E F I G I H � I K <br /> MECHANICAL <br /> 2018 INTERNATIONAL MECHANICAL CODE (IMC)VENTILATION MECHANICAL LEGEND DESIGNERS,LLC <br /> Z KENT,WA 98031 <br /> 1 stn st - 1. ALL VENTILATION SHALL BE IN ACCORDANCE WITH 2018 IMC,SECTION 403.0. SYMBOL DESCRIPTION ABBREV. DESCRIPTION DIRECT(253)951-1502 <br /> s ALT#(253)236-4391 <br /> a o` zO/1z DUCT (FIRST FIGURE, SIDE SHOWN) AFF ABOVE FINISHED FLOOR <br /> ® 2018 WASHINGTON STATE ENERGY CODE (WSEC)COMPLIANCE NOTES: �D/12 LINED DUCT DIM. FOR NET FREE AREA) APPRox APPROXIMATELY <br /> Vis' P a <br /> y ( <br /> IOL- END = 2" ARCH ARCHITECTURAL <br /> T <br /> OF LINING THICK LINING AUTO AUTOMATIC <br /> ne Sr RISE R OR DROP D BDD BACK DRAFT DAMPER - <br /> 1. EQUIPMENT HAS BEEN SELECTED PER WSEC 403.2.2. R D ARROW IN DIRECTION OF FLOW BTU BRITISH THERMAL UNIT <br /> BTUH BRITISH THERMAL UNIT/HOUR v <br /> N Broadway© Q 2. TEMPERATURE CONTROL SYSTEM SHALL HAVE A MINIMUM DEAD BAND OF 5 DEGREES AS REQUIRED BY ® DUCT SECTION (SUPPLY) BLDG BUILDING o_2 <br /> a nM1 st-Na Clean Faeas Banershcp WSEC 0403.2.42. <br /> C CONDENSATE d <br /> DUCT SECTION (EXHAUST OR RETURN) <br /> 6m s< ©nh street Pub CAP CAPACITY o <br /> 2 m 3. HVAC SYSTEMS SHALL BE EQUIPPED WITH AUTOMATIC CONTROLS CAPABLE OF PROVIDING NIGHT (!DO ROUND DUCT, DIAMETER CLD CEILING 2 'o <br /> `5 § Bmla st SETBACK,SEVEN DIFFERENT DAILY SCHEDULES AND OPTIMUM START PER REQUIREMENTS OF WSEC CO CLEANOUT <br /> NBroadwaY n57 y2 O <br /> a6m st-se© Y+ o 0403.2.4.3. VOLUME DAMPER (MANUAL) CONN CONNECTION _ e <br /> roadway aue Everen one cab e CONT CONTINUE, CONTINUATION o o <br /> JHnV Nohhern View p�." 4. ALL DUCTWORK@ UNDER ROOF CONNECTIONS,SHALL BE CONSTRUCTED AND SEALED IN ACCORDANCE MOTORIZED DAMPER CFM CUBIC FEET PER MINUTE u m cu <br /> Neighbonaad Dealer v Apertrnents ♦ a_ <br /> Vioh WITH SMACNA,IMC,WSEC C402 AND IBC REQUIREMENTS PER WSEC C403.2.7. DEG F, F' DEGREE FAHRENHEIT s= <br /> c+apeviue Eccle;iaQ Piaase � FLEXIBLE CONNECTION DIA, 0 DIAMETER ¢' E w <br /> s 5. AIR BALANCE AND OUTSIDE AIR REQUIREMENTS PER BALANCING CRETERIA SHALL BE PERFORMED BY THE DN DOWN CS L) a o$ <br /> CONTRACTOR. BACK DRAFT DAMPER (BDD) DWG DRAWING W i <br /> Neoadwaya = Qcrancmew Apartmems u <br /> DB DRY BULB <br /> rowe<st-SB Rivers LandingQI` FLEXIBLE DUCT EA EACH <br /> y� Everett HoLs+l AnafimenlS <br /> TV—....dner� ® 9 EAT ENTERING AIR TEMPERATURE 3 <br /> &Broadway Aumarrcp w a;n FIRE DAMPER <br /> ry eroadwaya EFF EFFICIENCY +yu_+swtM1axE '" <br /> 3 rawer St NO CONDENSATE PIPING: COMBINATION FIRE SMOKE DAMPER x.aaow uu msz <br /> _ ELEC ELECTRICAL, ELECTRIC rn�pzs)xx-an <br /> rowe,� s Om ELBOW WITH TURNING VANES EOL END OF LINING F— <br /> umami q 3 1. PIPE FITTINGS:POLYVINYL CHLORIDE(PVC)PIPE,SCHEDULE 40,PER ASTM D-1785.SOLVENT ERV ENERGY RECOVERY VENTILATOR <br /> Wasninglon Greenhouse - o CEMENT SOCKET TYPE FITTINGS PER ASTM D-2466.SOLVENT CEMENT SHALL COMPLY WITH SIZE,SYMBOL <br /> state ASTM D-2564. ®cF CEILING OUTLET EXH EXHAUST <br /> U'l a en Y $ <br /> E41 ESYMBOL EXIST, (E) EXISTING <br /> _.i- s 9 2. INSTALLATION:INSTALLATION SHALL COMPLY WITH LOCAL CODE,BEST PROFESSIONAL ' CEILING INLET ESP EXTERNAL STATIC PRESSURE <br /> FICCM snonomistCo W FPM FEET PER MINUTE <br /> c.. Y PRACTICES AND MANUFACTURERS WRITTEN INSTALLATION INSTRUCTIONS.PROVIDE ALL PIPING s¢ESYMaOL WALL OUTLET OR INLET <br /> .ruverde coup s 'CFF1—' ( ) FLEX FLEXIBLE <br /> AS REQUIRED AND AS REQUIRED FOR CONDENSATE AND MISCELLANEOUS HVAC EQUIPMENT <br /> A CONDENSATE DRAINS,AND RUN PIPING FROM UNIT(S)TO NEAREST POINT OF DRAINAGE ON THE Oi �O THERMOSTAT G= WITH GUARD FL FLOOR <br /> (E)ROOF,OR OTHER APPROVED DRAIN TERMINATIONS PER CODE. A A= AVERAGED WITH OTHER FCO FLOOR CLEAN OUT <br /> PROJECT LOCATION Os SWITCH 4 <br /> FLA FULL LOAD AMPS <br /> GAL GALLON <br /> 4 <br /> GAS PIPING: T INTERVAL TIMER GI GALVANIZED <br /> GIGREASE INTERCEPTOR <br /> VICINITY MAP a INTEGRAL <br /> POWER <br /> 1. ALL GAS PIPING,LABOR&MATERIALS/COMPONENTS SHALL BE IN COMPLIANCE W/2018 INTERNATIONAL 2 DETAIL IDENTIFICATION NUMBER INTEGR. INTEGRAL <br /> NTS FUEL GAS CODE(IFGC). M3 SHEET ON WHICH DETAIL IS SHOWN IN INCH — <br /> I.E. INVERT ELEVATION <br /> NORTH SECTION IDENTIFICATION LETTER KW KILOWATT <br /> q MFR MANUFACTURER Z <br /> SHEET ON WHICH SECTION IS SHOWN MAX MAXIMUM c <br /> .I M3 Q w <br /> MBH THOUSAND BTUH G <br /> -- - MECH MECHANICAL 5 w <br /> 5 <br /> MIN MINIMUM MM <br /> MCA MINIMUM CIRCUIT AMPS W <br /> MOP MAXIMUM OVERCURRENT PROTECTION <br /> MUA MAKE UP AIR O <br /> NIC NOT IN CONTRACT <br /> NO. NUMBER w <br /> NTS NOT TO SCALE 2 <br /> OA OUTSIDE AIR > <br /> U) <br /> OBD OPPOSED BLADE DAMPER >. 04 <br /> OC ON CENTER w m 0000 <br /> OFCI OWNER FURNISHED CONTRACTOR ��( 3 <br /> INSTALLED 0PH PHASE Q o <br /> PD PRESSURE DROP 2 Z m N <br /> 6 RA RETURN AIR 6 co Q > <br /> REF REFERENCE = o LU <br /> REQ'D REQUIRED <br /> RLA RATED LOAD AMPS <br /> _ RTU-1 RL REFRIGERANT LIQUID Q <br /> RG REFRIGERANT GAS <br /> RPM REVOLUTIONS PER MINUTEO a_ <br /> RM ROOM O <br /> SA SUPPLY AIR <br /> SCO SURFACE CLEANOUT <br /> SCR SILICON CONTROLLED RECTIFIER LL <br /> MP TEMPERATURE O <br /> 7 TDTRANSFER DUCT 7 <br /> TG TRANSFER GRILLE <br /> TYP TYPICAL <br /> UNO UNLESS NOTED OTHERWISE <br /> V VOLTS, VOLTAGE, VENT <br /> VFD VARIABLE FREQUENCY DRIVE <br /> VRF VARIABLE REFRIGERANT FLOW — <br /> PROJECT LOCATION VRT VARIABLE REFRIGERANT TEMPERATURE <br /> VRV VARIABLE REFRIGERANT VOLUME <br /> WWASTE <br /> WA WATT <br /> o <br /> AERIAL PLAN a o <br /> WE WET BULB N <br /> 8 WL WALL LOUVER 80 <br /> W/ WITH W w <br /> NTS NORTH O IL .. <br /> z O <br /> z <br /> D w U Q <br /> DRAWING INDEX — W a o W <br /> U U W 0 rn <br /> MO.0 MECHANICAL LEGEND AND NOTES W Q U 0_ <br /> MOT SCHEDULES & SPECIFICATIONS = <br /> M1.0 HVAC ROOF PLAN & DETAILS U N <br /> 9 2 Lu c o d <br /> 9 ~ Q Z o N <br /> W 2i w <br /> c � o oaa <br /> o <br /> 10 10 M0.0 <br /> a <br /> oo <br /> m o. r 2' <br /> tV <br /> V <br /> ZE <br /> S TRUE <br /> LE <br /> WHEN <br /> m <br /> Permit Set ABOVESLIINEIMEASUR SAASNOTED <br /> N <br /> "Ni A I B I C I D I E I F I G I H I J K <br />