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A B C D E F G H J K <br /> MECHANICAL LEGEND <br /> GUICon va Are non ) // II � F' '�. <br /> �' SYMBOL DESCRIPTION ABBREV. DESCRIPTION J <br /> d Qweia a 41' AFF ABOVE FINISHED FLOOR y O m <br /> a"m"xr 2on2 DUCT(FIRST FIGURE,SIDE SHOWN) IS 3 N N <br /> APPROX APPROXIMATELY <br /> EOL=END L'=2" ARCH ARCHITECTURAL <br /> eoengma90 0\ 2a�zL zonzL LINED DUCT(DIM.FOR NET FREE AREA) OF LINING THICK LINING 'r a <br /> AUTO AUTOMATIC o <br /> eoe�n9 no-s� �. ._- R D RISE(R)OR DROP(D) BOO BACK DRAFT DAMPER <br /> Q <br /> ARROW DIRECTION F FL W OO O�" BRITISH THERMAL UNIT <br /> BTU h a nc'%tr <br /> BTUH BRITISH THERMAL UNIT/HOUR <br /> DUCT SECTION(SUPPLY) <br /> BLDG BUILDING <br /> C CONDENSATE <br /> 2 DUCT SECTION(EXHAUST OR RETURN) CAP CAPACITY <br /> Boeing v <br /> m 0 ROUND DUCT,DIAMETER CLG CEILING 'g <br /> CO CLEANOUT <br /> ` VOLUME DAMPER(MANUAL) CONN CONNECTION 2 m w CONT CONTINUE, CONTINUATION 3 <br /> N Free Meyer N m <br /> w m"aF ® W _ CFM CUBIC FEET PER MINUTE m3 N <br /> MOTORIZED DAMPER <br /> DEG F,F° DEGREE FAHRENHEIT <br /> seircpp�® DIA,0 DIAMETER <br /> oiver9y cenierQ wEaTMONi - ;ar�o •m a,.,e�j _ � FLEXIBLE CONNECTION DN DOWN <br /> N � BACK DRAFT DAMPER(BDD) DWG DRAWING <br /> AV DB DRY BULB 3 <br /> 3 FLEXIBLE DUCT EA EACH <br /> 0 FIRE DAMPER <br /> EAT ENTERING AIR TEMPERATURE <br /> =vplore-Morale scnao1 _ w + <br /> EFF EFFICIENCY <br /> - COMBINATION F RE/SMOKE DAMPER s I <br /> a <br /> a• ` — ELEC ELECTRICAL,ELECTRIC <br /> ELBOW WITH TURNING VANES EOLOL END OF LINING <br /> L SIZE SYMBOL ERV ENERGY RECOVERY VENTILATOR <br /> NORTH I� NORTH ®CFM CEILING OUTLET EXH EXHAUST <br /> SITE LOCATION WORK LOCATION <br /> VICINITY MAP AERIAL PLAN SIZE,SYMBOL EXIST,(E) EXISTING <br /> NO SCALE a D NO SCALE a D �SIZE,SMMBOL CEILING INLET ESP EXTERNAL STATIC PRESSURE <br /> FPM FEET PER MINUTE 4 <br /> 4 — CFM WALL OUTLET(OR INLET) FLEX FLEXIBLE <br /> G=WITH GUARD FL FLOOR <br /> 2021 INTERNATIONAL MECHANICAL CODE (IMC)VENTILATION O OrO( A THERMOSTAT A=AVERAGED WITH OTHER OT FCO FLOOR CLEAN OUT <br /> FLA FULL LOAD AMPS <br /> O SWITCH GAL GALLON <br /> 1. ALL VENTILATION SHALL BE IN ACCORDANCE WITH 2O21 WSEC,SECTION 403.0. GALV. GALVANIZED <br /> INTERVAL TIMER GI GREASE INTERCEPTOR <br /> -m 2. ALL DUCT SYSTEMS SHALL BE IN COMPLIANCE W/SECTION 601&SECTION 603. Hp HORSE POWER <br /> —a DETAIL IDENTIFICATION NUMBER <br /> — 2 INTEGR. INTEGRAL <br /> 2021 WASHINGTON STATE ENERGY CODE COMPLIANCE M3 SHEET ON WHICH DETAIL IS SHOWN IN INCH <br /> NOTES: I.E. INVERT ELEVATION rj <br /> 5 _ KW KILOWATT <br /> A SECTION IDENTIFICATION LETTER MFR MANUFACTURER <br /> 1. LOAD CALCULATIONS HAVE BEEN PERFORMED IN ACCORDANCE WITH WSEC C403.2.1. M3 SHEET ON WHICH SECTION IS SHOWN MAX MAXIMUM <br /> MBH THOUSAND BTUH <br /> 2. EQUIPMENT HAS BEEN SELECTED PER WSEC403.2.2.. MECH MECHANICAL <br /> -�111 MIN MINIMUM <br /> 3. TEMPERATURE CONTROL SYSTEM SHALL HAVE A MINIMUM DEAD BAND OF 5 DEGREES AS MCA MINIMUM CIRCUIT AMPS <br /> 1407 80th St.SW o <br /> REQUIRED BY WSEC C403.2.4.2. <br /> Everett,WA 98203 MOP MAXIMUM OVERCURRENT PROTECTION y U) W <br /> 4. HVAC SYSTEMS SI-IALL BE EQUIPPED WITH AUTOMATIC CONTROLS CAPABLE OF PROVIDING MUA MAKE UP AIR LLI • M <br /> NIC NOT IN CONTRACT (n Q <br /> NIGHT SETBACK,SEVEN DIFFERENT DAILY SCHEDULES AND OPTIMUM START PER NO. NUMBER r U s <br /> REQUIREMENTS PER WSEC C403.2.4.3. �= Q <br /> O <br /> CIA OUTSIDE AIR = <br /> 5. ALL DUCTWORK SHALL BE CONSTRUCTED AND SEALED IN ACCORDANCE WITH SMACNA,IMC, CD <br /> c OBD OPPOSED BLADE DAMPER CD (Dw WSEC C402 AND IBC REQUIREMENTS PER WSEC C403.2.7. OC ON CENTER _O W <br /> 80TH St SW 6. DUCTWORK(EXCEPT EXPOSED SPIRAL)SHALL BE INSULATED TO THE APPROPRIATE R-VALUE OFCI OWNER FURNISHED CONTRACTOR INSTALLED LL <br /> (R-8)AS REQUIRED BY WSEC 6. C403.2.7. PH PHASE N PD PRESSURE DROP <br /> WORK LOCATION NORTH RA RETURN AIR <br /> SITE PLAN a 7. REFRIGERANT PIPING SHALL BE FABRICATED/INSTALLED AS REQUIRED PER 2018 IMC, REF REFERENCE <br /> SECTION 1107.NO SCALE REQ RLA' RATED LOAD AMPSD REQUIRED <br /> 7 8. AIR BALANCE AND OUTSIDE AIR REQUIREMENTS PER BALANCING CRITERIA SHALL BE RL REFRIGERANT LIQUID 7 <br /> PERFORMED BY THE CONTRACTOR. <br /> RG REFRIGERANT GAS <br /> COMMISSIONING: RPM REVOLUTIONS PER MINUTE <br /> RM ROOM <br /> SA SUPPLY AIR <br /> 1. AIR BALANCE AND OUTSIDE REQUIREMENTS PER BALANCING CRITERIA SHALL BE SCO SURFACE CLEANOUT <br /> PERFORMED BY THE CONTRACTOR,IN COMPLIANCE W/2021 WSEC ENERGY CODE SECTION SCR SILICON CONTROLLED RECTIFIER rn <br /> C408. TEMP TEMPERATURE w <br /> TO TRANSFER DUCT 0 <br /> TG TRANSFER GRILLE ,6 4 <br /> 8 TYP TYPICAL $ p N <br /> LINO UNLESS NOTED OTHERWISE <br /> V VOLTS,VOLTAGE,VENT w g CL w <br /> VFD VARIABLE FREQUENCY DRIVE d O (j <br /> z <br /> VRT VARIABLE REFRIGERANT TEMPERATURE U ¢ Y w <br /> VRV VARIABLE REFRIGERANT VOLUME ¢ 3: w 0 U <br /> W WASTE v 1: 2: w <br /> WA WATT w U <br /> Wg WET BULB g o d w <br /> WL 9 W/ WITH LOUVER 9 F Q o 'T c Q <br /> z 2 � <br /> z w <br /> DRAWING INDEX = M rn M InIn a <br /> In a LL <br /> M0.0 MECHANICAL LEGEND AND NOTES <br /> M0.1 SCHEDULES&SPECIFICATIONS <br /> M1.0 ELECTRICAL CABINETS-HVAC <br /> M2.0 SECTIONS&MISC.DETAILS w A O .0 <br /> 10 10 I\V/I <br /> 0" 1' 2" <br /> SH ET IZE IS TRUE S-LE WHEN <br /> Permit Set ABOVE SINE MEASURES AS NOTED <br /> A B C D E F G H J K F <br />