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IF THESE SHEETS ARE NOT 24"X 36"THEN DRAWING IS NOT TO SCALE.
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<br /> DUCTWORK SYMBOLS GENERAL SYMBOLS �o� FG1STER �2736-LPIIII�
<br /> WASHINGTON STATE ENERGY CODE 2015 GENERAL NOTES vSS/0NALOs\
<br /> C403.1 GENERAL C403.2.4.2 OFF-HOUR CONTROLS PROTECT ALL DUCT OPENINGS OF FIRE RATED ASSEMBLIES PER I.B.C. 716. DUCT SECTION -SUPPLY M-1 EQUIPMENTIDENTIFICATION
<br /> MECHANICAL SYSTEMS AND EQUIPMENT SERVING HEATING, FOR ALL OCCUPANCIES OTHER THAN GROUP R, EACH ZONE SHALL BE
<br /> COOLING, VENTILATING, AND OTHER NEEDS SHALL COMPLY WITH SECTION C403.2 PROVIDED WITH THERMOSTATIC SETBACK CONTROLS THAT ARE CONTROLLED INSTALL SEISMIC BRACING FOR ALL DUCTWORK, EQUIPMENT AND PIPING 17 DUCT SECTION - RETURN KITCHEN FIXTURE
<br /> AND SHALL COMPLY WITH SECTIONS C403.3 AND C403.4 BASED ON THE BY EITHER AN AUTOMATIC TIME CLOCK OR PROGRAMMABLE CONTROL SYSTEM. PER I.B.C. REQUIREMENTS. • IDENTIFICATION
<br /> EQUIPMENT AND SYSTEMS PROVIDED. jr 20x12 RECTANGULAR DUCT(INSIDE DIMENSION)
<br /> C403.2.4.2.3 AUTOMATIC START CAPABILITIES INSTALL ALL PIPING ON ROOM SIDE OF BUILDING INSULATION.
<br /> C403.2 .1 CALCULATION OF HEATING AND COOLING LOADS AUTOMATIC START CONTROLS SHALL BE PROVIDED FOR EACH HVAC SYSTEM Q 20"0 ROUND DUCT
<br /> DESIGN LOADS ASSOCIATED WITH HEATING, VENTILATING AND AIR CONDITIONING THE CONTROLS SHALL BE CAPABLE OF AUTOMATICALLY ADJUSTING THE DAILY MECHANICAL DRAWINGS ARE DIAGRAMMATIC IN NATURE AND DO NOT AIR TERMINAL MARK
<br /> OF THE BUILDING SHALL BE DETERMINED IN ACCORDANCE WITH THE START TIME OF THE HVAC SYSTEM IN ORDER TO BRING EACH SPACE TO THE NECESSARILY REFLECT EVERY REQUIRED OFF-SET, FITTING OR ACCESSORY. FLEX CONNECTION TYPE (SEE
<br /> PROCEDURES DESCRIBED IN ANSI /ASHRAE/ACCA STANDARD 183 OR BY AN DESIRED OCCUPIED TEMPERATURE IMMEDIATELY PRIOR TO SCHEDULEDI 4 SCHEDULE)
<br /> APPROVED EQUIVALENT COMPUTATIONAL PROCEDURE, USING THE DESIGN OCCUPANCY. THE MECHANICAL CONTRACTOR SHALL VISIT THE JOB SITE PRIOR TO
<br /> PARAMETERS IN CHAPTER 3. BEGINNING WORK IN ORDER TO OBSERVE EXISTING CONDITIONS. VERIFY L20x12 i LINED DUCT (INSIDE DIMENSION) 20
<br /> C403.2.9.10 MECHANICAL SYSTEMS COMMISSIONING AND COMPLETION EXACT SIZE, LOCATION AND CONDITION OF ALL EXISTING SYSTEMS, DUCTS, DESIGN CFM
<br /> C403.2.2 EQUIPMENT AND SYSTEM SIZING REQUIREMENTS PIPES, UTILITIES AND BUILDING STRUCTURE. L12x10 LINED DUCT(INSIDE DIMENSION)
<br /> THE OUTPUT CAPACITY OF HEATING AND COOLING EQUIPMENT SHALL BE NO MECHANICAL SYSTEMS SHALL BE COMMISSIONED AND COMPLETED IN DETAIL REFERENCE z
<br /> GREATER THAN THAT OF THE SMALLEST AVAILABLE EQUIPMENT SIZE THAT ACCORDANCE WITH SECTION C408. VERIFY VOLTAGES AT THE SITE PRIOR TO ORDERING ANY EQUIPMENT. ` 90° CONICAL SPIN-IN FITTING DETAIL NUMBER
<br /> EXCEEDS THE LOADS CALCULATED IN ACCORDANCE WITH SECTION C403.2.1. ak E
<br /> C404.4 HEAT TRAPS CONTRACTOR SHALL PROVIDE WASTE, VENT, WATER AND GAS PIPING, �� --/ o
<br /> C403.2.3 HVAC EQUIPMENT PERFORMANCE WATER-HEATING EQUIPMENT NOT SUPPLIED WITH INTEGRAL HEAT TRAPS AND INCLUDING TRAPS, FITTINGS AND STOPS TO COMPLETE EACH EQUIPMENT FLEXIBLE DUCTNW inDRAWING ON WHICH o
<br /> EQUIPMENT SHALL MEET THE MINIMUM EFFICIENCY REQUIREMENTS OF TABLES SERVING NON-CIRCULATING SYSTEMS SHALL BE PROVIDED WITH HEAT TRAPS HOOK-UP TO THE POINT OF FINAL CONNECTION. CONNECTION BETWEEN DETAIL IS LOCATED
<br /> • C403.2.3(1), C403.2.3(2), C403.2.3(3), C403.2.3(4), C403.2.3(5), C403.2.3(6), C403.2.3(7), ON THE SUPPLY AND DISCHARGE PIPING ASSOCIATED WITH THE EQUIPMENT. VARIOUS PIECES OF EQUIPMENT SHALL BE MADE BY THE PLUMBING MI TURNING VANE
<br /> C403.2.3(8),AND C403.2.3(9)WHEN TESTED AND RATED IN ACCORDANCE WITH THE CONTRACTOR AT THE TIME EQUIPMENT IS BEING INSTALLED. w
<br /> APPLICABLE TEST PROCEDURE. C404.5 WATER HEATER INSTALLATION E CEILING DIFFUSER SECTION REFERENCE o
<br /> ELECTRIC WATER HEATERS IN UNCONDITIONED SPACES OR ON CONCRETE PROVIDE AND INSTALL A COMPLETE AND OPERATIONAL AUTOMATIC FIRE
<br /> C403.2.3.3 PACKAGED ELECTRIC HEATING AND COOLING EQUIPMENT FLOORS SHALL BE PLACED ON AN INCOMPRESSIBLE, INSULATED SURFACE SPRINKLER SYSTEM PER N.F.P.A. 13. PROVIDE ALL REQUIRED PIPING, HEADS, RETURN/EXHAUST/ SECTION ID
<br /> PACKAGED ELECTRIC EQUIPMENT PROVIDING BOTH HEATING AND COOLING WITH A MINIMUM THERMAL RESISTANCE OF R-10. VALVES, CONTROLS AND ACCESSORIES. PROVIDE ALL REQUIRED © TRANSFER GRILLE OR REGISTER 1 4 A
<br /> WITH A TOTAL COOLING CAPACITY GREATER THAN 6,000 BTU/H SHALL BE A CALCULATIONS. OBTAIN ANY REQUIRED PERMITS,AND PAY ALL REQUIRED i VOLUME DAMPER c
<br /> HEAT PUMP. C404.6 INSULATION OF PIPING FEES IN ORDER TO INSTALL A COMPLETE AND OPERATIONAL SYSTEM. NW DRAWING ON WHICH <
<br /> PIPING FROM A WATER HEATER TO THE TERMINATION OF THE HEATED WATER SECTION IS LOCATED -
<br /> C403.2.4.1 THERMOSTATIC CONTROLS FIXTURE SUPPLY PIPE SHALL BE INSULATED IN ACCORDANCE WITH 0 MOTORIZED DAMPER
<br /> THE SUPPLY OF HEATING AND COOLING ENERGY TO EACH ZONE SHALL BE TABLE C403.2.9. ON BOTH THE INLET AND OUTLET PIPING OF A STORAGE HOT DRAWN BY: JK
<br /> CONTROLLED BY INDIVIDUAL THERMOSTATIC CONTROLS CAPABLE OF WATER HEATER OR HEATED WATER STORAGE TANK, THE PIPING TO A HEAT 0THERMOSTAT , , REVISION
<br /> IDENTIFICATION CHECK: LWB
<br /> RESPONDING TO TEMPERATURE WITHIN THE ZONE. TRAP OR THE FIRST 8 FEET OF PIPING, WHICHEVER IS LESS, SHALL BE INSULTED. SENSOR
<br /> PIPING THAT IS HEAT TRACED SHALL BE INSULATED IN ACCORDANCE WITH FLAG NOTE
<br /> C403.2.4.1.2 DEADBAND TABLE 403.2.9 OR THE HEAT TRACE MANUFACTURER'S INSTRUCTIONS. TUBULAR © CO2 SENSOR
<br /> WHERE USED TO CONTROL BOTH HEATING AND COOLING, ZONE THERMOSTATIC PIPE INSULATION SHALL BE INSTALLED IN ACCORDANCE WITH THE INSULATION NOTES:
<br /> CONTROLS SHALL BE CONFIGURED TO PROVIDE A TEMPERATURE RANGE OF MANUFACTURER'S INSTRUCTIONS. PIPE INSULATION SHALL BE CONTINUOUS DEADBAND OF AT LEAST 50°F WITHIN WHICH THE SUPPLY OF HEATING AND EXCEPT WHERE THE PIPING PASSES THROUGH A FRAMING MEMBER. THE PLOT DATE: 3/06/2017
<br /> COOLING ENERGY TO THE ZONE IS SHUT OFF OR REDUCED TO A MINIMUM. MINIMUM INSULATION THICKNESS REQUIREMENTS OF THIS SECTION SHALL NOT SUPERSEDE ANY GREATER INSULATION THICKNESS REQUIREMENTS NECESSARY DRAWING INDEX ABBREVIATIONS JOB NO: 5215
<br /> FOR THE PROTECTION OF PIPING FROM FREEZING TEMPERATURES OR THE DWG. DESCRIPTION PIPING SYMBOLS
<br /> PROTECTION OF PERSONNEL AGAINST EXTERNAL SURFACE TEMPERATURES ONADA AMERICANS WITH DISABILITIES ACT
<br /> THE INSULATION. D CONDENSATE DRAIN
<br /> M001 MECHANICAL LEGEND, NOTES AND SCHEDULES AFF ABOVE FINISHED FLOORS <:
<br /> M100 MECHANICAL FIRST AND SECOND FLOOR PLANS G NATURAL GAS ARCH. ARCHITECT/ARCHITECTURAL x.
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<br /> CD CEILING DIFFUSER
<br /> LR LIQUID REFRIGERANT
<br /> M200 MECHANICAL ROOF PLAN CG CEILING GRILLE :.: t
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<br /> CO CLEANOUT �T~
<br /> COP COEFFICIENT OF PERFORMANCE '' li
<br /> CONT. CONTINUATION _. :<<, n :. .,..............
<br /> DWG DRAWING Jensen Fey
<br /> SPLIT SYSTEM AIR CONDITIONER SCHEDULE (E)EA EXISTING ITEMS
<br /> EXHAUST AIR Architecture and Planning
<br /> OUTDOOR UNIT INDOOR UNIT EAT ENTERING AIR TEMP. 7730 LEARY WAY NE
<br /> EQUIP COOLING ELEC. REQMTS. WEIGHT EQUIP AREA SERVED REMARKS EER ENERGY EFFICIENCY RATING REDMOND, WA 98052
<br /> MFG' O.S.A. MFG'/MODEL TEL: 425.216.0320 FAX:425.216.0329
<br /> NO. MBH MCA VOLTS PH (Ibs) NO. EFF EFFICIENCY/ EFFICIENT
<br /> HP-2 MITSUBISHI MUZ-FEO9NA 9 26 12 208 1 80 FC-1 435 0 MITSUBISHI MSZ-FHO6NA ELEVATOR EQUIPMENT ROOM INDOOR UNIT POWERED FROM OUTDOOR UNIT ELECT. ELECTRICAL
<br /> FCO FLOOR CLEANOUT
<br /> IPLV INTEGRATED PART LOAD VALUE
<br /> I.E. INVERT ELEVATION
<br /> LAT LEAVING AIR TEMP.
<br /> FAN COIL UNIT SCHEDULE LF LINEAR FOOT
<br /> FAN HEATING COOLING FILTERS AUX MIN. MC MECHANICAL CONTRACTOR CO
<br /> EQUIP. WEIGHT MECH. MECHANICAL O
<br /> AREA SERVED CONFIG. AIRFLOW ESP IN. MOTOR FAN CAP MBH CAP MBH EAT Deg F EFF, HEAT SEER MANUFACTURER& MODEL ' OSA REMARKS CV
<br /> NO. HSPF COP TYPE oLBS NP NON POTABLE
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<br /> CFM WG HP SIZE, IN. TOTAL ODDB TOTAL SENS DB WB KW CFM OSA OUTSIDE AIR CO
<br /> W C )
<br /> FC-1 LOBBY HORIZONTAL 800 0.5 1/3 11x8 17.6 32 8.2 3.6 25.0 14.9 75 67 DISP. 30 5.7 15.5 TRANE GAM5B0A24M215B 120 100 P.O.C. POINT OF CONNECTION U g
<br /> RG RETURN/ RELIEF GRILLE
<br /> SA SUPPLY AIR U (1)SENSOR
<br /> SG SUPPLY GRILLE 0 w I- W
<br /> HEATER SCHEDULE - ELECTRIC _ HEAT PUMP OUTDOOR UNIT SCHEDULE T'STAT THERMOSTAT ❑ W
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<br /> COOLING ELECTRICAL LOW AMBIENT TYP TYPICAL Z 0 CO
<br /> EQUIP EXT TP HEATING CAP MANUFACTURER EQUIP COOLING HEATING U.O.N. UNLESS OTHERWISE NOTED Q W
<br /> AREA SERVED CONFIGURATION CFM AMPS VOLTS PHASE REMARKS INDOOR UNIT NO. CAPACITY CAPACITY OSA DB TEMP CONTROL MANUFACTURER & MODEL REMARKS <C
<br /> NO. IN WG INPUT STAGES & MODEL NO. MBH MBH Deg F VOLTS PHASE MCA DB Deg F TYPE V VENT _1 W •
<br /> VTR VENT THROUGH ROOF Q Z W
<br /> UH-1 SALON 108 CEILING MOUNT 400 - 24 5 KW 2 208 1 KING KB2005-1-B2-ECO HP-1 FC-1 23.6 23.4 95 208 1 14 32 TRANE 4TWR6024H1000A W WASTE I-- W W ❑
<br /> UH-2 SALON 108 CEILING MOUNT 400 - 24 5 KW 2 208 1 KING KB2005-1-B2-ECO WCO WALL CLEANOUT LLI U) W ❑
<br /> UH-3 OFFICE 107 CEILING MOUNT - - 24 2.8 KW 1 120 1 KING KBP 1230 < > _J Q
<br /> UH-4 RESTAURANT 106 CEILING MOUNT 400 - 24 5 KW 2 208 1 KING KB2005-1-B2-ECO N <
<br /> EXHAUST FAN SCHEDULE Q Q
<br /> - - _1 1 UUJ
<br /> UH-5 RESTAURANT 106 CEILING MOUNT 400 - 24 5 KW 2 208 1 KING KB2005-i-B2-ECO
<br /> UH-6 UPPER FLOOR CEILING MOUNT 400 - 24 5 KW 2 208 1 KING KB2005-1-B2-ECO EQUIP AREA SERVED FAN AIRFLOW EXT SP RPM MOTOR SONES DRIVE MANUFACTURER CONTROL REMARKS a- CY) Z ❑
<br /> NO. TYPE CFM IN WG HP (W) VOLTS PHASE (INLET) & MODEL v- I Q
<br /> UH-7 UPPER FLOOR CEILING MOUNT 400 24 5 KW 2 208 1 KING KB2005-1-B2-ECO WLLI
<br /> EF-1 JANITOR 202 CEILING 100 0.375 950 80 W 115 1 2.7 DIRECT GREENHECK SP-B110 LIGHT SWITCH BACKDRAFT DAMPER
<br /> WH-1 STAIR 110 WALL MOUNT - - 12.5 1.5 1 120 1 KING LPWA 1215 _j LO W I
<br /> WH-2 SPRINKLER 113 WALL MOUNT - - 12.5 1.5 1 120 1 KING LPWA 1215 (J) V- 2 co
<br /> WH-3 STAIR 109 WALL MOUNT - - 12.5 1.5 1 120 1 KING LPWA 1215 1. EXHAUST FANS SHALL BE EQUIPPED WITH INTEGRAL BACK DRAFT DAMPERS.
<br /> 2. EXHAUST FANS SHALL BE EQUIPPED WITH VARIABLE SPEED CONTROLLERS MOUNTED WITHIN THE FAN CABINET.
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