The URL can be used to link to this page

Home My WebLink About10.3-106CONVENTIONAL SYMBOLS - - - - -- EASEMENT -- -- RIGHT —OF— WA Y CENTERLINE RAILROAD TRACKS X CHAIN LINK FENCE CITY OO F BA ; ERSFIELD HD H VA C REPLACEMENT /UPGRADE DEVELOPMENT SERVICES BUILD11va PROJECT NO. P6DO02 A -------- -- - - -- EX /ST. CURB I& GUTTER ----------------------- - - - - -- EXIST. A.C. F OWLINE -- -------- L=-------- LI EXIST. EDGE OF PAVEMENT GUARD RAIL IMPR0VEMEN UTILITY SYMBOLS., W EXIST WA TER LINE S EXIST SEWER LINE G EXIST GAS LINE SD EXIST STORM DRAIN OH EXIST AERIAL E EXIST UNDERGROUND LINES POWER LINE TV OIL M.H. P. P. EXIST UNDERGROUND T EXIST UNDERGROUND TV CABLES PHONE LINE EXIST 0/L LINE FO EXIST FIBER OP77C LINE MANHOLE POWER POLE EXISTING MONUMENT D FUTURE MONUMENT S.L. 3 STREET LIGHT o---U STREET LIGHT W /MAST ARM ®C.o. CLEAN OUT 00 H W.M. W.V. N ® G.M. f 0 FIRE HYDRANT WA TER METER WA TER VALVE GAS METER GAS VALVE BENCHMARK AUTO SCOPE PRE— EMP77ON DEVICE - LOCATION MAP- NOT 70 SCALE STATE OF CALIFORNIA 0 0 NO TE:- THE CON TRA C TOR MUST POSSESS THE FOLLOWING Q. A VALID LICENSE: � $ 0 CL.4 S :41 OR C -20 ? Q .� NOTE.• � THE CONTRACTOR SHALL CONTACT THE USA LOCH TOR SERVICE 1-800-642-2444, 48 HOURS PRIOR TO ELI EXCA VA TION. V W Z w 4 0 W W . W APPf?C>VEE) BY= Q RAUL M. ROJAS, R.C.E.-39880, EXPIRES 12 -31 -15 DATE J PUBLIC WORKS DIRECTOR E-- APPROVAL RECOMMENDED BY: u.) ASSISTANT PUBLIC WORKS DIRECTOR DATE OPERATIONS MANAGER PUBLIC WORKS DATE BUtDNG E ARTMENT DATE CIVIL ENGINEER IV 7--- _SIGN ,ENGINEERING Job No.: P 6D 002 HVAC REPLACEMENT/ UPGRADE File Path: K: \LDD— ENGINEERING \2013- 2014 \P6D002 —HVAC Replacement Upgrade Development Services Building \dwg DEVELOPMENT SERVICES BUILDING File Name: P6D002— CoverSheet.dwg 0 1 DATE No 1 OF 16 SHEETS 2 1 3 r- LIST OF DRAWINGS (FILE P60002— CoverSheet.dwg) SHEET l COVER SHEET SHEET M -7 MECH. SCHEDULES &NOTES SHEET M -2 MECH. BASEMENT PLAN— DEMOU770N SHEET M -3 MECH. BASEMENT PLAN —NEW WORK SHEET M -4 MECH. PLAN —lST FLOOR SHEET M -5 MECH. DETAILS -2ND FLOOR SHEET M -6 MECH. ROOF PLAN SHEET M -7 MECH. DETAILS SHEET M -8 MECH. DETAILS SHEET M -9 MECH. NOTES SHEET M-10 TITLE 24 SHEET M -71 TITLE 24 SHEET M -12 77 RE 24 SHEET E -7 ELEC. NOTES, SYMBOLS, SCHEDULES, & DETAILS SHEET E -2 ELEC. BASEMENT PLAN— DEMOL1710N SHEET E -3 ELEC. BASEMENT PLAN —NEW WORK BENCHMARK NOT APPLICABLE CITY STANDARDS SEE APPLICABLE STANDARD DETAILS STATE STANDARDS NOT APPLICABLE CONVENTIONAL SYMBOLS - - - - -- EASEMENT -- -- RIGHT —OF— WA Y CENTERLINE RAILROAD TRACKS X CHAIN LINK FENCE CITY OO F BA ; ERSFIELD HD H VA C REPLACEMENT /UPGRADE DEVELOPMENT SERVICES BUILD11va PROJECT NO. P6DO02 A -------- -- - - -- EX /ST. CURB I& GUTTER ----------------------- - - - - -- EXIST. A.C. F OWLINE -- -------- L=-------- LI EXIST. EDGE OF PAVEMENT GUARD RAIL IMPR0VEMEN UTILITY SYMBOLS., W EXIST WA TER LINE S EXIST SEWER LINE G EXIST GAS LINE SD EXIST STORM DRAIN OH EXIST AERIAL E EXIST UNDERGROUND LINES POWER LINE TV OIL M.H. P. P. EXIST UNDERGROUND T EXIST UNDERGROUND TV CABLES PHONE LINE EXIST 0/L LINE FO EXIST FIBER OP77C LINE MANHOLE POWER POLE EXISTING MONUMENT D FUTURE MONUMENT S.L. 3 STREET LIGHT o---U STREET LIGHT W /MAST ARM ®C.o. CLEAN OUT 00 H W.M. W.V. N ® G.M. f 0 FIRE HYDRANT WA TER METER WA TER VALVE GAS METER GAS VALVE BENCHMARK AUTO SCOPE PRE— EMP77ON DEVICE - LOCATION MAP- NOT 70 SCALE STATE OF CALIFORNIA 0 0 NO TE:- THE CON TRA C TOR MUST POSSESS THE FOLLOWING Q. A VALID LICENSE: � $ 0 CL.4 S :41 OR C -20 ? Q .� NOTE.• � THE CONTRACTOR SHALL CONTACT THE USA LOCH TOR SERVICE 1-800-642-2444, 48 HOURS PRIOR TO ELI EXCA VA TION. V W Z w 4 0 W W . W APPf?C>VEE) BY= Q RAUL M. ROJAS, R.C.E.-39880, EXPIRES 12 -31 -15 DATE J PUBLIC WORKS DIRECTOR E-- APPROVAL RECOMMENDED BY: u.) ASSISTANT PUBLIC WORKS DIRECTOR DATE OPERATIONS MANAGER PUBLIC WORKS DATE BUtDNG E ARTMENT DATE CIVIL ENGINEER IV 7--- _SIGN ,ENGINEERING Job No.: P 6D 002 HVAC REPLACEMENT/ UPGRADE File Path: K: \LDD— ENGINEERING \2013- 2014 \P6D002 —HVAC Replacement Upgrade Development Services Building \dwg DEVELOPMENT SERVICES BUILDING File Name: P6D002— CoverSheet.dwg 0 1 DATE No 1 OF 16 SHEETS 2 1 3 r- FAN COIL SCHEDULE DESIGNATION DESIGNATION FC -3 BT 1 GENERAL SUPPLY FAN CAPACITY (TONS) ATARI SUPPLYAIR FLOW (CFM) 2,200 EXT. SP, SUPPLY (iN. WC) 1.00 EXT. SP, RETURN (1N. WC) 0.80 T.S.P. (IN. WC) 3.75 MIN. O.S.A. (CFM) 300 HPBRAKE HP 3.0121 VOLTSIPHASE 20813 FAN TYPE PLENUM OPERATING RPM 3,138 0 -13.9 - 43.0 - 57.0 - 86.1 -100 EER / C.O.P. / iPLV (AT ARi) 10.21 3.0115.4 TACO COOLING COIL EVAPORATOR SENSIBLE (MBH) 71.4 TOTAL (MBH) 79.7 COIL SIZE (FT. 2) 4.10 NUMBER OF ROWS 6 AIR PD (IN. WC) 0.75 EADB/EAWB (OF) 80163 LADBILAWB (OF) 50.3149.9 EWT ILWT (OF) 44154 GPM/PD (FT.) 18110 VALVE TYPE 2 -WAY 122.3 1, 2, 3, 4, 5 HEATING COIL MANUFACTURER (SEE NOTE 4) CAPACITY (MBH) 76.8 EADB4AWB (OF) 60192 COIL SIZE (FT. 2) 4.10 AIR PD (iN. WC) 0.10 EWT ILWT (OF) 1801145 GPMIPD (FT.) 5110 VALVE TYPE 3 -WAY GPM/PD (FT.) 11715 FILTER VALVE TYPE AREA (SQ. FT.) X DEPTH (IN.) 6.0 X 2" DEEP MANUFACTURER CAMFIL TYPE MERV 8 Continuation ; '� MANUFACTURER ALLIANCE TYPE SINGLE ZONE LOCATION BASEMENT - SUSPENDED OPER. WT (LBS) 858 ACCESSORIES 1 THRU 9 1. SINGLE POINT POWER CONNECTION. 2 BOTTOM SERVICE ACCESS. 3. 1 " SPRING DEFLECTION ON FAN MOUNTINGS. 4. INSULATED DOUBLE WALL WITH ALUMINUM LINER. 5. UNIT MANUFACTURED AS DIRECT REPLACEMENT UNITS FOR EXISTING FAN COIL. 6. LENGTH CAN BE INCREASED AS REQUIRED TO ACCOMMODATE SERVICE AND ACCESS. 7. WIDTH, HEIGHT, AND DUCT CONNECTIONS SHALL BE COORDINATED TO ACCOMMODATE EXISTING CONDITIONS. 8. CAREFULLY COORDINATE WITH FIELD CONDITIONS PRIOR TO SUBMITTING BID. 9. BOTTOM ACCESS FILTER AND FAN SECTIONS. AIR COOLED CHILLER SCHEDULE DESIGNATION CH 1 ET 2 BT 1 GENERAL HEATING INPUT (MBH) CAPACITY (TONS) ATARI 98.3 CAPACITY (TONS) OPERATING 87.2 AMBIENT (F) 110 ELEVATION 350 450 ACCEPTANCE VOLUME (GALLONS) COMPRESSOR 19 QUANTITY 2 REFRIGERANT R-410A SCALE FACTOR 0.0001 CAPACITY CONTROL ( %) 0 -13.9 - 43.0 - 57.0 - 86.1 -100 EER / C.O.P. / iPLV (AT ARi) 10.21 3.0115.4 TACO TACO EVAPORATOR BLADDER GPM OPERATING 212 EWT /LWT (OF) 53.8144 FLUID WATER PRESSURE DROP 10 FT. HEAD MINIMUM FLOW RATE, GPM 117 BASEMENT BASEMENT ELECTRICAL OPER. WT. (LBS) VOLTSIPHASE 20813 FLA / MCA / MOCP 432.214601500 SYSTEM POWER (Kw - TOTAL) 122.3 1, 2, 3, 4, 5 2, 3, 5, 6, 7 MANUFACTURER (SEE NOTE 4) YORK TYPE AIR COOLED MODEL NUMBER YLAA0101HE17 OPER. WT (LBS) 5026 ACCESSORIES 1 THRU 7 1. MICROPROCESSOR CONTROL CENTER WITH REMOTE CHILLED WATER RESET OPTION, ALARM CONTACTS, Lon Works COMMUNICATIONS PORT TO SiTE EMS SYSTEM, HI AMBIENT KIT, 0 -10v INPUT SIGNAL FROM BMS FOR CHILLED WATER RESET 2. SUCTION SERVICE ISOLATION VALVE OPTION. 3. FLOW SWITCH, FIELD MOUNTED AND WIRED. 4. LOW SOUND FAN OPTION. 5. COMPRESSOR LOW SOUND KiT. 6. V/BRATIOJN ISOLATORS, 2" DEFLECTION. 7. CHILLER SHALL BE COMPATIBLE WITH VARIABLE PRIMARY FLOW ARRANGEMENT. 117 - 212 GPM FLOW RATES THRU CHILLER. EXPANSION AND BUFFER TANK SCHEDULE DESIGNATION ET 1 ET 2 BT 1 BT 2 HEATING INPUT (MBH) SUPPLY FAN 1.5 5 SUPPLYAIR FLOW (CFM) TANK VOLUME (GALLONS) 22 34 180 450 ACCEPTANCE VOLUME (GALLONS) 12 19 -- -- TANK DIAMETER (INCHES) 12 16 30 48 MANUFACTURER TACO TACO TACO TACO TYPE BLADDER BLADDER BUFFER BUFFER MODEL NUMBER CBX -84 -1258 CX -130 -125 BTH018OF02 -125N BTH0450G04 -125N LOCATION BASEMENT BASEMENT BASEMENT BASEMENT OPER. WT. (LBS) 250 400 2,070 4,800 ACCESSORIES 1, 2, 3, 4, 5 1, 2, 3, 4, 5 2, 3, 5, 6, 7 2, 3, 5, 6, 8 1. REPLACEABLE BLADDER. 2. INTEGRAL FLOOR STAND. 3,125 PSI WORKING PRESSURE. 4. GAUGE GLASS. 5. AIR VENT CONNECTION WITH FIELD PROVIDED HiGH CAPACITYAUTOMA TIC AIR VENT. 6. INTERNAL BAFFLE. 7. HEATING HOT WATER APPLICATION - 1" INSULATING BLANKET. 8. CHILLED WATER APPLICATION - 1 "ARMAFLEX INSULATION. AIR HANDLER SCHEDULE DESIGNATION AH -1 AH -2 ABBR. ITEM HEATING INPUT (MBH) SUPPLY FAN 1.5 5 SUPPLYAIR FLOW (CFM) 18,500 TOTAL N x 4,625 CFM) 11,500 TOTAL (4 x 2,875 CFM) EXT. SP, SUPPLY (IN. WC) 1.00 1.00 EXT. SP, RETURN (IN. WC) 0.80 0.80 T.S.P. (IN. WC) 4.00 4.00 MIN. O.S.A. (CFM) 1,850 1,000 HPBRAKE HP 20.0 (4 X 5 HP) /4 X 4.41 20.0 (4 X 5 HP) /4 X 3.52 VOLTSIPHASE 20813 20813 FAN TYPE/ QTY. PLENUM 14 PLENUM / 4 OPERATING RPM 2,167 2,578 ACCESSORIES 1,2,3,4,5,7,8,9 1, 2,3,4,5,6,8,9 OPER. WT. (LBS) 650 OPTIONS COOLING COIL Condensate Drain SENSIBLE (MBH) 581.8 343.8 TOTAL (MBH) 622.7 354.9 COIL SIZE (FT. 2) 34.40 23.80 NUMBER OF ROWS 6 6 AIR PD (IN. WC) 0.77 0.45 EADBIEAWB (OF) 80163 80163 LADBILAWB (OF) 51.5151.4 52.6152.0 EWT IL WT (OF) 45155 45155 GPM/PD (FT.) 11715 77/10 VALVE TYPE 3 -WAY 2 -WAY P.O.G. Pont of Connection HEATING COIL Continuation ; '� CAPACITY (MBH) 650.5 398.0 EADBILAWB (OF) 60192 60192 COIL SIZE (FT.2) 16.05 11.10 AIR PD 1N. WC) 0.56 0.56 EWT IL WT (OF) 1801145 1801145 GPM/PD (FT.) 35110 23110 VALVE TYPE 3 -WAY 3 -WAY G.V. Check Valve --- ♦S.P.D. FILTER 5 o �p� - -- AREA (SQ. FT.) X DEPTH (IN.) 60.0X 4" DEEP 36.0 X 4 "DEEP MANUFACTURER CAMFIL CAMFIL TYPE MERV8 MERV8 5.M. Sheet Metal H MANUFACTURER ALLIANCE ALLIANCE TYPE MULTI ZONE MOLT! ZONE LOCATION BASEMENT - GRADE BASEMENT - GRADE OPER. WT (LBS) 7,167 5,704 1ACCESSORIES 1 THRU 9 1 THRU 9 1. SINGLE POINT POWER CONNECTION. Z EXTERNAL FILTER GAUGE 3.2" SPRING DEFLECTION ON PLENUM FAN MOUNTINGS. 4. (4) VFD'S PER AIR HANDLER CONTROLLING (4) SUPPLY FANS. 5. UNITS ARE MANUFACTURED AS DIRECT REPLACEMNT UNITS FOR EXISTING MZ AIR HANDLERS. 6. LENGTH CAN BE INCREASED A MAXIMUM OF 12" FOR EACH AIR HANDLER TO ACCOMMODATE SERVICE AND ACCESS. 7, WIDTH, HEIGHT, AND DUCT CONNECTIONS SHALL BE COORDINATED TO ACCOMMODATE EXISTING CONDITIONS AND ZONE AIRFLOWS. 8. ENTIRE AiR HANDLER MUST BE SHIPPED KNOCKED DOWN AND ASSEMBLED IN PLACE AS REQUIRED TO BRING MATERIAL INTO BASEMENT INTACT. 9. CAREFULLY COORDINATE WITH FIELD CONDITIONS PRIOR TO SUBMITTING BiD. PUMP SCHEDULE DESIGNATION HWP-1 CWP -1 ABBR. ITEM HEATING INPUT (MBH) HORSEPOWER 1.5 5 VOLTS/PHASE 20813 20813 RPM 1760 1760 GPMITDH (FT.) 63130 220145 EFFICIENCY ( %) 61 77 MANUFACTURER TACO TACO TYPE IN -LINE IN -LINE MODEL NUMBER SKV- 2006 -1.5 SKV- 3007 -5 LOCATION BASEMENT BASEMENT OPER. WE (LBS) 100 152 ACCESSORIES 1,2,3,4,5,7,8,9 1, 2,3,4,5,6,8,9 1. STANCHION PLATES. SECURE TO CONCRETE PAD WITH 318" ANCHOR BOLTS. 2. BRONZE FITTED 3. GAUGE TAPS 4. FIELD INSTALLED SUCTION DIFFUSER AND MULTI- PURPOSE VALVE ON OUTLET. 5. FACTORY INSTALLED AND WIRED VFD AND CONTROLS. 6. SET UP FOR SELF SENSING CONSTANT PRESSURE VARIABLE FLOW 117 - 200 GPM FLOW. 7. SET UP FOR SELF SENSING VARIABLE PRESSURE CONSTANT FLOW. 8. LonWorks PROTOCOL 9.6DI12D0/1Al/1A0. BOILER SCHEDULE ABBR, DESIGNATION B -1 ABBR. ITEM HEATING INPUT (MBH) 1,300.0 CAPACITY OUTPUT (MBH) 1,105.0 FUEL NAT. GAS TURN DOWN 5:1 Access Door Mechanical Details VOLTSIPHASE 11511 FLA WITH PUMP OPTION 15.5 Above Finished Floor Title 24 PRESSURE RELIEF (PSIG) 50 GPM 63.0 PD (FT.) 6.9 EWT (OF) 145 LWT (OF) 180 MANUFACTURER RAYPAK TYPE POWER FIN MODEL NUMBER PBN- 1302 -M9 LOCATION BASEMENT - GRADE OPER. WT. (LBS) 650 OPTIONS 1 THRU 9 7. I-AG i URY S I AK I -UP 2. 8" VERTICAL STAINLESS STEEL VENT, CATEGORYiV, AL -294C, TO VENT CAP ABOVE ROOF. 3. MODULATING FIRE, 5.1 TURNDOWN, CUPRO- NICKEL HTXX, 4. CALIFORNIA CODE, PUMP DELAY, LOW NOX 5. VENT PIPE CONDENSATE CONNECTION AND DRAIN TO FLOOR SINK. 6. COMBUSTION AiR INTAKE FROM MECHANICAL ROOM. MAINTAIN EXISTING COMBUSTION AIR LOUVERS. 7. LOW WATER TEMP VALVE. FIELD PIPED. 8. IN -LINE CIRCULATOR PUMP FURNISHED WITH BOILER PACKAGE, FIELD INSTALLED AND WIRED. 9. "SMART' CONTROLLER FOR BOILER PUMP INTERLOCK AND CONTROL, H. W. RE -SET BASED ON O.S.A. TEMP, ALARM DRY CONTACTS FOR BMS MONITORING, CONTACTS FOR ENABLE - DISABLE FROM EMS PANEL, SYSTEM SUPPLY SENSOR, OUTSIDE AIR RESET WiTH OUTDOOR AIR SENSING. ALL SENSORS SHALL BE FIELD INSTALLED AND WIRED BACK TO SMART CONTROLLER. SMART CONTROLLER SHALL BE FIELD PROGRAMMED AND COMMISSIONED TO SUIT JOBSITE SPECIFICS. Air Conditioning Legend SYMBOL ABBR, ITEM SYMBOL ABBR. ITEM M -4 A.G. Air Conditioning Mechanical Plan - 2nd Floor N.W.R. Heating Water Return ® A.D. Access Door Mechanical Details H.W.S. Heating Water Supply M -10 A.F.P. Above Finished Floor Title 24 INT. Internal E -1 A.H. Air Handler LOG. Loaatlon a B.T. Bypass Timer M.O. Motor Operated B.V. Butterfly Valve (N) New G.D. Condensate Drain N.G. Normally Closed G.E. Gelling Exhaust Register N.I G. Not In Contract G.W.R. ChilledMot Water Return N.O. Normoliy open C.W.5. Chilled/Hot Water Supply OS. A. Outside Air COMB. Combustion Q.B.D. opposed Blade Damper CONK Connection - 'X P.O.G. Pont of Connection CONT. Continuation ; '� Pp Petes Plug Z G.R. Gelling Return Register PROV. Provide 01-6. Gelling P.R.V. Pressure Redvaing Vale ® C'.5. ,5. Gelling supply Register SIM. similar -V1- G.V. Check Valve --- ♦S.P.D. S.F.D. 5 o �p� - -- D.G.W. Domestic Gold Water DIA. Diameter 5.M. Sheet Metal H D.L. Door Lower 0-0 S.O.V. Shut OR Valve DN. Down 5.P.5.T. Single Pole Single Throw D.P.D.T. Double Pole Double Throw ® STAT Thermostat D.T.R. Duct Thru Roof SURF. mace (E) Existing (TYP) Typical E.F. Exhaust Pon U.G. Underground E.M.5. Energy Management System U.N.O. Unless Noted Otherwise EXH. Exhaust V.D. Volume Damper - -AF.D. F.D. Fire Damper w/ acc. pawl H/ With Flex. Gorr Flexible Connection W.R. Wall Return Register FLR. Floor WS. Wall Supply Register F.T.R. Flue Thru Roof Duct W Acoustic Lining Furn. Furnace 1 T.V. Turning Vanes GA. Gauge Extractor GAL. Gallon GALV. Galvanized G.P.M. Gallons per Minute © G02 SENSOR 6RD. erode ua G.V. Gate Valve ---'l'- Union - >- Reducer or Increaser 1715 CHESTER AVE. BAKERSFIELD, CA 93301 LOCATION PLAN: NO SCALE General Proiect Note: 1. Coordination of work: Layout of materials, equipment and systems is generally diagrammatic unless specifically dimensioned. Some work may be shown offset for clarity. The actual location of all materials, piping, ductwork, fixtures, equipment, supports, etc. shall be carefully planned, prior to installation of any work to avoid all interferences with each other, or with structural, electrical, architectural or other elements. Verify the proper voltage and phase of all equipment with the electrical plans. All conflicts shall be called to the attention of the architect and the engineer prior to the installation of any work or the ordering of any equipment. 2. All penetrations of surfaces by piping and conduit shall be caulked. 3. Any and all surfaces affected by the demolition and installation of the mechanical, electrical, and related components shall be patched back and restored to original condition. Patch and paint with materials, colors, and textures to match existing. Carefully coordinate demolition and restoration scope of work prior to submitting bid. 4 Demolition of any component shall include all hangers, supports, bracing, wiring, etc. All sub systems related to component slated for demolition shall be removed and the affected surface patched back to match existing. 5. All piping, equipment, conduit, etc. shall be supported and braced in accordance with the 2010 California Building Code. 6. No roof joists or other structural members are to be cut. Use existing roof openings and/or fit ducts between existing joists. Any modifications to structural members require approval from the architect and DSA prior to performing any work. MEP Component Anchorage Notes: All mechanical, plumbing and electrical components shall be anchored and installed per the details on the approved construction documents. Where no detail is indicated, the following components shall be anchored or braced to meet the force and displacement requirements prescribed in the 2010 CBC, Sections 1615A.1.12 through 1615A.1.22 and ASCE 7 -05 Chapter 6 and 13. 1. All permanent equipment and components. 2. Temporary or movable equipment that is permanently attached (e.g. hard wired) to the building utility services such as electricity, gas or water. 3. Movable equipment which is stationed in one place for more than 8 hours and heavier than 400 pounds are required to be anchored with temporary attachments. Piping, Ductwork, & Electrical Distribution System Bracing Note: Piping, ductwork, and electrical distribution systems shall be braced to resist the forces prescribed in ASCE 7 -05, Section 13.3 as defined in ASCE 7 -05, Section 13.6.8, 13.6.7, 13.6.5.6, and 2010 CBC Sections 1615A.1.20, 1615A.1.21 and 1615A.1.22. Sheet Index: M -1 Mechanical Schedules and Notes M -2 Mechanical Basement Plan - Demolition M -3 Mechanical Basement Plan - New Work M -4 Mechanical Plan - 1st Floor M -5 Mechanical Plan - 2nd Floor M -6 Mechanical Roof Plan M -7 Mechanical Details M -8 Mechanical Details M -9 Mechanical Notes M -10 Title 24 M -11 Title 24 M -12 Title 24 E -1 Electrical E -2 Electrical E -3 Electrical 0. E - �ob F I : I I i I I (E) ZONE 7 S.A. RISER. (E) ZONE 5 S.A. RISER. i _ I (E) ZONE 6 5.A. RISER. - - -- _ t• -- _ I 1V_\L (Fa ZONE 3 5.A. RISER. + i IA /T I.T. ROOM �r•�l (E) ZONE 4 S.A. RISER. ( (r=) A.H. - I F (E) BELOW GRADE RETURN DUCT MAIN. I � I 1 I i (E) BELOW GRADE RETURN DUCT MAIN. I _ __ —_— — - - -�— - ' a�{{ 3 rt II r I I 1D (E) A.H. - 2 t , '• I (E) ZONE 15.A. RISER. 1 ;` (E} ZONE 2 S.A. RISER. ' — I _ (E) 0.5.A. DUCT DROP. I 1 (E) R.A. DROP FROM 2ND FLOOR. s I I �I YJI 1 1 (E) R -22 REFRIGERATION ' GOMPRE55OR5, 100 HP. I -{ --�5� (E) BOILER PUMP. GTE (E) BOILER. s I 1 S � J I I i _ -7 - I Tl 1 Ill in�[ XI~ a� s' I t f_......._.__..._..._._.._.. MECHANICAL BASEMENT PLAN - DEMOLITION. SCALE: 1/8`4 -0' 1 i f { t — � _. / (I-) FAN COIL. - - --O-G (E) FILTER BANK. RE -USE. (E) R.A. R15ER THRU FLOOR. (E) 5.A. RISER THRU FLOOR, TYP. KEY NOTES: 1. Remove existing air handler, all related supply ductwork back to elbow at riser(s), return duct from air handler connections to connection at duct main, all related piping, supports, controls, etc. See new work plan for points of connection of new work to existing. Field determine exact demolition scope for existing ductwork as required to install new air handler and re- connect. 2. Remove existing fan coil and duct work as required to install and re- connect new fan coil. See new work plan. Re -use existing return filter bank. 3. Remove existing R -22 refrigeration compressors, all related piping between compressors and air handlers, hot gas and liquid lines back to evaporative condenser on roof, supports, piping, controls, etc. 4. Remove existing boiler, all related piping, demo back gas past shut -o#f valve, flue, all controls, etc. 5. Remove existing hot water circulation pump, all related piping, controls, etc. 6. Record airflow at this grille prior to demolition and re -set to match air flow with new system. 7. Any and all mechanical items, electrical items, related piping, conduits, supports, etc not used for the new mechanical system shall be removed from basement. All surfaces shall be cleaned prior to installation of new work. Coordinate exact demo scope in field. 8. Refrigerant shall be evacuated and recovered prior to demolition and delivered to the owner for their use. 1 New air handier installed in same location as existing. Air handler shall be built in sections and knocked down as required to move thru standard 32" x 78" door, down existing stairwell into basement, and assembled in place. Modify existing zone and return ductwork as required to make connection, allow for free movement of all dampers, and to seal ductwork to air handler. See detail A/M-7 for air handler anchorage detail. 2. New boiler with flue piping routed thru existing chimney to rooftop termination above top of chimney opening. Paint roof cap to match building wall color. Demo and patch / seal chimney as required to install and secure piping. See boiler schedule for piping materials required. See boiler detail D/M-8. 3. Point of connection, new gas piping to existing. Confirm exact location in field. Rise to boiler connection and connect gas piping with new plug valve and dirt leg. 0 TYPICAL -5 ZONES. (E) ZONE -1 S.A. RISER. - (E) ZONE 55.A. RISER. - (E) ZONE 6 S.A. (E) ZONE 3 S.A. RISER. Z ZONE 4 S.A. RISER. 4" C.H.54R, ROUTED IN (E) DUCT CHASE TO ROOF, KEY NOTES 4. Boiler low water temperature valve. Provided with boiler package. Field installed. 5. Boiler circulating pump. Furnished with boiler package, field installed and wired back to boiler control terminals. 6. New hot water circulating pump. See detail E/M-8 for pump trim and anchorage. 7. New hot water buffer tank. Refer to detail H/M-7 for anchorage. 8. New hot water loop expansion tank. Refer to detail G/M-7. Field determine point of connection for make-up-water and pipe to tank connection with 12 psi PRV (adjustable) and reduced pressure backflow preventer. 9. Hot water coil connection to air handler hot deck coil, typical. Refer to detail B/M-8 for 3-way valve connection (AH-1) and detail C/M-8 for 2-way valve coil connection (AH-2 & FC-3). 10. New chilled water circulating pump. See detail E/M-8 for pump trim and anchorage. 11. New chilled water buffer tank. Refer to detail H/M-7 for anchorage. 12. New chilled water loop expansion tank. Refer to detail G/M-7. Field insulate with I " Armaflex insulation. Field determine point of connection for make-up-water and pipe to tank connection with 15 psi PRV (adjustable) and reduced pressure backflow preventer. 13. 1-1/2" chilled water supply and return drop to AH-2. See 2-way coil connection detail A/M-8. 14. 2-1/2" chilled water supply and return drop to AH-1. See 3-way coil connection detail A/M-8. 15. CWS&R and HWS&R piping to FC-3 fan coil 2-way valve connections. 16. New FC-3 to be installed in same location as existing to be removed. Suspend from structure above with (4) 1 " deflection spring isolators. Install with flex connections at connections to existing duct systems. Field modify duct systems as required for installation. (E) BELOH, GRADE RETURN DUCT MAIN. r - - - - - - - - - - - - - - - - - - - - - - - - - - - - --------------------------- r - - - - - -J L_------ - - ---- - - - ------ - - - - -- ....... ... .. . . . ........ ......... . ..... .... ... .... . . ............ .......... . .... ... . ...... .... ........ . .... . . ......... . . . ..... .. . ........ . ... ..... . . ....... .................. . . 711 ----- -------------- T, < I Nil L _VZ I -,,a- - -i ,�11 4" X L I-Tn- - i - - ' - -4 1 11 O.H.5.- 1 (E) 0.5.A. DUCT DROP. (E) R.A. DROP FROM 2ND FLOOR. J. (4 14" I I IH.H.54R FIT li 2 17. Existing outside air grille in fan coil ductwork. Balance to 300 CFM. 18. Duct smoke detector located in both the hot and cold deck supply plenums, two per air handier. See detail F/M-8. 19. Install motorized O.A. / economizer damper in outside air duct and balance outside air total (for both air handlers) to 2,850 CFM, minimum. Provide D.B. controls to go full open for first stage cooling. 20. New EMS panel. See control notes . 115 power connection provided under electrical scope. Power distribution to control items beyond point of connection of 115v power is to be provided under the scope of the EMS contractor. 115/24v transformer and all control wiring provided under the scope of the EMS contractor. 21. Provide motorized modulating damper in duct horizontal run (or riser). As req'd to modulate zone air flow from 100% to 20% in relation to zone demand. Field commission air flow at high and low set-points in conjunction with air balance contractor. 5 I /l j ! /1 L -J (E) FILTER BANK. PROVIDE CLEAN FILTERS PRIOR TO SYSTEM AIR BALANCE. TACO 4cI03H, 3" AIR5EPERATOR W FLOOR STAND SEE DETAIL P/M-7. - - - - - - - - - - - - - - - - - 7 -- - - - - - - - - - - - - - / I II I i i r� TACO 4102H, 2" AIR SEPERATOR k4/1 I V I FLOOR STAND SEE DETAIL D/M-1. I A L J > < T- LEAVE CLEAR FOR ACCESS TO (E) HATER HEATER. _.1------------ - - - - -- --- - - - - - - - - L - - - - - - - - - ----------------------- -- --------------- .. ............ - . ........... . . .. .... .. . . ...... . ........ . .. . : ; .... . ... . ........ . ....... .... (E) ELECTRIC 5TORA(5E HATER HEATER. 2-1/211 H.H.S. ROUTED OVER HEAD. ii f MECHANICAL BASEMENT PLAN - NEW WORK_ SCALE: 1/4*=1'-0* (E) R.A. R15ER THRU FLOOR. (E) S.A. R15ER THRU FLOOR, TrP. lv 3 i06 2-1/211 -J 211 li 2 17. Existing outside air grille in fan coil ductwork. Balance to 300 CFM. 18. Duct smoke detector located in both the hot and cold deck supply plenums, two per air handier. See detail F/M-8. 19. Install motorized O.A. / economizer damper in outside air duct and balance outside air total (for both air handlers) to 2,850 CFM, minimum. Provide D.B. controls to go full open for first stage cooling. 20. New EMS panel. See control notes . 115 power connection provided under electrical scope. Power distribution to control items beyond point of connection of 115v power is to be provided under the scope of the EMS contractor. 115/24v transformer and all control wiring provided under the scope of the EMS contractor. 21. Provide motorized modulating damper in duct horizontal run (or riser). As req'd to modulate zone air flow from 100% to 20% in relation to zone demand. Field commission air flow at high and low set-points in conjunction with air balance contractor. 5 I /l j ! /1 L -J (E) FILTER BANK. PROVIDE CLEAN FILTERS PRIOR TO SYSTEM AIR BALANCE. TACO 4cI03H, 3" AIR5EPERATOR W FLOOR STAND SEE DETAIL P/M-7. - - - - - - - - - - - - - - - - - 7 -- - - - - - - - - - - - - - / I II I i i r� TACO 4102H, 2" AIR SEPERATOR k4/1 I V I FLOOR STAND SEE DETAIL D/M-1. I A L J > < T- LEAVE CLEAR FOR ACCESS TO (E) HATER HEATER. _.1------------ - - - - -- --- - - - - - - - - L - - - - - - - - - ----------------------- -- --------------- .. ............ - . ........... . . .. .... .. . . ...... . ........ . .. . : ; .... . ... . ........ . ....... .... (E) ELECTRIC 5TORA(5E HATER HEATER. 2-1/211 H.H.S. ROUTED OVER HEAD. ii f MECHANICAL BASEMENT PLAN - NEW WORK_ SCALE: 1/4*=1'-0* (E) R.A. R15ER THRU FLOOR. (E) S.A. R15ER THRU FLOOR, TrP. lv 3 i06 p ------4 ............ . . . . . ..... ......... .. . ..... . . .... U1 ; ....... .. . ... .. .. . ... . ........ . .... ....... ..... . ..... ........ .. ....... dtoo STORKGE CONFE'RENCE ROOM E vAuur STORAG 400 STORACE KA gg . L_-- - - - - -- ............ . ........... - KT F71 lzu 500 400 _4 -400 . . ... .... . ..... . ..... ...... . . .... ..... . ...... .... . ... ... 7L-1 ... . ......... .. . .. . ..... ...... ....... . . . ....... ..... . .... Z-4 ..... ....... . . 200 . . . ....... . ...... ... . ......... CIOC) PLM NiNG 4 -- ------- ---- . . . ..... ............ . . . ............. ...... -------- FPAr -'j R.4 . L J. 256 .... . . .... ........ .. . ..... .. . . . ....... i LICE r f CUITODAII lqob 45� �04 I Ll OPE 4 - _4 .......... .. ... . .. ...... ..... . .... .... . .. . .. .... . ..... . OFFI 3E rT 3! _�.- ,' �I! _-.de (= i F' i " . at- tj I 4, % 30 5 —7Y y .. ... ...... .. �VOMEN$ 4- . . . ....... . f44 i7 �!N 41:q J, 200 HAI 4- 4-t-1f, ±�-4, 41 0 rr"IT I 4 00 41.1. T. -1:4- 4 ttl JB ii t 1 C104 00 .... . ......... f tt t± �4- 4 4J . ... ....... Z-5 T-- (E) R.A. DUCT TO 2ND FLOOR. ..... ..... . . ........ . .... . . ... ul-p 4 tv! , ly F . . . . . . . . . . . . . . . .... . ....... I i VIA, f lq- . . . . . ........... . . if ZM05TAT, TYPICAL. 300 650 i CATION DIFFERS V II i IDE COVER 5TAT LOCATION. 60"X2211 S.A. DUCT (ZONE 5). 150 .......... ........... .. . 11; lid (E) 25"X20" S.A. DUCT ...... TO 2ND FL. (ZONE -7). (E) 25"X22" S.A. DUCT LOBBY TO 2ND FL. (ZONE 6). n5 �i 1XI 50 1A (E) W'X211' S.A. DUCT (ZONE 4). ra�l 12!� t F A OFFICE e- J 1, 12 (E) 250 n r . ........ RISER OPEN OFF10J- (ZONE 3). WMAEN LFFIC - 50 )FFIC 20"X2011 S.A. E=--Aa= i OFFIC; K 100 250 --V 7-T 1106 . ....... . ...... . .... . .... :1 450 l €j . ... ....... ........... ... . .... .......... F-0-3 OPEN 0 TiCE! .... . ....... .jj f T=9 OFFiCE I IXI-4 K Lrui K71 —! -N I i I 35( 1 ` OFFICE ill 1 r,& - – 1 1 1 1 i 15 550 ; I i - leN le i 0; FICE OFFICE 5o . ...... 550! Typ. 66"XIO" S.A. FM NOTE-D. DUCT (ZONE 1) 1r_1j =4 m 600 r T T- -7 EJ . .. . ....... ........... . . ..... . . . ............. i(E) FLOOR RETURN 30"NX&O"H COMBUSTION 5" BOILER FLUE. GRILLE, TYPICAL. AIR GRILLE, INTO COMBUSTION SEE SHEET M-3. AIR CHASE TO E3A5EMENT (E) 32"XIb" R.A. TO MECHANICAL ROOM. 2ND FLOOR. (E) 56"x20" O.S.A. DUCT FROM 2ND FLR. 51DENALL GRILLE. 17 (56"X12" S.A. DUCT TO 2ND FL. (ZONE 2) 3) 80 11z" NEW ZONE THE WHERE NEW LO FROM (8�) PRO PLATE AT OLD (E) S.A. GRILL E BALANCE TO C MECHANICAL PLAN - 1 ST FLOOR_ SCALE: 1/8"=1'-0* (E) FLOOR RETURN GRILLE, TYP. E) FLOOR SUPPLY iRILLE, TYPICAL. C; H) 0`3- 1 D6, SEE DETAIL E/M-'7 FOR TYPICAL T-STAT MOUNTING HEIGHT. APPROXIMATE ROUTING AND LOCATIONS FOR (E) DUCT WORK. AND GRILLES, TYP. CONFIRM EXACT LOCATIONS IN FIELD. (E) FLOOR RETURN GRILLE, TYP. E) FLOOR SUPPLY iRILLE, TYPICAL. C; H) 0`3- 1 D6, 1114 A..... - ------ OFFICE 500 OFFICE 250 1500 . . . .......... .. . . ........ KA 4MA V OFFICE j tnt . . . . . ...... .. ....... .... KA i I.... ... . . ......... ...... ....... . . . .. VN B 150 OPEN OFFICE it .... . ..... . . .... . ............ .. - .. ... . ..... .4- ED Z-6 ...... . . ..... .. . ....... ------------- LIN LIN le ... . ...... A 500 1 15C r% L-r CONFERE*E < ........ . 201d! - L 594- 200 u 50 - - ---------- — L64— fj 20C Nf -4 R.A. RISER. 1(PLANNING .. . ........ ...... --- ------ --- . . . ........ 771 ------ F ... . . ......... .. ................. . . .... . . ..... r2l . ....... . .... _4 .......... ... . . . ... ...... ........... .. ..... .. BB III LOBBY jI ......... ................. 25"x20" S.A. OPEN R15ER (ZONE "I) Vii? j -------- - -------- .... .......... 25"x22" 5.A. COPY 250 R15ER (ZONE Co) rG CONFERENCE ......... .. .. ...... - - - - - - - - - - - -- - - - - - - - -- CCC .. . ...... . ........ ------ 1200 --1 x KA SHOWER SHOWER III 25 FL KA - - --- - ---------- -- PLAN 'a- -VN- ------ - . ..... . ...... .... ..... ... . ...... . . ...... . ........... L ....... - ------------ 15001 300 - ------- ... .. .. ..... MEN$ WOMENS 300 150 _J ----------- ....... . ..... . . .......... ..... . .. ...... ------- K;n _,._ _.___3__..,.,._._.._.._........ ....... ... . ...... Iz- J_ --------- - T. .......... OFFICE OFFICE LOCKER OFFICI ROOM r 2,L C PFICE OFFICE OFFICE ------ 250 CUSTODIAN IeN V N V 350 LOUI 4GE BREAK ROOM X (56" x12" S.A. WO FLUE TO ROOF CAP. { ( » (ZONE 2) 32"x18" R.A. 36 "x20" 0.5.A. (E) 0.5.A. GRILLE. :Y. ri I 5 ,MECHANICAL PLAN 2ND FLOOR SCALE: 1/8`_-1'-0* L L: -7 L L-.-. 4- L Ir H-- 3 (21 I Kev Notes 1 Remove existing evaporative condenser, BAC Model VCL-1 08, 6,770 lb. operating weight. Existing concrete support pads and steel support beams to ------ ... .... ... .............. . . ........ remain. Demo existing drain piping. - ----- --------- ........ .......... ----------- - --- --- 2. Remove existing chemical controller, tank, and related items. 3. Remove existing refrigerant piping system in it's' (7) entirety including above roof back to basement. Remove all un-used pipe supports and hot mop patch 68 roof to match existing. 4. Demo existing make-up-water pipe to downstream of MECHANICAL ROOF PLAN REMODEL existing hose bibb. SCALE 1/8*4-0" 5. New air cooled chiller, 5,026 lbs. operating weight. 6. Existing steel support rails over concrete columns. 7. Existing concrete column, typical of six. 8. New steel beams to line up with isolator support points on chiller. Six point isolation with 2" spring 8, deflection. See detail C/M-7. 6) 7 \ 9. X = spring isolator location, typical. } j i 10. 4" chilled water supply and return piping routed above roof on Dura-Blok D13-6 pipe supports. Connect to chiller w/ butterfly isolation valves, instrument wells, and Pete's plugs. 11. Extend piping thru roof. Provide new roof opening and new roof flashing installed with hot mop patch. Route down existing chase to basement. MECHANICAL ROOF PLAN - DEMOLITION_ SCALE 1/8*4-00 C8 -7� -(H 11�--/ / n0 _ :; - ; pG 7' REVISIONS BY J C\4 z < z < W Z LLJ LLJ 4� C 4� LrI No. M26578 u cLe 1 Exo. 9 0-14 z 0 —j D CO z U) W 5 LL] C) W > R) LJJ > ( � < S/ < Ui W —J U) CL LU W cl) -&- W (.) (/) LL LL LLJ z 0 W < > o T- W W 0 MECHANICAL ROOF PLAN Date: 1-9-2014 Scale: AS NOTED Designer: M.B. Job: 13025 Sheet: M-6 GOMBINATION REDUCING/ RELIEF VALVE, TO PROVIDE. 12 P.S.I. MAKE -UP WATER FOR H.W. AND 15 P.5.1. FOR G.W. (E) MAKEUP WATER FIELD PET. POG. FEBGO 825Y BAGKFLOW PREVENTER. W/FUNNEL DRAIN, ROUTE I" DRAIN TO (E) F5. GLOBE VALVE. NOTE: I. MAX WEIGHT FOR EXPAN5ION TANK DETAIL = 400 Ib. TO SYSTEM RETURN LINE OL05E TO PUMP SUCTION, SAME 51ZE AS MAKEUP LINE. DRAIN. MAKEUP WATER - EXPANSION TANK, ET -1 ET -2 NO SCALE: v� (4) L3x3x3 16x0' -3" WELDED GLIP5 ®90° AROUND BASE RING w/ 1/2 "0 WEDGE ANCHOR EACH CLIP. (1=) PAr) FACTORY MOUNTING r RING W (4) ANGLE CLIPS. BUFFER TANK ANCHORAGE, BT -1, BT -2 NO SCALE: 125 P51 CODE EXPANSION TANK W/ MT6. BASE. SEE PLANS FOR 51ZE. EQUIPMENT w/ MANUFACTURER'S WELDED CLIPS ct0° AROUND UNIT. 3/5"0 WEDGE ANCHOR EACH CLIP. (E) CONCRETE FLOOR. TACO HY -VENT AUTOMATIC Al` BLEED VALVE. AIR 5EPARATO OUTLET TO PUP SUCTION. SEE PLANS FOR 51Z AIR SEP NO SCALE 'SIR SEPARATOR INLET O SYSTEM LOOP. SEE PLANS FOR SIZE. NOTE: I. MAX WEIGHT FOR AIR SEPARATOR DETAIL = 260 Ib. ARATOR MOUNTING TOP OF THERMOSTAT, 5WiTCH, OUTLET, CONTROL. FINISH FLOOR MOUNTING HEIGHT 25 P51 CODE AIR EPARATOR W/ MO. BASE. SEE 'LAN5 FOR SIZE. 4) L2- i/2x2- I/2xl/4xO' -3" 'MELDED GLIP5 ® a0° 'ROUND BASE RING w/ 3/6"0 NIED6E ANCHOR EACH CLIP. 24" MAX. TOP OF THERMOSTAT, I 5W I TGH, OUTLET, CONTROL. � X m FIN15H FLOOR. OVER OBSTRUCTION 44" MAX. FOR WHEEL CHAIR FORWARD APPROACH AND 46" MAX. FOR SIDE APPROACH PER GBG FIGURE II13-5G(b) 4 115- 5D(c). THERMOSTAT LOCATIONS NO SCALE 4" INSULATED G.W. PIPE 13/16 "x13 /I 6ALVANI, CHANNEL. B -LINE G- G 5ERIE5 SUPPORT CHANNEL. C.W. PIPING SUPPORT ON ROOF NO SCALE CONTINUOUS MA5TIG. (E) ROOF. AIR HANDLER ANCHORAGE NO SCALE WATER SUPPLY MAIN. UNION, TYP. — NO SCALE NEW EQUIP. NEW SPRING - I5OLATOR. NEW W6x20 1/4" STIFFEN EACH SIDE. ADD 1/4" 51 EACH 51DE. SECTION SCALE RT.& AH UNIT BASE RAIL (TYP) 5/8 "4) HILTI KB -TZ w/3 -112" MIN. EMBEDMENT SPACED AT 32" MAX. O.G. PER LONG 51DE OF AIR HANDLER, MIN. OF 6 ANGHOR5 PER SIDE, 12 TOTAL. (E) CONCRETE BASEMENT FLOOR. NOTE: MAX. AIR HANDLER WEIGHT = 7,161 Ib. GiUICK- OPENIN& GAP PROVIDE ADEQUATE SPACE FOR CHEMICAL REFILL. WATER RETURN MAIN. BALL VALVE, TYP. 3/4" FLAT- BOTTOM BY -PA55 FEEDER. BALL VALVE $ 3/4" DRAIN NIPPLE WITH H05E THREAD. NOTE: EQUIPMENT AND PIPING SYSTEM SHALL BE THOROUGHLY GLEANED TO REMOVE DIRT, OIL, 6REA5E, PIPE DOPE AND ORGANIC MATTER BEFORE START -UP. SEE SPECS FOR TREATMENT. CHILLER CONTROL PANEL 48.2" TYPICAL 6 PLACES CONFIRM EXACT BEAM LOCATIONS w/ CHILLER MANUFACTURER'S WRITTEN INSTALLATION INSTRUCTIONS. EXI5TIN6 AG BASE RAIL (WF) --� fla -1/2" ANCHOR TO CHILLER BASE. (4) 1/2 "0 M.B. 1/4" STIFFENER fl'_ EACH SIDE. (4) N1EW 1/2 "O M.B. EX15T. AC UNIT BASE RAIL WF. EXI5TIN6 ROOF. EXI5TIN6 ANCHOR BOLTS. EXISTING BEAMS ± 180" WATER CHILLER - AIR COOLED ANCHORAGE NO SCALE N.T.S. REVISIONS i M a N (n to tt) H z „e I _ Cs W 2:. Z U C = ° cc C QROFEssroAV . ��0, -gyp AES e l o l No. M2 78 2 m u, ; R. Exp. 9 0 -14 9T �F�HAN�c. _F OF z r M w ( l z a: Cn w U) w U w >M w >QW �C w J W o m C/) w 0 to Lt� W Z -- LL Tti w �m � 2 I— a. Z L) w w MECHANICAL DETAILS Date: 1 -9 -2014 Scale: AS NOTED Designer: M.B. Job: 13025 Sheet: N/IJ DUCT SMOKE DETECTOR COMPLETE WITH PILOT AND ALARM VISUAL INDICATORS ON THE HOUSING FRONT PANEL. MANUAL RESET 5HITGH, AND (2) FORM "C" ALARM CONTACTS TO FUNCTION AS FOLLOWS UPON DETECTION OONE N.G. CONTACT SHALL OPEN AND BREAK THE SUPPLY FAN OONE N.O. CONTACT SHALL CLOSE AND 516NAL THE BUILDING FIRE ALARM PANEL (D /;1 FAN INTERLOCK WIRING BY EMS CONTRACTOR. 120\/-Iph. r�, POWER WIRING AND DISCONNECT BY ELECTRICAL CONTRACTOR I Q 2 FIRE ALARM PANEL INTERLOCK WIRING BY ELECTRICAL CONTRACTOR (HHERE APPLICABLE) NOTES: 1. DETECTOR PROVIDED BY EMS CONTRACTOR. 2. DETECTOR SHALL BE G5FM AND U.L. L15TED. DUCT SMOKE DETECTOR DiAGWMATIC SIDE VIEW 5" ROD THRU SKID, TYP -3. ,ILER SKID, TYP -3. yDER HA5HER, LOCK 5HER, AND BOLT, TYP. :M till 41 hi . 0 i � •. DIAG"MATIC INLINE GENTRIFUGAL _ PUMP FURN15HED WITH BASE AND INTEGRAL VFD. PETE'S PLUG, (TYP) REDUCER, (TYP) FLEX CONNECTION, (TYPICAL). GATE VALVE, (TYPICAL) STRAINER H1TH BLOWDOWN VALVE 4 HOSE THREAD. — SECURE BASE TO CONCRETE WITH 3/8'W3" EMBEDMENT CONCRETE ANCHORS. (T(P. OF 4) - IN -LINE PUMP SCALE: N.T.S. J� 3/8" ROD THRU SKID. 1/4" STEEL ANGLE CLIP. 3/8" X3" DEEP A.B. (TYP) T4 P RELIEF VALVE. PIPE TO FLOOR 51NK. UNION, TYP. BOILER PUMP. LOW TEMP. MIXING VALVE. BALL VALVES, TYP. PETE'S PLUG, TYP. THERMOMETER, TYP. 3" HEATING HOT HATER LOOP. 3" BOILER LOOP. SYSTEM DRAIN VALVE. BOILER CONDENSATE DRAIN ROUTED TO FLOOR 51NK. V- SHAPED BOILER SKID, TYP -3 'dON -SLAM :HECK VALVE. 3YPA5S FEEDER :ONNECTION 5EE DETAIL B/M -1. NOTES: 1. SEE PLAN FOR PIPE SIZES. FINISH FLOOR. 1/4" GAGECOGK AIR VENT AT HIGH POINT. PROVIDE 6" LONG TUBE. v 2 -WAY CONTROL VALVE. GG GOIL AIR FLOW C I ,- PETE'S PLUG, (TYPICAL) PLUG VALVE. UNION, (TYP) 1/2" HOSE BIBB. BALANGI NG GOGK. BALL VALVE, (TYPICAL) 0!-- --- a -- --e NOTES: I. 3 -WAY CONTROL VALVE PIPING 5HOHN DASHED. 2. SEE PLANS FOR PIPE 5IZE5. COIL -TWO WAY/THREE WAY COOLING SCALE. NT.S. 1/4" GAGECOGK AIR VENT n AT HIGH POINT. PROVIDE 1 6" LONG TUBE. v BALANG I NG COCK. 3 -HAY CONTROL VALVE. ( I � GATE VALVE. GG COIL C �— (TYPICAL) AIR FLOW Tv PLUG VALVE. C I f- T\ ---� I IX-- .0 UNION, (TYP) PETE'S PLUG. (TYPICAL) 1/2" HOSE BIBB. NOTES: I. SEE PLANS FOR PIPE 5IZE5. COIL - THREE WAY HEATING SCALE: N.T.S. 1/4" GAGECOGK AIR VENT AT HIGH POINT. PROVIDE BALANCING COCK. 6 LONG TUBE. GATE VALVE, 2 -HAY CONTROL VALVE. � (TYPICAL) HG GO I L. C Z--i (1—- �--- -I I I--I I— a.- ---- -� - AIR FLOW T-4 loi 1/2" HOSE 8155 . PETE'S PLUG. : r' (TYPICAL) UNION. (TYP) NOTES: I. SEE PLANS FOR PIPE SIZES. COIL - TWO WAY HEATING SCALE. N.M. BUILDING AUTOMATION SYSTEM (BAS) POINTS LIST Air Handler AH -1, AH -2: • Supply Fan Status • Supply Fan VFD S/S • Supply Fan VFD Speed • Smoke Shut Down (See detail F /M -8) • Hi Static Limit (Manual Reset at AH) • Supply Air S.P. • C.W. Valve / H.W. Valve • Supply Temp, Cold / Hot Deck, 7 Zones • Outside Air Damper Control • Temp., Outside Air (Global Point), Return, Mixed • Mixed Air Low Limit Controller • Filter D.P. • Zone Thermostat • Multi -Zone Dampers GENERAL Failure of any device commanded to start shall signal an alarm and cause the next device in the sequence to start. No more than one motor of 10 HP or more within a single building can start at one time. This applies during any startup, including startup after power interruption. Provide a four second delay between motor startups. Under Specification Section 15900, furnish labor, tools, services, electrical connections and equipment required by the specifications, mechanical plans, control drawings, and sequences of operations. Devices requiring control shown on the mechanical plans, but which are not addressed by control references or the Mechanical Equipment Schedule, must be interlocked with and /or controlled by the EMS. Control diagrams are diagrammatic and show the intent of a sequence, but not the exact details pertaining to all points of connection. Provide power supplies and control interfaces as required. All numerical values shown in the Sequence represent default starting points. Values shall be software adjustable to an authorized user. VARIABLE FREQUENCY DRIVES Variable Frequency Drives shall communicate with the EMS. Input information shall include start/stop and a signal to indicate the desired speed. Information returned to the EMS shall include output speed (in %). Field programming of VFDs shall be provided under Specification Section 15900. Programming shall include ramping characteristics, setting the full -load amps for the connected motors, maximum speed, and other information as may be required to satisfy the sequences of operation. TEMPERATURE RESET When temperature set- points are reset according to the demands of a particular zone, the EMS shall keep track of the zone calling for the reset. If any single zone is requiring system reset more then 90% of the time during any day, that zone condition shall issue a warning alarm to the EMS. This may indicate a device that has some stuck components. Fan Coil FC -3: Supply Fan Status • Supply Fan S/S • Smoke Shut Down (See detail F /M -8 • C.W. Valve / N.W. Valve • Supply Temp • Filter D.P. • Zone Thermostat SEQUENCE OF OPERATION AIR HANDLERS AND FAN COIL General Boiler & Chiller Systems: • Boiler Start / Stop / Status • HWP -1 Pump Start / Stop / Status • HW system supply and return temps • Chi I ler Start / Stop / Status • CWP -1 Pump Start / Stop / Status • CW system supply and return temps Systems shall start one hour prior to occupancy. At this time, O.A. dampers shall open to a minimum position to admit O.A. CFM as specified on the plans. When cold outdoor conditions dictate that the EMS start the units more than one hour before occupancy, the units will start, but the O.A. dampers will remain shut until one hour before occupancy. Supply Fan Control Whenever supply fans are shut down, outdoor air dampers will close. On hot and chilled water systems, control valves on the air handler coils will also close. Variable speed fans shall ramp up slowly and monitor air flow so as to not over pressurize the ductwork should automatic dampers or fire /smoke dampers be closed. Once started, the supply fans of systems will remain ON until turned OFF by the EMS at the end of the day. Each system may have an individual start and stop time. Control Valves When any fan shuts down, 2 -way chilled or hot water valves serving the air handler or terminal devices shall also close. On systems with 3 -way valves, the valve will close to the coil. Cooling On systems with economizers, the first stage of cooling shall be with outside air. Mixed -air (low limit) temperature shall not fall below 55 degrees. Under Specification Section 15900, provide controls to start, stop, and control supply fans speed to maintain system static pressure. Provide means of control and actuators to control O.A. and Zone dampers as required. Provide means of control and control valves for modulation of flow through air handler coils. Provide temperature sensors to monitor supply air, return air, mixed air, and outdoor air. Provide an adjustable pressure switch across the unit filters and current sensors for air handier supply and return fan motors. If the timeclock- override button on any room sensor is pushed, the air handler supplying air to that zone will come on for a period of two hours (software adjustable) unless other noted. Provide one room sensor with adjustable set point and digital read -out for every temperature control zone. Sensor shall be furnished with a "Warmer- Cooler" slide switch for occupant adjustment. Temperature set point and span shall be software adjustable. MULTI -ZONE AIR HANDLER, AH -1, AH -2 Zone control of the multi -zone air handler shall be accomplished by the room sensor controlling the hot deck and cold deck dampers at the MZ unit. If a zone requires cooling, the cold deck damper modulates as required to deliver the required quantity of air to the zone. In essence, this acts as a VAV system. During this time, the hot deck damper is completely closed. As less cooling is required, the cold deck damper closes until 20% of the "Maximum Zone Cooling" CFM is reached (as calibrated during the air balance procedure). In heating, the hot deck damper will modulate between 20 and 100% airflow, and the cold deck damper will be completely closed. Cold and Hot Deck Temperature Control Cold and hot deck supply air temperatures shall be reset as required to satisfy the critical zone. Supply Air Pressure Control Pressure control is maintained constant with variable air volume fan control. 10.3- 10 G1 REVISIONS BY i i i� M 0 c�- c� cr L0 Lo Z < --� 00", 2 LLi Z N 0 ;. C/) a� y r�. o >rn ,�QROF ESSlpN� � No. M2 .'8 2 yt m * `\ Exp. 9 -3 -14 #' s '9 %c F�HANIG.4��1,, OF CA��F 0 Z C W Z LL W LL! U) o U Uu M �d < wo Q vW ►0 w LL! U) LL Z CL' w �- 4 LLI Q co ~ Q LL1 LU i MECHANICAL NOTES Date: 1 -9 -2014 Scale: AS NOTED Designer: M.B. Job: 13025 Sheet: M-9 PERFORMANCE CERTIFICATE OF COMPLIANCE Part 1 of 3 PERF- I C Project Name paw Bakersfield Community Development Building 121712013 Project Address Climate Zone total Cond. Floor Area Addition Floor Area 1715 Chester Avenue Bakersfield CA Climate Zone 13 21,878 n/a GENERAL INFORMATION Building Type: 0 Nonresidential ❑ High -Rise Residential ❑ Hotel /Motel Guest Room ❑ Relocatable - indicate ❑ s ecific climate zone ❑ all climates Phase of Construction: ❑ New Construction 0 Addition ❑ Alteration STATEMENT OF COMPLIANCE FIELD INSPECTION ENERGY CHECKLIST This certificate of compliance lists the building features and specifications needed to Ina t ritttrit;E comply with Title 24, Parts 1 and 6 of the California Code of Regulations. This or fie uiremeigg certificate applies only to a Building using the performance compliance approach. Fall - Describe Reasone The documentation author hereby certifies that the documentation is accurate. and complete. lilt I Documentation Author ❑ Name Mark Baskin Signature Company Baskin Mechanical Engineers Dal 12/7/2013 Address 175 Fulton Street Phone (559) 237 -0376 CitylState/Zip Fresno, CA 93721 The Principal Designer hereby certifies that the proposed building design represented in this set of construction documents is consistent with the other compliance forms and worksheets, with the specifications, and with any other calculations submitted with this permit application. The proposed building has been designed to meet the energy efficiency requirements contained in sections 110, 116 through 1 t8, and 140 through 149 of Title 24, Part 6. Please check one: ENV. LTG. MECH. I hereby affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code To ❑ ❑ ❑ sign this document as the person responsible for. its preparation; and that I am licensed in the State of California as a civil engineer, mechanical engineer, electrical engineer, or I am a licensed architect. I affirm that I am eligible under the provisions of Division 3 of the Business and Professions Code by section ❑ ❑ ❑ 5537,2 or 6737.3 to sign this document as the person responsible for its preparation; and that I am a licensed contractor performing this work. I affirm that I am eligible under Division 3 of the Business and Professions Code to sign this document ❑ ❑ ❑ because it pertains to a structure or type of work described as exempt pursuant. to Business and professions Code Sections 5537, 5536 and 6737.1. Principal Envelope Designer n/e Name Signature Company Envelope Compliance Not In The Scope Of This Document Date Address License If City /StAtelziip Phone Principal Mechanical Designer ❑ Name Mark Baskin P.E., LEED AP Signature Company Baskin Mechanical Engineers ate Address 175 Fulton Street License # r City18fate /Zip Fresno, CA 93721 Phone (559) 237 -0376 Principal Lighting Designer Variaiate Speed Name Signature Company Lighting Compliance Not In The .Scope Of This Submlfal Date ddress License # City /State/Zip phone INSTRUCTIONS TO APPLICANT COMPLIANCE & WORKSHEFTS (check box if wortsheets are included) ❑ ENVAG Certificate of Compliance. Required on plans. 0 MECH -IC Certificate of Compliance. Required on plans. ❑ LTG -1 C Certificate of Compliance. Required on plans. m MECH -2C AidWater Side/Service, Hot Water & Pool Requirements. ❑ LTG -2C Lighting Controls Credit Worksheet. ail MECH -3C Mechanical Ventilation and Reheat. ❑ LTG-3C Indoor Lighting Power Allowance. 0 MECH -SC Mechanical ,Equipment Details. Energypro 5.1 Py Enorg ySoft User Number: 8598 RunCode: 2013.12 - 07712.11,37 ID: 13025 Pa e 2 of17 CERTIFICATE OF COMPLIANCE and (Part 1 of 4) MECHA C FIELD INSPECTION ENERGY CHECKLIST Project Name Bakersfield Community Development Building Hate 12/7 /2013 Project Address 1715 Chester Avenue Bakersfield Cremate Zone 13 Total Cond. Floor Area 21,878 Addition Floor Area n/a GENERAL INFORMATION Building Type. 0 Nonresidential ❑ High -Rise Residential ❑ Hotel /Motel Guest Room ❑ Schools Public School) C3 Relocatable Public School Unconditioned Spaces (Public Sidg. Conditioned Spaces O . affidavit Phase of Construction: ❑ New Construction 0 Addition 0 Atteration Approach cif, Compliance: ❑ Component 0 Overall Envelope TDV 0 Unconditioned (file Affidavit) liner Front Orientation: N, L, S. IN or in Degrees: 90 deg -12.21 HVAC SYSTEM DETAILS FIELD INSPECTION ENERGY CHECKLIST E ui !vent? Ina t ritttrit;E Meets Criteria or fie uiremeigg Pass Fall - Describe Reasone item or System Tags i.e. AC -1, RTU - -'t HP -1 lilt I E3 ❑ Equipment ment T �es. Build Up VAV 13 ❑ Number of S stems 1 b 13 Max.Allowed Heating Capacity' 650,000 Stu/hr %] ❑ Minimum Heating Efficiency' rile [ ❑ Max Allowed CooliM C act ' 622,700 Btulhr E3 ❑ Cooli Efficiency' n/e ❑ ❑ Duct Location/ R-Value Conditioned /4.2 ❑ ❑ When duct testing is required, submit MECH -4A & MECH -4 -HERS NO ❑ ❑ Economizer Di f Temp (Integrated) ❑ ❑ Thermostat Setback Required ❑ ❑ Fan 22ntrol Variaiate Speed ❑ fa E ui mene Ins icon criteria FIELD INSPECTION ENERGY CHECKLIST Pass Fail - Describe Retascha Item or System Tags i.e, AC-1, RTU -t HP-1) AH 2 C3 ❑ Equipment T e3. Bu!tt -Up VAV ❑ ❑ Number of Systems 1 ❑ ❑ Max Allowed Heating Capacity' 398,000 Btulhr D E3 Minimum Heating Efficiency' n/a C3 I3 Max. Allowed Coolin g Capacity' 354,900 Btulhr. ❑ ❑ Cooling Efficiency' n1a Ci ❑ Duct Location/ R -Value Conditioned / 4.2 ❑ ❑ When duct testing is required, submit & MECH -4 -HERS No 13 13 Economizer Diff, Ternp (tntegrated) 0 Cl Thermostat I Setback Required ❑ ❑ Fan Control I Variable Speed CI J ❑ t. if the Actual installed equipment performance efficiency and capacity is less.than the Proposed (from the energy compliance submittal or from the building plans) the responsible party shall reseibmitenergy cot»pAanca to inchtdetrte neyv changezv 2, For additional detailed discrepancy use Page 2 of the Inspection Checklist Form Compliance fail if a Fall box is checked. 3. indicate Equipment Type: Gas (Pkg or, Split), VAV, HP (Pkg.or split), Hydroriie, PTAC, or other. ErleWfrzi 5.1 by Ener Soft User Number.• 8598 &nCode. 2013- 1.2- U7TI2..f3.27 I ID.., 1302$ pa-W 6 0717 I PERFORMANCE CERTIFICATE OF COMPLIANCE (Part 2 of 3) PERF•1 C I Bakersfield Space, Heating Space Cooling Indoor Fans Heat Rejection Pumps & Misc. Domestic Hot Water Lighting Receptacle Process Process Lighting TOTALS Percent better than St: Deslen iT tlrfn Marvin 24.58 0.78 23.80 116.76 _ 74,09 42.67 28.63 28.99 -0.36 0.00 0100 0.00 0.57 12.78 -12.21 0.00 0.00 0.00 57.76 57.76 0.00 84.72 84.72 0.00 0.00 0100 0.00 0.00 0.00 0100 313.031 25912 53.91 Heating Cooling Fans Heat lej Pumps DHW Lighting Receptacle Process Process Ltg 17.2 °% ( 17.2 °% excluding BUILDING COMPLIES 12/7/20131 Building Orientation (4 90 deg Conditioned Floor Area 21,878 sqft. Number of Stories 1 unconditioned Floor Area a sqft. Number of Systems 3 Conditioned Footprint Area IZ414 sqft. Number of Zones 14 Natural Gas Available On Site Yes Front Elevation Left E levation Rear Elevation Right Elevation Total I Roof aripntation 62rncc Arpa (E) 2548 (S) 2,945 ('A1 0 (N) 6,545 sqft. 12,038 sqft. 6,501 sqft. sqft. sqft. sqft. sqft. sqft. 2, Standard Promised Prescriptive Values for Prescriptive Lighting rower Density E 0.935 W /sgft. 01 335 W /sgft. Comparison only. See Prescriptive Envelope TDV Energy 1 542,560 1,101,833 LTG -1C for allowed LPD. CERTIFICATE OF COMPLIANCE and (Part 'I of 4) MECH -1 C FIELD INSPECTION ENERGY CHECKLIST Gfazina Ratio sgft. 41.3% sqft. 34.0 Va sqft. GENERAL INFORMATION sqft. 40.1 ai4 sqft. 22.6 aj sqft. 0.0 Standard Promised Prescriptive Values for Prescriptive Lighting rower Density E 0.935 W /sgft. 01 335 W /sgft. Comparison only. See Prescriptive Envelope TDV Energy 1 542,560 1,101,833 LTG -1C for allowed LPD. CERTIFICATE OF COMPLIANCE and (Part 'I of 4) MECH -1 C FIELD INSPECTION ENERGY CHECKLIST Project Name Bakersfield Community Development Building Date 121712013 Project Address 1715 Chester Avenue Bakersfield Climate Zone 13 Total Cond. Floor Area 21,878 Addition Floor Area n1a GENERAL INFORMATION Build' T ° Ill Nonresidential 0 High -Rise Residential 0 Hotel/Motel Guest Room ❑ Schools (Public School) © Relocatabte Public School Bldg. 0 Conditioned Spaces p Unconditioned Spaces affidavit Phase of Construction: p New Construction 0 Addition ❑ Alteration Approach of Compliance. © Component 13 derail Envelope TDV ❑ Unconditioned (file affidavit) Energy Front Orientation: N, E, S; W or in Degrees: 1 90 deg Allowed LPD I HVAC SYSTEM DETAILS FIELD INSPECTION ENERGY CHECKLIST ggulpment2. inspection Criteria Meets criteria or Requirements Pass Fail -- Describe Reason? Item or System Tags f.e. AC-1, 5TU -1 HP -1 FC 3 ❑ E3 E ui ment T a: 4 Pipe Fan Coll ❑ ❑ Number of Systems 1 E3 C3 Max Allowed Htgipg, C acit r 76,800 Btv1hr ❑ Office > 250 sqft Minimum Heating Efficiency' n/a ❑ ❑ Max Allowed Cooling Ca act ' 79,700 Btu/hr ❑ C7 UoIN Efficient ' n/a ❑ ❑ Duct Lotationt R -Value Conditioned / 4.2 ❑ ❑ Whe #n duct testing is required, submit MECH -4A & MECH -4 -HERS No ❑ ❑ !Economizer No Economizer D ❑ Thermostat Setback Required © ❑ Fan Control Constant Volume Q a E ui mene ins ction criteria FIELD INSPECTION ENERGY CHECKLIST Pass Fail - Describe Reason2 Item or System Tags i.e. AC -1, RTU -1, HP -1 Paypak PBAI- 1302 -M9 C3 ❑ E t mentT 3' Gas Fired HW Boiler ❑ ❑ Number of Systems "0.900 0 ❑ Max Allowed Heatin G tit ' 1,300,000 Btu /hr a ❑ Minimum Heatiou Efficiency' 2,254 Q 0 Max Allowed Coolft Cap i ' We Q ❑ C4ofing Efficie ' 250 sgft ❑ E`I 04iot Location/ R -Value n/a ❑ 0 When duct testing is required, submit MECH -4A & MECH- 4-HERS Zone 12 ❑ E3 Economizer n/a ❑ ❑ Thermostat ii ❑ Tan Corttroi *0.900 ❑ ❑ 1. If the Actual installed equipment performance efficiency and capacity is less than the Proposed (from the energy compliance submittal or from the building plans) the responsible party shalt resubmit energy compliance to include the new, changes. 2. For additional detailed discrepancy use Page 2 of the Inspection Checklist Form. Compliance fails It a Fail box is checked. 3. indicate Equipment Type: Gas (Pik or,. Split), VAV, HP (Pkg or split), Hydronic, PTAC, or other. Ene Pm 5:1 b . Ener Soft tlserNumber 8598 AunCodw 2013 -12- 0771213.21 ID. 13025 P e 7 of 17 PERFORMANCE CERTIFICATE OF COMPLIANCE Part 3 of 3 PERT -1C Project Name Bakersfield Community Development Building Project Address 9715 Chester Avenue Bakersfield pate 121712013 ZONE INFORMATION Addition Floor Area n/a GENERAL INFORMATION S stem Name Zone Name Occupancy a Floor Area inst. LPD /sf' Ctrl. Credits a Allowed LPD I Proc. Loads Isf Area /sf s Tailored is a ..AH -1 _ Zone 4 Office > 250 sq0 1,210 *0.900 Item or System Tags i.e. AC -t, RTU -1 HP -1 100 Ton Air Cooled Scroll © E3 Equipment T s. Zone 5 Office > 256 sqft 310 *0.900 1 ❑ ❑ Max Allowed Heating Ca ac ' n/a Zone 6 Office > 250 sqft 2,178 "0.900 13 ❑ Max Allowed Cooling Capacity' 37,2 tons ❑ Zone 7 __- Office - 250 sqft 870 *1.100 ❑ Duct Location/ R -Value n1a ❑ ❑ Zone ,3 Office - 250 sqft 1,048 •1.100 Economizer We ❑ ❑ Thermostat Zone 9 Office > 250 sqft 925 0.900 n/a ❑ ❑ E ui rnene Inspection Criteria Zone 10 office > 250 sqft 1,210 0.900 Paypak PBAI- 1302 -M9 ❑ Equipment T e3 Gas Fired HW Boiler .Zone 11 Office > 250 sqft 510 "0.900 ❑ ❑ pacityl Max Allowed Healim Ca 1,300,000 Btu /hr ❑ Zone 14 Office > 250 sqft 2,254 *0.900 ❑ Max Allowed Coollipq Capacity" We ❑ AN 2 Zone 1 250 sgft 2,238 *0.900 Duct t ocatton/ R -Value n/a ❑ 13 When duct testing is required, submit MECH -4A & MECH -4 -BIERS Zone 12 office > 250 sgft 310731 *0.900 n/a ❑ ❑ Thermostat Zone 13 Office > 260 sgft 4,137 *0.900 ❑ ❑ I. If the Actual installed equipment performance efficiency and capacity is less than the Proposed (from the energy compliance submittal or from the building plans) the responsible party shall resubmit energy compliance to include the new changes. 2. For additional detailed discrepancy use Page 2 of the inspection Checklist Form. Compliance fails it a Fail box is checked. 3. Indicate Equipment Type: Gas (Pkg or, $pIft), VAV, HP (Pkg or split), Hydronic, PTAC, or other. EasrgyPro 5.1 oy fneZSoft User Number., 8598 RunCodw. 2013. 42-07712:13:27 ID: 13025 page 5 of 17 FC 3 Zone 2 Office r_ 250 sqft 1,365 *1.100 Zone 3 Office - 250 sqft 550 *1.100 Notes: 3, See LTG -1 C 2. See LTG 20 S. see LTG-3C 4. See LTG-4C items marked with asterisk, see LTG -t -c by others b others Items above roquirs special documentation EXCEPTIONAL CONDITIONS COMPLIANCE CHECKLIST The local enforcement agency should pay special attention to the Items specified In this checklist. These items require special written justification and documentation, and special verification to be used with the performance approach. The local enfore ownt agency determines the adequacy of the Justifications, and may reject a building or design that otherwise compiles based on the adequacy of the special ustification,and documentation submitted, The Hot Water Pump Includes a Va*&e Speed Drive. the HVAC System AH 1 includes a Variable Speed Drive on the Fan, The HVAC System AH 2 Includes a Variable Speed Drive on the Fan, The exceptional features listed in this performance approach appilcation have spec ically been rev'nwved. Adequate written justification an documentation for their use have- been provided by the applicant. Authorized Signature or Stamp EnergyPra 5 t b Soff User Number: 8598 RunCode: 2613- 12 »07T12 :43 :27 {D: !3025 Page 4 of 171 CERTIFICATE OF COMPLIANCE and (Part 2 of 4) MECH -1C FIELD INSPECTION ENERGY CHECKLIST IBakersileld 12/7/2'093 CERTIFICATE OF COMPLIANCE and (Part 1 of 4) MECHMIC FIELD INSPECTION ENERGY CHECKLIST Project Name Bakersfield Community Development Building Date 121712013 Project Address 9715 Chester Avenue Bakersfield I Climate Zone 13 Total Cond. Floor Area 21,878 Addition Floor Area n/a GENERAL INFORMATION Building Type-, 0 Nonresidential ❑ Nigh -Rise Residential 13 HotellMotel Guest Room 0 Schools (Public School) ❑ Relocatable Public Schoot Bldg. 0 Conditioned Spaces 0 Unconditioned Spaces affidavit Phase of Construction: 0 New Construction t„7 Addition ❑ Alteration Approach of Compliance: O Component ❑ Overall Envelope TDV ❑ Unconditioned (file affidavit) Ene[gy Front Orientation: N, E, S, W or in Degrees: 1 90 rtes HVAC SYSTEM DETAILS FIELD INSPECTION ENERGY CHECKLIST E a rnent? Inspection Criteria Meets CClterta or Requirements Pass Fail - Describe Reason Item or System Tags i.e. AC -t, RTU -1 HP -1 100 Ton Air Cooled Scroll © E3 Equipment T s. Scroll Chiller E3 ❑ Number of Systems 1 ❑ ❑ Max Allowed Heating Ca ac ' n/a ❑ ❑ Minimum Healing Efficient ' n/a 13 ❑ Max Allowed Cooling Capacity' 37,2 tons ❑ ❑ Cooling Efficiency' 1.200 kWlton ❑ ❑ Duct Location/ R -Value n1a ❑ ❑ When duct testing is required, submit MECH -4A & MECH4 -HERS n/a 0 ❑ Economizer We ❑ ❑ Thermostat n/a ❑ ❑ Fan Control n/a ❑ ❑ E ui rnene Inspection Criteria FIELD INSPECTION ENERGY CHECKLIST Pass Fall - Describe Reason Item or System Tags '.e. AC -t 'RTU -t HP-# Paypak PBAI- 1302 -M9 ❑ Equipment T e3 Gas Fired HW Boiler ❑ ❑ Number of Systems 1 ❑ ❑ pacityl Max Allowed Healim Ca 1,300,000 Btu /hr ❑ C} Minimum Heat!pg Eff icient ' 85% ❑ ❑ Max Allowed Coollipq Capacity" We ❑ ❑ Cooling Efficiency' n/a. ❑ ❑ Duct t ocatton/ R -Value n/a ❑ 13 When duct testing is required, submit MECH -4A & MECH -4 -BIERS We ❑ 13 Economizer n/a ❑ ❑ Thermostat ❑ ❑ Fan Control n/a ❑ ❑ I. If the Actual installed equipment performance efficiency and capacity is less than the Proposed (from the energy compliance submittal or from the building plans) the responsible party shall resubmit energy compliance to include the new changes. 2. For additional detailed discrepancy use Page 2 of the inspection Checklist Form. Compliance fails it a Fail box is checked. 3. Indicate Equipment Type: Gas (Pkg or, $pIft), VAV, HP (Pkg or split), Hydronic, PTAC, or other. EasrgyPro 5.1 oy fneZSoft User Number., 8598 RunCodw. 2013. 42-07712:13:27 ID: 13025 page 5 of 17 ij -i A t.b ("gist ;,r SIHA11 C. k - !jts'1 r{0 T`>;i- RizY [lot. 'i`'4_i UL Ai{IfrtLNT ti ; '0`r ;. 3 iG� REVISIONS BY LO 0 i C") `''+fa„ i �7 i.f ) _- z --i .�.. r- ul U� W LOVE) 2 L.Li 0 U) r y � +.� �� ss G I� r� ISO 8 : h� sf_ :� No. M 78 to w i rn ' o= : ;,o) ' Exp. 9- 0 -14 ' 0 C A� V z W_ CO Z LL W U) C O W >� Q cc Q LIJI W `� Lu W M LL U_ 1.Lr .- W r' Y o W Q �m aW W 0 TITLE 24 Date: 1 -9 -2014 Scale: AS NOTED Designer: M.B. Job: 13025 Sheet: M -1 0 CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST Part 3 MECHA C Project Name !tDate Bakersfield Community Development Building f21i12ii13 Required Acceptance Tests Designer: This form is to be used by the designer and aftached to the plans. Listed below are ail the acceptance tests for rnechanlcal systems, The designer is required to check the applicable boxes by all acceptance tests that apply and listed all equipment that requires an acceptance test. If all equipment of a certain type requires a test, list the equipment description and the number of systems. The NA number designates the Section in the Appendix of the Nonresidential Reference Appendices Manual that describes the test. Since this form will be part of the plans, completion of this section will allow the responsible party to budget for the scope of work appropriately. Building Departments; Systems Acceptance: Before occupancy, permit is granted for a newly constructed building or space, or a new space- conditioning system serving a building or space is operated for normal use, all control devices serving the building or space shall be certified as meeting the Acceptance Requirements for Code Compliance. Systems Acceptance: Before occupancy permit is granted. All newly installed HVAG equipment trust be tested using the Acceptance Requirements. The MECH -1 C forth is not Considered a completed form and is not to be accepted by the Wilding department unless the correct boxes are checked. The equipment requiring testing, person performing the test (Example: HVAC installer, TAB contractor, controls contractor, PE in charge of project) ,and what Acceptance test must be conducted. The following checked -off forms are required for ALL newly installed equipment. In addition a Certificate of Acceptance forms shall be submitted to the building departfnent #hat certifies plans, specifications, installation, certificates, and operating and maintenance information most the requirements of §10- 103(b) and Title -24 Part B. The building inspector must receive the properly filled out and signed farms before the building can receive final occupancy, VSD on CHW, CW & WL14P Pumps >rSHP 144 n1a Required TEST DESCRIPTION MECH -2A MECH -3A MEC14--4A MECH -5A MSCH -6A MECH -7A MECH -SA MECH-9A MECH -10A MlwCH-11A MANDATORY MEASURES T -24 Sections SERVICE HOT WATER Outdoor Constant Service Water Heating Installation. 113(c) Pipe Insulation 123 Demand Pool and Spa Efficiency and Control 111W Pool and Spa. Installation 114(W supply Hydronic system Automatic 1, The Proposed equipment needs to match the building plans 'schedule or specifications_ if a requirement is not applicable, put "N/A" in the column next to applicable section. Ventilation Volume ,11i Air Ere 5. 1, oy gnqrgySoft User Number. 8598 f?unCody: 2013- 1277T12:13 27 lb: 13025 Pa e 12 of 17 Control Supply Volvo water Variable Demand E ui ment Requiring Testin or Verification Q For VAV & CAV Singly -Zone Unitary Distribution Ducts Economizer Controls Ventilation DCV Fan VAV leakage Test Temp Reset flow Control Sheet Control f 00 Ton Air Cooled Scroll 1 l © Q Q Q Q 93 CI JIM Q ,faVak PBN 1302- -9419 1 Q E3 Q Q Q Q 0 0 0 Q Ali 1 1 0 0 13 0 Q 0 Q 0 13 0 AH 2 1 0 13 C1 0 0 0 Q Q 17 0 F'C'3 9 0 Gil d Q Q Q C3 ® C7 0 Q Q 0 Q E3 d 0 Q fl © Q Q Supply Pressure Reset (DDC only) 144 c Q Q Q Q © 0 Q Q Q Q Q 182 Q 0 Q © Q Q Q 0 Q Ci Q Q Q !3 Q Q q Q Q Q 0 0 0 Q I*3 0 Q Q E3 Q Q Q Q explain which exception(s) to §144(g) apply. Q 0 Q Q 0 13 o Cl Q Q Q Q Q Q Q Q Q Q Q Q Q CI Q Q Q Q Q Q © Q Q Q 0 0.9 461 Q Ca Q Q Q Q Q J Q Q Q Ener 5.1b f-2MYS02 UserNuivttn�r8 RunGod'e:202 0.15 AZ- O7Tlx »#3 »,27 1 tCa:1Ci2 9of17 WATER SIDE SYSTEM RECi UIREMENTS Part 2 of 2 MECH -2C Project Name Date Bakersfield Community Development Building 121712013 WATER 2 SIDE SYSTEMS: ChiRem Towers, Boilers dronic Loops Item or System Tags ,�',�- x � � .. 1ti0 Tor Ak- Cooled Scroll Pa {i.e, AC -1, RTU -1, HP -1)� u,� ,.:. r' �` �', _ ypek Pf3N- 1302 -&f9 Number of Systems z 2 1 Indicate Pagoo Reference on Plans car SPOCKIMIOW MANDATORY MEASURES T-24 Sections Equipment Efficiency '[112(a) 1.200 kWlton 85% Pipe Insulation 123 CNW Pipin9 HW Piping PRESCRIPTIVE MEASURES Cooling Tower Fan Controls 144(a & to fire rr /a Cooling Tower Flow Controls 144 h n/a n/a Variable Flow System Design 141(h) n1a Required Chiller and Boller Isolation 144 nla nla CHW and HHW Reset Controls 141% Reouktid Required WLHP Isolation Valves 144) n/a VSD on CHW, CW & WL14P Pumps >rSHP 144 n1a Required DP Sensor location 144 ' »li3 1. The proposed equipment need to match the building plans schedule or specifications. if a. requirement is not applicable, put #WA" Ih the column next to applicable section. 2. For each chiller, cooling tower, boiler, and hydronic loop (or groups of similar equipment) fill in the reference to sheet number and/or specification section and paragraph number where the required features are documented. If a requlremc t>l.is not applicable, put "WA" in the column next to applicable section. Service Hot Water, Pool Hearin Item or System Tags ( #.e. WH -1, WHP, DHW. etc...;, Number of Systems lndioate: Pa a Reference on Plans or Schedu1W MANDATORY MEASURES T -24 Sections SERVICE HOT WATER Certified Water Neater 111, 113 a Water Heater Efficiency Service Water Heating Installation. 113(c) Pipe Insulation 123 POOL AND SPA Pool and Spa Efficiency and Control 111W Pool and Spa. Installation 114(W Pool Heater — No Pilot Light 115 e Spa Heater — No Pilot Light 115(d) ...Pi 2e Insulation 123 1, The Proposed equipment needs to match the building plans 'schedule or specifications_ if a requirement is not applicable, put "N/A" in the column next to applicable section. 2. For each water heater, pool heater and domestic water loop (or groups of similar equipment) fill in the reference to sheet number and/or specification section and paragraph number where the required features are documented. If a requirement is not applicable, put "NIA' in the column. Ere 5. 1, oy gnqrgySoft User Number. 8598 f?unCody: 2013- 1277T12:13 27 lb: 13025 Pa e 12 of 17 CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST (Part 4 of 4) MECH -IC Project Name Date Bakersfield Community Development Building 121712013 TEST DESCRIPTiION MECH -12A MECH -13A MECH -14A MECH -15A -J EglApment Requirliria Tostina 0tv, Fault Detection & Diagnostics for DX Units Automatic Fault Detection & Diagnostics for Air & Zone Distributed Energy Storage DX AC Systems Thermal Energy Storage (TES) 'Systems Test Performed B : 100 Ton Air Cooled Scroll 1' t Q Q Q Q BASIS Paypak PBN- 1302 -W ! Q Q Q Q A AN 1 9 Q Q Q Q H AH 2 9 Q Q Q Q Zong(S ertt FC 3 9 © Q Q 0 REaD V.A. Max of D or O Design Ventilation Air CFM 501Yp of Design Zone Supply CFM Q Q Q Q Zone 4 -12l Lb) 1,210 Q Q C7 Q 1,842 cfm 182 182 Q Q Q Q Na .Zone 5 121 c 0 Q Q Q 122 a Prograrriniable Switch 47 Q Q Q Q Setback Required Setback Required Zone 6 Q Q Q 13 Isolation Zones 1 n1a Q Q Q Q U a W Q Q Q Q 931 PRESCRIPTIVE MEASURES Q Q Q Q 144(a & b n/a nle Q Q Q Q A15 157 Calculated Design Cooling load Q 13 Q 0 Proposed Cooling Capacity 144 La & b $81,800 Btulhr Q Q Q Q 925 0.15 139 Q Q Q Q 396 Supply Pressure Reset (DDC only) 144 c Q Q Q Q 144 11210 0.15 Q 0 Q Q 182 182 Heat: Air Supply Reset Q Q Q Q Zone 11 144 f 5101 Q Q Q Q 77 77 Q Q Q D Zone 14 0 Q Q Q 14 k No 338 13 Q Q Q explain which exception(s) to §144(g) apply. AN 1 E3 Q 13 Q Total Q Q Q Q Q 1 Q Q Q 336 Q Q Q Q En Pro 1x1 b Fare Soft User Number., 8598 RunCode: 2013 -1,i 07T22:13:27 1D: 13025 Page 10 of f7 MECHANICAL VENTILATION AND REHEAT Project Name Bakersfield Community Development Building Part I of 2 MECH -2C MECH -3C Project Name Bakersfield Community Development Building AREA BASIS OCCUPANCY Bate 121712013 .Bakersfield Community Development Building MECHANICAL VENTIL 121 2 VAV MINIMUM 121712013 REHEAT i.IMITATION (§144(d) Indicate Air S tams T e Centre# Sin le Zone Packa a VAV, or etc... or System Tags Item �; �� ,� , �� AREA BASIS OCCUPANCY BASIS f,e. A04, RTU -1, HP -1 � �u VAV MINIMUM AN 2 FC 3 Number of Systems A 8 C D E F G H I J K L M N Zong(S ertt Condition Area ft ) CFM per ftg Min CFM By Area B X C Number Of People CFM per Person Min CFM by Occupant E X F REaD V.A. Max of D or O Design Ventilation Air CFM 501Yp of Design Zone Supply CFM B X 0.4 CFM / ft2 Max. of Columns H, J, K, 300 CFM Design Minimum Air Set point Transfer Air Zone 4 -12l Lb) 1,210 0.16 162 Mechanical Ventilation 12t (b) 1,842 cfm 182 182 VAV Minimum Position Control 121 c No No Na .Zone 5 121 c 310 0.15 47 Time Control 122 a Prograrriniable Switch 47 47 Setback and Setup Control 122 Le) Setback Required Setback Required Setback Required Zone 6 122 2,178 0,15 327 Isolation Zones 1 n1a 327 327 Pipe Insulation 123 U a W Zone 7 124 870 0.95 931 PRESCRIPTIVE MEASURES TITLE 24 131 131 Calculated Design Heating Load 144(a & b n/a nle n/a Zone 8 144 La & b 048 A15 157 Calculated Design Cooling load 144(a & b n1a 157 157 Proposed Cooling Capacity 144 La & b $81,800 Btulhr 343,800 Btulhr 71,400 Btulhr Zone 9 144(c) 925 0.15 139 DP Sensor location 144(c) 139 396 Supply Pressure Reset (DDC only) 144 c No Yes Yes Zone 90 144 11210 0.15 182 Economizer 144(e) DIff. Temp {lnte,7r^ated7 182 182 Heat: Air Supply Reset 144(f) Coldest Zone Coldest Zone Constant Temp Zone 11 144 f 5101 a 15 77 Electric Resistance Heating' 1 77 77 Aiir Cooled Chiller limitation 144 Zone 14 4254 0, fs 308 MECH -4-A must be submitted 14 k No 338 345 1. Total installed capacity (MBtuthr) of all electric heat on this protect exclusive of electric auxiliary heat for heat pumps. If electric heat is explain which exception(s) to §144(g) apply. AN 1 used En7 Pro 5.1 b Ener Sots User Number; 8598 RunCode: 2013- 12.07T12 :11,27 ID, 13025 page 11 of 17 Total 1,577 1,842 Zone 1 2238 0.15 336 3-36 336 Zone 12 3,073 0.9 461 461 295 166 Z0178 13 4,137 0.15 629 621 375 246 Ah! 2 Totals Column I Total Design Ventilation Air C Minimum ventilation rate MSection 121 Tats 121 -A. E Based on fixed seat or the greater of the gmted number of occu is and 50% of the CBC occu ant load for ress ur s for aces without fixed sea#i . Total 1,417 1,005 Must be grgoer than or equal to H or use Transfer Aar tcolgirin N to make up the difference, J Desi n fan s CFM Fan CF x 50°l; or the desi n zone outdoor airflow rate r 121, K Condition area x 0.4 CFM t its, or Zone 2 Maximum of Columns H J K or 300 CFM 1,365 015 205 Transfer Air must be provided where the Required Ventilation Air (Column H) is greater than the Design Minimum Air (Column M). Where required, transfer air must be greater than or eoual to the difference between the R red Ventilation Air Column and the Des' o Minimum Air Column Column H minus M. En Pro 5.1 a En Soft User Number: 8598 l unCode. 201342- 07T12:13 :27 Q 1302, page 14 of 17 204 205 Totals 1 Column I Total Design Ventilation Air C Minimum ventilation rats ppr Section .121 Table 121 -A. E Based on fixed seat orthe greater-of the expected number of occupants and 50 °/0 oflhe CRC occupant load for a Tess 29 2$ fors aces without fixed seatin . H R . uired Ventilation Air LREaD, V.A. is the tar er of the ventilation rates calculated on an AREA BASIS or OCCUPANCY BASIS Column D or G). I Must be greater than or equal to H or use Transfer Air column N to make up the difference. J Des# n fan supply CFM 'Fan CFM x 50 %l: or the des! `n zone outdoor airflow rate p2r J121, K Condition area e x 0.4 CFM l f6; or L Maximum of Columns H, J K or 300 CFM M This must be less than or a uat to Column Land greater than or equal to the sum of Columns H plus N. N Transfer Air must be provided where the Required Ventilation Air (Column H) is greater than the Design Minimum Air (Column M). Where required, transfer air must be greater than or equal to the difference between the R ulr Ventilation Air Column H and the Desi n Minimum Air Column MI, Column H minus M. Enar Pro 5.3 bV En Sot? User Number: 8596 RunE2ial 2013- 12- 07T1213 :27 ID: 13025 Page 13 of 17 ,AIR SYSTEM REQUIREMENTS Project Name Bakersfield Community Development Building Part I of 2 MECH -2C Project Narita AREA BASIS OCCUPANCY Da#e .Bakersfield Community Development Building VAV MINIMUM 121712013 A Indicate Air S tams T e Centre# Sin le Zone Packa a VAV, or etc... or System Tags Item �; �� ,� , �� E F 1a f,e. A04, RTU -1, HP -1 � �u AN 1 AN 2 FC 3 Number of Systems N Indicate Pal le Reference on Plans or Schedule and indicate the applicable exception p MANDATORY MEASURES _1.24 sections Number Of Peo le CFM per Person Min CFM by Occupant E X F Heating Equipment Efficiency 112 s n1a nla n1a Cooling Equipment Efficency 112 a n/a n/a n/e HVAC Heat Pump Thermostat 112(b), 11112(c) n1a nla We Furnace ControlsiThemtostat 112(c), 115 a n/a n/a n/a Natural, Ventilation -12l Lb) No Ato No Mechanical Ventilation 12t (b) 1,842 cfm 1,005 cfrn 287 cfm VAV Minimum Position Control 121 c No No Na Demand Control Ventilation 121 c No No No Time Control 122 a Prograrriniable Switch Programmable Switch Programmable Switch Setback and Setup Control 122 Le) Setback Required Setback Required Setback Required Outdoor Damper Control 122 Auto Auto Auto Isolation Zones 1 n1a We nla Pipe Insulation 123 U a W Duct location/ R -value 124 Conditioned f 4.2 Condltiorre04.2 Conditioned 14.2 PRESCRIPTIVE MEASURES TITLE 24 Date: 1.9.2014 Calculated Design Heating Load 144(a & b n/a nle n/a Proposed Heating Capacity 144 La & b 650,000 Btulhr 398,000 Btulhr 76,800 Btulhr Calculated Design Cooling load 144(a & b n1a n /a- n/a Proposed Cooling Capacity 144 La & b $81,800 Btulhr 343,800 Btulhr 71,400 Btulhr Fan Control 144(c) Variable Speed Variable Speed Constant Volume DP Sensor location 144(c) Supply Pressure Reset (DDC only) 144 c No Yes Yes Simultaneous HeatiCool 144 No NO No Economizer 144(e) DIff. Temp {lnte,7r^ated7 DWI Temp (Integrated) No Economizer Heat: Air Supply Reset 144(f) Coldest Zone Coldest Zone Constant Temp Cool Air Supply Reset 144 f Warmest Zone Warmest Zone Constant Temp Electric Resistance Heating' 1 Aiir Cooled Chiller limitation 144 Duct Leakage Sealing. 0 Yes, a MECH -4-A must be submitted 14 k No Nn No 1. Total installed capacity (MBtuthr) of all electric heat on this protect exclusive of electric auxiliary heat for heat pumps. If electric heat is explain which exception(s) to §144(g) apply. used En7 Pro 5.1 b Ener Sots User Number; 8598 RunCode: 2013- 12.07T12 :11,27 ID, 13025 page 11 of 17 MECHANICAL VENTi1LATION AND REHEAT MECN -3C Project Name Bakersfield Community Development Building Date f21712013 MECHANICAL VENTILATION 121 b 2 REHEAT LIMITATIOfd 144 d AREA BASIS OCCUPANCY BASIS VAV MINIMUM A 8 C D E F 1a H I d K L M N Zone/System Condition Area ft CFM per It" Min CFM By Area S X C Number Of Peo le CFM per Person Min CFM by Occupant E X F REQ'D V.A. Max of D or t3 Design Ventilation Air CFM 500% of Design Zone Supply CFIM B X 0.4 CFM 1 ftz Max. of Columns H, J, K, 300 CFM Design Minimum Air Set point Transfer Air .Zone 3 $50 0.15 as 83 83 ;P 4 FC 3 J Liz C- Toted 287 287 tit= s!e414l�. CO No. M26 ri Ifni w; ,1 �* Exp. 9- -14 F OF Z J � � W CO Z SOW U) W : Q 0,-00 2 W Q rn W < U W "�'� D W W Uj m W C) U) LL �W Z ►� Y O WO i Z U a W W TITLE 24 Date: 1.9.2014 Scale: AS NOTED Designer: M.B. Job: 13025 Sheet: M-1 1 Totals Column I Total Design Ventilation Air C Minimum ventilation rate MSection 121 Tats 121 -A. E Based on fixed seat or the greater of the gmted number of occu is and 50% of the CBC occu ant load for ress ur s for aces without fixed sea#i . H Required Ventilation Air REQ'D V.A. Is the Iggler of the ventilation rates calculated on an AREA BASIS or OCCUPANCY BASIS Column D or G). l Must be grgoer than or equal to H or use Transfer Aar tcolgirin N to make up the difference, J Desi n fan s CFM Fan CF x 50°l; or the desi n zone outdoor airflow rate r 121, K Condition area x 0.4 CFM t its, or L Maximum of Columns H J K or 300 CFM M This must be less than or equal to Column L and greater than or equal to the sutra of Columns H plus N. N Transfer Air must be provided where the Required Ventilation Air (Column H) is greater than the Design Minimum Air (Column M). Where required, transfer air must be greater than or eoual to the difference between the R red Ventilation Air Column and the Des' o Minimum Air Column Column H minus M. En Pro 5.1 a En Soft User Number: 8598 l unCode. 201342- 07T12:13 :27 Q 1302, page 14 of 17 *, 3 f'tR Sr+:.if. TIT[- 24 L } 'f i'R rN AIR z ;, ;�iv'T t3cT ;iii, QGCl1 ?FtiyGY. REVISIONS BY c� C Lf Z Z� W' 1` � 7E bj WA d C ;P 4 J Liz C- tit= s!e414l�. CO No. M26 ri Ifni w; ,1 �* Exp. 9- -14 F OF Z J � � W CO Z SOW U) W : Q 0,-00 2 W Q rn W < U W "�'� D W W Uj m W C) U) LL �W Z ►� Y O WO i Z U a W W TITLE 24 Date: 1.9.2014 Scale: AS NOTED Designer: M.B. Job: 13025 Sheet: M-1 1 MECHANICAL ANICAL E+�UIPMENT DETAILS Part 2 of �IECN•5C Project Name Date Bakersfield Community Development Building fi21712pi3 3~CENE SYSTEM SUMMARY SYSTEM VAV Faa Min CFM 56 t)utstda icrne Narmae err► Nam Neatt Cooliak Ratia Reheat Col# CFM Bite ` w Air Zone 4 20% VAV BoxWo Reheat VA V Box 1 0 20% None C# torte 5 200A VAV BoxlNa Reheat VAV Box 1 0 20% None © l� System Zone 6 20% VAV Bovft Reheat VAV Box 9 0 20% None is l� Zone 7 20• VAV BoxhVa Reheat VAV Box 1 0 20% None Ci 13 Zane 8 20% VAV Bovft Reheat VAV %x 1 0 20% None 0 C3 Zane 9 20% VAV - SoxlNo Reheat VAV Box 9 0 20% None Q Q Zone 10 20'Ari VAV Bovft Reheat VAV Box 3 0 20% None Q C3 Zone 11 203 VAV SoxlNo Reheat VA V Box f 0 20% Nave i3 0 Zone 94 20% VAV Soxft Reheat VAV Box 9 0 20% None forte f 20% VAV Box/ft Retreat VAV Box 9 0 20%, None ® [3 Zone 92 20Y66 VAV Box ft Reheat VAV Sax 9 0 20% None C} 4 Zone f3 20% VAV BoxfNo Reheat VAV Box 1 0 20% None © t3 E3 El Ct t� l� d E3 C7 EXHAUST FAN SUMMARY EXHAU$T FAN EXHAUST FAN EXHAUST FAN Roe>rro i�iatne Qty. CFM Biti+ Rtrtrrrt Nanny Qt t CFM Sidi* !:room Name CFM SHIP 6na 5.1 b B Sot User Number: 8598 RunCoda. 2013- 12- 07T12.f3.27 tU: ?3025 Pa 18 of 17 Pty CAL . TITLF 2a, A!C FAQ q HA L i; r' : ;;3? U FV let_ t=�'£��i •'f aF R U 1F TI TLC r Ef'ii;? 2Wt, r 1Z }'? s ^aeGy i,(�11 t r1�iL1a vSp, 1 G�FvFt: 0 CUV,3CY.� i�E4r�°'�A�iA.. EC�l��IP�E�IT �ETA�,,.'..r�' Part � �F � i�r�"ir Project game Date Bakt;�rSfleld Community Development Building �2/7"l2i?�� HtE.i.Bi� Aidl� TC)Vli�i� SUMMARY PUMPS P E ui ant Narxras T er E6iicienc Tuns Q t�`M BHP Ccrrtr'oi 100 Tan Air Griotpd Scruff $croTi 1 ' 9.20Q kWltorr $7 1 220 3.70 e- Speedl8 Wa Vary fliaf Water Pumps t 83 0.7 ri VatrebTe•Speed �iMW 1 SA�CI;+I� SUMMARY VOL 1~rrergY Factor Standby Coss Tsnk Ext. Natrre T itirstr#btrt#an Prated to t Qais . or RE or Pik" €�- 'yataraa Eta #us Paypak PBT4f- 1302 -M9 Large Gas tlydroniv HeaTfrrg 9 1,30Q,000 0 85.0"! 0.00% n/a Altsre MULTI-FAMILY CENTI�At. WATER HEATING t3�"AICS Hey# Water Pump i�ftst water Pi in ih H Control HP T in Plenum Outside Buried Add VR" tnsuiaticttt Q II CENTRAi. SYSTEIh� RATINGS HEATING Ct34}L.iNG rem dame a CRY, tai Aux. te4Y i~t'fiol t?tri IM#ficierres :ifattrs AtT 1 Bur7t -Up VAV 1 65p;�0 0.0 nla 622,2`0Q nta Altered {Bj fl9z -1 ButH t1p fvtZ 1 150, 000 Q.Q Mc� 822)J'Otf nfa Altered Ati 2 Bu #it VAV 4 39B 0€TO 0.0 rt/a 9QQ nla Altered { MZ-2 Suitt -iJp MZ f 398,Ot�i Q.tt nla 354,9011 nla Atttrred PC 3 4 Pl Fan Coif 9 76 800 0.0 rtla 75� 7a?Q nla AR'ered {Ej i~G -3 4 Pipe f=an Gztff ! 7"� 800 0.0 nla 78,70Q nla Altered Cf= t�Tl�AL SYSTEM 14Atd SUMMARY SUPPLY FAN RETURN FAN S teat Name Fan T e Ecoric►rrtixerT CFM BHP � Bi�tP Af•! i Varlabfe S ed Ufif: Te {lnte, to t8,3Q0 97.6¢ none E fvtZ -1 Varteble,Speetf No Economizer 98,500 fi7.a34 none Atl2 Variable, Speed flfft, Tame {Tate let#} 29,5tit? 14,08 mane M� 2 VarlabferSpeerf No,iwtxtrtamfzer 99 5iX1T 94.Q8 none FG 3 Constant Votcrme Not B«trpmizer 2,20Q 2, 9Q nctrte E FC -3 Consfattt Vofurn� No Bcortttat` 2,2!10 2. tQ ttottar acne f'ro 5,1 b ,iwrte Sari User Number. 855€8 RurrCoder .3tJi3- 12»ta9'i'12sf3r27 ttt: X31325 P e i5 of !U[EC�ANICAI. MANDATORY MEASURES: N€��tESit�ENTiAL MECN -MM Project Name Date Sakersff'eld Community Development Building 921i /201 � E �!� ment and System Efficiencies §i 11 z Any appliance for which there €s a California standard established in the Appliance Efficiency Regulations w € ## comply with the applicable' standard. §i is {a }: Fan Type central furnaces shall not have a pilot light. Piping, except that conveying fluids at temperatures between 60 and t 05 degrees Fahrenheit, or within HVAC equipment, shall-be insulated in accordance with Standards Section 123. �,# ��; Air handling duct systems shall be installed arrct insulated in compliance with Sections 601, 602, 803, 601#, and 605 of the C€utC Standards. Controls §122(aa }, Each space conditioning system ShalPbe installed with one of the following: 1A. Each space conditioning system serving building types such as offices and manufacturing facilities (and all others not explicitly exeinptfrom the requirements of Section tit {d }} shall be installed with an automatic time switch with an accessible manual auerride.that atiaws operation of the system during off-hours far up to 4 hours: The time switch shall be capable of programming different schedules far weekdays and weekends and have program backup capabilities that prevent the loss of the device's program and time setting for at least t 0 hours #f power is interrupted; or iB. An occupancy sensor to control the operating period of the system; or 1 C. A 4-hour timer that can be manually operated to control the operating period of the system. �, Each space conditioning system shall be installed with controls that temporarily restart and temporarily operate the system as required to maintain a setback heating and/or a setup cooling thermostat setpoint. Each space conditioning system serving multiple zones with a combined conditioned floor area more than 25,000 §t 22ig }: square feet shalt be provided with isolation zones. Each zone: shall not exceed 25,000 square feet; shall be provided with isolation devices, such as valves or dampers that allow the supply of heating or cooling to be setback or shut off rode nden #I of other isolation areas; and shall be controlled b a time control device as described above. §122(c }: Thermostats shalt have' numeric seipoints in degrees Fahrenheit (F} and adjustable setpoint stops accessible only to authorized personnel. §1 �� }, Heat pumps shall be installed with controls to prevent electric resistance supplementary heater operation when the heating toad can be met by the heat pump alone Each space conditioning system shat! be controlled by an individual thermostat that responds to temperature within the zone, Where used to control heating, the control shall be adjustable down #0 55 degrees F or lower. For cooling, the §122 {a &b }: control shall be adjustable up to 85 degrees F or higher. Where used far both healing and cooling, the control shall be capable of providing a deadband of at least 5 degrees F within which the supply of heating and cooling is shut off or reduced ic► a. minimum. Ventilation . §121 {� }, Controls shalt be provided to allow outside air dampers or devices is be operated at the ventilation rates as specified on these plans, §t22(i}: All gravity ventilating systems shall be provided with automatic or readily accessible manually operated dampers in all openings to the outside, except for combustion air openings. Ventilation System Acceptance. Before an occupancy permit is granted far a newly constructed building or space, or a §121 {f }: new ventitat €rig system serving a building or space is operated far normal use, all ventilation systems serving the buitdin ors ace shall be certified as meeting the Acceptance Requirements for Code Com !iance Sel"1t�C@ Water Heating Systems §t1s�c} Installation 3. Temperature controls for public lavatories. The controls shall limit the outlet Temperature to110 ° F. 2' Circulating service water- heatir� systems shall have a control capable of automatically turning off the circulating pump when fia# water is not required. Baer Pro 6.1 b Ene Saft Us�trNumber. 8598 RurrCode: 2013- 1`2- OTT42.`13.27 ftJ: 13Q25 Pas ?7 of 17 92 MECHANICAL ANICAL E+�UIPMENT DETAILS Part 2 of �IECN•5C Project Name Date Bakersfield Community Development Building fi21712pi3 3~CENE SYSTEM SUMMARY SYSTEM VAV Faa Min CFM 56 t)utstda icrne Narmae err► Nam Neatt Cooliak Ratia Reheat Col# CFM Bite ` w Air Zone 4 20% VAV BoxWo Reheat VA V Box 1 0 20% None C# torte 5 200A VAV BoxlNa Reheat VAV Box 1 0 20% None © l� System Zone 6 20% VAV Bovft Reheat VAV Box 9 0 20% None is l� Zone 7 20• VAV BoxhVa Reheat VAV Box 1 0 20% None Ci 13 Zane 8 20% VAV Bovft Reheat VAV %x 1 0 20% None 0 C3 Zane 9 20% VAV - SoxlNo Reheat VAV Box 9 0 20% None Q Q Zone 10 20'Ari VAV Bovft Reheat VAV Box 3 0 20% None Q C3 Zone 11 203 VAV SoxlNo Reheat VA V Box f 0 20% Nave i3 0 Zone 94 20% VAV Soxft Reheat VAV Box 9 0 20% None forte f 20% VAV Box/ft Retreat VAV Box 9 0 20%, None ® [3 Zone 92 20Y66 VAV Box ft Reheat VAV Sax 9 0 20% None C} 4 Zone f3 20% VAV BoxfNo Reheat VAV Box 1 0 20% None © t3 E3 El Ct t� l� d E3 C7 EXHAUST FAN SUMMARY EXHAU$T FAN EXHAUST FAN EXHAUST FAN Roe>rro i�iatne Qty. CFM Biti+ Rtrtrrrt Nanny Qt t CFM Sidi* !:room Name CFM SHIP 6na 5.1 b B Sot User Number: 8598 RunCoda. 2013- 12- 07T12.f3.27 tU: ?3025 Pa 18 of 17 Pty CAL . TITLF 2a, A!C FAQ q HA L i; r' : ;;3? U FV let_ t=�'£��i •'f aF R U 1F TI TLC r Ef'ii;? 2Wt, r 1Z }'? s ^aeGy i,(�11 t r1�iL1a vSp, 1 G�FvFt: 0 CUV,3CY.� i�E4r�°'�A�iA.. EC�l��IP�E�IT �ETA�,,.'..r�' Part � �F � i�r�"ir Project game Date Bakt;�rSfleld Community Development Building �2/7"l2i?�� HtE.i.Bi� Aidl� TC)Vli�i� SUMMARY PUMPS P E ui ant Narxras T er E6iicienc Tuns Q t�`M BHP Ccrrtr'oi 100 Tan Air Griotpd Scruff $croTi 1 ' 9.20Q kWltorr $7 1 220 3.70 e- Speedl8 Wa Vary fliaf Water Pumps t 83 0.7 ri VatrebTe•Speed �iMW 1 SA�CI;+I� SUMMARY VOL 1~rrergY Factor Standby Coss Tsnk Ext. Natrre T itirstr#btrt#an Prated to t Qais . or RE or Pik" €�- 'yataraa Eta #us Paypak PBT4f- 1302 -M9 Large Gas tlydroniv HeaTfrrg 9 1,30Q,000 0 85.0"! 0.00% n/a Altsre MULTI-FAMILY CENTI�At. WATER HEATING t3�"AICS Hey# Water Pump i�ftst water Pi in ih H Control HP T in Plenum Outside Buried Add VR" tnsuiaticttt Q II CENTRAi. SYSTEIh� RATINGS HEATING Ct34}L.iNG rem dame a CRY, tai Aux. te4Y i~t'fiol t?tri IM#ficierres :ifattrs AtT 1 Bur7t -Up VAV 1 65p;�0 0.0 nla 622,2`0Q nta Altered {Bj fl9z -1 ButH t1p fvtZ 1 150, 000 Q.Q Mc� 822)J'Otf nfa Altered Ati 2 Bu #it VAV 4 39B 0€TO 0.0 rt/a 9QQ nla Altered { MZ-2 Suitt -iJp MZ f 398,Ot�i Q.tt nla 354,9011 nla Atttrred PC 3 4 Pl Fan Coif 9 76 800 0.0 rtla 75� 7a?Q nla AR'ered {Ej i~G -3 4 Pipe f=an Gztff ! 7"� 800 0.0 nla 78,70Q nla Altered Cf= t�Tl�AL SYSTEM 14Atd SUMMARY SUPPLY FAN RETURN FAN S teat Name Fan T e Ecoric►rrtixerT CFM BHP � Bi�tP Af•! i Varlabfe S ed Ufif: Te {lnte, to t8,3Q0 97.6¢ none E fvtZ -1 Varteble,Speetf No Economizer 98,500 fi7.a34 none Atl2 Variable, Speed flfft, Tame {Tate let#} 29,5tit? 14,08 mane M� 2 VarlabferSpeerf No,iwtxtrtamfzer 99 5iX1T 94.Q8 none FG 3 Constant Votcrme Not B«trpmizer 2,20Q 2, 9Q nctrte E FC -3 Consfattt Vofurn� No Bcortttat` 2,2!10 2. tQ ttottar acne f'ro 5,1 b ,iwrte Sari User Number. 855€8 RurrCoder .3tJi3- 12»ta9'i'12sf3r27 ttt: X31325 P e i5 of !U[EC�ANICAI. MANDATORY MEASURES: N€��tESit�ENTiAL MECN -MM Project Name Date Sakersff'eld Community Development Building 921i /201 � E �!� ment and System Efficiencies §i 11 z Any appliance for which there €s a California standard established in the Appliance Efficiency Regulations w € ## comply with the applicable' standard. §i is {a }: Fan Type central furnaces shall not have a pilot light. Piping, except that conveying fluids at temperatures between 60 and t 05 degrees Fahrenheit, or within HVAC equipment, shall-be insulated in accordance with Standards Section 123. �,# ��; Air handling duct systems shall be installed arrct insulated in compliance with Sections 601, 602, 803, 601#, and 605 of the C€utC Standards. Controls §122(aa }, Each space conditioning system ShalPbe installed with one of the following: 1A. Each space conditioning system serving building types such as offices and manufacturing facilities (and all others not explicitly exeinptfrom the requirements of Section tit {d }} shall be installed with an automatic time switch with an accessible manual auerride.that atiaws operation of the system during off-hours far up to 4 hours: The time switch shall be capable of programming different schedules far weekdays and weekends and have program backup capabilities that prevent the loss of the device's program and time setting for at least t 0 hours #f power is interrupted; or iB. An occupancy sensor to control the operating period of the system; or 1 C. A 4-hour timer that can be manually operated to control the operating period of the system. �, Each space conditioning system shall be installed with controls that temporarily restart and temporarily operate the system as required to maintain a setback heating and/or a setup cooling thermostat setpoint. Each space conditioning system serving multiple zones with a combined conditioned floor area more than 25,000 §t 22ig }: square feet shalt be provided with isolation zones. Each zone: shall not exceed 25,000 square feet; shall be provided with isolation devices, such as valves or dampers that allow the supply of heating or cooling to be setback or shut off rode nden #I of other isolation areas; and shall be controlled b a time control device as described above. §122(c }: Thermostats shalt have' numeric seipoints in degrees Fahrenheit (F} and adjustable setpoint stops accessible only to authorized personnel. §1 �� }, Heat pumps shall be installed with controls to prevent electric resistance supplementary heater operation when the heating toad can be met by the heat pump alone Each space conditioning system shat! be controlled by an individual thermostat that responds to temperature within the zone, Where used to control heating, the control shall be adjustable down #0 55 degrees F or lower. For cooling, the §122 {a &b }: control shall be adjustable up to 85 degrees F or higher. Where used far both healing and cooling, the control shall be capable of providing a deadband of at least 5 degrees F within which the supply of heating and cooling is shut off or reduced ic► a. minimum. Ventilation . §121 {� }, Controls shalt be provided to allow outside air dampers or devices is be operated at the ventilation rates as specified on these plans, §t22(i}: All gravity ventilating systems shall be provided with automatic or readily accessible manually operated dampers in all openings to the outside, except for combustion air openings. Ventilation System Acceptance. Before an occupancy permit is granted far a newly constructed building or space, or a §121 {f }: new ventitat €rig system serving a building or space is operated far normal use, all ventilation systems serving the buitdin ors ace shall be certified as meeting the Acceptance Requirements for Code Com !iance Sel"1t�C@ Water Heating Systems §t1s�c} Installation 3. Temperature controls for public lavatories. The controls shall limit the outlet Temperature to110 ° F. 2' Circulating service water- heatir� systems shall have a control capable of automatically turning off the circulating pump when fia# water is not required. Baer Pro 6.1 b Ene Saft Us�trNumber. 8598 RurrCode: 2013- 1`2- OTT42.`13.27 ftJ: 13Q25 Pas ?7 of 17 G n N PANEL "K SERVICE: 1201 083PH4W MAIN BKR: NLO Bus: ..._....-__._..._.•....._ -C- "jW- 'o- —f- 7d7 ---k -- ---- L--- REMARKS LOAD E T 1 0 R I I I R 0 E T I LOAD ----------- -- ---- ----- C i G S L I I R R I L C G I S (ODA 013 oc C E P C C P E OA 013 (DC DIVISPOWER 1 loo 1 1 20 2 20 1 3 6001 SMOKE DETECTOR 2M50 3 500 i. ---------- - -- -------- BOILER 1900 1 ------------------------- ...... ................ ........ 14 16 .......... ........ ......... f .. ......... ........... . . ... ..... . LOC.: SEE PLAN MTG. , ......... . . ...... REMARKS ...... . .... RECEPTACLE ROOF REC .......... - ._--- - - - - -- SPARE DATA RECEPT. 2-501 100 ol 19wi 1 1 60w 5001 ------------------ ------ -------- J ilgo i r TOTAL WATTS= 350 OA 700 i (DB= 1750 oc= o AMPS-- 9.299 MINIMUM BKR A.I.C. RATING= 10,000AMPS SYM - -- -- ------ - ---- - ---- GENERAL NOTES I. VS4r JOSS 61TE AND VERIFY EXr-ATW 0NPRIOW PRIOR W PP 2 THE MZCTR16AL WOW SMALL W- WrALW IN AWW*ZE W" THE 6,ALrORNIA ELECTRICAL CODE AND ALL APPLZA" L61C& ORDINANCES WFZ PLANS CALL FOR A HWER STANDARD THAN APPLICAME CODES, THE PLANS SMALL MERN. '3. 6aVff RUNS ARE Sh" PbVARA"TV.,ALLY. EXACT LMAT05+6 SMALL W- PETEMINEP N THE FW TO SW FW COWWWW 4 ALL ELECTRIC& EORWNF, APPLIANCES AND MMM MXTLFZS SMALL W- 1-1657W 15Y A RMWONM TEST LA15 AM MAR TMAr LAUL OF APPROVAL- 5. CONTRACTOR SMALL MANISM, WALL ANPI Ca4,Mr ALL MATMAL, AND E4NMW FOR THIS WOW LNmss ant5WISF5 NOW A FURNISH PMa+V4T 15WITar:6 AT RFC VM M01-ORS I ALL SPACES AS #NMATW ON PAH3--S OR St"aWARPS SMALL W- CaVIPLEM WIM HARDWARE AND ISM FOR Mfiln SPEAKER OR S. OMMN& AND VaPW 61' AL M PER OM PLUS, ANY APPMaVL PPW96146 6PE61FIEV OR SHOWN ON DRAW. *3 ALL casImr RUB SHALL CONTAIN A CODE SM 6F4TN W4W WIRE. is nm- Rj4qs ARE Nor c4w&m LNrL AoRwAv Py Tm Amiowy HAVINCI 4JOSMrION. 11. ALL 6411PWTORS, SMALL M H 6a4W. IZ Al CaVWTIORS "J- M 66ITM WITM TYPE THHN/r" N%"T)M J. 3 6'\, 8 fELECTRICAL ROOF PLAN "*-..I L--, WME. - G H) ELEGTRIGAL. NOTE5 1. SEAL ALL ROOF PENETRATION5 HATERT167HT 2. COORDINATE EXACT EQUIPMENT LOCATION5 AND REGUIREMENTS WITH INSTALLER ,---1 Sheet: E-1 SYMBOLS RDA&& IA C"JW CVWZA" IN WALL OR MM JIM 0N7lJtT 6aVXAlP UVER FLOOR OR PELOW 6R.AM E CaVUT STIffirW OUr AND CAPPIT 0 C-a4w TIAW u Tu;?NW 1---- Cavw P" HATai WW6 WATE NO OF F WS H aW 61287 HACR CasVW MAX IN 11r C,., (5) MAX. IN 3/C 6, NJ-. MAX. IN r6, NO WPV6 = I-MZ NOM NOr ALL 6YMbOU5 SHOWN ARE USM ON THIS PRO&6T It ItL WAXX!5) tVYATr:S taC RX TM WICATE5 PA SAwax GROUND CONNECTION I7tSTRVJrlON SiVWWAV OR PANEL M JW P*13, AWWM CFZW TYIPM, 611AFACE AND FLlM L2�—;pl 1= SION& rfSMRqA- C-APINET, SLWACE & MJJSM FLLIORIE!566 MXI UF;M 2 a O(W DATA W WATE5 WALL MWf, If HWlr-' a 6omm 6mopa. NO. W16ATE-6 6,IR610. 0 OWFACE MXPM ON rl.101 OUII.Er. 0 WaS519 MrLff- Wrffl tiMT M M FOR TM WIRN& o (8) Bar LrdV WITH APJWN6 AS 651-M ON PLANS WALL AND CELINO: MaW. CEM LOW LEVEL. Mar 6W +iC AM +4" MUA Pa* 045 —A\ 1-16tir FIXTURE PE504ATOK LEnT-R WATr--S T)lt W No. tvvATes WATT om gfm rvnpz sarpix- IFE\ meavw& earmc PESIeWTIM K17 15W WaWV,& PFZAWW--)5 SPECIAL REGE ACLE - 5EE PLAN DETER (D MAM MjZR WaTrAaf! WxVTmz RPLIM 1% izwl ww 5--W +W uw RPM Rra!FrAaE MrP. APaM 15ACKWt,.ASt'I RPM RIECEPrACIZ WA"AUZ MALF 6NIT6,11EP c+l emm rAiLT rwAirr iwm;s Pf1N6 marrAaz Pa= PUPLEX RFZCPrAar- CEILINE, RECEPTACLE WaffMt ARM 20& W, HM 5 W UNA9 aN(,TtON 06% A" 6aWZ, H/r PEEP U.N.O. TttFA40SrAT MV. +4W MOTOR, NO. IW"Tr:6 H0R6WVWW CLACK OUTLET +T--O" UA0. VISCa4NE6,r WrCH, NON-MJSW WMWT SW al MM IlW5WVW fzATlY OR SM AS NOW 6a4WTM MWM aAM WITH D><aGtJMELT SWITCH ff misEs WNEW WrbR STARTER W/OARMS IN EAC" MWE DEER W/IWBW& PLOWTON Q PHOTOCELL %m PtTwrm TM2ft'4,V-/4afUTF-R/9ATA O.M.Er TWO 0" WX W/1 6*0 64MWLATE, & 6R~TEV MNIN& +lr UNP, &4mz ry ounff +W UN.O. 0 N101ON SENSOR f cosrw 6wai S 6wdz POLE Sw6" S2 XWE Paz OW6" TYPE RATED AT WA IW/17N AZ. ie UNO. $ 3 niRM WAY 6Nrr6M SIP wrcm W/"Lor LT. 'sm MANUAL MOTOR !STARTER FAC,p FR-w ALARM COWML FAWL 6ROUNP FALT C.W.,Ur M717W L5T LVOR eAvlo TAww .o MLO MAIN UKVS aLY PE W/ wot G.O. C"Jrr ONLY ff N G D 1 3 1 Cr N 140 clao C, 'I ,now w F13.0. mpmolm Py antR!s, INS &L & 6aw-,,r U.N.O. mmss wrw onvmrs-e d-�, W. AEe" AVE!, wnot"- azc;TRvA- car- SUITH B SANTA 3AMMA. C& 03105 wr IN c4wPAcr (605) bo8 -9216 (F) FxK 180-0) 5139-2405 email z walonevOlmp—net ,---1 Sheet: E-1 WN RDA&& IA RELOCATE v JIM I I %WA4F- MOUNT E00 EXP. 5, U/6 LHMZGROLW GNP 6aP WATT FM AFF AW& FIND M-om HACR HEATING AND AR coNwmw fzATtp cwAAr NJ-. N&T Lr-*T NOM NOr ALL 6YMbOU5 SHOWN ARE USM ON THIS PRO&6T ,---1 Sheet: E-1 Job: 13025 Sheet: E -2 m 0 4"C. PV4#35OMrM J 160019 (4) PANEL "OP" 1#4/0 CND EACH SQUARE 0 1 LINE 1600A BU5 120/205V3it4ki 1 2 1 3 1 4 5 - 1 6 1 *7 1 8 1 q I 600I-3 e0/3 8015 )15/5 )20/-3 )20,5 )100/3 )10013 )100/31 Lit AJ42 HW CHIP I SPARE 3 PK6 PANEL Kr *KT* GH 5IN(5LE LINE DIAGRAM S �v ell, (E) 1600A A CB (N) 16WA DISTRIMMON (feirl) PK& W7 PANEL (i�U PANEL -.UKT"— .............. rrr .. ..... .... . ...... ...... ...... ......... .. . ... P -2 P L z�;- ----- 04 '(2) OF I 206V✓4V 20HP 62A ........... /- w- ..- ,-------- ...,,- _ -_.,_w . ..... KT-3 GIFI 2ObV34VAH\ .................... ........... . . . . . . . . . . w 20HP 4D 62A NO '40 --- ---- -- - . ....... . .. f H ELEGI-RI GAL NOTES (D PUMP5 HAVE INTEGRAL, FACTORY-MOUNTED VI=Ds CONNECT (2) DUCT 5MOKE DETECTOR5 SQUARE V COMBINATION5TARTER: H321N 5HTCH 5PqITCH Yq/ I75A D.E. FU5155, 5E36-2 5TARTER l^V B155 OVERLOAD5 ON KALL BELOW AIR HANDLER5 HAVE INTEGRAL \/Fos �3 0 Ilk - - - - - - - - - - - - - - - - — J - - - - - - - - - - 4 EMS PANEL 20OV50 BHP, IIA \2-1 #121 :2 (DI I 5W, 115A �'2 HWP (D 20OV54) 1–%P, 6A . .. . .... .... J- --t: (E) ELECTRIC STORAGE NATER, MATER. \�.--WNWCT NEW BOILER 12OV, 155A 61 I- ��G� BASEMENT PLAN -NEW f fl if .... . .. .... .. . .......... - ,.._ --w ijji 4 (W FILTER SAW. PROVIDE CLEAN FILTERS PRIOR TO SYSTEM AIR BALANCE. F /e.3 !U --- - - - - - - - - - - - - - - . ----- ELEGI-RI GAL NOTES (D PUMP5 HAVE INTEGRAL, FACTORY-MOUNTED VI=Ds CONNECT (2) DUCT 5MOKE DETECTOR5 SQUARE V COMBINATION5TARTER: H321N 5HTCH 5PqITCH Yq/ I75A D.E. FU5155, 5E36-2 5TARTER l^V B155 OVERLOAD5 ON KALL BELOW AIR HANDLER5 HAVE INTEGRAL \/Fos �3 0 Ilk - - - - - - - - - - - - - - - - — J - - - - - - - - - - 4 EMS PANEL 20OV50 BHP, IIA \2-1 #121 :2 (DI I 5W, 115A �'2 HWP (D 20OV54) 1–%P, 6A . .. . .... .... J- --t: (E) ELECTRIC STORAGE NATER, MATER. \�.--WNWCT NEW BOILER 12OV, 155A 61 I- ��G� BASEMENT PLAN -NEW f fl if .... . .. .... .. . .......... - ,.._ --w ijji 4 (W FILTER SAW. PROVIDE CLEAN FILTERS PRIOR TO SYSTEM AIR BALANCE. F /e.3 !U