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HomeMy WebLinkAboutGRAPE ST 31700 (8)0 a W m J 0NmOm aU 0 y w mmZJO A W Z ao= oN0owaZam o 3 I 0 U U U J Q HVAC RETROFIT 2077 LAKE ELSINORE., CA INDEX OF DRAWINGS GENERAL MECHANICAL T1 WALMART CONTACT LIST CONTACT EMAIL PHONE TITLE RON HORRT ronald.horstOwal— mart.com 1- 479- 366 -1839 PROJECT OVERSIGHT/ INSPECTOR ROGER WILSON roaer.wilsonOwal—mart.com 1- 918 - 371 -5899 CONSTRUCTION MANAGER WALMART SUPERCENTER #2077 M3 1- 951 - 245 -5990 SITE SPECIFIC STORE 31700 GRAPE STREET TITLE 24 SHEET M4 LAKE ELSINORE, CALIFORNIA 92532 DETAILS o NZ PERMITTING CONTACT LIST UPON NOTIFICATION OF CONTRACT AWARD, CONTRACTOR SHALL CONTACT ENGINEERING FIRM'S PERMITTING SPECIALIST REGARDING BUILDING PERMIT STATUS. CONTRACTOR SHALL NOT CONTACT CITY PRIOR TO CONTACTING PERMITTING SPECIALIST TO VERIFY BUILDING PERMIT STATUS. IT MAY BE NECESSARY FOR THE CONTRACTOR TO DELIVER PERMIT PLAN SETS AND PAY PERMIT FEES TO THE CITY IN ORDER TO RECEIVE CONSTRUCTION PERMITS. CONTACT EMAIL TITLE CHRISTOPHER D. STURGES chris.sturges®hei— eng.com PERMITTING SPECIALIST JERRI BREWER ierri.brewerftei— eng.com PERMITTING COORDINATOR SCOPE OF WORK NOTE: THE INTENT OF THIS SUMMARY IS TO CAPTURE ALL SCOPE ISSUES. REFER TO ASSIST VENDORS IN IDENTIFYING EQUIPMENT NEEDS. IT IS NOT INTENDED FOR USE BY CONTRACTOR TO PLANS AND SPECIFICATIONS (WHERE APPLICABLE) FOR ADDITIONAL INFORMATION. NO ARCHITECTURAL WORK TO BE PERFORMED. REMOVE (39) ROOFTOP UNITS AND REPLACE WITH (39) NEW.ROOFTOP UNITS OF SIMILAR.HEATING AND COOLING CAPACITY ON THE SAME CURB. PROVIDE GAS PIPING TO FORMERLY ALL ELECTRIC ROOFTOP UNITS. BUILDING OFFICIAL CONTACT LIST CONTACT 7 HOURS PHONE Fax CITY OF LAKE ELSINORE CALIFORNIA MONDAY THROUGH THURSDAY- 915 - 674 -3124 1 -951- 471 -1418 COMMUNITY DEVELOPMENT DEPARTMENT 8:00 AM TO 5:00 PM BUILDING & SAFETY DIVISION FRIDAY'S 130 SOUTH MAIN STREET 8:00 AM TO 4:00 PM. LAKE ELSINORE, CALIFORNIA 92530 SONIA SALAZAR 1 -951- 674 -3124 EXTENSION 277 COMMUNITY DEVELOPMENT TECHNICIAN ROBIN CHIPMAN 1 -951- 674 -3124 EXTENSION 226 BUILDING OFFICIAL BILL BELVIN 1- 951 - 674 -3124 EXTENSION 286 SENIOR BUILDING INSPECTOR INSPECTION — CALL 5:00 PM THE DAY BEFORE INSPECTION IS REQUIRED 1- 951 - 674 -3124 EXTENSION 239 INSPECTIONS PERFORMED ON MONDAY THROUGH THRUSDAY AND ALTERNATING FRIDAYS. WEB ADDRESS, CITY HOME PAGE: http: / /www.lake— elsinore.org/ WEB ADDRESS, DEPARTMENT HOME PAGE: http: / /www .lake — elsinore.org /index.aspx ?page =64 WEB ADDRESS, FORMS AND APPLICATIONS PAGE: http: / /www. lake —el sin ore.org /index.aspx ?page =70 WEB ADDRESS, ADOPTED CODES PAGE: http: // www .lake —el sin ore.org /index.aspx ?page =346 CONTRACTOR SHALL OBTAIN PERMITS THE GREATER OF 10 WORKING DAYS OR 2 WEEKS PRIOR TO THE START OF CONSTRUCTION TO AVOID UNNECESSARY DELAYS AND ADDITIONAL ENGINEERING FEES. 2) TITLE 24 SETS ON 8 -1/2" X11" SHEETS, (2) SETS OF SIGNED AND SEALED STRUCTURAL CALCULATIONS AND (2) SETS OF SIGNED AND SEALED CONSTRUCTION DRAWINGS WITH TITLE 24 SHEETS INTEGRAL TO THE SET HAVE BEEN SUBMITTED FOR PLAN REVIEW. PLAN REVIEW FEES ARE DETERMINED AFTER THE FIRST REVIEW AND WILL BE INVOICED TO HENDERSON ENGINEERS. CONTRACTOR SHALL PICK UP AND PAY FOR ALL PERMITS AND ALL ANCILLARY FEES. CODE COMPLIANCE THE DRAWINGS ARE IN COMPLIANCE WITH THE FOLLOWING CODES: 2010 CALIFORNIA BUILDING CODE BASED ON 2009 INTERNATIONAL BUILDING CODE 2010 CALIFORNIA MECHANICAL CODE BASED ON 2009 UNIFORM MECHANICAL CODE 2010 CALIFORNIA PLUMBING CODE BASED ON 2009 UNIFORM PLUMBING CODE 2010 CALIFORNIA FIRE CODE BASED ON 2009 INTERNATIONAL FIRE CODE 2010 CALIFORNIA ELECTRICAL CODE 2008 NATIONAL ELECTRIC CODE 2008 BUILDING ENERGY EFFICIENCY STANDARDS CALIFORNIA CODE OF REGULATIONS (CCR) TITLE 24 USE AND OCCUPANCY GROUP: M, MERCANTILE: S11 AUTOMOTIVE: A2, BREAKROOM CONSTRUCTION TYPE: V —B, UNPROTECTED, EXISTING TO REMAIN, NO NEW CONSTRUCTION FOR THIS PROJECT BUILDING AREA, IN SQUARE FEET: 126,661 BUILDING CONDITIONED FLOOR 120,472 AFFECTED AREA, IN SQUARE FEET: 120,472 OCCUPANT LOAD: OCCUPANCY LOAD IS UNCHANGED BY THIS SCOPE OF WORK FIRE PROTECTION: YES, EXISTING TO REMAIN BUILDING IS PROTECTED BY AN APPROVED AUTOMATIC SPRINKLER SYSTEM AND IS SURROUNDED ON ALL SIDES BY 60 FEET OF PERMANENT OPEN SPACE. UNLIMITED AREA CRITERIA IS APPLICABLE. ROOFING NOTE VERIFY ALL ROOF WORK WITH WALMART ROOFING CONTACT PRIOR TO BEGINNING WORK: MIKE STROUSE PHONE: 1- 479 - 277 -2991 FIRE ALARM NOTE COORDINATE DUCT SMOKE DETECTORS WITH WALMART SECURITY SERVICES REGIONAL DIRECTOR. TONY COLE, REGION 7 —C PHONE: 1- 479 -586 -0595 0 a W m J 0NmOm aU 0 y w mmZJO A W Z ao= oN0owaZam o 3 I 0 U U U J Q HVAC RETROFIT 2077 LAKE ELSINORE., CA INDEX OF DRAWINGS GENERAL MECHANICAL T1 TITLE SHEET M1 MECHANICAL PLAN T2 TITLE 24 SHEET M2 MECHANICAL PLAN T3 TITLE 24 SHEET M3 MECHANICAL SCHEDULES T4 TITLE 24 SHEET M4 MECHANICAL DETAILS STRUCTURAL ELECTRICAL S1 ROOF PLAN AND TYPICAL DETAILS E1 POWER & EMS PLAN E2 ELECTRICAL DETAILS AND NOTES 1 V 1 V 1 V 1 0 ELECTRICAL ROOM 1. LOCATION OF EXISTING PANELBOARDS HA1 AND HA2. fCATION OF EXISTING MASTER EMS 3 NTROL PANEL AND REAR CONTROL EDC1. MOUNT NEW IOM2 —EDC1B AVAILABLE OPEN SPACE. RE: E2. ASPHALT ROOFING — ELECTRICAL ROOM 2. LOCATION OF EXISTING PANELBOARD HR. KEY PLAN RE G of VICIN APPROVED GENERAL REQUIREMENTS: 1. THE PLANS SHOWN THROUGHOUT THESE DOCUMENTS ARE BASED ON LIMITED INFORMATION PROVIDED BY WALMART AND SITE VISITS. ALL SUBCONTRACTORS ARE TO INSPECT THE STORE PRIOR TO COMMENCING WITH ANY WORK AND NOTIFY THE WALMART CONSTRUCTION MANAGER OF ANY DISCREPANCIES BETWEEN THESE PLANS AND THE EXISTING CONDITIONS. 2. ALL WORK SHALL BE DONE IN A SAFE AND WORKMANLIKE MANNER AND IN STRICT ACCORDANCE WITH THE ADOPTED BUILDING CODE, NATIONAL ELECTRIC CODE, AND ALL APPLICABLE REGULATIONS AND ORDINANCES HAVING JURISDICTION. 3. EACH SUBCONTRACTOR IS RESPONSIBLE FOR HAVING A THOROUGH KNOWLEDGE OF ALL DRAWINGS AND SPECIFICATIONS IN THEIR RELATED FIELD. THE FAILURE TO BE ACQUAINTED WITH THIS KNOWLEDGE DOES NOT RELIEVE ANY RESPONSIBILITY FOR PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED BECAUSE OF CONDITIONS THAT OCCUR DUE TO FAILURE TO FAMILIARIZE WORKERS WITH THIS KNOWLEDGE. 4. WALMART SHALL OCCUPY THE BUILDING DURING CONSTRUCTION. THE CONTRACTOR SHALL COORDINATE WITH WALMART AND THE WALMART CONSTRUCTION MANAGER ALL CONSTRUCTION PROCEDURES WHICH WILL INTERFERE WITH THE NORMAL DAILY OPERATIONS OF THE STORE. THE CONTRACTOR SHALL OBTAIN PERMISSION'FROM WALMART FOR ALL INTERRUPTIONS OF UTILITY SERVICES TO THE EXISTING BUILDING PRIOR TO THE INTERRUPTION. ACCIDENTAL INTERRUPTIONS SHALL BE REMEDIED IMMEDIATELY WITH APPROPRIATE FORCES. 5. THE EXISTING BUILDING SHALL BE PROTECTED AT ALL TIMES FROM MOISTURE, DUST AND DEBRIS. INSTALL DUST PARTITIONS AS REQUIRED AND /OR AS SHOWN TO KEEP THE EXISTING PREMISES FREE FROM DUST AND DEBRIS. 6. ANY DAMAGE TO WALMART PROPERTY CAUSED BY THE CONSTRUCTION PROCESS SHALL BE REPAIRED OR REPLACED AT NO ADDITIONAL COST TO WALMART. THIS INCLUDES ALL MERCHANDISE. THE CONTRACTOR SHALL PAY WALMART THE REPLACEMENT COST OF ALL DAMAGED MERCHANDISE. THE CONTRACTOR SHALL MAINTAIN THE INTEGRITY OF THE EXISTING BUILDING SECURITY AT ALL TIME. THIS INCLUDES KEEPING THE BUILDING SECURE FROM PERSONS, ENVIRONMENTAL ELEMENTS, OR HAZARDS. THE CONTRACTOR SHALL BE RESPONSIBLE TO MAINTAIN THE INTEGRITY OF ALL EXISTING SECURITY SYSTEMS. THE CONTRACTOR SHALL OBTAIN PERMISSION FROM THE STORE MANAGER PRIOR TO THE MODIFICATION OF ANY SECURITY SYSTEMS OR THE DISABLING OF SUCH. IF REQUIRED, PROVIDE A SECURITY GUARD AT THE CONTRACTOR'S EXPENSE TO MAINTAIN SECURITY OF THE STORE. 7. THE CONTRACTOR SHALL KEEP THE CONSTRUCTION AREA FREE AND CLEAR OF DEBRIS. REMOVE TRASH AND DEBRIS FROM CONSTRUCTION AREA AND DO NOT ALLOW TO ACCUMULATE. NO FLAMMABLE MATERIALS OR LIQUIDS MAY BE STORED IN THE EXISTING BUILDING OR THE ADDITION. DURING CONSTRUCTION, PROVIDE DRY CHEMICAL FIRE EXTINGUISHERS AS SPECIFIED AND MAKE THEM ACCESSIBLE AT ALL TIMES WITHIN ALL CONSTRUCTION AREAS. 8. THE CONTRACTOR SHALL MAINTAIN THE REQUIRED NUMBER OF EXITS WITHIN THE STORE. MAINTAIN EXIT SIGNS AND EMERGENCY LIGHTING AT ALL TIMES. AS REQUIRED BY THE LOCAL BUILDING OFFICIAL, COORDINATE TEMPORARY EXITING DURING THE CONSTRUCTION PROCESS. 9. REMOVE ANY EXISTING ITEMS, SERVICES, FINISHES AND /OR SURFACES AS REQUIRED FOR THE INSTALLATION OF NEW CONSTRUCTION. 10. PROVIDE FURRING FOR CONDUITS AND PIPING, SHOWN OR NOT, AND FINISH OUT FURRING TO MATCH ADJACENT EXISTING SURFACES. 11. REPAIR, RE— ROUTE, AND EXTEND ALL SERVICES, PIPING, CONDUIT OF EXISTING ITEMS AND EQUIPMENT AS REQUIRED DURING THE CONSTRUCTION PROCESS FOR THE COMPLETE INSTALLATION AND OPERATIONS OF NEW EQUIPMENT. THIS INCLUDES ALL ITEMS SHOWN OR NOT SHOWN ON THE DRAWINGS. RESET EXISTING EQUIPMENT OR RELATED ITEMS AS REQUIRED FOR PROPER OPERATION. 12. WHERE EXISTING FINISHES ARE TO REMAIN, CLEAN, REPAIR, PATCH AND REFINISH AS NECESSARY TO BLEND INTO THE WORK. 13. CONTRACTOR IS RESPONSIBLE FOR PAINTING ALL EXPOSED DUCT, PIPING, ELECTRICAL CONDUITS, EMS CONDUITS, PIPING SUPPORTS, CONDUIT SUPPORTS AND DUCT SUPPORTS TO MATCH EXISTING CONDITIONS WITHIN ALL PUBLIC AREAS OF STORE, NO EXCEPTIONS. 14. FURNISH AND INSTALL SEISMIC BRACING BASED ON APPROPRIATE SEISMIC ZONE REQUIREMENTS PER SMACNA PUBLISHED SEISMIC DETAILS, LOCAL AND NATIONAL CODES. LIMITED CONTRACTOR'S RESPONSIBILITY INCLUDES STRUCTURAL ENGINEER'S CERTIFICATION ON CRANE DETAILS SUBMITTED FOR PERMITTING. ACCESS DEMOLITION REQUIREMENTS: 1. ALL DEMOLITION SHALL BE PERFORMED IN A SAFE MANNER, AND IN STRICT ACCORDANCE WITH OSHA REGULATIONS. 2. THE CONTRACTOR SHALL FIELD VERIFY THE EXTENT OF DEMOLITION. THE WORK INCLUDES, BUT IS NOT LIMITED TO, THE DEMOLITION AND REMOVAL OF WALLS, DOORS, ROOFS, CEILINGS, STRUCTURE, FIXTURES, PLUMBING, MECHANICAL, ELECTRICAL AND FIRE SPRINKLER ITEMS AS SHOWN ON THE DRAWINGS OR AS REQUIRED FOR THE INSTALLATION OF THE NEW WORK FOR A COMPLETE JOB. 3. WHEN UTILITIES ARE REMOVED, CAP AND SEAL A MINIMUM OF 8" BELOW THE FINISHED FLOOR. IF THERE IS AN EXISTING CEILING, CAP A MINIMUM OF 6" ABOVE THAT CEILING. 4. IT IS THE CONTRACTOR'S RESPONSIBILITY TO PROVIDE ADEQUATE SHORING, BRACING AND SUPPORT SYSTEMS AND TO KEEP THE EXISTING STRUCTURE INTACT AND IN A SAFE CONDITION DURING THE REMOVAL OF STRUCTURAL ITEMS AND NEW CONSTRUCTION. THE CONTRACTOR SHALL RETAIN A REGISTERED PROFESSIONAL ENGINEER TO DESIGN THE SHORING AND SPECIFY DEMOLITION PROCEDURES. IT IS THE CONTRACTOR'S RESPONSIBILITY FOR MEANS AND METHODS OF DEMOLITION AND NEW CONSTRUCTION. SCOTT FAZEKAS & ASSOCIAT S INC. DATE 5. PRIOR TO THE EXCAVATION OF FOUNDATIONS ADJACENT TO THE EXISTING STRUCTURE, BY PROVIDE ADEQUATE SUPPORT FOR THE SUB —BASE TO PREVENT UNDERMINING. These plans h e been reviewed for adher nce totheapplicablecodesandordinance. Authorization is 6. DURING DEMOLITION AND RECONSTRUCTION, THE CONTRACTOR SHALL COORDINATE WITH THE hereby granted to issue a building permit pending WALMART CONSTRUCTION MANAGER ANY REQUIRED SAFETY BARRIERS OR BARRICADES. approval by all applicable City agencies. 7. REFER TO THE WALMART CONSTRUCTION MANAGER FOR PHASING AND SCHEDULING The issuance or granting of a permit based on DEMOLITION AND NEW CONSTRUCTION. approval of these plans shall not be construed to permit or approve any violation of the applicable r.ndes al o vl V I Iofir ordinance. No permit presumed to give ority P h11 - NOTES TO BIDDING CONTRACTORS 1. THE AWARDED CONTRACTOR SHALL BE RESPONSIBLE FOR THE ENTIRE SCOPE OF WORK INDICATED ON THESE PLANS, THE ASSOCIATED SPECIFICATIONS AND WALMART SCOPE OF WORK DOCUMENT. THIS CAPITAL EXPENDITURE SHALL BE COMPLETED AS A "TURN KEY" PROJECT BY THE AWARDED CONTRACTOR AND SHALL INCLUDE BUT NOT LIMITED TO ALL SHEETS ON THIS PRINT: HVAC, REFRIGERATION, PLUMBING, ELECTRICAL EMS CONTROLS SYSTEMS, ARCHITECTURAL AND STRUCTURAL DISCIPLINES. 2. ALL LOCAL AND STATE PERMITS, LICENSES, INSPECTIONS, AND ASSOCIATED FEES AND COORDINATION SHALL BE THE RESPONSIBILITY OF THE AWARDED CONTRACTOR. 3. THESE PLANS ARE TYPICALLY ISSUED FOR BID AS REDUCED "1/2 (HALF) SIZE" DOCUMENTS. SCALES SHOWN APPLY TO ORIGINAL "FULL SIZE" DOCUMENTS ONLY. DO NOT SCALE DRAWINGS, FIELD VERIFY ALL DIMENSIONS. ZNOng G co C..) O % WZ ACV Q_ G.Od N za oo NZ w0 W rnc P 0 ZoZLd 5 OYj \,/W,O a Wo W :SON WN WO aK O W O Z<NWpa6o12Oia„y, 500 a UVW'Q `5F Bap y<oZO32gogladLIEOWWRB H c(L6nZwPo wcww,ZZ OZw -F Z KKWZUW00 < d wm MT N w3 1'o <o Kawoai FAI• • •, • DATE: 02/21/11 DRAWN BY: TPF / CDS CHECKED BY: BSL OWE S. HENDERSON Na M- 02Btte TITLE SHEET SHEET: T1 G co C..) O % ACV O w0 W rncO 0 w z 0 FAI• • •, • DATE: 02/21/11 DRAWN BY: TPF / CDS CHECKED BY: BSL OWE S. HENDERSON Na M- 02Btte TITLE SHEET SHEET: T1 m0cNWNmJ n 0NOmmaNOOOOONO m zON w zwx Liz Q NWdNZJO rNnOwO awNOONO O W OZNadO a 0OCyWmNZJO owo m2mWNOO OO w OZiQ mmOm n 00N i I w a I U I oZa zaJa U_ 00 II' O yI O I I 3 c 0o rn 000 aU W Of0Z U) Jw wY Ja o000N o rnrn O ry N ooo M N ZL0 V) F- 0w Y0Za [ifLL) d E ma a N 1`1 ° za ao a 0 Ja3 n N M to NOTE TO BIDDERS EXISTING CONDITIONS MAY NOT REFLECT EXACT AS- BUILT" CONDITIONS. CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR SHALL CAREFULLY COORDINATE NEW WORK AND DEMOLITION WITH ALL OTHER DISCIPLINES AND EXISTING CONDITIONS. ANY DAMAGE CAUSED BY CONTRACTOR SHALL BE REPAIRED TO OWNER'S SATISFACTION. 1 -06 0 1 -01 DESIGN LOADS 1. CODE 2010 CALIFORNIA BUILDING CODE 2. ROOF LIVE LOAD 20 PSF 3. GROUND SNOW LOAD 0 PSF 4. BASIC WIND SPEED 85 MPH, EXPOSURE C 5. SEISMIC COEFFICIENTS Ss 1.518, SO = 0.600 6. SEISMIC DESIGN CATEGORY D AMERICAN WELDING SOCIETY 0 1 -01 NOTE: REF MECH CONTRACTOR SHALL FOR RTU VERIFY THAT EXISTING CURB IS LEVEL PRIOR TO INSTALLING NEW UNIT. HOLD DOWN BRACKET; REF MECH FOR SIZE, LOCATION u AND ATTACHMENT; PROVIDE A MINIMUM OF 6 HOLD CURB ADAPTER DOWNS PER RTU NOTE: REF SUPPLIER FOR CURB ADAPTER TO EXISTING CURB CONNECTION, TYP; PROVIDE MIN CONN OF #12 TEK SCREWS AT 12" OC. I EXISTING CURB r7 RTU TO CURB ADAPTER ATTACH ATTACH Z- NTS 012910 8 -1 -11 REF SHEET 1 2 I I I fE 110 II 3 I SHIET GENERAL NOTES 1.0 CONSTRUCTION:_______ 1.1 FURNISH ALL LABOR, MATERIALS AND EQUIPMENT NECESSARY TO COMPLETE THE WORK SHOWN OR IMPLIED BY THESE DRAWINGS. 1.2 THE GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR VERIFYING ALL DIMENSIONS AND ELEVATIONS WITH THE MECHANICAL DRAWINGS AND THE EXISTING CONDITIONS. SEE MECHANICAL DRAWINGS FOR EMBEDDED ITEMS NOT SHOWN AND TO VERIFY SIZE AND LOCATION OF ALL OPENINGS. BEFORE EXECUTING WORK SHOWN HEREIN, THE CONTRACTOR SHALL EXAMINE ACTUAL JOB CONDITIONS AND REPORT TO THE ENGINEER ANY DISCREPANCIES OR FORESEEN PROBLEMS. 1.3 THE GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR PROTECTING THE EXISTING BUILDING DURING CONSTRUCTION. 3.0 STEEL JOIST AND JOIST GIRDERS: 3.1 STEEL JOIST AND JOIST GIRDERS ARE ASSUMED TO BE IN GOOD CONDITION AND IN COMPLIANCE WITH THE STEEL JOIST INSTITUTE SPECIFICATIONS. ANY DAMAGE TO EXISTING JOIST SHALL BE REPORTED PRIOR TO ADDING LOAD TO JOIST. 4 I III EF II EF Sf ROOF 1 "= 30' -O" 5 RE NO F HE T T #1 - 6 I I I I FSHE ET I I EF SH ET OT # - 11 --fI AMING PLAN 092509 2 -25 7 I CITY OF LAKE ELSINORE BUILDING DIVISION PERMIT # 8 9 10 TA € HE jT 1 REF NOTE ABBREVIATION LEGEND T 1. REPLACE NOT ALL ABBREVIATIONS ARE USED ON DRAWINGS ABBR DEFINITION EXISTING ABBR REMAIN AND CURB ADAPTER DEFINITION AHU AIR HANDLING UNIT MECH MECHANICAL AISC AMERICAN INSTITUTE OF STEEL CONSTRUCTION MIN MINIMUM ASTM AMERICAN SOCIETY FOR TESTING AND MATERIALS MTL METAL AWS AMERICAN WELDING SOCIETY NS NEAR SIDE BTWN BETWEEN NTS NOT TO SCALE CL CENTER LINE OC ON CENTER CONN CONNECTION OH OPPOSITE HAND CONT CONTINUOUS PL PLATE DIA DIAMETER PSF POUNDS PER SQUARE FOOT EA EACH REF REFER TO FS FAR SIDE REINF REINFORCING GA GAGE READ REQUIRED HSS HOLLOW STRUCTURAL SHAPE ROT ROTATE JST JOIST RTU ROOF TOP UNIT KSI KIPS PER SQUARE INCH SIM SIMILAR LLH LONG LEG HORIZONTAL SPECS SPECIFICATIONS LLV LONG LEG VERTICAL STL STEEL MAU MAKE -UP AIR UNIT TYP TYPICAL MAX MAXIMUM UNO UNLESS NOTED OTHERWISE NOTE: REF MECH CONTRACTOR SHALL FOR RTU VERIFY THAT EXISTING CURB IS LEVEL PRIOR TO INSTALLING NEW UNIT. HOLD DOWN BRACKET; REF MECH FOR SIZE, LOCATION u AND ATTACHMENT; PROVIDE A MINIMUM OF 6 HOLD CURB ADAPTER DOWNS PER RTU NOTE: REF SUPPLIER FOR CURB ADAPTER TO EXISTING CURB CONNECTION, TYP; PROVIDE MIN CONN OF #12 TEK SCREWS AT 12" OC. I EXISTING CURB r7 RTU TO CURB ADAPTER ATTACH ATTACH Z- NTS 012910 8 -1 -11 REF SHEET 1 2 I I I fE 110 II 3 I SHIET GENERAL NOTES 1.0 CONSTRUCTION:_______ 1.1 FURNISH ALL LABOR, MATERIALS AND EQUIPMENT NECESSARY TO COMPLETE THE WORK SHOWN OR IMPLIED BY THESE DRAWINGS. 1.2 THE GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR VERIFYING ALL DIMENSIONS AND ELEVATIONS WITH THE MECHANICAL DRAWINGS AND THE EXISTING CONDITIONS. SEE MECHANICAL DRAWINGS FOR EMBEDDED ITEMS NOT SHOWN AND TO VERIFY SIZE AND LOCATION OF ALL OPENINGS. BEFORE EXECUTING WORK SHOWN HEREIN, THE CONTRACTOR SHALL EXAMINE ACTUAL JOB CONDITIONS AND REPORT TO THE ENGINEER ANY DISCREPANCIES OR FORESEEN PROBLEMS. 1.3 THE GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR PROTECTING THE EXISTING BUILDING DURING CONSTRUCTION. 3.0 STEEL JOIST AND JOIST GIRDERS: 3.1 STEEL JOIST AND JOIST GIRDERS ARE ASSUMED TO BE IN GOOD CONDITION AND IN COMPLIANCE WITH THE STEEL JOIST INSTITUTE SPECIFICATIONS. ANY DAMAGE TO EXISTING JOIST SHALL BE REPORTED PRIOR TO ADDING LOAD TO JOIST. 4 I III EF II EF Sf ROOF 1 "= 30' -O" 5 RE NO F HE T T #1 - 6 I I I I FSHE ET I I EF SH ET OT # - 11 --fI AMING PLAN 092509 2 -25 7 I CITY OF LAKE ELSINORE BUILDING DIVISION PERMIT # 8 9 10 TA € HE jT 1 REF NOTE SHEET NOTES T 1. REPLACE EXISTING 10 TON RTU WITH NEW 10 TON RTU (1860 #). EXISTING CURB TO REMAIN AND CURB ADAPTER SHALL BE PROVIDED, REF 2 -S1. FIELD VERIFY LOCATION OF EXISTING RTU. 2. REPLACE EXISTING 5 TON RTU WITH NEW 5 TON RTU (1087 #). EXISTING CURB TO REMAIN AND CURB ADAPTER SHALL BE PROVIDED, REF 2 -S1. FIELD VERIFY LOCATION OF EXISTING CURB. 3. REPLACE EXISTING 3 TON RTU WITH NEW 3 TON RTU (1063 #). EXISTING CURB TO REMAIN AND CURB ADAPTER SHALL BE PROVIDED REF 2 -51. FIELD VERIFY LOCATION OF EXISTING RTU. NOTE: REF MECH CONTRACTOR SHALL FOR RTU VERIFY THAT EXISTING CURB IS LEVEL PRIOR TO INSTALLING NEW UNIT. HOLD DOWN BRACKET; REF MECH FOR SIZE, LOCATION u AND ATTACHMENT; PROVIDE A MINIMUM OF 6 HOLD CURB ADAPTER DOWNS PER RTU NOTE: REF SUPPLIER FOR CURB ADAPTER TO EXISTING CURB CONNECTION, TYP; PROVIDE MIN CONN OF #12 TEK SCREWS AT 12" OC. I EXISTING CURB r7 RTU TO CURB ADAPTER ATTACH ATTACH Z- NTS 012910 8 -1 -11 REF SHEET 1 2 I I I fE 110 II 3 I SHIET GENERAL NOTES 1.0 CONSTRUCTION:_______ 1.1 FURNISH ALL LABOR, MATERIALS AND EQUIPMENT NECESSARY TO COMPLETE THE WORK SHOWN OR IMPLIED BY THESE DRAWINGS. 1.2 THE GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR VERIFYING ALL DIMENSIONS AND ELEVATIONS WITH THE MECHANICAL DRAWINGS AND THE EXISTING CONDITIONS. SEE MECHANICAL DRAWINGS FOR EMBEDDED ITEMS NOT SHOWN AND TO VERIFY SIZE AND LOCATION OF ALL OPENINGS. BEFORE EXECUTING WORK SHOWN HEREIN, THE CONTRACTOR SHALL EXAMINE ACTUAL JOB CONDITIONS AND REPORT TO THE ENGINEER ANY DISCREPANCIES OR FORESEEN PROBLEMS. 1.3 THE GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR PROTECTING THE EXISTING BUILDING DURING CONSTRUCTION. 3.0 STEEL JOIST AND JOIST GIRDERS: 3.1 STEEL JOIST AND JOIST GIRDERS ARE ASSUMED TO BE IN GOOD CONDITION AND IN COMPLIANCE WITH THE STEEL JOIST INSTITUTE SPECIFICATIONS. ANY DAMAGE TO EXISTING JOIST SHALL BE REPORTED PRIOR TO ADDING LOAD TO JOIST. 4 I III EF II EF Sf ROOF 1 "= 30' -O" 5 RE NO F HE T T #1 - 6 I I I I FSHE ET I I EF SH ET OT # - 11 --fI AMING PLAN 092509 2 -25 7 I CITY OF LAKE ELSINORE BUILDING DIVISION PERMIT # 8 9 10 TA € HE jT 1 REF NOTE HEE 1 T NOTE #2 an cttfN. O O w FOR PGRM"? I ;t t.4NC I tATE }IIVa1IL NOTE #1 I REF SF EE NO E #1 I T EF JHEjET OT J ET JHE T 1 I I I I I EF f II, 1 -25 o o w o pQWy, yYJj \ yw 0 a wZQ ck WJW3 \d.f =Q. yUj yUU UOg W Q U F W U O= Z a N¢ W 0 wCMO W iayNSj F00 O a c:, A5mz 3 8Wwon < qo Olt 3u0 0 t.i wT zaw8 qyy Q z0c z wwo ic__ aopp _f- gz a33¢wwwZ2.wiuwi -'zr rc iww.zl¢a n PMw3ioa Owwmwmam O REF SHEET t NOTE #2 an cttfN. O O w FOR PGRM"? I ;t t.4NC I tATE }IIVa 1 V W I\ TE ptanT. x001 r ,view to; adherence to the C:) ice . Authorization is ILP d"k!! ies. ft(t to issue a bl oval by,; 9 apPkablc- City e IAA ss 11 Q f z r, issuan or hng w LLJ o C,2 o of the s or ordinanc o pe 0 presum y ARwitytoviolateorcancelprovist S shall be valid A Z ISSUE BLOCK DATE: 02/21 /11 Fi DRAWN BY: SMK CHECKED BY: PAJ 0 0 SHEET: C II ' I- l REF SHEET t NOTE #2 an cttfN. APPRC` /17 OF Cp+ FI FOR PGRM"? I ;t t.4NC I tATE }IIVa1SCOTTFAZr.KA' A.:, n. TE ptanT. x001 r ,view to; adherence to the abt r:or"es '11 )rdinf ice . Authorization is ILP d"k!! ies. ft(t to issue a bl oval by,; 9 apPkablc- City e IAA ss 11 Q f ppll issuan or hng a n permir ¢; be cotwa101thes . a sha lit or appro tin viola o of the s or ordinanc o pe it he presum y ARwitytoviolateorcancelprovist S shall be valid A SHEET: C II ' I- l r— — — I I MAU -1 rETR m J 0N 0 m U O y 0 t0 ZO N 00mzmwNS0 SowozI Q 0 0 3 1 i 2 i ROOFTOP EQUIPMENT DEMOLITION AND SALVAGE REQUIREMENTS MECHANICAL CONTRACTOR SHALL NOT INCLUDE SALVAGE UNITS TO BE REMOVED FROM THE STORE SITE. THE UNITS ONTO THE AES TRAILERS. ALL ROOFTOP EQUIPMENT SERIAL NUMBERS, THE AMOUNT OF REFRIGERANT RECOVERED CREDIT FOR ROOFTOP EQUIPMENT UNITS IN THIS PROJECT AWARDED CONTRACTOR SHALL COORDINATE WITH THE STORE MUST BE PROPERLY PACKAGED TC MEET FLATBED OR LESS FROM EACH UNIT, THE DATE OF DECOMMISSIONING, BID. MANAGER AN AREA FOR TEMPORARY UNIT STORAGE ON THAN TRUCKLOAD (LTL) REQUIREMENTS. ROOFTOP INCLUDING THE COMPANY NAME AND SIGNATURE OF AN r GRADE IN THE MOST VIABLE SECURE LOCATION PROVIDING EQUIPMENT MUST HAVE ALL ACCESS DOORS, HOODS, ETC., ON -SITE SUPERVISOR. THE AWARDED CONTRACTOR SHALL THE AWARDED CONTRACTOR SHALL BE RESPONSIBLE FOR FOR A ONE WEEK NOTICE TO AES INDUSTRIES, INC. AS TO SECURED AND OR REMOVED PRIOR TO SHIPMENT. CONTINUE TO PROVIDE FOR ALL OTHER DOCUMENTATION FOR THE REMOVAL AND REPLACEMENT OF ALL ROOFTOP THE DATE OF UNIT PICK -UP. ALL ROOFTOP EQUIPMENT CONTRACTOR MUST REMOVE OR SECURE THESE ITEMS TO NEW ROOFTOP EQUIPMENT UNITS INSTALLED IN ACCORDANCE EQUIPMENT UNITS LISTED AND SHOWN ON THE PROJECT UNITS SCHEDULED FOR PICK -UP ARE THE PROPERTY OF AVOID EQUIPMENT DAMAGE OR OVER DIMENSIONAL FREIGHT. WITH THE SPECIFICATIONS AND REQUIRED PROJECT DOCUMENTS. AS NOTED THE AWARDED CONTRACTOR SHALL WALMART AND SHALL NOT BE DAMAGED OR DECOMMISSIONED c\2 CDc CLOSE -OUT DOCUMENTS. 1 REMAIN RESPONSIBLE FOR THE REMOVAL OF ALL CONTROLS PRIOR TO PICK -UP. THEE E ISTI NG ROOFTOP EQUIPMENT AES INDUSTRIES, INC. SHALL COMPLY TO AND FOLLOW EPA 0 EQUIPMENT FROM EXISTING ROOFTOP EQUIPMENT UNITS, UNITS SHALL BE REMOVED FROM THE SITE THE SAME WEEK CLEAN AIR ACT, TITLE VI, SECTION 608 AND CODE OF FOR REMOVAL OF ROOFTOP EQUIPMENT UNITS FROM STORE RETURNING CONTROL COMPONENTS TO THE WALMART AS THE UNIT REPLACEMENT AND LOADED ONTO THE AES FEDERAL REGULATION TITLE 40, PART 82 WHEN REMOVING SITE, AWARDED CONTRACTOR TO CONTACT: CONSTRUCTION MANAGER. THE AWARDED CONTRACTOR TRAILERS WITHIN TWO HOURS OF THE SCHEDULED PICK -UP AIR CONDITIONING OR REFRIGERATED EQUIPMENT UNITS. AES AES INDUSTRIES, INC. SHALL ALSO BE RESPONSIBLE FOR COORDINATING WITH AES TIME. THE AWARDED CONTRACTOR SHALL BE RESPONSIBLE SHALL DOCUMENT ALL REMOVED ROOFTOP EQUIPMENT UNITS CLIFF JONES INDUSTRIES, INC. FOR THE EXISTING ROOFTOP EQUIPMENT FOR ALL LABOR AND EQUIPMENT REQUIRED TO LOAD THE RECORDING THEIR IDENTIFICATION NUMBERS, MODEL AND 800) 786 -0402 TREFER TO SHEET M2 FOR CHANICAL GAS ROOF PLAN (BY THIS CONTRACT) AND SOLAR PANEL LAYOUTS (BY OTHERS) — 1) 4 S T 5 i i 6 i i 7 i i i MECHANICAL ROOF PLAN SCALE: 1"= 20'-O" 8 i 9 i J T i 10 i i I MECHANICAL KEYNOTES 13.802 REPROGRAM NOVAR ADDRESS CONTROL POINT FROM RE" TO "RG ". 13.803 REPROGRAM NOVAR ADDRESS CONTROL r POINT FROM RE" TO "RC ". 13.804 REPROGRAM NOVAR ADDRESS CONTROL L15.709 PROVIDE NEW GALVANIZED 1" CONDENSATE DRAIN PIPE AS REQUIRED AND RECONNECT TO EXISTING CONDENSATE DRAIN PIPING S S EM. 15.710 DEMO ALL UNUSED CONDENSATE DRAIN PIP AND CAP OR PLUG AS REQUIRED IF APPLICABLE. 15.724 REMOVE EXISTING ROOFTOP UNIT. SECURE NEW ROOF CURB ADAPTER ON TOP OF EXISTING CURB TO ACCOMMODATE NEW ROOFTOP UNIT INSTALLATION. PROVIDE STRUCTURAL SUPPORT AS REQUIRED. EXISTING ROOF CURB AND DUCT TO REMAIN IN PLACE. REFER TO DETAILS AND ROOF CURB ADAPTER NOTES. 15.725 REUSE EXISTING RTU SPACE TEMPERATURE SENSOR. SENSOR TO REMAIN AT SAME LOCATION. 15.726 REMOVE EXISTING EMS CONTROLLERS FROM EXISTING ROOF TOP UNITS TO BE REMOVED. RETURN TO WALMART CONSTRUCTION MANAGER FOR SPARE PARTS INVENTORY. 15.727 REFER TO ROOFTOP EQUIPMENT DEMOLITION AND SALVAGE REQUIREMENTS BOX NOTE. RTU CURB ADAPTER NOTES MECHANICAL CONTRACTOR SHALL FURNISH AND AS INSTALL CUSTOM CURB ADAPTER (MANUFACTURED BY AES INDUSTRIES INC. OR CUSTOM BUILDING SYSTEMS) FOR NEW ROOFTOP UNITS. CONTRACTOR SHALL COORDINATE WITH CURB SUPPLIER THE EXACT TYPE OF OLD ROOFTOP UNIT CURB AND NEW SIZE OF CURB REQUIRED FOR ROOFTOP UNITS. PROVIDE APPROPRIATE BAFFLES AND SHEET METAL DIVIDERS WITHIN CURB SPACE TO CONNECT EXISTING SUPPLY AND RETURN DUCTWORK TO NEW UNIT. CONTRACTOR SHALL INSPECT CONDITION OF EXISTING FLEXIBLE CONNECTIONS AND REPLACE IF CONNECTOR IS DAMAGED OR DETERIORATED. AT CONTRACTORS OPTION AND WALMART CONSTRUCTION MANAGER'S APPROVAL, REMOVE OLD ROOF CURB AND REPLACE WITH NEW ROOF CURB, PATCH EXISTING ROOF WATERTIGHT. IF THIS OPTION IS CHOSEN CONTRACTOR SHALL BE RESPONSIBLE FOR INSTALLING ALL REQUIRED FRAMING ANGLES AND STRUCTURAL SUPPORT FOR NEW CURB. FIELD VERIFY ALL EXISTING ROOFTOP UNITS TO INSURE PROPER FIT BETWEEN EXISTING ROOFTOP EQUIPMENT BASE TO NEW ROOFTOP UNIT. CURB ADAPTER SELECTION AND INSTALLATION SHALL BE ADJUSTED FOR ROOF SLOPE TO MAINTAIN LEVEL RTU INSTALLATION AND ADEQUATE CONDENSATE DRAINAGE. ROUTE NEW CONDENSATE TO DRAIN AWAY FROM UNIT ON DOWN SIDE SLOPE. REFER TO SPECIFICATION FOR ADDITIONAL INFORMATION. CITY OF LAKE ELSItNORE BUILDING DIVI"ON PERMIT ## A u ii i D City Of LakeElsinorePlanningDivisionPPPro,4 xvvovved• $ o Hate: A w" Vir MECHANICAL GENERAL NOTES 1. GENERAL NOTES ARE APPLICABLE TO ALL PLUMBING AND MECHANICAL WORKING DRAWINGS. 2. ENERGY MANAGEMENT CONTROL SYSTEM SHALL BE THE RESPONSIBILITY OF THE MECHANICAL CONTRACTOR. THE INSTALLING MECHANICAL CONTRACTOR SHALL BE WALMART CONTROLS SYSTEM INSTALLATION CERTIFIED FOR SYSTEM VENDOR. REFER TO ELECTRICAL / ENERGY MANAGEMENT PLANS FOR EQUIPMENT CONTROLS NOT SHOWN ON MECHANICAL PLANS. 3. IF APPLICABLE, COORDINATE ALL NEW GAS PIPING AND ROOF EQUIPMENT WITH EXISTING GAS PIPING, SKYLIGHTS AND ROOF EQUIPMENT. FIELD VERIFY EXISTING CONDITIONS. 4. IF APPLICABLE, MECHANICAL CONTRACTOR SHALL PROVIDE AND INSTALL ALL GAS PIPING UP TO AND INCLUDING THE REGULATOR AND FINAL CONNECTION TO THE EQUIPMENT. 5. ROOFTOP UNIT EQUIPMENT FURNISHED BY WALMART. MECHANICAL CONTRACTOR SHALL COORDINATE WITH THE MANUFACTURER FOR DELIVERY, INSPECT AND RECEIVE EQUIPMENT. CONTRACTOR SHALL BE RESPONSIBLE FOR ANY REPAIRS TO DAMAGED UNITS UPON DELIVERY. 6. MECHANICAL CONTRACTOR SHALL PROVIDE AND INSTALL ALL ROOF CURBS AND STRUCTURAL SUPPORTS INCLUDING ANGLES FOR ROOFTOP UNITS. 7. MECHANICAL CONTRACTOR SHALL CUT AND SET CURB AND ROOFTOP UNIT AND FLASH ROOF BACK IN. 8. MECHANICAL CONTRACTOR SHALL PATCH AND REPAIR ANY ROOF WORK ASSOCIATED WITH THE INSTALLATION AND /OR REMOVAL OF ROOFTOP EQUIPMENT AND OR CURBS. 9. ROOFTOP UNIT REPLACEMENTS SHALL BE ORIENTED AS INDICATED ON PLAN. CONDENSATE P -TRAP DRAINS SHALL BE ON THE SIDE OF THE UNIT WITH THE SLOPE OF THE ROOF OR THE CONDENSATE DRAIN PIPING SHALL BE EXTENDED FROM THE P -TRAP TO THE SIDE OF THE UNIT WITH THE SLOPE OF THE ROOF. 10. MECHANICAL FAILURE OF NEW ROOFTOP UNITS PRIOR TO ACCEPTANCE BY OWNER SHALL BE REPAIRED OR REPLACED BY CONTRACTOR THROUGH WARRANTY AGREEMENT WITH MANUFACTURER. 11. ROOFTOP UNITS BEING ADDED TO EXISTING ROOF STRUCTURE SHALL BE INSTALLED WHEN THE UNITS ARRIVE AT THE JOB SITE. 12. IF ROOFTOP UNITS ARE SET ON THE ROOF BEFORE ROOFING IS COMPLETED, THE MECHANICAL CONTRACTOR SHALL BE RESPONSIBLE FOR ANY DAMAGE WHICH OCCURS DURING THE ROOFING PROCESS, ESPECIALLY TAR ON COILS. 13. LABEL RTU WITH 6" BLACK PERMANENT PAINT STENCIL AND LABEL SENSOR WITH 2" HIGH BLACK PERMANENT PAINT STENCIL. NUMBER THE SENSOR TO CORRESPOND WITH RTU IT CONTROLS. LOCATE LABEL FOR UNIT NEAR ITS DISCONNECT SO IT IS READABLE FROM ROOF HATCH. FOR RTU EQUIPPED WITH RELAY FOR CO2 CONTROL, ALSO LABEL WITH 'IAQ'IN 3" RED LETTERS BELOW RTU NUMBER LABEL IN LIKE MANNER. 14. DUCT INSULATION: PROVIDE 1" THICK DUCT LINER ON ALL RECTANGULAR SUPPLY DUCTS AND 1/2" THICK ON ALL RECTANGULAR RETURN AIR DUCTS. SIZES SHOWN ARE CLEAR INSIDE DIMENSION. SHEET METAL SIZES SHALL BE INCREASED ACCORDINGLY. PROVIDE 1 -1/2" THICK WRAP INSULATION ON ALL RIGID ROUND SUPPLY AND RETURN DUCTS ABOVE FINISHED CEILINGS WHERE APPLICABLE. 15. DUCT HANGER ATTACHMENT DETAILS ARE APPLICABLE THROUGHOUT THE STORE. 16. STORE MUST BE KEPT OPERATIONAL. ARRANGE ALL WORK TO KEEP DISRUPTIONS TO OPERATIONS TO A MINIMUM. COORDINATE DISRUPTIONS WITH THE WALMART CONSTRUCTION MANAGER AND WALMART MECHANICAL SERVICES CONSTRUCTION MANAGER. 17. COORDINATE DUCTWORK WITH LIGHT FIXTURE ARRANGEMENTS TO PREVENT EXCESSIVE SHADOWING OF SALES FLOOR OR STOCK ROOM AREAS. 18. COORDINATE ALL WORK WITH OTHER TRADES. VERIFY CONDITIONS BEFORE FABRICATING DUCTWORK. 19. FURNISH AND INSTALL ALL MATERIALS FOR A COMPLETE INSTALLATION IN ALL RESPECTS, READY FOR INTENDED USE AND IN STRICT ACCORDANCE WITH ALL STATE AND LOCAL CODES AND MANUFACTURER'S RECOMMENDATIONS. COORDINATE WITH EXISTING AND NEW CONSTRUCTION. PAY ALL NECESSARY FEES AND PERMITS. 20. CONTRACTOR SHALL PAINT ALL NEW WORK EXPOSED TO PUBLIC VIEW TO MATCH COLOR OF EXISTING ADJACENT SURFACES. 21. FLEX DUCT NOT PERMITTED. zNO h W LU eW Z m GWWW X m O W Whoiz WTi W aJWF w ° W °gOW,t: W ' -'000g a OF 03O =Z<NW p w 1Oaoww °0a n °zor LL awZ 3vwiw `;050 VV110z a a °w N wW z&WO 0wo. rwMw x WW 8 QZNU IN/ zZW zw MONO J <w to l_ 0jRW_ U e yW xJ N m U 0 yW YJZoNn wo m zZ I w o = Sow gzam 00 GAS SERVICE METER LOAD: EXISTING LOAD = 1550 CFH REMOVED LOAD = (0) CFH ADDITIONAL LOAD = 3545 CFH TOTAL NEW LOAD = 5095 CFH DELIVERY PRESSURE = 7" WC CONTRACTOR TO COORDINATE WITH THE GAS COMPANY FOR ANY SERVICE MODIFICATIONS (SUCH AS A GAS METER AND /OR PRESSURE REGULATOR CHANGE) FOR THE ABOVE INCREASED CAPACITY REQUIREMENTS AND PAY FOR ANY AND ALL MATERIAL AND LABOR COST ASSOCIATED WITH THOSE MODIFICATIONS. GAS COMPANY: SOUTHERN CALIFORNIA GAS CONTACT: ROD PACULBA PH: (909) 335 -7558 DEVELOPED LENGTH OF GAS PIPE USED TO SIZE GAS PIPING BASED ON THE INTERNATIONAL FUEL GAS CODE IS 650 FT. 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CONTRACTOR SHALL BE RESPONSIBLE FOR ANY FROM THE P -TRAP TO THE SIDE OF THE UNIT WITH THE SLOPE OF THE ROOF. MAXIMUM READABLE FROM ROOF HATCH. FOR RTU EQUIPPED WITH RELAY FOR CO2 CONTROL, ALSO LABEL WITH 'IAQ' IN 3" RED LETTERS BELOW RTU 17. MANAGER. COORDINATE DUCTWORK WITH LIGHT FIXTURE PLUMBING AND MECHANICAL WORKING DRAWINGS. RAG 2. ENERGY MANAGEMENT CONTROL SYSTEM SHALL ROOF TOP UNIT REPAIRS TO DAMAGED UNITS UPON DELIVERY. 10. MECHANICAL FAILURE OF NEW ROOFTOP UNITS SAW NUMBER LABEL IN LIKE MANNER. UH ARRANGEMENTS TO PREVENT EXCESSIVE BE THE RESPONSIBILITY OF THE MECHANICAL JUH -? THERMOSTAT PRIOR TO ACCEPTANCE BY OWNER SHALL BE TIMER S -X ROOFTOP UNIT SENSOR SHADOWING OF SALES FLOOR OR STOCK ROOM CONNECT TO EXISTING CONTRACTOR. THE INSTALLING MECHANICAL 6. MECHANICAL CONTRACTOR SHALL PROVIDE AND REPAIRED OR REPLACED BY CONTRACTOR 14. DUCT INSULATION: PROVIDE 1" THICK DUCT LINER AREAS. CD- CONTRACTOR SHALL BE WALMART CONTROLS NATURAL GAS PIPING ON ROOF INSTALL ALL ROOF CURBS AND STRUCTURAL THROUGH WARRANTY AGREEMENT WITH ON ALL RECTANGULAR SUPPLY DUCTS AND 1/2" 18. COORDINATE ALL WORK WITH OTHER TRADES. SYSTEM INSTALLATION CERTIFIED FOR SYSTEM z SUPPORTS INCLUDING ANGLES FOR ROOFTOP MANUFACTURER. ROUND (OR OVAL) ELBOW THICK VOLUME CONTROL DAMPER VERIFY CONDITIONS BEFORE FABRICATING FIRE DAMPER (WHERE INDICATED) VENDOR. REFER TO ELECTRICAL /ENERGY CD4 UNITS. GRILLE /DIFFUSER TYPE NECK SIZE CFM 12/8 ON ALL RECTANGULAR RETURN AIR DUCTS. 400 DUCTWORK. MANAGEMENT PLANS FOR EQUIPMENT CONTROLS EXISTING DUCT TO BE REMOVED OR RELOCATED 11. ROOFTOP UNITS BEING ADDED TO EXISTING ROOF SIZES SHOWN ARE CLEAR INSIDE DIMENSION. NOT SHOWN ON MECHANICAL PLANS. 7. MECHANICAL CONTRACTOR SHALL CUT AND SET STRUCTURE SHALL BE INSTALLED WHEN THE SHEET METAL SIZES SHALL BE INCREASED 19. FURNISH AND INSTALL ALL MATERIALS FOR A CURB AND ROOFTOP UNIT AND FLASH ROOF UNITS ARRIVE AT THE JOB SITE. ACCORDINGLY. PROVIDE 1-1/2" THICK WRAP COMPLETE INSTALLATION IN ALL RESPECTS, 3. IF APPLICABLE, COORDINATE ALL NEW GAS PIPING BACK IN. 12. IF ROOFTOP UNITS ARE SET ON THE ROOF INSULATION ON ALL RIGID ROUND SUPPLY AND READY FOR INTENDED USE AND IN STRICT AND ROOF EQUIPMENT WITH EXISTING GAS PIPING, BEFORE ROOFING IS COMPLETED, THE MECHANICAL RETURN DUCTS ABOVE FINISHED CEILINGS WHERE ACCORDANCE WITH ALL STATE AND LOCAL CODES SKYLIGHTS AND ROOF EQUIPMENT. FIbcELD VERIFY B. MECHANICAL CONTRACTOR SHALL PATCH AND CONTRACTOR SHALL BE RESPONSIBLE FOR ANY APPLICABLE. AND MANUFACTURER'S RECOMMENDATIONS. EXISTING CONDITIONS. REPAIR ANY ROOF WORK ASSOCIATED WITH THE DAMAGE WHICH OCCURS DURING THE ROOFING COORDINATE WITH EXISTING AND NEW INSTALLATION AND /OR REMOVAL OF ROOFTOP PROCESS, ESPECIALLY TAR ON COILS. 15. DUCT HANGER ATTACHMENT DETAILS ARE CONSTRUCTION. PAY ALL NECESSARY FEESAND4. IF APPLICABLE, MECHANICAL CONTRACTOR SHALL EQUIPMENT AND OR CURBS. APPLICABLE THROUGHOUT THE STORE . PERMITS. PROVIDE AND INSTALL ALL GAS PIPING UP TO 13. LABEL RTU WITH 6" BLACK PERMANENT PAINT AND INCLUDING THE REGULATOR AND FINAL 9. ROOFTOP UNIT REPLACEMENTS SHALL BE STENCIL AND LABEL SENSOR WITH 2' HIGH BLACK 16. STORE MUST BE KEPT OPERATIONAL. ARRANGE 20. CONTRACTOR SHALL PAINT ALL NEWWORKCONNECTIONTOTHEEQUIPMENT. ORIENTED AS INDICATED ON PLAN. CONDENSATE PERMANENT PAINT STENCIL. NUMBER THE SENSOR ALL WORK TO KEEP DISRUPTIONS TO OPERATIONS EXPOSED TO PUBLIC VIEW TO MATCH COLOR OF P -TRAP DRAINS SHALL BE ON THE SIDE OF THE TO CORRESPOND WITH RTU IT CONTROLS. LOCATE TO A MINIMUM. COORDINATE DISRUPTIONS WITH THE WALMART CONSTRUCTION MANAGER AND EXISTING ADJACENT SURFACES. 5. ROOFTOP UNIT EQUIPMENT FURNISHED BY UNIT WITH THE SLOPE OF THE ROOF OR THE LABEL FOR UNIT NEAR ITS DISCONNECT SO IT IS WALMART. 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IrI'IwY 1 1 !r .w. .w1 rr ME HANICAL SYMBOLS AFF ABOVE FINISHED FLOOR AHU AIR HANDLING UNIT CD CEILING SUPPLY AIR DIFFUSER EAG EXHAUST AIR GRILLE ETR EXISTING TO REMAIN MAX MAXIMUM MIN MINIMUM RA RETURN AIR RAG RETURN AIR GRILLE RTU ROOF TOP UNIT SA SUPPLY AIR SAW SUPPLY AIR WALL REGISTER UH UNIT HEATER KEYNOTE DESIGNATION JUH -? THERMOSTAT H -? TIMER S -X ROOFTOP UNIT SENSOR t9 CONNECT TO EXISTING V31 GAS PRESSURE REGULATOR X XX -----SHEET DETAIL NUMBER NUMBER CD-- CONDENSATE PIPING ON ROOF CONDENSATE PIPING UNDERROOFCD- G -- NATURAL GAS PIPING ON ROOF G- NATURAL GAS PIPING UNDER ROOF SUPPLY DUCT IN SECTION El RETURN OR EXHAUST DUCT IN SECTION RECTANGULAR ELBOW W/ TURNING VANES zTEEWITHTURNINGVANES ROUND (OR OVAL) ELBOW F E VOLUME CONTROL DAMPER FID FIRE DAMPER (WHERE INDICATED) CD4 GRILLE /DIFFUSER TYPE NECK SIZE CFM 12/8 400 CCJ1 EXISTING DUCT TO BE REMOVED OR RELOCATED s 1r1 rt I Irr irl lrl Ir Iri Irl _® "r Iii iri ' •'i Y- Irl ® ! r (rl oY - 1 -.1 l i iiIiiIrtmmmw0 ! m m w m m m m1Mm : . I•I1 m Ir{ : m m.. /rl , n , m m . m , nn m Irl Irl m {., GAS . 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TO, THE LOCATIONOFmmmmmmmmmmmmmmmmmmmmmtmmmmmmmmmmmmmmmm1IIIrII, Irl iri 1wr !, , ir-fi m . !ffi,r vl ;1=11 , 1w• : Iffi1 tint ,Ill , Ir! +r1 , 11=11 , rain !=I 1=11 !In Iffir =1 , 1=1 1wr 1 I ,IYI , I! +=1 1w/ u• lint , Irl , 1 1 !_• •_• 1 I , Irl o! • =1 : iGl , 11=1: of or IrlREQUIRE1Y1Irl11IGIIGI1IIGIIGi11IiIIGIIGIIYIIrlIrlIrYlitIGIIGIIGIIGIlitIrlitIGIlitiYIIrlINYIiiIGIIGIIrl11Iri1YIillIrl11IrIIGiofIof . lint 'Irl' Irlmmmmmmmmmmmmmmir• m m m m m m lint m m m m W W w m m m w 1 1 w m m flr w w YY m m m t •• m m W RELOCATION • •• 1 OR • OF m m m m m nn . m m m, m m, m, m m m, m m Irl , m m m m, m, rR m m, m: it m YYI m SERVICE1IrlIrfIYIIrllintIrfIrlIrloIIrlof DATE: 1 1 IYI 1r1 • Ir' IYI Iri of 1 1 1r1 Irl 1 1 Irl Irl ' rl IrI IYt Irl Irl Irl 1 1 0l 1 1 Irl Irl IYI of IrI of Irl IIII Irl "lint Irt 1 Irl Irl of © • • •• • Jul Irf : W' :lint : w f YY W w W url 'Ii1t W - w W' W YY W W' W W W' m IYl m m m rl m m m m m m m m lw m m m m IYI m rl= iii i m m m fl r rr m 1 m m p•\ • •• REQUIRED BY GAS COMPANY. CONTACT lIrI lei Intl IYI Intl 111 r lei Intl iii Intl Intl Intl Intl Ir`1 Intl t_ into lei Intl Iri Intl Intl Intl 1 I Intl ,lint, Intl Intl Ir YrI Intl Intl IrI 1 I _ Ir 1111 1 1 t Iri Intl I f 1 BY: BSL i27 7GY S2i i2i' i2i iGl 'i2i i IGi GI 'i2i i`i' 12i YSGi iii" 12' iG) `iwi ' i2S' IGi. iGli2i ' iiii IGi i2i ' i2i of Intl IrY iGl SGi ' i2i` i2i 721 'iii 'iri° iii 1 'i r IG' iiil i2i i2i IGi 7Gi i2i iii Y 1 TOR TO BE PROVIDEDBYWWWWWWWiWW11WItWWviWWWWWWlYWWWWwWWWWWWSintWWWWYYWWWWWW • CORRECTmIImmmmmmmmtintmmmmIr• m m m m m m ne m m m m m m m m m m m 1 1 m m m m m m nn m m m m m Intl •• • Ir1 ,arr 12! . ur Irr !wl Ira .w.. 12! awl ..r1 1r1 . Iffi.• lint . u. .w1 1.! =f !ffi! u1 Iffi[ ul .w1 rr1 mIff! !r1 , .we rl ' of of rl 1=11 v.. Iffi.r !rl .ra , 1=11. Iffi! 1r1 . u1 u1 rr ul .art u1 mlet .w. 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Line ffi! .Irr ' W W w . =1 .11=1 , Ire •.S. tint frY . 5..1 11=1 1=1 11w1: !ffi, .:5 PRIMARY :. •• • •. m tit oil oil lei iii of oil Iri rl Iri IGI in i IGi Iri ii 1 iii IYI iri iii Ilil Iri of iii m rr m m iii iii iii m 'im m Irf oil iii iiiIYW 'Intl' mu m lint m m m m m m m m m YIY m ill m m m m to m m m lei IYI I 1 Yri m m I of Intl Iri iY m m m m `R • MATCH PLAN. lit '' m m m m .m m. m m m m m m m no m m m m m .m , nn m m m sat 'iGi iGi IGr m m i21 lGi 'iGi' (GI m • • REUSED. of 1' 1/ o Y! r1- of Intl IYI IYI - m YI I 'Intl 1 t Intl YI IYI IYI lrl iof loo - Irf 1 tYl W W W W Intl 1 1 IYI 1 W W W IYI YI ! IYI !IN 1 IlofoilIntl ' of lei oil lei oil oil oil oil oil oil it ill Ill oil lit oil of Ill oil oil. IiI iil IYI m t m m 1 1 oil li Y I'I Y m m IY1 m IYI'I Y ii Intl Intl Intl YELLOW. W 'Iri W w w Intl 'Intl Jul Intl Intl W ' w W w ' W Iri Intl ur ' w' W W -lru ' uV' W W !ffi1 -!r! , !•!= Iffi! Irf uu' 1 IYI W ! =1 !e! , !ffi1: !ffi! 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IYI GI , iii 1 ANI:E GiA tins INC. or adherence to the I " .... q c RTU -4 2 "G CONTRACTOR SHALL oRERAIR ALL ` Authorization is RTU -7 I ° I / ° r G ' $. 2 • DAMAGE CAUSED Y CONTR I Sin ilennit pending I I I.; w_. u - 2 „ I 15.105 I ° Ic2RE: 1 /M1 RTU -8 I 1 -1 2 "G 3 850 (TYPICAL FOR ALLG / 1055 1 -1 4 "G 3'G 130 MBH 130 MBH RE: 1 /M1 260 MBH MBH 130 MBH 925 MBH iMBH I NEW GAS PIPING) 46 I RE. 1 M1 330 MBH R pTnpL- -G -- - -- - -G - - -- - - - - -G -- - -- -- - - - -- -- G -U- - -- - -G- - - - - -- -- -- / K, le C' aht` b based in G WORK' uthese Hianl- be construedoG _ - 2 u_ - DURING NEW WO V V 4 1575 " G 4 "G I1445 i B 2 2 4 "G 1315 MBH -x _ nom' v 592 i T- RE: 13M1' 255 M H Udt s ui nrdw,i. e. No Pi p of the applicable 2 MBH - __ Lam. _L -- I TU -2 MB I / 11 I RTU -5 tliority to viol, tc. or ca,lc.el r,u pr KCAL p 'I:nll h valid. 1/M1 RE: 1 /M1heiirIi h30 MBH - - J PLAN 1 1 4 22H11G .,.. 1 1 4 2 v.d . 1' B 1 iIFTU -1 _ f2TU -40 RE..1/M1-- ETR MECHANICAL ROOF PLAN SCALE: 1 "= 20' -0" EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS AND SITE VISITS AND MAY NOT REFLECT EXACT "AS- BUILT" CONDITIONS. CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR SHALL CAREFULLY COORDINATE NEW WORK AND DEMOLITION WITH ALL OTHER DISCIPLINES AND EXISTING CONDITIONS. SHEET: M2 0 rn- i' N rr F--` -1 I nI 0, i` w W 0 C,2 rn O iri P4 Y- z m m m w W W !w) ,!ffi! !ffi!, tin !Me , != affil 1 •, !ffir !=I n•! w w1 .r1, .rr • • Intl - i - !_I. ! ! ! 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IYI GI , iii 1 ANI:E GiA tins INC. or adherence to the I " .... q c RTU -4 2 "G CONTRACTOR SHALL oRERAIR ALL ` Authorization is RTU -7 I ° I / ° r G ' $. 2 • DAMAGE CAUSED Y CONTR I Sin ilennit pending I I I.; w_. u - 2 „ I 15.105 I ° Ic2RE: 1 /M1 RTU -8 I 1 -1 2 "G 3 850 (TYPICAL FOR ALLG / 1055 1 -1 4 "G 3'G 130 MBH 130 MBH RE: 1 /M1 260 MBH MBH 130 MBH 925 MBH iMBH I NEW GAS PIPING) 46 I RE. 1 M1 330 MBH R pTnpL- -G -- - -- - -G - - -- - - - - -G -- - -- -- - - - -- -- G -U- - -- - -G- - - - - -- -- -- / K, le C' aht` b based in G WORK' uthese Hianl- be construedoG _ - 2 u_ - DURING NEW WO V V 4 1575 " G 4 "G I1445 i B 2 2 4 "G 1315 MBH -x _ nom' v 592 i T- RE: 13M1' 255 M H Udt s ui nrdw,i. e. No Pi p of the applicable 2 MBH - __ Lam. _L -- I TU -2 MB I / 11 I RTU -5 tliority to viol, tc. or ca,lc.el r,u pr KCAL p 'I:nll h valid. 1/M1 RE: 1 /M1heiirIi h30 MBH - - J PLAN 1 1 4 22H11G .,.. 1 1 4 2 v.d . 1' B 1 iIFTU -1 _ f2TU -40 RE..1/M1-- ETR MECHANICAL ROOF PLAN SCALE: 1 "= 20' -0" EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS AND SITE VISITS AND MAY NOT REFLECT EXACT "AS- BUILT" CONDITIONS. CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR SHALL CAREFULLY COORDINATE NEW WORK AND DEMOLITION WITH ALL OTHER DISCIPLINES AND EXISTING CONDITIONS. SHEET: M2 EXISTING RTU TO BE REPLACED SCHEDULE FOR REFERENCE ONLY) 3 RTU # MANUFACTURER MODEL # HEAT GAS MBH HEAT ELEC KW UNIT WEIGHT LBS. CURB TYPE RTU -1 AAON RH103GO -1C2 30 1360 PLENUM RTU -2 AAON RHO33GO -8A1 10 893 PLENUM RTU -3 AAON RH103GO -1C2 30 1360 PLENUM RTU -4 AAON RH103GO -1C2 30 1360 PLENUM RTU -5 AAON RH053GO -161 20 953 PLENUM RTU -6 AAON RH033GO -8A1 10 893 PLENUM RTU -7 AAON RH103G0 -1C2 30 1360 PLENUM RTU -8 AAON RH103G0 -1C2 30 1360 PLENUM RTU -9 AAON RH103GO -1C2 30 1360 PLENUM RTU -10 AAON RH103GO -1C2 30 1360 PLENUM RTU -11 AAON RH103GO -1C2 30 1360 PLENUM RTU -12 AAON RH103G0 -1C2 30 1360 PLENUM RTU -13 AAON RH103G0 -1C2 30 1360 PLENUM RTU -14 AAON RH103GO -iC2 30 1360 PLENUM RTU -15 AAON RH053GO -1B1 20 953 PLENUM RTU -16 AAON RH103GO -lC2 30 1360 PLENUM RTU -17 AAON RH103G0 -1C2 30 1360 PLENUM RTU -18 AAON RH103GO -1C2 30 1360 PLENUM RTU -19 AAON RH033GO -8A1 10 1360 PLENUM RTU -20 AAON RH103GO -1C2 30 1360 PLENUM RTU -21 AAON RH103GO -000 COOLING ONLY 1205 PLENUM RTU -22 AAON RH103GO -000 COOLING ONLY 1205 1 PLENUM RTU -23 AAON RH103GO -1C2 30 1360 PLENUM RTU -24 AAON RH103GO -1C2 30 1360 1 PLENUM RTU -25 AAON RH103GO -1C2 3O-____1 1360 1 PLENUM RTU -26 AAON RH103G0 -1C2 30 1360 PLENUM RTU -27 AAON RH103GO -1C2 30 1360 PLENUM RTU -28 AAON RH103GO -1C2 30 1360 PLENUM RTU -29 AAON RH103GO -1C2 30 1360 PLENUM RTU -30 AAON RH103G0 -1C2 30 1360 PLENUM RTU -31 AAON RH053GO -1B1 20 953 PLENUM RTU -32 AAON RHO33G0 -8A1 10 893 PLENUM RTU -33 AAON RH033GO -8A1 10 893 PLENUM RTU -34 AAON RH053GO -1B1 20 953 PLENUM RTU -35 AAON RH103GO -1C2 30 1360 PLENUM RTU -36 AAON RH103G0 -1C2 30 1360 PLENUM RTU -37 AAON RH033GO -8A1 10 893 1 PLENUM RTU -38 AAON RK103GO -000 COOLING ONLY' 975 i PLENUM RTU -39 AAON RK053GO -000 COOLING ONLY 1600 PLENUM NOTES: 1. EXISTING RTU INFORMATION PROVIDED FOR BID REFERENCE ONLY AND NOT INTENDED TO BE SUBMITTED FOR MANUFACTURER PURCHASE ORDER REQUESTS. 2. THE AWARDED CONTRACTOR SHALL BE RESPONSIBLE FOR VERIFICATION OF EXISTING SITE CONDITIONS AND THE ACCURACY OF PURCHASE ORDER INFORMATION. N0 y W YZOrN wa4 inzmWNSO oN 0gw a z wQm700 a ROOFTOP EQUIPMENT DEMOLITION AND SALVAGE REQUIREMENTS MECHANICAL CONTRACTOR SHALL NOT INCLUDE SALVAGE CREDIT FOR ROOFTOP EQUIPMENT UNITS IN THIS PROJECT BID. THE AWARDED CONTRACTOR SHALL BE RESPONSIBLE FOR THE REMOVAL AND REPLACEMENT OF ALL ROOFTOP EQUIPMENT UNITS LISTED AND SHOWN ON THE PROJECT DOCUMENTS. AS NOTED, THE AWARDED CONTRACTOR SHALL REMAIN RESPONSIBLE FOR THE REMOVAL OF ALL CONTROLS EQUIPMENT FROM EXISTING ROOFTOP EQUIPMENT UNITS, RETURNING CONTROL COMPONENTS TO THE WALMART CONSTRUCTION MANAGER. THE AWARDED CONTRACTOR SHALL ALSO BE RESPONSIBLE FOR COORDINATING WITH AES INDUSTRIES, INC. FOR THE EXISTING ROOFTOP EQUIPMENT UNITS TO BE REMOVED FROM THE STORE SITE. THE AWARDED CONTRACTOR SHALL COORDINATE WITH THE STORE MANAGER AN AREA FOR TEMPORARY UNIT STORAGE ON GRADE IN THE MOST VIABLE SECURE LOCATION PROVIDING FOR A ONE WEEK NOTICE TO AES INDUSTRIES, INC. AS TO THE DATE OF UNIT PICK -UP. ALL ROOFTOP EQUIPMENT UNITS SCHEDULED FOR PICK -UP IS THE PROPERTY OF WALMART AND SHALL NOT BE DAMAGED OR DECOMMISSIONED PRIOR TO PICK -UP. THE EXISTING ROOFTOP EQUIPMENT UNITS SHALL BE REMOVED FROM THE SITE THE SAME WEEK AS THE UNIT REPLACEMENT AND LOADED ONTO THE AES TRAILERS WITHIN TWO HOURS OF THE SCHEDULED PICK -UP TIME. THE AWARDED CONTRACTOR SHALL BE RESPONSIBLE FOR ALL LABOR AND EQUIPMENT REQUIRED TO LOAD THE UNITS ONTO THE AES TRAILERS. ALL ROOFTOP EQUIPMENT MUST BE PROPERLY PACKAGED TO MEET FLATBED OR LESS THAN TRUCKLOAD (LTL) REQUIREMENTS. ROOFTOP EQUIPMENT MUST HAVE ALL ACCESS DOORS, HOODS, ETC., SECURED AND OR REMOVED PRIOR TO SHIPMENT. CONTRACTOR MUST REMOVE OR SECURE THESE ITEMS TO AVOID EQUIPMENT DAMAGE OR OVER DIMENSIONAL FREIGHT. AES INDUSTRIES, INC. SHALL COMPLY TO AND FOLLOW EPA CLEAN AIR ACT, TITLE VI, SECTION 608 AND CODE OF FEDERAL REGULATION TITLE 40, PART 82 WHEN REMOVING AIR CONDITIONING OR REFRIGERATED EQUIPMENT UNITS. AES SHALL DOCUMENT ALL REMOVED ROOFTOP EQUIPMENT UNITS RECORDING THEIR IDENTIFICATION NUMBERS, MODEL AND SERIAL NUMBERS, THE AMOUNT OF REFRIGERANT RECOVERED FROM EACH UNIT, THE DATE OF DECOMMISSIONING, INCLUDING THE COMPANY NAME AND SIGNATURE OF AN ON -SITE SUPERVISOR. THE AWARDED CONTRACTOR SHALL CONTINUE TO PROVIDE FOR ALL OTHER DOCUMENTATION FOR NEW ROOFTOP EQUIPMENT UNITS INSTALLED IN ACCORDANCE WITH THE SPECIFICATIONS AND REQUIRED PROJECT CLOSE -OUT DOCUMENTS. FOR REMOVAL OF ROOFTOP EQUIPMENT UNITS FROM STORE SITE, AWARDED CONTRACTOR TO CONTACT: AES INDUSTRIES, INC. CLIFF JONES 800) 786 -0402 CITY OFD t ' SORE LENNOX GAS ROOFTOP UNIT SCHEDULE O A RTU AREA UNIT SIZE MODEL SUPPLY AIR SUPPLY AIR ESP OUTSIDE AIR OUTSIDE AIR GAS HEAT ECONOMIZER/ wZCD SMOKE m m UNIT NOTES NUMBER SERVED TONS) COOLING HEATING IN WC) CFM C\2 rn CFM WITH INPUT OSA DAMPER cc DETECTOR w WEIGHT CFM MAX CFM MAX F CO2 CONTROL z LOCATION IN POUNDS LBS. W0r, RTU -1 PHARMACY 10 SGA120H4 3700 3700 0.75" 150 150 130.0 MBH FME SA, 1860 C, D RTU -2 OPTICAL OFFICE 3 SGAO36H4 1200 1200 0.75" 120 120 75.0 MBH FME SA 1063 D RTU -3 OPTICAL 10 SGA120H4 3700 3700 0.75' 200 200 130.0 MBH FME SA 1860 C, D RTU -4 VESTIBULE 10 SGA120H4 3700 3700 0.75" 200 200 130.0 MBH FME 4 1860 C, D RTU -5 PHOTO LAB 5 SGA060H4 1650 1650 0.75" 200 200 125.0 MBH FME SA 1087 D RTU -6 CASH OFFICE 3 SGA036H4 1200 1200 0.75" 120 120 75.0 MBH FME SA 1063 D RTU -7 SALES FLOOR 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME SA 1860 C, D RTU -8 SALES FLOOR 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME SA C, D RTU -9 SALES FLOOR 10 SGA120H4 3700 3700 0.75' 850 850 130.0 MBH FME SA C, D RTU -10 SALES FLOOR 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME SA C, D RTU -11 CHECKOUTS 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME SA 1860 C, D RTU -12 CHECKOUTS 10 SGA12OH4 3700 3700 0.75" 850 850 130.0 MBH FME SA C, D RTU -13 CHECKOUTS 10 SGA120H4 3700 3700 0.75" 850 3700 130.0 MBH FME SA A, C, D; E RTU -14 MCDONALD'S SEATING 10 SGA120H4 3700 3700 0.75' 850 850 130.0 MBH FME SA 1860 RTU -15 MCDONALD'S KITCHEN 5 SGA060H4 1650 1650 0.75' 200 200 125.0 MBH FME SA 1087 v D RTU -16 SALES FLOOR 10 SCA120H4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C, D RTU -17 SALES FLOOR 10 SCA120H4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C, D RTU -18 SALES FLOOR 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME 4 S 1860 C, D RTU -19 TBO OFFICE 3 SGA036H4 1200 1200 0.75" 120 120 75.0 MBH FME SA 1063 D RTU -20 SALES FLOOR 10 SGA120H4 3700 3700 0.75" 850 3700 130.0 MBH FME SA 1860 RTU -21 SALES FLOOR 10 SCA120H4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C; RTU -22 SALES FLOOR 10 SCA12OH4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C, D RTU -23 SALES FLOOR 10 SCA120H4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C, D RTU -24 SALES FLOOR 10 SCA120H4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C, D RTU -25 SALES FLOOR 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME SA 1860 C, D RTU -26 SALES FLOOR 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME SA 1860 C. D RTU -27 SALES FLOOR 10 SCA120H4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C, D RTU -28 SALES FLOOR 10 SCA120H4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C, D RTU -29 SALES FLOOR 10 SCA120H4 3700 COOL ONLY 0.75" 850 850 COOL ONLY FME SA 1860 C, D RTU -30 SALES FLOOR 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME SA 1860 C, D RTU -31 BREAKROOM 5 SGA060H4 1650 1650 0.75" 200 200 125.0 MBH FME SA 1087 D RTU -32 COMPUTER OFFICE 3 SGA036H4 1200 1200 0.75" 120 120 75.0 MBH FME SA 1063 D RTU -33 TRAINING 3 SGA036H4 1200 1200 0.75' 120 120 75.0 MBH FME SA 1063 D RTU -34 OFFICE /LOUNGE 5 SGA06OH4 1650 1650 0.75" 150 150 125.0 MBH FME SA 1087 D RTU -35 STOCKROOM 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME SA 1860 C. D RTU -36 STOCKROOM 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME 4 1860 C, D RTU -37 CORRIDOR 3 SGAO36H4 1200 1200 0.75" 120 120 75.0 MBH FME SA 1063 D RTU -38 GARDEN CENTER 10 SGA120H4 3700 3700 0.75" 850 850 130.0 MBH FME 4 1860 C, D RTU -39 GARDEN CENTER 5 SGA060H4 1650 1650 0.75, ", - - 120 120 125.0 MBH FME SA 1087 D TOTAL 23390 29090 rSXGENERALINFORMATION (ALL UNITS): S 4 1. UNITS FURNISHED BY OWNER. INSTALLATION AND STARTUP BY CONTRACTOR WITH MANUFACTURER'S REPRESENTATIVE. 2. ALL UNITS ARE 460V, 3 PHASE, 60 HERTZ. UNITS MUST BE UL OR ETL AS WELL AS AGA APPROVED. MINIMUM AFUE = 80 %. 3. UNIT OPERATING WEIGHTS (LBS): 20 TON = 3275, 10 TON = 1860, 5 TON = 1087, 3 TON = 1063. 4. OUTSIDE AIR IS CONDITIONED AND THROUGH THE ROOFTOP UNITS AS SCHEDULED ABOVE IN ACCORDANCE WITH ASHRAE 62 -2004. 5. SMOKE DETECTORS ARE FACTORY INSTALLED. 6. UNITS ARE SUPPLIED WITH HACR -TYPE RATED CIRCUIT BREAKER. 7. UNITS ARE SUPPLIED WITH SINGLE POINT POWER AND GAS ENTRY CONNECTIONS. 8. ROOF CURB OR CURB ADAPTER FURNISHED AND INSTALLED BY MECHANICAL CONTRACTOR. 9. UNIT ENERGY EFFICIENCY RATINGS (EER) PER ARI 210 & 360 ARE AS FOLLOWS: 20 TON = 12.6, 10 TON 12.1, 5 TON = 12.8, 3 TON = 14.3. 10. UNIT SEASONAL ENERGY EFFICIENCY RATINGS (SEER) PER ARI 210 & 360 ARE AS FOLLOWS: 5 TON = 15.5, 3 TON = 16.1. 11. PROVIDE NOVAR EMS CONTROLS COMPATIBLE WITH STORE SYSTEM. PROVIDE RTU WITH ETM. 12, MAKE FINAL COMPRESSOR WIRING TERMINATIONS ON ROTATION- SENSITIVE COMPRESSORS. 13.OSA DAMPER TYPES: FME = FULLY MODULATING ECONOMIZER, MA = MANUALLY ADJUSTABLE. 14. UNITS ARE PROVIDED WITH FACTORY INSTALLED, FIELD WIRED, GFCI RECEPTACLE INSIDE THE CABINET. 15. INSTALL HOLD DOWN BRACKETS FURNISHED WITH UNIT PER RTU /AHU HOLD DOWN BRACKETS DETAIL. 16. MECHANICAL CONTRACTOR SHALL PROVIDE AND INSTALL ALL GAS PIPING AND CONNECTIONS TO UNIT. 17. ALL EXISTING ROOFTOP UNITS HAVE A DUCTED SUPPLY AND RETURN AIR SYSTEM. NONE OF THE EXISTING OR NEW ROOFTOP UNITS USE A PLENUM FOR SUPPLY AIR OR RETURN AIR. 18. ALL NEW ROOFTOP UNITS ARE REPLACING EXISTING ROOFTOP UNIT IN THE EXACT EXISTING LOCATION WITH CURB ADAPTERS AS REQUIRED. OTE A. UNIT EQUIPPED WITH RELAY FOR CO2 CONTROL, AND EXTERNALLY LABELED "IAQ" IN 3" RED LETTERS. REFERENCE ELECTRICAL SHEETS. IN THE EVENT THE CO2 LEVELS RISE ABOVE 600 PPM ABOVE AMBIENT, 4 THE CO2 SENSOR SHALL OVERRIDE THE OUTSIDE AIR DAMPER AND THE ROOFTOP UNIT ECONOMIZER SHALL MODULATE TO FULLY OPEN TO DECREASE CO2 LEVELS TO BELOW 600 PPM ABOVE AMBIENT. REFERENCE DEMAND BASED VENTILATION INTERPRETATION OF ASHRAE 62 -2004. SALES FLOOR: MINIMUM OUTSIDE AIR = 19795 CFM; MAXIMUM OUTSIDE AIR 25570 CFM WITH CO2 SENSOR CONTROL. THE VENTILATION MUST BE MAINTAINED THAT WILL RESULT IN A CONCENTRATION OF CO2 AT OR BELOW 600 PPM ABOVE AMBIENT LEVEL. CONTRACTOR SHALL SELECT PROPER SENSOR IN THE FIELD C. UNIT EQUIPPED WITH MULTI -STAGE AIR VOLUME (MSAV) CAPABILITIES. 4 D. UNIT IS SUPPLIED WITH FACTORY MOUNTED MOTOR NON- OVERLOADING PULLEY PACKAGE TO MATCH SCHEDULED CFM AND EXTERNAL STATIC PRESSURE, FACTORY VERIFICATION REQUIRED. E. CONTRACTOR SHALL PROVIDE A TOTAL OF (10) TEN CO2 SENSORS IN LOCATIONS INDICATED ON PLAN. THE CO2 SENSORS MUST BE FACTORY CERTIFIED TO HAVE AN ACCURACY OF NO LESS THAN 75 PPM AT 600 AND 1,000 PPM CONCENTRATION WHEN MEASURED AT SEA LEVEL AND 25 DEGREE CELSIUS, OVER A FIVE YEAR PERIOD WITHOUT CALIBRATION IN THE FIELD. 4 CURB ADAPTER SUPPLIERS (NO SUBSTITUTIONS) 3 MANUFACTURER PHONE NUMBER AES (800) 786 -0402 CUSTOM BUILDING SYSTEMS (888) 240 -6372 ROOFTOP EQUIPMENT DEMOLITION AND SALVAGE REQUIREMENTS MECHANICAL CONTRACTOR SHALL NOT INCLUDE SALVAGE CREDIT FOR ROOFTOP EQUIPMENT UNITS IN THIS PROJECT BID. THE AWARDED CONTRACTOR SHALL BE RESPONSIBLE FOR THE REMOVAL AND REPLACEMENT OF ALL ROOFTOP EQUIPMENT UNITS LISTED AND SHOWN ON THE PROJECT DOCUMENTS. AS NOTED, THE AWARDED CONTRACTOR SHALL REMAIN RESPONSIBLE FOR THE REMOVAL OF ALL CONTROLS EQUIPMENT FROM EXISTING ROOFTOP EQUIPMENT UNITS, RETURNING CONTROL COMPONENTS TO THE WALMART CONSTRUCTION MANAGER. THE AWARDED CONTRACTOR SHALL ALSO BE RESPONSIBLE FOR COORDINATING WITH AES INDUSTRIES, INC. FOR THE EXISTING ROOFTOP EQUIPMENT UNITS TO BE REMOVED FROM THE STORE SITE. THE AWARDED CONTRACTOR SHALL COORDINATE WITH THE STORE MANAGER AN AREA FOR TEMPORARY UNIT STORAGE ON GRADE IN THE MOST VIABLE SECURE LOCATION PROVIDING FOR A ONE WEEK NOTICE TO AES INDUSTRIES, INC. AS TO THE DATE OF UNIT PICK -UP. ALL ROOFTOP EQUIPMENT UNITS SCHEDULED FOR PICK -UP IS THE PROPERTY OF WALMART AND SHALL NOT BE DAMAGED OR DECOMMISSIONED PRIOR TO PICK -UP. THE EXISTING ROOFTOP EQUIPMENT UNITS SHALL BE REMOVED FROM THE SITE THE SAME WEEK AS THE UNIT REPLACEMENT AND LOADED ONTO THE AES TRAILERS WITHIN TWO HOURS OF THE SCHEDULED PICK -UP TIME. THE AWARDED CONTRACTOR SHALL BE RESPONSIBLE FOR ALL LABOR AND EQUIPMENT REQUIRED TO LOAD THE UNITS ONTO THE AES TRAILERS. ALL ROOFTOP EQUIPMENT MUST BE PROPERLY PACKAGED TO MEET FLATBED OR LESS THAN TRUCKLOAD (LTL) REQUIREMENTS. ROOFTOP EQUIPMENT MUST HAVE ALL ACCESS DOORS, HOODS, ETC., SECURED AND OR REMOVED PRIOR TO SHIPMENT. CONTRACTOR MUST REMOVE OR SECURE THESE ITEMS TO AVOID EQUIPMENT DAMAGE OR OVER DIMENSIONAL FREIGHT. AES INDUSTRIES, INC. SHALL COMPLY TO AND FOLLOW EPA CLEAN AIR ACT, TITLE VI, SECTION 608 AND CODE OF FEDERAL REGULATION TITLE 40, PART 82 WHEN REMOVING AIR CONDITIONING OR REFRIGERATED EQUIPMENT UNITS. AES SHALL DOCUMENT ALL REMOVED ROOFTOP EQUIPMENT UNITS RECORDING THEIR IDENTIFICATION NUMBERS, MODEL AND SERIAL NUMBERS, THE AMOUNT OF REFRIGERANT RECOVERED FROM EACH UNIT, THE DATE OF DECOMMISSIONING, INCLUDING THE COMPANY NAME AND SIGNATURE OF AN ON -SITE SUPERVISOR. THE AWARDED CONTRACTOR SHALL CONTINUE TO PROVIDE FOR ALL OTHER DOCUMENTATION FOR NEW ROOFTOP EQUIPMENT UNITS INSTALLED IN ACCORDANCE WITH THE SPECIFICATIONS AND REQUIRED PROJECT CLOSE -OUT DOCUMENTS. FOR REMOVAL OF ROOFTOP EQUIPMENT UNITS FROM STORE SITE, AWARDED CONTRACTOR TO CONTACT: AES INDUSTRIES, INC. CLIFF JONES 800) 786 -0402 CITY OFD t ' SORE APP SCO FT k A,'EbvlS 8 Thaw Mans h:rvp been r(r.l. appbc.ihlo emirs and u,,i i hr;reby yr.rnte'd to is, ue r approval,by all applicable Crt: The issuance or granting approval of these pans il permit or approve any viol it codes or ordinance- No I' r authority to violate or canes. I us shall be valid. NOTE EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS AND SITE VISITS AND MAY NOT REFLECT EXACT "AS- BUILT" CONDITIONS. CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR SHALL CAREFULLY COORDINATE NEW WORK AND DEMOLITION WITH ALL OTHER DISCIPLINES AND EXISTING CONDITIONS. ZNO A NW 267/22/111 00 0i KI E ow APP SCO FT k A,'EbvlS 8 Thaw Mans h:rvp been r(r.l. appbc.ihlo emirs and u,,i i hr;reby yr.rnte'd to is, ue r approval,by all applicable Crt: The issuance or granting approval of these pans il permit or approve any viol it codes or ordinance- No I' r authority to violate or canes. I us shall be valid. NOTE EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS AND SITE VISITS AND MAY NOT REFLECT EXACT "AS- BUILT" CONDITIONS. CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR SHALL CAREFULLY COORDINATE NEW WORK AND DEMOLITION WITH ALL OTHER DISCIPLINES AND EXISTING CONDITIONS. ZNO o NW 267/22/111 00 0i KI E owWer, 9m Y o wZCD m m W mW^ a w W C\2 rn w Z°Z D Of w g'°"NON aw4 oi°5 a ° j HLL °K O=Z NNW a °avwiWw u d pOowr ZO 3Uoy aw o a Wr> w vii ¢¢Frc Z„'?wrc z Q 3 a Ld NON O oo t °gZa w wm d NwNF°<< 00Z33 W§ oa WaWOB ISSUE BLOCK L7 267/22/111 00 CODE COM. r .ij w w O 0 R= i` w W C\2 rn O cc O w cf) W F z W0r, ISSUE BLOCK 267/22/111 CODE COM. DATE: 02/21/11 DRAWN BY: TPF CHECKED BY: BSL WANE S. HENDERSON N0. M•028116 mErh GAL OF Ca 19RO- ANCE 00IATES INC. TE_ d foi adherence to the co. Authorization is Idinq permit pending permit based on of be construed to AL pr° L -LOULE SHEET: M3 E w xAJ N 0 m U 0 w d J Z0 o w00 mZmWryS0 N0 o z am00 STAINLESS STEEL ADJUSTABLE HOSE CLAMP (BOTH SIDES) GALVANIZED PIPE STRAP. FIT TIGHT TO PIPE. GAS LINE PAINTED S, YELLOW. CONDENSA' DOES NOT REQUIRE I RUBBER WALKPAD ADHERED TO ROOF ROOF MEMBRANE ROOF INSULATION 2" ZINC COATED SCREWS TYP RTU (AHU SIM) BRACKET 12 TEK SCREWS TYP EIGHT PER BRACKET) NEW CURB ADAPTER REF SUPPLIER FOR CURB ADAPTER TO EXISTING CURB CONNECTION TYP PROVIDE MIN CONNECTION OF #10 TEK SCREWS AT 6 "OC. CHOOSE TOP OR BOTTOM ROW B ROOF RTU (AHU SIM) BRACKET 12 TEK SCREWS TYP EIGHT PER BRACKET) 10 GA GALV 3/16 SCREW HOLES FOUR PER ROW EQ SPACED TYP CHOOSE TOP OR BOTTOM ROW ROOF_ 10 GA GALV BRACKET EXISTING CURB NEW CURB MUNTERS AHU BRACKET TYP BRACKET ATTACHMENT BRACKET ATTACHMENT (OTHER MANUFACTURERS SIMILAR) J CHOOSE TOP OR VBOTTOM ROW 18 GA GALV LENNOX STRAP TYP RTU BRACKET OTHER MANUFACTURERS SIMILAR) GA GALV RAP TYP 3 & 10 TON 5 TON LENNOX RTU BRACKET LAYOUT MUNTERS AHU BRACKET LAYOUT OTHER MANUFACTURERS SIMILAR) (OTHER MANUFACTURERS SIMILAR) HOLD DOWN BRACKETS ARE FURNISHED WITH ROOF EQUIPMENT. THE DETAILS SHOWN ARE THE MINIMUM REQUIREMENTS BY WALMART REGARDLESS OF THE DESIGN LOAD REQUIREMENTS BY THE MANUFACTURER. PROVIDE 6 MINIMUM HOLD DOWN BRACKETS FOR EACH RTU AND 8 MINIMUM HOLD DOWN BRACKETS FOR EACH AHU. THE ROOF EQUIPMENT SUPPLIER IS RESPONSIBLE FOR THE DESIGN AND INSTALLAION INSTRUCTIONS FOR THE HOLD DOWN BRACKETS. COORDINATE THE FINAL BRACKET LOCATIONS AND INSTALLATION WITH ALL SUPPLIERS AND DO NOT OBSTRUCT OPENINGS OR UTILITY CONNECTIONS. RT NTS U/AHU HOLD DOWN BRACKETS V GALVANIZED PIPE STRAP ONE SIZE LARGER THAN PIPE GAS LINE PAINTED SAFETY YELLOW. CONDENSATE DOES NOT REQUIRE PAINTING. RUBBER WALKPAD ADHERED TO ROOF ROOF MEMBRANE ROOF INSULATION 2" ZINC COATED SCREWS TYP ATED WOOD BLOCK X12 FOR GAS PIPII X12 FOR CONDENS NG — 8' -0" OC M NOT ADHERE TO F PIPE DIAMETER LESS THAN 2" 5 KITS WOMZ11M 4TED WOOD BLOCKING: K12 FOR GAS PIPING, K12 FOR CONDENSATE JG — 8' -0" OC MAX NOT ADHERE TO PAD PIPE DIAMETER 2" OR GREATER TYPICAL GAS —FIRED ROOFTOP AIR CONDITIONING UNIT. DISCHARGE TO ROOF CONDENSATE SYSTEM, REFERENCE PLAN 1/M1 AND DETAIL 4/M4.— 3 NTS CURB 4" DEEP PIPE TRAP 3" MIN. FULL SIZE SEDIMENT TRAP r RTU CONNECTION CONDENSA t NTS ROUTE PIPING TO ALLOW FULL OPENING OF ALL EQUIPMENT ACCESS PANELS. UNION TEE W /CAPPED 1/8" PRESSURE GAUGE CONNECTION. INSTALL TEE TEN PIPE DIAMETERS MIN. DOWNSTREAM OF PRESSURE REGULATOR. F ROOFTOP riPE BLOCKING DETAIL. x \1 i78 til l il CONDENSATE TRAP ASSEMBLY FOR VENTING FURNISHED BY RTU MANUFACTURER. 4" REDUCER INDIRECT s• CONNECTION. PROVIDE NIPPLE LENGTH SUCH THAT REDUCER IS PLACED AS HIGH AS POSSIBLE NOTE: USE THIS DETAIL AT THE START OF EVERY MAIN LINE REF ROOFTOP PIPE BLOCKING DETAIL REF PLAN ROOF X WHERE EXISTING SUPPORT IS EQUAL TO OR LESS THAN NOMINAL 4x4 WOOD BLOCKING, PROVIDE RISE IN GAS BRANCH PIPING UTILIZING 45' ELBOWS ONLY FOR NEW BLOCKING. UL LISTED BALL GAS VALVE. REF SPECIFICATIONS NO SUBSTITUTIONS PERMITTED EXISTING PIPE BLOCKING ROOF 4" DEEP CURB N ROOFTOP PIPE TRAP. ? UNIT 60" MIN FROM ROOF TOP EQUIPMENT AT ROOFTOP EQUIPMENT TOP UNIT AT ROOFTOP EQUIPMENT PIPING ARRANGEMENT SHOWN IS SCHEMATIC. ADJUST AS REQUIRED. VERIFY CONNECTION LOCATIONS BEFORE INSTALLING PIPE RUNS. ALL GAS PIPING BY MECHANICAL CONTRACTOR PIPE PLUG GALVANIZED TEE NOTE: THIS CLEAN OUT IS TO BE INSTALLED EVERY 100 FT IN THE MAIN LINE AND SHOULD BE IN THE MIDDLE OF ALL FEEDERS OVER 50 FT LONG CLEAN OUTS i i Y OF LAKE EL. SNORE PERMIT #. A,r V %60VED Vfc4oH iW e W= Z3 wY LLIZ a w ° wYy 0, 0 < Wo W 5o N wo wrw3 NwLiEwwUOZWgP -2'- d.o.ZaNw p a0`wwzawFiF-o0' L a" Q¢o ow o O iwowN`;mw NWyX8$ P7- zNC voi zsw ZwjwZCw¢2 o Y 0001215 zlwwwzwm a iwJ°z w&iffin -ow 'doa0 Wawoa DO NOT PROVIDE TRAP TYPICAL ELECTRIC HEAT OR ON UNITS WHICH HAVE COOLING ONLY ROOFTOP AN INTERNAL TRAP, 0 O AIR CONDITIONING UNIT BUT DO DISCHARGE AWAY FROM UNIT. I\ DO NOT PROVIDE TRAP ON UNITS WHICH HAVE AN INTERNAL TRAP, o BUT DO DISCHARGE EQUIPMENT AWAY FROM UNIT. DRAIN PAN. w THREADED PIPE TO cQ rn o ADAPTER ON 0 EQUIPMENT CONDENSATE WASTE DRAIN PAN CONNECTION(S). THREADED PIPE TO DISCHARGE TO ROOF ADAPTER ON CONDENSATE SYSTEM, CONDENSATE WASTE REFERENCE PLAN 1/M1 ROOFTOP CONNECTION(S). AND DETAIL 4/M4. IT ROOF z DISCHARGE TO ROOF CONDENSATE SYSTEM, REFERENCE PLAN 1/M1 AND DETAIL 4/M4.— 3 NTS CURB 4" DEEP PIPE TRAP 3" MIN. FULL SIZE SEDIMENT TRAP r RTU CONNECTION CONDENSA t NTS ROUTE PIPING TO ALLOW FULL OPENING OF ALL EQUIPMENT ACCESS PANELS. UNION TEE W /CAPPED 1/8" PRESSURE GAUGE CONNECTION. INSTALL TEE TEN PIPE DIAMETERS MIN. DOWNSTREAM OF PRESSURE REGULATOR. F ROOFTOP riPE BLOCKING DETAIL. x \1 i78 til l il CONDENSATE TRAP ASSEMBLY FOR VENTING FURNISHED BY RTU MANUFACTURER. 4" REDUCER INDIRECT s• CONNECTION. PROVIDE NIPPLE LENGTH SUCH THAT REDUCER IS PLACED AS HIGH AS POSSIBLE NOTE: USE THIS DETAIL AT THE START OF EVERY MAIN LINE REF ROOFTOP PIPE BLOCKING DETAIL REF PLAN ROOF X WHERE EXISTING SUPPORT IS EQUAL TO OR LESS THAN NOMINAL 4x4 WOOD BLOCKING, PROVIDE RISE IN GAS BRANCH PIPING UTILIZING 45' ELBOWS ONLY FOR NEW BLOCKING. UL LISTED BALL GAS VALVE. REF SPECIFICATIONS NO SUBSTITUTIONS PERMITTED EXISTING PIPE BLOCKING ROOF 4" DEEP CURB N ROOFTOP PIPE TRAP. ? UNIT 60" MIN FROM ROOF TOP EQUIPMENT AT ROOFTOP EQUIPMENT TOP UNIT AT ROOFTOP EQUIPMENT PIPING ARRANGEMENT SHOWN IS SCHEMATIC. ADJUST AS REQUIRED. VERIFY CONNECTION LOCATIONS BEFORE INSTALLING PIPE RUNS. ALL GAS PIPING BY MECHANICAL CONTRACTOR PIPE PLUG GALVANIZED TEE NOTE: THIS CLEAN OUT IS TO BE INSTALLED EVERY 100 FT IN THE MAIN LINE AND SHOULD BE IN THE MIDDLE OF ALL FEEDERS OVER 50 FT LONG CLEAN OUTS ii Y OF LAKE EL. SNORE PERMIT #. A,r V %60VED Vfc4oH iW e W= Z3 wY LLIZ a w ° wYy 0, 0 < Wo W 5o N wo wrw3 NwLiEwwUOZWgP -2'- d.o.ZaNw p a0`wwzawFiF-o0' L a" Q¢o ow o O iwowN`;mw NWyX8$ P7- zNC voi zsw ZwjwZCw¢2 o Y 0001215 zlwwwzwm a iwJ°z w&iffin -ow 'doa0 Wawoa ISSUE BLOCK DATE: 02/21/11 DRAWN BY: TPF CHECKED BY: BSL DUANE S. HENOERSON N0. M-028118 IIECRAt ck FUR I'I f2 "A'1 r ANCF y— SCOI1IALEKA,& F, A,']AfESINC. NEW ROOF ROOFTOP UNIT BY __ i)A'E_____ CURB The Se Irh ?ns h ire her n tt n "ell for adherence totheADAPTERa {,plir,r!;le c.. r1r s an,l u1 an e. Authorizationisherebygranielto (sue lidding permitpendingEXISTING ,Provai b II i'le Gt ag- .,,Cles. CURB EQUIF&WNbeb DOWN BRACKETS CONTINUOUS — NEOPRENE GASKET ALL FLANGED CONNECTIONS The iAgrra31f)ES9rR6Frjnting al "r, 1- f111AI_110 Olil)ans Sill ,i. I\PIPkXNET5Y viol t q k tvh)e_ No p n qtr o t2 viirl `,te or Cance t shall he valid. JOIST TYP EXISTING SUPPLY AND RETURN AIR PLENUMS WITH LINER RTU INSTALLATION DETAIL SHEET: NTS M4 0 0 O F-`-1 I\ o uV z r- cD w LLJ cQ rn o 0 0 0 W z 00 ISSUE BLOCK DATE: 02/21/11 DRAWN BY: TPF CHECKED BY: BSL DUANE S. HENOERSON N0. M-028118 IIECRAt ck FUR I'I f2 "A'1 r ANCF y— SCOI1IALEKA,& F, A,']AfESINC. NEW ROOF ROOFTOP UNIT BY __ i)A'E_____ CURB The Se Irh ?ns h ire her n tt n "ell for adherence totheADAPTERa {,plir,r!;le c.. r1r s an,l u1 an e. Authorizationisherebygranielto (sue lidding permitpendingEXISTING ,Provai b II i'le Gt ag- .,,Cles. CURB EQUIF&WNbeb DOWN BRACKETS CONTINUOUS — NEOPRENE GASKET ALL FLANGED CONNECTIONS The iAgrra31f)ES9rR6Frjnting al "r, 1- f111AI_110 Olil)ans Sill ,i. I\PIPkXNET5Y viol t q k tvh)e_ No p n qtr o t2 viirl `,te or Cance t shall he valid. JOIST TYP EXISTING SUPPLY AND RETURN AIR PLENUMS WITH LINER RTU INSTALLATION DETAIL SHEET: NTS M4 0 HA2 I I I I I I I 16 - 270 EXISTING ELECTRICAL ROOM 1 h 25A -P) _ I I I I 1 HA2 I 16.273 I I NEW 30A -3P) 1 I I wP /wa I I I WP /GFd RTU -31 I RTU -32 RTU -33 I RTU -34 I L J I I I IJ16.238 16.238 16.238 16.238 R _ 6.238 I RTU-36 I I I I I HA2 I I 16.273 NEW o H 2 OF, A 16.27 16.261 (NEW I I I HA2 I 16.273 16.261 I (NEWIO HA2 HA2 HA2 DOOR CONTACT QJ 16.270 1 .2 70 I 30A -3P) I HA2 EXISTING I EXISTI G. EXISTING 816.2 37 16.270 - wP 35A -3P) 25A- ) 25A -P) HA2 I KNEW 16.261 16.26 16. 1 16.261 16.270 30A -3P) IL J CONVENIENCE RECEPTACLES AND INSTALL LIJ86. 2387 0 EXISTING I I 86.238 IJr TO NEW REPLACEMENT RTU. RE -USE 35A -3P) I 16.261 CIF wP /CIF WP/ WP /G I I I I I 1 HA2 I 16.273 I I NEW 30A -3P) 1 I I wP /wa I I I WP /GFd RTU -31 I RTU -32 RTU -33 I RTU -34 I L J I I I IJ16.238 16.238 16.238 16.238 R _ 6.238 I RTU-36 I I I I I HA2 I I 16.273 NEW o H 2 OF, LL J HA2 APPLICABLE, FOR (NEW HA) INSTALLATION OF HA2 16.273 NEW (IAQ) CO2 16.270 HA2 30A -3P) I 16.273 16.261 (NEW SENSOR +72" AFF. I 16.261 I (EXISTING I I 1 •270 I I (NEW 3OA -P) (TYP OF 10) O OA-3P) 16.261 (EXISTING 16.261 16.261 30A -3P) aa - - - - -- - -- - i /2F - - - - -- - - -- 40A -3P)- - v /cFG -- -- -VPGFa - - - I I I - - - WP /GFd IL J ETR NEW L RTU-21 6 238 NEW NEW RTU -24 3 J L J 3 L J 1 s.238 RTU -20 S -20 CO2 3 CO2 RTU -23 CO2 16.238 I REF 21E2 E2 I I E2 I RTU -22 16.238 I E2 I REF 2/E2 16.2 REF 2/E2 T TYPIAL FOR ALL E2 RTU C REPLACEMENTS I I I I I I I I I I I NEW 3 HA2 16.273 NEW 30A -3P) RTU -25 16.238 4_0 H 0 CO2 E2 I I I I I i CO2 E2 REF 2/E2 I I HA2 I HA2 REF 2/E2 I I 16.273 I 16.273 I I 30A -3P) I 3OAE P) I HA2 16.273 16.261 I 16.261 I 16.261 I (NEW 3OA -3P) I WP /GFCI W /GFCI awP /G- C1------- - - - - -- - - - - - - - -- RTU-16 6.238 L JI RTU-17 6.238 L 816.238 J HR 16.270 IIEXIST HA1 I HA1 I (16.273 20A -3P) ' I ' 16.273 ' 16.273 ' ' (NEW 16.261 HA1 HA1 I HA1 ( NEW I ( NEW I ETR NEW 3 13OA -3P) HA2 16.273 I I 16.273 16.273 30A -3P) ' 30A -3P) ' S -13 CO2 E2 16.270 )fP /rya 16.261 (NEW) I 16.261 (NEW) 16.261 I 16.261 I REF 2 /E2 16.261 IT I RTU -39 3OA 3P 30A -3P 3OA -3P 1=1 WP /GFG I WP/ I wP CI WP /OFC1 t - - - -- WP /GFa - - - - -- - - - - -- - - - - - -- RTU -9 NEW RTU -10 NEW RTU -11 RTU -12 RTU -13 I' 16. 70 I 16.238 I 3 CO2 J 16.238 I 3 CO2 -! J 6.238 16.238 L J 16.238 L 1J E2 E2 EXIST HA1 I REF 2/E2 REF 2/E2 35A -3P) 16.273 16.261 I ( NEW I I HA1 wP /GFCI 3OA -3P) 16.273 r RTU -38 I I 16.261 r 16.261 I (NEW L 16.238 - - - - - - -- - -- - -- - - - - - -- 30A-3P) - - - - - - - - - WP /GFG WP /GFd __I_- _- ___I__- _- ____ -_- F16.26 I I I I I NEW 3 RTU- 6.238 L RTU-8 6.238 L J IICO2 E2 I I I I I I REF 2/E2 I I I I HA1 HA1 HAI WP /GF 16.27016.273 16.273ELECTRICALROOM2 I I I ( KNEW 16.210 I ( NEW (NEW 35A -3P) 30A -3P) 30A -3P) EXIST 16.26130A -3P) I 25A -3P) 16.261 CI Ir61PicFa / wP;a a F 1 I RTU -4 RTU- L J , x.238 L J 2 J I I RTU -3 RTU- I 16.238 16.2 t- -- EXISTING 35A -3P) ELECTRICAL SYMBOLS A 16.27 16.261 (NEW I I I HA2 I 16.273 16.261 I (NEWIO I HA2 1 .273 16.261 3OA -3P) I 16.261 I HA2 m I 3 NEW 16.273 CO2 16.261 (NEW) DOOR CONTACT QJ JUNCTION BOX 1 30A -P) I I 30A -3P) I 30AE3P) I I E2 I 3OA -3P MAU 16.270 - wP wP /cFa - - - - - -- - - - wP cFa - - -- wP /G a - - - RE E2 RECEPTACLE CIRCUIT, THEN ROUTE NEW I-- EXISTING 25A -3P) IL J CONVENIENCE RECEPTACLES AND INSTALL LIJ86. 2387 0 I RTU -28 J 16.238 RTU - 29LJI16.238 86.238 I Jr TO NEW REPLACEMENT RTU. RE -USE I R PANELBOARD. NEW RTU COMES COMPLETE I I DISCONNECT AND OVERCURRENT 16. 61 2386 I FIELD VERIFY I I I I I I I CONDITION OF CONDUCTORS AND SENSOR CABLE. ALL NOVAR EQUIPMENT SHALL BE EXISTING LOCATION SALVAGED FROM EXISTING UNITS BY THE MECHANICAL CONTRACTOR AND RETURNED TO THE WALMART CONSTRUCTION WP/GF RTU -19 r I OF TEMPERATUREISENSOR, WHERE I I I I HA2 Q§.273.) I I LL J HA2 APPLICABLE, FOR (NEW HA) INSTALLATION OF HA2 16.273 NEW (IAQ) CO2 16.270 HA2 30A -3P) I 16.273 16.261 (NEW SENSOR +72" AFF. I 16.261 I (EXISTING I I 1 •270 I I (NEW 3OA -P) (TYP OF 10) O OA-3P) 16.261 (EXISTING 16.261 16.261 30A -3P) aa - - - - -- - -- - i /2F - - - - -- - - -- 40A -3P)- - v /cFG -- -- -VPGFa - - - I I I - - - WP /GFd IL J ETR NEW L RTU-21 6 238 NEW NEW RTU -24 3 J L J 3 L J 1 s.238 RTU -20 S -20 CO2 3 CO2 RTU -23 CO2 16.238 I REF 21E2 E2 I I E2 I RTU -22 16.238 I E2 I REF 2/E2 16.2 REF 2/E2 T TYPIAL FOR ALL E2 RTU C REPLACEMENTS I I I I I I I I I I I NEW 3 HA2 16.273 NEW 30A -3P) RTU -25 16.238 4_0 H 0 CO2 E2 I I I I I i CO2 E2 REF 2/E2 I I HA2 I HA2 REF 2/E2 I I 16.273 I 16.273 I I 30A -3P) I 3OAE P) I HA2 16.273 16.261 I 16.261 I 16.261 I (NEW 3OA -3P) I WP /GFCI W /GFCI awP /G- C1------- - - - - -- - - - - - - - -- RTU-16 6.238 L JI RTU-17 6.238 L 816.238 J HR 16.270 IIEXIST HA1 I HA1 I (16.273 20A -3P) ' I ' 16.273 ' 16.273 ' ' (NEW 16.261 HA1 HA1 I HA1 ( NEW I ( NEW I ETR NEW 3 13OA -3P) HA2 16.273 I I 16.273 16.273 30A -3P) ' 30A -3P) ' S -13 CO2 E2 16.270 )fP /rya 16.261 (NEW) I 16.261 (NEW) 16.261 I 16.261 I REF 2 /E2 16.261 IT I RTU -39 3OA 3P 30A -3P 3OA -3P 1=1 WP /GFG I WP/ I wP CI WP /OFC1 t - - - -- WP /GFa - - - - -- - - - - -- - - - - - -- RTU -9 NEW RTU -10 NEW RTU -11 RTU -12 RTU -13 I' 16. 70 I 16.238 I 3 CO2 J 16.238 I 3 CO2 -! J 6.238 16.238 L J 16.238 L 1J E2 E2 EXIST HA1 I REF 2/E2 REF 2/E2 35A -3P) 16.273 16.261 I ( NEW I I HA1 wP /GFCI 3OA -3P) 16.273 r RTU -38 I I 16.261 r 16.261 I (NEW L 16.238 - - - - - - -- - -- - -- - - - - - -- 30A-3P) - - - - - - - - - WP /GFG WP /GFd __I_- _- ___I__- _- ____ -_- F16.26 I I I I I NEW 3 RTU- 6.238 L RTU-8 6.238 L J IICO2 E2 I I I I I I REF 2/E2 I I I I HA1 HA1 HAI WP /GF 16.27016.273 16.273ELECTRICALROOM2 I I I ( KNEW 16.210 I ( NEW (NEW 35A -3P) 30A -3P) 30A -3P) EXIST 16.26130A -3P) I 25A -3P) 16.261 CI Ir61PicFa / wP;a a F 1 I RTU -4 RTU- L J , x.238 L J 2 J I I RTU -3 RTU- I 16.238 16.2 t- -- EXISTING 35A -3P) ELECTRICAL SYMBOLS KEYNOTES RECEPTACLE, DUPLEX MOUNTED +42" UNLESS NOTED OTHERWISE IDS -? MOTOR RATED DISCONNECT SWITCH 200/150 ENOTES_AMPERES POLE SE DOOR CONTACT QJ JUNCTION BOX wnw ieo/ ' ,lo,a CIRCUIT, CONCEALED IN WALL OR CEILING a CIRCUIT, EXPOSED ENERGY MANAGEMENT SYMBOLS KEYNOTES TEMPERATURE SENSOR IDS -? DEWPOINT SENSOR S -? ZONE TEMPERATURE SENSOR ETM ELECTRONIC THERMOSTAT MODULE DTS DUCT TEMPERATURE SENSOR RTS REMOTE TEMPERATURE SENSOR IOM INPUT /OUTPUT MODULE RTU ROOF TOP UNIT MAU MAKE -UP AIR UNIT SALVAGED FROM EXISTING UNITS BY THE MECHANICAL CONTRACTOR AND RETURNEDI1TOTHEWALMARTCONSTRUCTIONJLLL4LL. MANAGER. iRTU -14 RTU -15 16.238 16.238 REFER TO SHEETjE2 FOR ALL T ` .,"',,.EEIG RC S GENERAL NOTES, Sy LS, AND BBR'EVbkf zNON W W W s o_ 112, 01 w 0 O O Z a W af w O Q ~ w to ISSUE BLOCK 1R /O7 /11 ,-nnr nm, DATE: 02/21/11 DRAWN BY: DCF CHECKED BY: MM M111111111110AIIIIE 64@W 101010 7RI1hiQ205rm9ffiP HA1 - - __ UC Arrr.Ov, 1 16.27 !' 1 I-OR rl kM ! I:.t FIANCE EXIST ' 4 T i _ SCOTT 1 AZLnAS K A& OCIATES C. I ,a4 -11 3P) - - BY _ _ D ff IDlj r d for adherence to the q }}(rdil , ce. Authorization is J , "_ 1 EMSrrb ia1 x*b 1w a I (ding permit pending RTU -6 16.23 EMS CONTRACTOR SHALL PROVIDE AND INSTALL i ALL EMS COMPONENTS INL116ATW MMfflWr EMS't'nq CONTRACTOR SHALL COOR8111tp aWNt t%ffL`Flans sh DELIVERY OF THE EMS COpIPON[NnOPIE!"e ally viol CONTRACTOR SHALL BE R681PIOW316L2 "W"E 1 "' 51 INSTALLATION AND COORDINAtWri t0PRd0, 4I*AWcfchCHANGESWITHTHEEMSVENb'1 R!"I'l tl°iCSV1DE FULLY FUNCTIONAL UNIT CONTROL SEQUENCE. i 0 NOTE EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS AND SITE VISITS AND MAY NOT REFLECT EXACT "AS- BUILT" CONDITIONS. CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR SHALL CAREFULLY COORDINATE NEW WORK AND DEMOLITION WITH ALL OTHER DISCIPLINES AND EXISTING CONDITIONS. t be construed to of the applicable presumed to give rovislons of such POWER & EMS PLAN SHEET: E1 KEYNOTES 16.238 CCONTRACTOR SHALL PROVIDE A 1/2" FLEXIBLE CONDUIT WITH PULL STRING ROUTED FROM CEILING SPACE BELOW UP THROUGH THE NEW CURB ADAPTER, PENETRATING THE BOTTOM OF THE UNIT'S ELECTRICAL COMPARTMENT. THIS RACEWAY IS REQUIRED FOR FUTURE FIRE ALARM COMMUNICATION CABLING BY OTHERS. 16.261 RRECONNECT EXISTING CIRCUITRY TO FACTORY PROVIDED MAINTENANCE RECEPTACLE. IF THERE IS NO EXISTING RECEPTACLE CIRCUIT, THEN ROUTE NEW CIRCUIT TO NEAREST RTU, IF AVAILABLE, OR NEAREST PANEL BOARD SUPPLYING CONVENIENCE RECEPTACLES AND INSTALL NEW CIRCUIT BREAKER. 1s.2 0 EEXTEND EXISTING FEEDER AND CONNECT TO NEW REPLACEMENT RTU. RE -USE EXISTING CIRCUIT BREAKER IN PANELBOARD. NEW RTU COMES COMPLETE WITH HACR BREAKER FOR LOCAL DISCONNECT AND OVERCURRENT PROTECTION. RECONNECT EXISTING NOVAR CIRCUITRY TO NEW ELECTRONIC THERMOSTAT MODULE IN RTU. ELECTRICAL CONTRACTOR TO VERIFY EXISTING CONDITION OF CONDUCTORS AND SENSOR CABLE. ALL NOVAR EQUIPMENT SHALL BE SALVAGED FROM EXISTING UNITS BY THE MECHANICAL CONTRACTOR AND RETURNED TO THE WALMART CONSTRUCTION MANAGER. 16.273 EEXTEND EXISTING OVER -SIZED FEEDER AND CONNECT TO NEW REPLACEMENT RTU. REPLACE EXISTING CIRCUIT BREAKER IN PANELBOARD. NEW RTU COMES COMPLETE WITH HACR BREAKER FOR LOCAL DISCONNECT AND OVERCURRENT PROTECTION. RECONNECT EXISTING NOVAR CIRCUITRY TO NEW ELECTRONIC THERMOSTAT MODULE IN RTU. ELECTRICAL CONTRACTOR TO VERIFY EXISTING CONDITION OF CONDUCTORS AND SENSOR CABLE. ALL NOVAR EQUIPMENT SHALL BE MECHANICAL CONTRACTOR AND RETURNEDI1TOTHEWALMARTCONSTRUCTIONJLLL4LL. MANAGER. iRTU -14 RTU -15 16.238 16.238 REFER TO SHEETjE2 FOR ALL T ` .,"',,.EEIG RC S GENERAL NOTES, Sy LS, AND BBR'EVbkf zNON W W W s o_ 112, 01 w 0 O O Z a W af w O Q ~ w to ISSUE BLOCK 1R /O7 /11 ,-nnr nm, DATE: 02/21/11 DRAWN BY: DCF CHECKED BY: MM M111111111110AIIIIE 64@W 101010 7RI1hiQ205rm9ffiP HA1 - - __ UC Arrr.Ov, 1 16.27 !' 1 I-OR rl kM ! I:.t FIANCE EXIST ' 4 T i _ SCOTT 1 AZLnAS K A& OCIATES C. I ,a4 -11 3P) - - BY _ _ D ff IDlj r d for adherence to the q }}(rdil , ce. Authorization is J , "_ 1 EMSrrb ia1 x*b 1w a I (ding permit pending RTU -6 16.23 EMS CONTRACTOR SHALL PROVIDE AND INSTALL i ALL EMS COMPONENTS INL116ATW MMfflWr EMS't'nq CONTRACTOR SHALL COOR8111tp aWNt t%ffL`Flans sh DELIVERY OF THE EMS COpIPON[NnOPIE!"e ally viol CONTRACTOR SHALL BE R681PIOW316L2 "W"E 1 "' 51 INSTALLATION AND COORDINAtWri t0PRd0, 4I*AWcfchCHANGESWITHTHEEMSVENb'1 R!"I'l tl°iCSV1DE FULLY FUNCTIONAL UNIT CONTROL SEQUENCE. i 0 NOTE EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS AND SITE VISITS AND MAY NOT REFLECT EXACT "AS- BUILT" CONDITIONS. CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR SHALL CAREFULLY COORDINATE NEW WORK AND DEMOLITION WITH ALL OTHER DISCIPLINES AND EXISTING CONDITIONS. t be construed to of the applicable presumed to give rovislons of such POWER & EMS PLAN SHEET: E1 ISSUE BLOCK 1R /O7 /11 ,-nnr nm, DATE: 02/21/11 DRAWN BY: DCF CHECKED BY: MM M111111111110AIIIIE 64@W 101010 7RI1hiQ205rm9ffiP HA1 - - __ UC Arrr.Ov, 1 16.27 !' 1 I-OR rl kM ! I:.t FIANCE EXIST ' 4 T i _ SCOTT 1 AZLnAS K A& OCIATES C. I ,a4 -11 3P) - - BY _ _ D ff IDlj r d for adherence to the q }}(rdil , ce. Authorization is J , "_ 1 EMSrrb ia1 x*b 1w a I (ding permit pending RTU -6 16.23 EMS CONTRACTOR SHALL PROVIDE AND INSTALL i ALL EMS COMPONENTS INL116ATW MMfflWr EMS't'nq CONTRACTOR SHALL COOR8111tp aWNt t%ffL`Flans sh DELIVERY OF THE EMS COpIPON[NnOPIE!"e ally viol CONTRACTOR SHALL BE R681PIOW316L2 "W"E 1 "' 51 INSTALLATION AND COORDINAtWri t0PRd0, 4I*AWcfchCHANGESWITHTHEEMSVENb'1 R!"I'l tl°iCSV1DE FULLY FUNCTIONAL UNIT CONTROL SEQUENCE. i 0 NOTE EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS AND SITE VISITS AND MAY NOT REFLECT EXACT "AS- BUILT" CONDITIONS. CONTRACTOR SHALL FIELD VERIFY ALL EXISTING CONDITIONS PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR SHALL CAREFULLY COORDINATE NEW WORK AND DEMOLITION WITH ALL OTHER DISCIPLINES AND EXISTING CONDITIONS. t be construed to of the applicable presumed to give rovislons of such POWER & EMS PLAN SHEET: E1 REAR CONTROL IOM -EDC1 ETR INPUTS OUTPUTS 1 002 OVERLMIIT -9 1 1/3 LTS A REAR 2 002 OVERLUT - -10 2 1/3 LTS B /CASES 3 TBO MAU DTS 'F 3 1/3 LTS C REAR 4 OPEN 4 PKG /ASSC /VEST LT 5 OSA HUMIDITY 5 SECURITY LIGHTS 6 ENTHALPY 7.RH 6 TBO MAU /G ENABLE F ENTHALPY 'F 7 ENTHALPY 87 ENTHALPY OK 8 TBO LIGHTS IOM2 -EDC1 B NEW INPUTS OUTPUTS 1 CO2 OVERLIMIT - -1 1 IAQ-13 DMPR OVR 2 002 OVO IMT -2 2 IAQ-20 DMPR OVR 3 002 OVERLMMT - -3 3 OPEN 4 002 OVERLIMT -4 4 OPEN 5 CO2 OVERIJMIT -5 5 OPEN 6 002 OVERLIMIT -8 6 OPEN 7 002 OVERLIMIT - -7 7 OPEN 8 CO2 OVERLMNT - -8 8 OPEN DEMAND CONTROL VENTILATON FOR UNITS SPECIFIED WITH CO2 SENSORS, UPON EXCEEDING THE UPPER THRESHOLD LIMIT OF 1000 (PPM), FOR SPACE CO2 LEVELS THE NOVAR CONTROLLER SHALL ENERGIZE THE RTU SUPPLY FAN TO DESIGN AIRFLOW AND OVERRIDE THE ECONOMIZER DAMPER TO THE 100% OPEN POSITION UNTIL THE SPACE CO2 LEVELS DROP TO THE LOWER THRESHOLD LIMIT OF 900 (PPM), AT WHICH TIME THE UNIT SHALL RESUME NORMAL OPERATION. NOVAR CONTROLLER SHALL ENERGIZE COOLING OR HEATING BASED ON SPACE TEMPERATURE DURING DEMAND CONTROL VENTILATION OPERATION. EXISTING EDC1 NEW IOM IOM2/IAQ EDC1) TO EXISTING IOM /RTU LOOP. NEW BELDEN #8719 FOR RELAY IN RTU (TYP) — NEW CO2 TYP OF 8) ETR SS —? EXISTING REAR CONTROL IOM (EDC1) EXISTING EP /2 MASTER) NEW MR-1010 CABLE FOR CO2 SNESOR (TYP) NEW CO2 TYP OF 2) EXISTING VAR 2020 CABLE TO REMAIN FIELD VERIFY CABLE LOOP FOR ETM SEQUENCE WITH OTHER EXISTING RTU's NOT SHOWN —\ REPLACED RTU —? FIELD VERIFY CABLE LOOP FOR ETM SEQUENCE WITH OTHER EXISTING RTU's NOT SHOWN 1 WMI CO2 SENSOR 3.1 fV1NOT v1 TO V SCALr E ETR WHERE APPLICABLE NEW COLUMN OR WALL INDOOR SENSORS AND ETMS FOR HVAC UNITS INDICATED ON PLAN ARE NEW, UNLESS OTHERWISE NOTED, AND SHALL BE FIELD SERIES WIRED TO THE NEAREST RTU. EMS GENERAL NOTES 1. ALL EMS HARING & CABLES SHALL BE RUN IN CONDUIT WHERE THEY ARE BELOW BAR JOIST LEVEL OR WOULD BE EXPOSED TO VIEW FROM THE SALES FLOOR. IN OTHER AREAS THEY MAY BE STRUNG ALONG OR PERPENDICULAR TO BAR JOISTS, IF SUPPORTED AT LEAST EVERY 6' BY WIRE TIES TO A BAR JOIST, CONDUIT, OR PIPE. 2. WHERE APPLICABLE, ALL EMS CONDUIT IN SALES AREA SHALL BE CONCEALED (I.E. ROUTED UNDER CASES, THRU TUNNELS, WALLS, PIPE RACKS AND /OR CHASES). 3• ALL EMS CABLES /WIRING TO BE IDENTIFIED ON EACH END OF CABLE RUN. SEE SPECS. 4. ALL EMS CONDUIT, CABLES, AND WIRING SHALL BE INSTALLED AND CONNECTED BY ENERGY MANAGEMENT CONTRACTOR (EMC). THE INSTRUMENT AND SIGNAL CABLES SHALL BE ISOLATED AND LOCATED AS FAR AWAY AS POSSIBLE FROM ANY HIGH VOLTAGE CONDUCTORS OR OTHER WIRE RACEWAYS THAT MAY CAUSE ELECTROMAGNETIC INTERFERENCE INCLUDING UNPROTECTED CABLES FIELD ROUTED INSIDE ROOFTOP EQUIPMENT (RTU). REFER TO AND READ THE SENSOR MANUFACTURER'S ELECTRICAL INSTALLATION GUIDELINES FOR MORE INFORMATION. 5. EMC SHALL COORDINATE WITH OTHER TRADES TO INSTALL ONLY CODE APPROVED PENETRATIONS OF FIRE WALLS. 6. NOVAR RESERVES THE RIGHT TO CHANGE AND /OR MODIFY ANY /ALL COMPONENTS AND TO MAKE CHANGES TO EQUIPMENT DESIGN. REFER TO NOVAR EQUIPMENT INSTALLATION INSTRUCTIONS FOR CURRENT LAYOUT AND CONFIGURATION. 7. MINOR CHANGES IN MATERIALS OR TERMINATION POINTS SHALL, IN NO CASE, CAUSE INCREASE IN COST TO OWNER OR SERVE CAUSE TO GENERATE CHANGE ORDER PAPERWORK. NO CHANGE ORDER IN INSTALLATION OR TERMINATION OF EMS EQUIPMENT DESIGNATED ON DRAWINGS SHALL BE ACCEPTED BY WALMART OR NOVAR. 8. EMC SHALL MAKE ALL TERMINATIONS IN ACCORDANCE WITH WALMART AND NOVAR INSTALLATION INSTRUCTIONS. NO MORE THAN 3" OF WIRE(S) SHALL BE EXPOSED AND HEAT SHRINK TUBING SHALL COVER THE END OF THE INSULATING JACKET OF ALL EMS CABLES. NO FOIL OR UNUSED WIRE(S) SHALL BE EXPOSED AFTER APPLICATION OF HEAT SHRINK TUBING. 9. ZONE TEMPERATURE SENSOR (S —X): EMC SHALL INSTALL EACH ZONE TEMPERATURE SENSOR IN SAME LOCATION AS EXISTING THERMOSTATS OR AS SHOWN ON PLAN (ONE PER RTU), AND INDOOR AIR SENSOR ON A 2 X 4 JUNCTION BOX WITH STAINLESS STEEL COVER. SHALL BE MOUNTED HORIZONTALLY 7 " ON COLUMN OR WALL AS INDICATED . EMC SHALL INSTALL CABLES IN 1/2" CONDUIT FROM SENSOR TO CORRESPONDING RTU OR IOM. RE: EMS DETAILS. 10. EMC SHALL MOUNT ALL SALES FLOOR SENSORS AS SHOWN. EMC SHALL COORDINATE WITH AFFECTED TRADES TO ENSURE PROPER INSTALLATION OF SENSORS. RE: EMS DETAILS. 11. ALL SENSORS NOTED AS EXISTING TO REMAIN ETR), EMC SHALL VERIFY THAT SENSOR IS OPERATIONAL. 12. SPLICING OF EXISTING NOVAR WIRING WILL BE SOLDERED AND PROTECTED WITH HEAT SHRINK INSULATION. CONTINUE LABELING ON EXTENDED WIRE TO MATCH INSTALLATION REQUIREMENTS. 13. FIELD LOCATE ALL TEMPERATURE SENSORS AND CONNECT TO NEW ETM CONTROLLERS LOCATED ON NEW ROOFTOP UNITS. VERIFY ALL SENSOR LOCATIONS WITH WALMART CONSTRUCTION MANAGER. 14. ALL SENSORS NOTED AS RELOCATED. EMC SHALL INSTALL NEW CABLES, EXTEND CONDUIT AND RECONNECT TO EXISTING UNITS. REFER TO MECHANICAL SHEETS FOR LOCATION OF ROOF TOP UNIT LOCATION IF NOT SHOWN ON THIS PLAN. ELECTRICAL ABBREVIATIONS AF AMPERE FUSE GND GROUND AS AMPERE SWITCH TYP TYPICAL C CONDUIT W WIRE GFCI GROUND FAULT WP WEATHERPROOF CIRCUIT INTERRUPTER GENERAL NOTES 1. FURNISH AND INSTALL ALL MATERIALS FOR A COMPLETE INSTALLATION IN ALL RESPECTS READY FOR INTENDED USE AND IN STRICT ACCORDANCE WITH NEC, STATE AND LOCAL CODES AND MANUFACTURER'S RECOMMENDATIONS. ARRANGE ALL WORK TO KEEP DISRUPTIONS TO STORE OPERATION TO A MINIMUM. COORDINATE ANY DISRUPTIONS WITH WALMART CONSTRUCTION MANAGER. COORDINATE BETWEEN EXISTING AND NEW CONSTRUCTION. ELECTRICAL CONTRACTOR E.C.) SHALL PAY FOR ALL NECESSARY FEES AND PERMITS. 2. E.C. SHALL VERIFY THAT THE PANELBOARDS USED TO SUPPLY POWER TO THE NEW LOADS HAS THE SPACE AND AMPACITY TO DO SO PRIOR TO ROUGH —IN. 3. NEW CIRCUITS: NEW ELECTRICAL CIRCUITS FOR THIS PROJECT SHALL BE ROUTED TO PANELBOARD AS INDICATED ON DRAWINGS. NO CIRCUITRY WILL BE ALLOWED TO BE ROUTED ACROSS THE ROOF OR THE EXTERIOR SIDE OF THE EXTERIOR WALLS. 4. EXISTING CIRCUITS: WHERE DEMOLITION OR NEW CONSTRUCTION INTERRUPTS EXISTING ELECTRICAL CIRCUITS FEEDING EXISTING EQUIPMENT, DEVICES, OR LIGHTING TO REMAIN BUT NOT SHOWN ON DRAWINGS, PROVIDE LABOR AND MATERIALS TO REWORK CIRCUITRY AS REQUIRED TO MAINTAIN OPERATION. 5. NEW CONDUIT, ALL NEW EXPOSED CONDUIT LOCATED IN PUBLIC AREAS TO BE PAINTED TO MATCH ADJCENT SURFACE. 6. E.C. SHALL CAREFULLY COORDINATE THE INSTALLATION OF NEW EQUIPMENT WITH EXISTING CIRCUITING TO MINIMIZE DOWN TIME. 7, FIRE WALL PENETRATIONS, INSTALL O.Z. /GEDNEY CFS SERIES 3 —HOUR FIRE SEAL OR EQUAL WHERE CONDUITS PENETRATE FIRE WALL. 8. ALL PANELBOARDS SHOWN ON PLAN ARE EXISTING TO REMAIN, UNLESS NOTED OTHERWISE. 9, ALL WIRING SHALL BE #12 AWG UNLESS NOTED OTHERWISE. 10, ELECTRICAL DEMOLITION: REFER TO MECHANICAL DRAWING FOR EQUIPMENT BEING REMOVED. REMOVE ALL WIRING AND DEVICES ASSOCIATED WITH EQUIPMENT BEING REMOVED UNLESS NOTED OTHERWISE. RE —LABEL PANELBOARD FOR NEW EQUIPMENT SERVED OR SPARE FOR UN —USED CIRCUITS. 11. PROVIDE NEW CIRCUIT BREAKERS, FOR INSTALLATION IN EXISTING PANELBOARDS AND SWITCHBOARDS, OF THE SAME MANUFACTURER, TYPE AND SHORT CIRCUIT CURRENT INTERRUPTING RATINGS AS THE EXISTING PANELBOARD AND SWITCHBOARD CIRCUIT BREAKERS. IF EXISTING CIRCUIT BREAKERS IN A PANELBOARD OR SWITCHBOARD HAVE DIFFERENT RATINGS, PROVIDE NEW CIRCUIT BREAKERS TO MATCH THE HIGHEST SHORT CIRCUIT CURRENT INTERRUPTING RATINGS. ATTENTION EMS CONTRACTOR EMS CONTRACTOR SHALL PROVIDE AND INSTALL ALL EMS COMPONENTS INDICATED HEREIN. EMS CONTRACTOR SHALL COORDINATE THE TIMELY DELIVERY OF THE EMS COMPONENTS. EMS CONTRACTOR SHALL BE RESPONSIBLE FOR THE EMS INSTALLATION AND COORDINATE ALL PROGRAMMING CHANGES WITH THE EMS VENDOR TO PROVIDE FULLY FUNCTIONAL UNIT CONTROL SEQUENCE. N W Y W g ^ lagbu_SiN V) y LLI cro N i# W. Z J in D 0 C O O 0I O° C; Z t Cn LLI w0 ao p o 0 w V) . 0 ISSUE BLOCK DATE: 02/21/11 DRAWN BY: DCF CHECKED BY: MM ETM WAN FAN CONFIRMATION MBA O ( AIR PROVE) SWITCH. FACTORY INSTALLED) CITY OF LAKE ELSINORE n IS IMS FOR F F! "v1IT ISr J4NCE _ /' SCOTT 1 AZLK!k & AS> 0GIATES 1 ROOF CURB BUILDING DIVI` , VN _ D TE. ROUTE CABLE THROUG ROOF v i - OPENING INSIDE TPrtse pl:uls have t;rrn, rsviei+ for adherence to the EQUIPMENT CURB. applic,;rblo c('t!q's. Atl,b u;cfi:1d 'e. Authorization is twieby y.antr. i ro issue a hL Id" permit pending WIR -2020 CABLE (1) WIR -2020 PERMIT . ___ .. approval by all al.t ic.tple City. encies. TO PREY. RTU 6,-0. WIR -2020 CABLE CABLE COIL on TO NEXT RTU The issuance or granting a S —# -- -MOUNT AS SHOWN ON PLAN. approval of these pla:u shall n be construe o FOR EXISTING SENSORS TO REMAIN - ermit or approve any viola on of the applicable CONNECT TO NEW RTU AND VERIFY codes or ordinance. No pe it presumed to give FOR PROPER OPERATION. APPROVED ac cthority to violate or cancel he ro - i 111 -ab L vies shall be valid. DETAILSENOR4TOPUNITEMSDETAILANDNOTES SHEET: E2 n Johnston Burkh_olderAssociates C O N S U L T I N G S "r R U CT U R A 1, Y N G I N F. E. R S STRUCTURAL CALCULATIONS KIT'S Walmart #2077 Remodel Lake Elsinore, CA 02AW$1" 1ED FOR F'ERlVWISSUANCESCOTTFAE_KAS & ASSOCIATES INC. DATE_ — BY These pl( s hdesbaP I reorrtina cfer Ar thonzat nhs applicable ending issue a hereby yrante'1 ° City agen iesermit p approval by all applicable or qranting of a permit basedonTheissuance approval of these plans shall not f t eapplicabler0oyiolationoftheapppermitorappPermltpresumedd ofsuchnodes6ipro#l isHlfieEl wthority to violate or I provisions 1r•c shall be valid. 5 I v GIVI LAKE EL erl2a'u 9311 CENTRAL • KANSAS CITY, Nil) 6410; P110NH 18161421 -4200 • FAX (816) 421 -4381 a a et,jbacngcconl V iT # i E' j PROJECT NO SHEET NO OF Johnston BurkholderAssociates PROJECTN ME: t;.. iASc(t"1LA MADE BY DATE: CONSULTING ST4R U C T UR AL ENGINEERS 930 CENTRAL KANSAS CITY, MO 64 10 5 CHECKED BV: DATE, PFIONE (816) 421 -4200 FAX (816) 421 -4381 3 X` wl"fH NEW x-20 Limnos AST LIST b = SSa Ps( k.0 F5 = F6 Cn %'. C 91ix" S S rsl > 3qS FSI ,/eK W J. J, 3V i(u S 9.G psi 26d S" zs, Fir LSO rsi Fv P yy,, GM Cx i — pri p5( D S'Q•6 Ps( '!o "` O G/rfib' " zFr x1000* /K"'17,X 395yaz Psi s"x ;.zs, AST LIST b = SSa Ps( k.0 F5 = F6 Cn %'. C 91ix" S S rsl > 3qS FSI ,/eK W ryry PROJECTNO: SHEET NO'. OF: Johnston BurkholderAssociates PROJECT NPME: MADE BY oaTe CONSULTING STRUCTURAL LNG IN E K RS 930 CENTRAL KANSAS CITY, 610 60105 CHECKED BY. oaTe P110NE ( 8 1 6 ) 021 -4200 FAX (816) 4210381 m" V, J 01ST •T1- (L L-J - oc'161T'' 7L (LL) - L J 1 20-5p 2-3 (-(IZB Z`fo((47 3-Z 2 ZLfvq /5r 236Ciz93 z1{2(16y N 351 3 2Kks /Sa 23((28) y I t J$ 2 `l Q, /v5a Z 3r- (12-e' 2 31(IKy) e 3q t JS q0 145P 23c-Cizg-) z4a- (I`'y) 066, lo(31cei Z3(o PLF7-1- 21,S P5r I Zg PLP LL I e5P I og pr -nom 13sr5F Ua7 /DINT L011 OS ® A NO D , i-xe ^^ G"lGtleit. Cin1A-L Lp/Fp i,- k ci-VA1- Qa,D L onn - t o 5r- x8 = = gv P'-F fi S-1 -Acz 0 eL [oeo ZP5rX ,v.,= I p'1= f IG 105r L/vE 40110 1 Z' -0' TI /Pt6RC- o,cie<,2nan Z3G at F I (, PLF qa8 DE511 NE J A.CXV a LU /50Y A._L_N~R S f0,jla4lA7/vE eotZ" 'e WEI(XHT or NEw 2iL/ RTV I(1 +7t3Ot' yl6U-CE + euees fig1107Zrr s 3 FACToe- re A'60 "7 IC:O/t UAJMI.1 " W61< 11T Dtsreie,T,oN or P-7w Johnston Burkholder S CONSULTING STRUCTURAL Title: Dsgnr: Associates Description: ENGINEERS Scope: Job # Date: 3:33PM, 1 MAR 11 c)19812W3 ENEhCALC E°•ginee lro Share Single Span Beam Analysis Page 1 9 joist Talcs ecwCageatio1 Description ton Generai Information Center Span 34.33 ft Moment of Inertia 1,000.000 1n4 Left Cantilever ft Elastic Modulus 29,000 ksi Right Cantilever It Beam End Fixity Pin -Pin Uniform Loads On center span... On Left Cantilever... Shears... On Right Cantilever... Reactions... 1 0.236 Wft 1 Wft 1 Wit Point Loads 0.00 k -R at 34.33 It @ Right 4.19 k @ Right 4.19 k Magnitude 0.600 k 0.600 k k k k Location 0.500 It 7.500 ft R R ft Query Values @ Center 0.274 in at 16.99 It Center Location 0.000 R Left Cant 0.000 It Right Cant 0.000 ft Moment 0.00 k -ft 0.00 k -ft 0.000 in 0.00 k -ft Shear 5.11 k 0.00 k 0.00 k Deflection 0.00000 in 0.00000 in 0.00000 in Moments... Shears... Reactions... Max + @ Center 37.21 k -ft at 16.58 ft @ Left 5.11 k @ Left 5.11 k Max - @ Center 0.00 k -R at 34.33 It @ Right 4.19 k @ Right 4.19 k @ Left Cant 0.00 k -R Maximum 5.11 k @ Right Cant 0.00 k -R Deflections... @ Center 0.274 in at 16.99 It Maximum = 37.21 k -ft @ Left Cant. 0.000 in at 0.00 It @ Right Cant 0.000 in at 0.00 ft Description : J2 Joist with new RTU & solar panels Matenal`Noperttes Calculations per IBC 2006 CBC 2007, 13th AISC Analysis Method: Allowable Stress Design Fy : Steel Yield: 50.0 ksi Beam Bracing: Beam is Fully Braced against lateral - torsion buckling E: Modulus : 29,000.0 ksi Bending Axis: Major Axis Bending Load Combination 2006 IBC & ASCE 7 -05 Service loads entered. Load Factors will be applied for calculations. Load for Span Number 1 Uniform Load: D = 0.080, Lr = 0.1280 k/ft, Tributary Width =1.0 ft Point Load: D = 0.720 k (a) 0.50 ft Point Load: D= 0.720k a()7.50ft Uniform Load : D = 0.0160 k/ft, Extent =17.0 ->> 30.0 ft, Tributary Width =1.0 ft Section used for this span W12X35 Section used for this span W12X35 Mu : Applied 35.947 k -ft Vu : Applied 4.9838 k Mn / Omega : Allowable 127.745 k -ft Vn /Omega : Allowable 75.0 k Load Combination D+Lr+H Load Combination D+Lr +H Location of maximum on span 17.148ft Location of maximum on span 0.000 ft Span # where maximum occurs Span # 1 Span # where maximum occurs Span # 1 Maximum Deflection Max Downward Live Load Deflection 0.529 in Max Upward Live Load Deflection 0.000 in Live Load Deflection Ratio 794 Max Downward Total Deflection 0.978 in Max Upward Total Deflection 0.000 in Total Deflection Ratio 429 Load Combination Span# M V Mmax+ Mmax- Ma - Max Mnx Omega'Mnx Cb Rm Va Max Overall MAXimum Envelope Span Max. Downward Dell Location in Span Max. Upward Dell Location in Sp D 0 1 0.4499 17.383 0.0000 0.000 Lr Only Dsgn. L = 35.00 ft 1 0.281 0.066 35.95 35.95 213.33 127.74 1.00 1.00 4.98 112.50 75.00 D 17.383 0.0000 0.000 Dsgn. L = 35.00 It 1 0.128 0.037 16.38 16.38 213.33 127.74 1.00 1.00 2.74 112.50 75.00 D+L+H Dsgn. L = 35.00 ft 1 0.128 0.037 16.38 16.38 213.33 127.74 1.00 1.00 2.74 112.50 75.00 0+Lr+H Dsgn. L = 35.00 ft 1 0.281 0.066 35.95 35.95 213.33 127.74 1.00 1.00 4.98 112.50 75.00 D+0.750Lr+0.750L+H Dsgn. L = 35.00 ft 1 0.243 0.059 31.05 31.05 213.33 127.74 1.00 1.00 4.42 112.50 75.00 rrOverallMazrmum' Deflections= 'Unfactdred{Loads, 1 -; Load Combination Span Max.'-' Dell Location in Span Load Combination Max. W Defl Location in Span Load Combination Span Max. Downward Dell Location in Span Max. Upward Dell Location in Sp D 0 1 0.4499 17.383 0.0000 0.000 Lr Only 1 0.5285 17.617 0.0000 0.000 Lr+L Only 1 0.5285 17.617 0.0000 0.000 D +Lr +L 1 0.9764 17.383 0.0000 0.000 User MV-0 01782 Ver5.80, 1- Oep2003 Single Span Beam Analysis Page 1Me)1983-2003 ENERCALC Engioeenng Software iolsl Talcs aewC i, mr,...o Description J4 Existing 10 ton General Information Center Span 37.00 ft Moment of Inertia 1,000.000 in4 Left Cantilever ft Elastic Modulus 29,000 ksi Right Cantilever it Beam End Fixity Pin -Pin Uniform Loads On Center Span... Title: Job # Johnston Burkholder Associates Dsgnr: Date: 3:56PM, 1 MAR 11 On Right Cantilever... Description: 0.236 k/ft 1 eiYe"x Scope: CONSULTING STRUCTURAL ENGINEERS 0.00 k -ft at User MV-0 01782 Ver5.80, 1- Oep2003 Single Span Beam Analysis Page 1Me)1983-2003 ENERCALC Engioeenng Software iolsl Talcs aewC i, mr,...o Description J4 Existing 10 ton General Information Center Span 37.00 ft Moment of Inertia 1,000.000 in4 Left Cantilever ft Elastic Modulus 29,000 ksi Right Cantilever it Beam End Fixity Pin -Pin Uniform Loads On Center Span... On Left Cantilever... On Right Cantilever... 1 0.236 k/ft 1 k/ft 1 k/ft Point Loads 0.00 k -ft at 0.00 it @ Right 4.50 k @ Right 4.50 k Magnitude 0.600 k 0.600 k k k k Location 0.500 ft 7.500 ft it it ft Query Values @ Center 0.366 in at 18.39 it Center Location 42.82 k -ft 0.000 ft Left Cant 0.000 it Right Cant 0.000 it Moment 0.00 k -ft 0.00 k -ft 0.00 k -ft Shear 5.44 k 0.00 k 0.00 k Deflection 0.00000 in 0.00000 in 0.00000 in Moments... Shears... Reactions... Max +@ Center 42.82 k -ft at 17.94 ft @ Left 5.44 k @ Left 5.44 k Max - @ Center 0.00 k -ft at 0.00 it @ Right 4.50 k @ Right 4.50 k Left Cant 0.00 k -ft Maximum 5.44 k Right Cant 0.00 k -ft Deflections... @ Center 0.366 in at 18.39 it Maximum = 42.82 k -ft @ Left Cant. 0.000 in at 0.00 it @ Right Cant 0.000 in at 0.00 it Description: A Joist with new Calculations per IBC 2006, CBC 2007,13th RISC Analysis Method: Allowable Stress Design Fy : Steel Yield: 50.0 ksi Beam Bracing: Beam is Fully Braced against lateral - torsion buckling E: Modulus: 29,000.0 ksi Bending Axis: Major Axis Bending Load Combination 2006 IBC & ASCE 7 -05 pplied'LOads r_ , Service loads entered. Load Factors will be applied for calculations. Load for Span Number 1 Uniform Load: D = 0.080, Lr = 0.1280 k/ft, Tributary Width =1.0 It Point Load: D= 0.720k(a70.50ft Point Load : D = 0.720 k (a? 7.50 ft Uniform Load: D = 0.0160 k/ft, Extent =17.0 ->> 30.0 ft, Tributary Width =1.0 ft Section used for this span W12X35 Section used for this span W12X35 Mu : Applied 39.883k -ft Vu: Applied 52082 k Mn / Omega: Allowable 127.745 k -ft Vn /Omega : Allowable 75.0 k Load Combination D+Lr+H Load Combination D+Lr+H Location of maximum on span 18.128ft Location of maximum on span 0.000 ft Span # where maximum occurs Span # 1 Span # where maximum occurs Span # 1 Maximum Deflection Max Downward Live Load Deflection 0.660 in Max Upward Live Load Deflection 0.000 in Live Load Deflection Ratio 672 Max Downward Total Deflection 1.211 in Max Upward Total Deflection 0.000 in Total Deflection Ratio 366 Load Combination Segment Length Max Stress Ratios Span# M V Mmax+ Mmax- Summary of Moment Values Me - Max Mnx Omega'Mnx Cb Rm Summary of Shear Values Va Max Vnx Omega'Vnx Overall MAXimum Envelope 1 0.5515 16.376 0.0000 0.000 Lr Only 1 0.6601 18.624 0.0000 0.000 Dsgn. L = 37.00 ft 1 0.312 0.069 39.88 39.88 213.33 127.74 1.00 1.00 5.21 112.50 75.00 D Osgn. L = 37.00 ft 1 0.141 0.038 18.01 18.01 213.33 127.74 1.00 1.00 2.84 112.50 75.00 D+L+H Dsgn. L = 37.00 ft 1 0.141 0.038 18.01 18.01 213.33 127.74 1.00 1.00 2.84 112.50 75.00 D+Lr+H Dsgn. L = 37.00 ft 1 0.312 0.069 39.88 39.88 213.33 127.74 1.00 1.00 5.21 112.50 75.00 D+0.750Lr+0.750L+H Dsgn. L = 37.00 ft 1 0.269 0.062 34.41 34.41 213.33 127.74 1.00 1.00 4.62 112.50 75.00 Over "alliMazimum D'eflectlons = Unfactored Loads t Load Combination Span Max. "Defl Location in Span Load Combination Max. ' +^ Defl Location in Span Load Combination Span Max. Downward Dell Location in Span Max. Upward Dell Location in Span D Only 1 0.5515 16.376 0.0000 0.000 Lr Only 1 0.6601 18.624 0.0000 0.000 Lr+L Only 1 0.6601 18.624 0.0000 0.000 D +Lr +L 1 1.2115 18.376 0.0000 0.000 Title Dsgnr: Johnston Burkholder associates Description: PWEMa W: Scope: CONSULTING STRUCTURAL ENGINEERS Job # Date: 3:50PM, 1 MAR 11 UserxW-0 ENE Ver5601 -0eing So Single Span Beam Analysis Page 1 cpr_ }__ 31782Ver5Engineering Software inicr amain wn rCag Description J8 Existing 10 ton General Information Center Span 66.00 ft Moment of Inertia 1,000.000 in4 Left Cantilever ft Elastic Modulus 29,000 ksi Right Cantilever it Beam End Fixity Pin -Pin Uniform Loads Moments... Shears... Reactions... 1 0.236 k/ft 1 k/ft 1 Wit Point Loads 0.00 k -ft at 66.00 it @ Right 7.87 k @ Right 7.87 k Magnitude 0.600 k 0.600 k k k k Location 1.000 ft 8.000 it ft ft ft Query Values @ Center 3.560 in at 32.93 It Center Location 131.22 k -ft 0.000 It Left Cant 0.000 it Right Cant 0.000 ft Moment 0.00 k -ft 0.00 k -ft 0.00 k -ft Shear 8.91 k 0.00 k 0.00 k Deflection 0.00000 in 0.00000 in 0.00000 in Moments... Shears... Reactions... Max + @ Center 131.22 k -ft at 32.67 ft @ Left 8.91 k @ Left 8.91 k Max - @ Center 0.00 k -ft at 66.00 it @ Right 7.87 k @ Right 7.87 k Left Cant 0.00 k -ft Maximum 8.91 k Right Cant 0.00 k -ft Deflections... @ Center 3.560 in at 32.93 It Maximum = 131.22 k -ft @ Left Cant. 0.000 in at 0.00 it @ Right Cant 0.000 in at 0.00 It Description: A Joist with new RTU & solar panels t Matenal Properties - -x " °'' '`<: '' Calculations per IBC 2006 CBC 2007,13th AISC Analysis Method: Allowable Stress Design Fy : Steel Yield: 50.0 ksi Beam Bracing: Beam is Fully Braced against lateral - torsion buckling E: Modulus: 29,000.0 ksi Bending Axis: Major Axis Bending Load Combination 2006 IBC & ASCE 7 -05 t`,, pplled Loads y ,. , ° &,?; ,u`, ` '"` .'' '`'=_ Service loads entered. Load Factors will be applied for calculations. Load for Span Number 1 Uniform Load: D = 0.080, Lr = 0.1280 k/ft, Tributary Width =1.0 It Point Load : D = 0.720 k o(,, 0.50 ft Point Load: D = 0.720 k oQ 7.50 ft Uniform Load : D = 0.0160 k/ft, Extent =15.50 ->> 40.0 ft, Tributary Width= I.O ft Maximum Bending Stress Ratio = 0.949: 1 Maximum Shear Stress Ratio = 0.113 : 1 Section used for this span W12X35 Section used for this span W12X35 Mu : Applied 121.227 k -ft Vu: Applied 8.4439 k Mn / Omega: Allowable 127.745 k -ft Vn /Omega : Allowable 75.0 k Load Combination D+Lr+H Load Combination D+Lr +H Location of maximum on span 32.336ft Location of maximum on span 0.000 it Span # where maximum occurs Span # 1 Span # where maximum occurs Span # 1 Maximum Deflection 0.056 51.59 51.59 Max Downward Live Load Deflection 6.683 in 1.00 1.00 Max Upward Live Load Deflection 0.000 in 75.00 D+L,H Live Load Deflection Ratio 118 <360 Max Downward Total Deflection 11.638 in Max Upward Total Deflection 0.000 in Total Deflection Ratio 68 <180 0.404 0.056 Load Combination Segment Length Span If Mmax + Mmax - Ma - Max Mnx Dsgn. L = 66.00 ft 1 0.949 0.113 121.23 121.23 213.33 127.74 1.00 1.00 8.44 112.50 75.00 D 0.000 D +Lr +L 1 11.6378 33.221 0.0000 0.000 Osgn. L = 66.00 ft 1 0.404 0.056 51.59 51.59 213.33 127.74 1.00 1.00 4.22 112.50 75.00 D+L,H Dsgn. L = 66.00 ft 1 0.404 0.056 51.59 51.59 213.33 127.74 1.00 1.00 4.22 112.50 75.00 D+Lr+H Dsgn. L = 66.00 ft 1 0.949 0.113 121.23 121.23 213.33 127.74 1.00 1.00 8.44 112.50 75.00 D4750Lr+0.750L+H Dsgn. L = 66.00 ft 1 0.813 0.099 103.81 103.81 213.33 127.74 1.00 1.00 7.39 112.50 75.00 q,Y, Ov or a I F, Maximum Deflecttonsr ,Unfactored.Loatls Load Combination Span Max. "-" DO Location in Span Load Combination Max, DO Location in Span Load Max. Max. upward uetl Locauon in span D Only 1 4.9554 32.779 0.0000 0.000 Lr Only 1 6.6832 33.221 0.0000 0.000 Lr+L Only 1 6.6832 33.221 0.0000 0.000 D +Lr +L 1 11.6378 33.221 0.0000 0.000 MECHANICAL VENTILATION & REHEAT MECH•3C PROJECT NAME: Date: WALMART #2077 HVAC EQUIPMENT REPLACEMENT 2/21/2011 MECHANICAL VENTILATION § 121 (b) 2 REHEAT LIMITATION §144 (d) AREA BASIS OCCUPANCY BASIS VAVMINIMUM A B C D E F G H I J K L M N Zones/ Condginn CFM Min CFM Num of CFM per Min CFM Required Design 50 %of Bx0.1 MAKoI Design Transfer System Area SgFt Der SgFt by area People Person brace. Varian VACFM design zone CFMIagFt H,J,Kor min.air Air BxC ExF Dare supply chat 300 CFM setpoird SALES 88974 r 02':1 78795 650.j15;. 24750 24750 125570 294;; OFFG 1}9587, 015 It 1 1438 720 1438 RCVN 11911 014`; 1668 20;1; ,,^;15 300 1666 1700 l,,y an.,.:sa a7x15S t Y m•,;i EE r 7. iLTotals 1718 27856 29090 commnl Total Design vemllabon At 0 Per Section 121 - Requirements for Ventilation, subsection C4 Demand Control Devices, Note E, outside air shall be maintained at the minimum level required by CFM per SOFT by units Controlled with CO2 sensors durning normal occupied hours. C Minimum VenGlauon rate per section 121. Table 121-A E Based a a Fixed net or the greater of the expected number f occupants and 50% of the CBC Occupant load for entree pMpMr.a far spaces.9mut rued seating. H Required Ventilation Ah (REDD VA.) Is the larger of the ventilation rates calculated on an AREA BASIS or OCCUPANCY BASIS Columns D or G) I Must be greater tan or equaltoH, m use Transfer Aa rcolumn M to make up me difference J Design la SuDVly can (Fan CFM) x50 %; or Me deal, zone oti aldlpw one per §121 K Condition area ($,g) x o a dWagft; or L Maximum of columns H, J. K. or 300 Onto M T 1, on., than or equal to Column L and greater man or equal to the sum of columns H plus N Tren iter Aft- must be provided where the Required Ventilation Air (Column H) Is greater than me Design Minimum air (column My where required, transfer air must be greaterlhan or equal to the difference between me Required Ventilation Air (Column H) and the Design minimum Air (Column Pup. Column H minus M. COMPLIANCE FORMS CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST (Pagel of 10 MECHAC PROJECT NAME: WALMART #2077 HVAC EQUIPMENT REPLACEMENT DATE: 2/2112011 CLIMATE ZONE: 1 10 PROJECT ADDRESS: 31700 GRAPE ST., LAKE ELSINORE, CA 92532 CONDITIONED FLOOR AREA: 120472 GENERAL INFORMATION BUILDING TYPE I NONRESIDENTIAL IHIGH RISE HOTEL MOTEL GUEST ROOM SCHOOLS (PUBLIC SCHOOL) RELOCATABLE PUBLIC SCHOOL BLDG. CONDITIONED SPACES PHASE OF CONSTRUCTION NEW CONSTRUCTION ADDITION X APPROACH OF COMPLIANCE COMPONENT OVERALL TDV ENERGY FRONT ORIENTATION: N, E. S. W IN DEGREES: 135 DEGREES HVAC SYSTEM DETAILS FIELD INSPECTION ENERGY CHECKLIST EQUIPMENT' INSPECTION CRITERIA MEETS CRITERIA OR REQUIREMENTS SPECIALFEATURE' PASS FAIL - DESCRIBE REASON' ITEM OR SYSTEM TAGS L., AC -1, RTU -1, HP -1) RTU- 2,6,19,32,33,37 EQUIPMENT TYPE AIR COOLED A/C e65000 NO. OF SYSTEMS 6 MAXALLOWED HEATING CAPACITY 450 MBH MINIMUM HEATING EFFICIENCY 80% MAX ALLOWED COOLING CAPACITY 216 MBH COOLING EFFICIENCY 16.1 SEER DUCT LOCATION I R -VALUE N/A WHEN DUCT TESTING IS READ, SUBMIT MECH 4 -A S MECH4-HERS N/A ECONOMIZER AIR _ THERMOSTAT COMPLIES: EXISTING FAN CONTROL CAV , ' EQUIPMENT' INSPECTION CRITERIA FIELD INSPECTION ENERGY CHECKLIST SPECIALFEATURE' PASS FAIL DESCRIBE REASON' ITEM OR SYSTEM TAGS i.e.AC- 1,RTU- I,HP -1) RTU- 5,15,31,34,39 EQUIPMENT TYPE AIR COOLED A/C.565000 NO. OF SYSTEMS 5 -' MAX ALLOWED HEATING CAPACITY 625MBH,. MINIMUM HEATING EFFICIENCY 80% -. MAXALLOWED COOLING CAPACITY 300 MBH,'.... COOLING EFFICIENCY I.z;,15.5 SEER,,.: DUCT LOCATION I R -VALUE N /A WHEN DUCT TESTING IS REOD, SUBMIT MECH 4 -A 8 MECHA -HERS NIA ECONOMIZER AIR;.. THERMOSTAT COMPLIES EXISTING FAN CONTROL CAV 1. It the Actual installed equipment performance efficiency and capacity is less Nan me Propelled (firs. ma en<yy compliance eubmidal w from the building plans) the responsible party shall resubmit energy compliance to mustude the new changes. 2. For additional detailed discrepancy use Page 2 of the Inspection Checklist Form. Indicate Equipment Type. Gas(Aq or, Split), VAV, HE Erg or spliO, Hydmnlc. PTAC. or other. March 2010 CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST Page 2 of 10 MECH -1C PROJECT NAME: WALMART #2077 HVAC EQUIPMENT REPLACEMENT DATE: 2/21/2011 CLIMATE ZONE: 10 PROJECT ADDRESS: 31700 GRAPE ST., LAKE ELSINORE, CA 92532 CONDITIONED FLOOR AREA: 120472 GENERAL INFORMATION BUILDING TYPE It I NONRESIDENTIAL I IHIGH RISE I 1HOTEUMOTEL GUEST ROOM ISCHOOLS (PUBLIC SCHOOL) RELOCATABLE PUBLIC SCHOOLBLDG. CONDITIONED SPACES PHASE OF CONSTRUCTION NEW CONSTRUCTION ADDITION I % TI APPROACH OF COMPLIANCE COMPONENT TDVENERGYI OVERALL I IUNi ( ) FRONT ORIENTATION: N, E. S, W IN DEGREES: 135 DEGREES HVAC SYSTEM DETAILS FIELD INSPECTION ENERGY CHECKLIST EQUIPMENT' INSPECTION CRITERIA MEETS CRITERIA OR REQUIREMENTS SPECAL FEATURE PASS FAIL - DESCRIBE REASON° ITEM OR SYSTEM TAGS i.e. AC -1, RTUi HP-1) RTU- 16,17;21;22,23,24, 27,28;29. EQUIPMENT TYPE AIR COOLED A/C 65000- 135000 NO. OF SYSTEMS 9 MAX ALLOWED HEATING CAPACITY..OMBH MINIMUM HEATING EFFICIENCY N /A. MAX ALLOWED COOLING CAPACITY 1080MBH., COOLING EFFICIENCY 12.1 EER DUCT LOCATION /R -VALUE N/A WHEN DUCT TESTING IS REDD, SUBMIT MECH 4 -A B MECH-4-HERS N/A -- ECONOMIZER AIR THERMOSTAT FAN CONTROL CAV EQUIPMENT INSPECTION CRITERIA FIELD INSPECTION ENERGY CHECKLIST SPECIAL FEATURE PASS FAIL - DESCRIBE REASON° ITEM OR SYSTEM TAGS i.e. AC -1, RTU -1, HP -1) RTU - 1;3;4,7;8;9,10,11,12,13,14 18,20,25,26,30,35136,38 EQUIPMENT TYPE AIR'COOLEDTA/C 65000- 135000 NO, OF SYSTEMS j9- MA% ALLOWED HEATING CAPACITY 2470 MBH MINIMUM HEATING EFFICIENCY 8b% i, MAX ALLOWED COOLING CAPACITY 2280 lvi COOLING EFFICIENCY J21EER,; -_ DUCT LOCATION /R -VALUE- NIA .,. =. WHEN DUCTTESTING IS REDD, SUBMIT MECH 4 -A It MECH4 -HERS I/A 1 ECONOMIZER AIR. -,. =, ... THERMOSTAT COMPLIES = EXISTING FAN CONTROL CAV t .', L If the Adual Installed equipment performance efOUency and capacity Is less man the Proposed (from the energy complance sueminal or mom the building plans) the rezpan aba paM shall resubmit enegy tomplance to include the new changes. 2. For additional detailed disompi use Page 2 of the Inspection Checklist Fmm, 3. Indicate Equipment Type: Gazlpkg oe Split), VAV, HP(pkg enpllp, Hydr ic, Pi or other. March 2010 CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST Pa e 3 of 10 MECH -1C PROJECT NAME: DATE: WAIMARIT&2 77HVACjEQUp!IENTiBERLACEME J1M QQW2ff2/Z1 j201 1,,l ..m:,aa SPECIAL FEATURES INSPECTION CHECKLIST Discrepancies: DUCTS ARE EXISTING,TO REMAIN.'THEREFORE,THE INSULATION REQUIREMENT DOES NOT APPLY. c ALCSYSTEMSHAVE AN EXISTING ROOM TEMPERATURE SENSOR AND CENTRAL CONTROLLER THAT CONTROLS THE SETPOINT ANOCPERATION,OF. EACH UNIT .INDIVIDUALLY: r t: 2008 NONRESIDENTIAL COMPLANCE FORMS MaFch 2010 CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST (Page4ofIO) MECHAC PROJECT NAME IDATE: 1 P!FENT(R-ZVP-:CM9 WT, REODIRED ACCEPTANCE TESTS DESIGNER: This form Is to be used by the designer and attached to the plans. Listed below are all the acceptance tests for mechanical systems. The designer is required to check the applicable boxes by all acceptable tests that apply and list all equipment descriptions and the number of systems, The NA number designated the Section in the Appendix of the Nonresidential reference appendices that requires an acceptance test. If all equipment of a certain type requires a test, list the equipment Reference Appendices Manual that describes the test. Since this form VAN be pan of the plans, completion of this section will allow the responsible party to budget for the scope of work appropriately. Enforcement Agency: 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. AN newly installed HVAC equipment must be tested using the - Acceptance Requirements. The MECH-1 C form is not considered a completed form and Is not to be accepted by the building 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 the project) and what Acceptance test must be conducted. The following checked-off forms are required for ALL newly installed equipment. In addition a Cert'llcate of Acceptance forms shall be submitted to the building department that certifies plans, specifications, installation certificates, and operating and maintenance information meet the requirements of §10-103(b) and Title 24 part 6. The building inspector must receive property filed out and signed forms before the building can receive final occupancy. Test Description MECH-2A MECH-3A MECH-4A MECH-5A MECH-6A I MECH-7A MECH-8A MECH-9A MECH-10A MECH-11A Outdoor Constant Demand Hydronic Ventilation Volume & Air Corbel Valve supply System Automatic Equipment requiring of for Single-Zone Distribution Economizer Ventilation Supply Fan Leakage WaterTemp. Var. Flow Demand Testing or Verification units VAV & CAV Unitary Ducts Controls DCV VAV Test Reset Control Shed Control RTIJ-1 a --1 1 X RTIJ-2.1.,` X RTU-'3.,: I X1. X RTIJ4 '7 RTIJ25'.-'-"`! I X T." RTIJ-6,; q:, X, RTU-'7L'a',,4 iii , X X' RTU,-'8, j, X X RTIJ179.,,;e"3 X X R TU'l RTU-1 5 RT 122 0"l A X 'xr j j, TU RjLj 3 R X .... . X TU. R _1 -4 X X , R TU 5 A."Akft"V X ;,:,I S. AU TU _I 6 i XIF iL 2M8 NONRESIDENTAL COMPLV,NCE FORMS CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST (Page 5 of 10) MECH-IC PROJECT NAME: WALE 57 A7V DATE: REQUIRED ACCEPTANCEANUS TE51N5 DESIGNER: This form is to be used by the designer and attached to the plans. Listed below are all the acceptance tests for mechanical systems. The designer is required to check the applicable boxes by all acceptable tests that apply and list all equipment descriptions and the number of systems. The NA number designated the Section in the Appendix of the Nonresidential reference appendices that requires an acceptance test. If all equipment of a certain type requires a test, list the equipment 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, Enforcement Agency: Systems Acceptance. Before Occupancy peanut 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 HVAC equipment must be tested using the Acceptance Requirements. The MECH-1 C form is not considered a completed farm and is not to be accepted by the building department unless the coned boxes are checked. The equipment requiring testing, person performing the test (Example: HVAC installer, TAB contractor, controls contractor, PE In charge of the 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 department that certifies plans, specifications, installation certificates, and operating and maintenance information meet the requirements of §10-103(b) and Title 24 pan 6. The building inspector must receive property filled out and signed forms before the building can receive final Occupancy. Test Description MECH-2A MECT-3A MECI-14A I MECH-5A MECH-6A I MECH-7A MEC"A MECH-9A MECH-10A MECH-11A Outdoor Constant Demand Hydronic Ventilation Volume & Air C-nr.I Valve supply System Automatic Equipment requiring of for Single-Zone Distribution Economizer fietaVentilationaon Supply Fan Leakage Water Temp. Vaf. Flow Demand Testing or Verification units VAV & CAV Unitary Ducts Controls DCV VAV Test Reset Control Shed Control RTU-17 1 X X, RTU-18 1 X 7 X-. RTU-19',,-.' i X. X RTU-20'. I X X X RTU-21 1 X X RTU-22 1 3 L X RTIJ-23.,'," t X X RTU-24 X X RTU-25 T. X X RTU-26 "2 1 X X RTU.27,1 X X- RTU-28 1 IX,- X j X JRTU-30 If 1 X X XI 11 z' . IRTIJ-32 :1, 1 1 X X 7 1008 NONRESIDENTINL COMPLIANCE FORMS CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST (Page 6 of 10 MECH -1C PROJECT NAME: DATE: REQUIRED ACCEPTANCE TESTS DESIGNER: This form is to be used by the designer and attached to the plans. Listed below are all the acceptance tests for mechanical systems. The designer is required to check the applicable boxes by all acceptable tests that apply and list all equipment tlescdpllons and the number of systems. The NA number designated the Section In the Appendlz of the Nonresidential reference appendices that requires an acceptance test. If all equipment of a certain type requires a test, list the equipment Reference Appendices Manual that describes the lest. 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. Enforcement Agency: 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 wntrol devices serving the building or spew shall be certified as meeting the Acceptance requirements for Code Compliance Systems Acceptance. Before occupancy permit is gaoled. All newly Installed HVAC equipment must be tested using the Acceptance Requirements. The MECH -iC form is not wnsitleretl a completed form and is not to be accepted by the building department unless the wmed boxes are checked The equipment requiting testing, person performing the test (Example: HVAC installer, TAB wntador, wnlrols wnvador, PE in charge of the project) and what Acceptance lest must be wntluded. The following checked -off forms are required for ALL newt' installed equipment. In addition a Certificate of Acceptance Pones shall be submitted to the building department that certifies plans, specifications, installation certificates, and operating and maintenance information meet the requirements of §70+103(b) and Tolle 24 part 8. The building Inspector must receive properly filled out and signed loans before the building can receive foal occupancy. Test Description MEC142A MECH -3A MECH 4A MECH -SA MECH -BA MECH -7A MECH -RA MECH -9A MECH -10 MECH -11A 1 X Equipment requiting Testing or Verification of units Outdoor Ventilation for VAV 8 CAV Constant Volume 8 Single-Zone Unitary Air Distribution Ducts Ecenomizer Controls Demand Control Ventilation OCV Supply Fan VAV Valve Leakage Test Supply Water-Temp. Reset Hydronic System Var. Flow Control Automatic Demand Shed Contro X X RTU -35 1 X X RTU -36 1 X X RTU -37 1 X X RTU -38 1 X X RTU -39 1 X X 2WS NONRESOENTU COMPLIANCE FORMS AixiM 2009 l RTU -33 1 X X RTU -34 1 X X RTU -35 1 X X RTU -36 1 X X RTU -37 1 X X RTU -38 1 X X RTU -39 1 X X CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST (Page 7 o 10 MECH -1C PROJECT NAME: DATE: OUIP,Iv1ENT REP,L4CENIENT"' WALREDACCREQUIREDACCEPTANCE TE5T3ACCEPTANCE DESIGNER: This forth is to be used by the designer and adache l to the plans. Listed below are all Me acceptance tests for mechanical systems. The designer is required to check Me applicable boxes by all acceptable tests that apply and list all equipment descriptions and Me number of systems. The NA number designated the Section in the Appendix of the Nonresidential reference appendices that requires an acceptance test, If all equipment of a certain type requires a lest, list Me equipment Reference Appendices Manual Nat describes the test Since this form will be part of Me plans, completion of this section will allow the responsible park to budget for the scope of work appropriately. Enforcement Agency: Systems Acceptance. Before occupancy permit is granted for a newly constructed building or space, or a new space - conditioning system servinga building or space is operated for normal use, all Control devices serving the building or space shall be ceN(ed as meeting the Aceeptanee requirements for Cade Compliance, Systems Acceptance. Before occupancy pamat is granted. All newly installed HVAC equipment must be tested using the Acceptance Requirements. The MECH-10 forth is not Considered a completed farm and is not to Ee Accepted by the building department unless Me cored hazes are Utecked. The equipment requiring testing, person performing the test (Example: HVAC installer, TAB contractor, controls contractor, PE in charge of the project) and what Acceptance teat must be conducted, The following cheekediforms are required for ALL newly installed equipment In addition a Cemi of Acceptance farms shall be submitted to the building department Oat cemfies plans, specifications, installation carlifirates, and opereMg and maintenance information meet the requirements of §10- 103(b) and Tille 24 pad 6. The Wilding inspector must receive popery filled out and signed forms before Me budding can receive Mal occupancy, cription MECH -12A MECH -13A MECH -14A MECH -15A Fault Thermal Fault Detection & Distributed Energy Detection& Diagnostics Energy Storage Equipment requ4of Diagnostics for Air& Storage DX TES) Testing or VerifiUnits for DX Units Zone AC Systems Systems Test Perrorned By: RTU'1i.,, ,':. 1g.:. iX -.. :_. RTU 2S ; -.. 1' X CONTRACTORRTU-3!.. 1 X CONTRACTOR RTU-4 1 X CONTRACTOR RTU -5' I. IX CONTRACTOR RTU 6',: 1 X- CONTRACTOR RTU -7. 1,. X CONTRACTOR RTU -Bt. 1. X CONTRACTOR RTU -9 1 X CONTRACTOR RTU -10. 1 X CONTRACTORRTU11- 1 X CONTRACTOR RTU -12 1,..' X CONTRACTORRTU131X'. CONTRACTOR RTU -14, 1 X CONTRACTOR RTU -15' 1. X CONTRACTOR X -. CONTRACTOR ... LeMGLIAN<E FOPM9 CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST (Pa e 8 of 10 ) MECH-1C PROJECT NAME: WA C # 2T EACjEQUIPMENTgREP CMEJT DATE: REQUIRED ACCEPTANCE TESTS DESIGNER: This form is to be used by the designer and affected to the plans. Listed below are all the acceptance tests for mechanical systems. The designer is required to check the applicable boxes by all acceptable tests mat apply and list all equipment descrptors and the number of systems. The NA number designated the Section in the Appendix of the Nonresidents] reference appendices that requires an acceptance test. If all equipment of a certain type requires a test, list the equipment Reference Appendices Manual that cree es the test. Spice tine form will be part of the plans, completion of this section will allow the responsible party to budget for the scope of work appropriately. Enforcement Agency: Systems Acceptance. Before occupancy permit is granted for a newly constructed building or space; era new spaceaondilioning system serving a buiding or space is operated for normal use, all control devices serving the building or space shall be caNfied as meeting the Aceeptanca requirements for Cade Compliance. Systems Acceptance. Before occupancy permit is granted. All newly installed HVAC equipment must be tested using the Acceptance Requirements. The MECH -1 C form is not Considered a Completed form and is not to be accepted by the building department unless the cored boxes are checked. The equipment requiring testing, person performing the test (Example: HVAC installer, TAB contractor, Control contractor, PE in charge of the project) and what Acceptance test must be conducted, The following checkedaff forms are required for ALL newly installed equipment. In addition a Certificate of Acceptance forms shall be submitted to the building department that cenilies plans, specifications, installation certificates, and operating and maintenance ifidd on meet the requirements of §10- 103(b) and Title 24 part 6. The building inspector must receive properly filled out and signed fortes before the building can receive final occupancy. est Description MECH-12A MECH -13A MECH -14A MECH -15A Fault Thermal Fault Detection 8 Distributed Energy Detection 8 Diagnostics Energy Storage iringui" nT, e q of Diagnostics for Air 8 Storage D% TES) ficed Units for D% Units Zone AC Systems Systems Test Performed By: X, CONTRACTOR.. r 1' .. XCONTRACTOR...,. 1C' X CONTRACTOR. 1: - X. CONTRACTOR. - RTU721 -.._.. 1 , X, CONTRACTOR:._ RTUP22i s `1 X - CONTRACTOR RTU -23 _.. " ' 1- X CONTRACTOR.- ... RTU 24s _ 1;:.. X CONTRACTOR,_ . ...: ... . ._ ._. RTU -25'.. i 1.' X, CONTRACTOR_ RTU26: 1 X, CONTRACTOR,: _. . RTU= 27_ - -. 1' X+ CONTRACTORS... RTU -285 - -. "... 1',::._ X: - -. CONTRACTOR X -, CONTRACTOR , RTU -30;'. - ,. 1, X CONTRACTOR' RTU -31= _.... . 1 X. CONTRACTOR`,.. X I NTRACTOR.., 3008 NONFESIDENTAL 200BNONRESIDENTVIGOMPp4RCEFOnMS ,y axe CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST - Pa e 9 of 10 MECH -1C PROJECT NAME: DATE: WALMART # 207, Z ;HVACtEOUIRMENTREP,LACEMENTrr, ._, ar: ...,_y2:1/2011;,`.'..". Y' REQUIRED ACCEPTANCE TESTS DESIGNER: This form is to be used by Me designer and attached to Me plans. Listed Delow are all me acceptance tests for mechanical systems. The designer is required to check the applicable boxes by all acceptable tests Mat apply and list all equipment tlasrnptions and 0a number of systems. The NA number designated the 3acd0h in the Appendix of Me Nonresidential reference appendices Mat requires an acceptance lest. If all equipment of a certain type requires a test, list Me equipment Reference Appendices Manual Mat Oasrlibes Me test. Since Uls form will be part of Me plans, completed of this section will allow Ua responsible party to budget for Ue scope of woM appropriately. Enforcement Agency: Systems Acceptance. Before occupancy permit is granted for anewly conswdetl building or apace, ore new spaceuntlitioning system servings building or spare is operated for normal use, all ronVpl devices serving Me buBdvig or space shall be certified as meeting 0a Acceptance requirements for Code Compliance. Systems Acceptance. Before occupancy pertnil is grentetl. All newly installed HVAC equipment must be tested using Me Acceptance Requirements. The MECH -1 C form is not considered a completed form and is not to be accepted by Me building department unless Ua correct boxes are checked. The equipment requiring testing, person pertortning Me test (Example: HVAC insWler, TAB contractor, controls contractor, PE in charge of the Project) and What Acceptance test must be conducted. The following checked-off forms are requietl for ALL nawty installed equlpmenL In addition a Certificate of Acceptance fortes shall be submitted to Me building department Mat ceNfias plans, Specifications, Installation ceNfiwles, and Operating and maintenance information meet the requirements of §10 -003(D) and Title 24 part 8. The building inspector must receive property filled out and signed forms before Me building can receive flrral occupancy. Test Description MECH -12A MECH -13A MECH -14A MECH -15A Fault Thermal Fault Deledion8 DisUDUtetl Energy Detection 8 Diagnostics Energy Storage Equipment requiring sot Diagnostics for AirB Storage D% (TES) Testing or Verification Units for 0X Units Zone AC Systems Systems Test Performed By: RTU -33 1' X CONTRACTOR R7U -34 =. 1 X CONTRACTOR RTU -35` 1. X CONTRACTOR R7U -36 r.: 1 X CONTRACTOR RTU -37 1 X CONTRACTOR - RTUc38 ...`_1'._.. X CONTRACTOR'. R7U -39, T .. X . „ CONTRACTOR 200BNONRESIDENTVIGOMPp4RCEFOnMS ,y axe CERTIFICATE OF COMPLIANCE and FIELD INSPECTION ENERGY CHECKLIST - Pa e 9 of 10 MECH -1C PROJECT NAME: DATE: WALMART # 207, Z ;HVACtEOUIRMENTREP,LACEMENTrr, ._, ar: ...,_y2:1/2011;,`.'..". Y' REQUIRED ACCEPTANCE TESTS DESIGNER: This form is to be used by Me designer and attached to Me plans. Listed Delow are all me acceptance tests for mechanical systems. The designer is required to check the applicable boxes by all acceptable tests Mat apply and list all equipment tlasrnptions and 0a number of systems. The NA number designated the 3acd0h in the Appendix of Me Nonresidential reference appendices Mat requires an acceptance lest. If all equipment of a certain type requires a test, list Me equipment Reference Appendices Manual Mat Oasrlibes Me test. Since Uls form will be part of Me plans, completed of this section will allow Ua responsible party to budget for Ue scope of woM appropriately. Enforcement Agency: Systems Acceptance. Before occupancy permit is granted for anewly conswdetl building or apace, ore new spaceuntlitioning system servings building or spare is operated for normal use, all ronVpl devices serving Me buBdvig or space shall be certified as meeting 0a Acceptance requirements for Code Compliance. Systems Acceptance. Before occupancy pertnil is grentetl. All newly installed HVAC equipment must be tested using Me Acceptance Requirements. The MECH -1 C form is not considered a completed form and is not to be accepted by Me building department unless Ua correct boxes are checked. The equipment requiring testing, person pertortning Me test (Example: HVAC insWler, TAB contractor, controls contractor, PE in charge of the Project) and What Acceptance test must be conducted. The following checked-off forms are requietl for ALL nawty installed equlpmenL In addition a Certificate of Acceptance fortes shall be submitted to Me building department Mat ceNfias plans, Specifications, Installation ceNfiwles, and Operating and maintenance information meet the requirements of §10 -003(D) and Title 24 part 8. The building inspector must receive property filled out and signed forms before Me building can receive flrral occupancy. Test Description MECH -12A MECH -13A MECH -14A MECH -15A Fault Thermal Fault Deledion8 DisUDUtetl Energy Detection 8 Diagnostics Energy Storage Equipment requiring sot Diagnostics for AirB Storage D% (TES) Testing or Verification Units for 0X Units Zone AC Systems Systems Test Performed W w11Y 2006 NONRESIDENTIAL COMPLIANCE FORMS 111 August 21XG CERTIFICATE OF COMPLIANCE and (Page 1 O of 10) MECH -1C FIELD INSPECTION ENERGY CHECKLIST PROJECT NAME: DATE: 1% VALMARji #20717,HUAC EQUIPMEN REPL 2121/2011. s,; Documentation Author's Declaration Statement I certify that this Certificate of Compliance Documentation is accurate and complete. Name Signa[ur THOMAS P. FRIEZE r1gy Company: ate: HENDERSON'ENGINEERS INC. Address: if Applicable: 6325 LENEXA DR. CEA # CEPE# City/State /Zip Phone: LENEXA, KS 66214 (913) 742-5000 - Principle Mechanical Designer's Declaration Statement I am eligible under Division 3 of the California Business and Professions Cade to Accept responsibility for the mechanical design. This Cadifwle of Compliance identifies the mechanical features and performance specifications required for compliance with Title 24, Pans 1 and 6 of the California Code of Regulations. The design features represented on this Certificate of Compliance are consistent with the information provided to document this design on Me other applicable compliance forms, worksheets, calculations, plans and specifications submitted to the enforcement agency for approval with this building permit application. Name: - - - Signature: DUANE HENDERSON - - Company: Date: / Z. IHENDERSONENGINEERSINC. Address: License # 6325 LENEXA DR. - 26116 City/State/Zip Phone: LENEXA, KS 66214 (913) 742 -5000 Mandatory Measures Indicate location on building plans of Note Block for Mandatory Measures: Mechanical Compliance Forms &Worksheets check box if worksheets is included For Detailed instruction on the use of this and all Energy Efficiency Standards compliance forms, refer to the 2008 Nonresidential Manual Note: The Enforcement Agency may require all forms to be incorporated onto the building plans. x MECH -I -C Certificate of Compliance. Required on plain for all submittals. X MECH -2 -C Mechanical Equipment Summary is required for all submittals. X MECH - &C Mechanical Ventilation and Reheat is required for all submilWls with mechanical ventilation. MECH -0 -C Fan Power Consumption is required for all prescriptive submittals. W w11Y 2006 NONRESIDENTIAL COMPLIANCE FORMS 111 August 21XG CERTIFICATE OF COMPLIANCE and (Page 1 O of 10) MECH -1C FIELD INSPECTION ENERGY CHECKLIST PROJECT NAME: DATE: 1% VALMARji #20717,HUAC EQUIPMEN REPL 2121/2011. s,; Documentation Author's Declaration Statement I certify that this Certificate of Compliance Documentation is accurate and complete. Name Signa[ur THOMAS P. FRIEZE r1gy Company: ate: HENDERSON'ENGINEERS INC. Address: if Applicable: 6325 LENEXA DR. CEA # CEPE# City/State /Zip Phone: LENEXA, KS 66214 (913) 742-5000 - Principle Mechanical Designer's Declaration Statement I am eligible under Division 3 of the California Business and Professions Cade to Accept responsibility for the mechanical design. This Cadifwle of Compliance identifies the mechanical features and performance specifications required for compliance with Title 24, Pans 1 and 6 of the California Code of Regulations. The design features represented on this Certificate of Compliance are consistent with the information provided to document this design on Me other applicable compliance forms, worksheets, calculations, plans and specifications submitted to the enforcement agency for approval with this building permit application. Name: - - - Signature: DUANE HENDERSON - - Company: Date: / Z. IHENDERSONENGINEERSINC. Address: License # 6325 LENEXA DR. - 26116 City/State/Zip Phone: LENEXA, KS 66214 (913) 742 -5000 Mandatory Measures Indicate location on building plans of Note Block for Mandatory Measures: Mechanical Compliance Forms &Worksheets check box if worksheets is included For Detailed instruction on the use of this and all Energy Efficiency Standards compliance forms, refer to the 2008 Nonresidential Manual Note: The Enforcement Agency may require all forms to be incorporated onto the building plans. x MECH -I -C Certificate of Compliance. Required on plain for all submittals. X MECH -2 -C Mechanical Equipment Summary is required for all submittals. X MECH - &C Mechanical Ventilation and Reheat is required for all submilWls with mechanical ventilation. MECH -0 -C Fan Power Consumption is required AIR SYSTEM REQUIREMENTS (Part 1 of 4) MECH -2C PROJECT NAME: WALMART #20 7HVAC +EQUIPMENTjREPL'ACEMENT Date: 2/21'I2011 ` ITEM or SYSTEM TAG(S) i.e. AC -1, RTU -1, HP -1) Indicate Air Systems Type (Central, Single Zone, Package, VAV or etc...) RTU- 2,6,19,32,33,37 RTU - 5,15,31,34,39 RTU- 16,17,21,22,23,24, 27,28,29 No. of Systems MANDATORY MEASURES Heating Equipment Efficiency Cooling Equipment Efficiency HVAC or Heat Pump Thermostats Furnace Controlslfhermostals Natural Ventilation Mechanical Ventilation VAV Minimum Position Control Demand Control Ventilation Time Control Setback & Setup Control Outdoor Damper Control Isolation Zones Pipe Insulation Duct Insulation PRESCRIPTIVE MEASURES Calculated Design Heating Capacity Calculated Design Cooling Load Fan Control DP Sensor Location Supply Pressure Reset (DDC only) Simultaneous Heat/Cool Economizer Heal & Cool Air Supply Reset Electric Resistance Heating 1 Heat Rejection System Air Cooled Chiller Limitation Duct Leakage Sealing. If Yes, a MECH -0 -A must be Submitted. 6 5 g T -24 Section Indicate Page Reference on the Plans or Schedule list or List Information Below 112(a) N/A N/A N/A 112(a) M3 M3 M3 112(b), 112(0) N/A N/A N/A 112(c), 115(a) N/A N/A N/A 121(b) N/A N/A N/A 121(b) M3 M3 M3 121(c) N/A N /A N/A 121(c) N/A N/A N/A 121(c), 122(e) EXISTING EXISTING EXISTING 122(e) EXISTING EXISTING EXISTING 122(f) M3 (FME). M3 (FME) M3 (FME) 122(9) N/A N/A N/A 123 N/A N/A N/A 124 144(a & b) N/A N/A N/A 144(a & b) N/A N/A N/A 144(c) EXISTING EXISTING EXISTING 144(c) N/A N/A N/A 144(c) N/A N/A N/A 144(d) N/A N/A N/A 144(e) M3 (FME) M3 (FME) M3 (FME) 144(f) N/A N/A N/A 144(g) 0 MBH 0 MBH 0 MBH 144(h) N/A N/A - N/A 144(i) N/A N/A N/A 144(k) N/A N/A N/A 1. Total installed capacity (MBtu /hr) of all electric heat on this project exclusive of electric auxiliary heat for heat pumps. If electric heat is used explain which exception(s) to §144(8) apply. 2008 NONRESIDENTIAL COMPLIANCE FORMS AIR SYSTEM REQUIREMENTS (Part 2 of 4) MECH -21C PROJECT NAME: w. WALMARTa #2077 HVAC IWMENTIREPLACEMENT jDate., ITEM or SYSTEM TAGS) i.e. AC -1, RTU -1, HP -1) Indicate Air Systems Type (Central, Single Zone, Package, VAV or etc...) RTU- 1,3,4,7 - ,8,9,10,11,12,13,14, 18,20,25,26,30,35,36,38. TOTAL No. of Systems 19 MANDATORY MEASURES Heating Equipment Efficiency Cooling Equipment Efficiency HVAC or Heat Pump Thermostats Furnace ControlsiThermostats Natural Ventilation Mechanical Ventilation VAV Minimum Position Control Demand Control Ventilation Time Control Setback 8 Setup Control Outdoor Damper Control Isolation Zones Pipe Insulation Duct Insulation PRESCRIPTIVE MEASURES Calculated Design Heating Capacity Calculated Design Cooling Load Fan Control DP Sensor Location Supply Pressure Reset (DDC only) Simultaneous Heat/Cool Economizer Heat & Cool Air Supply Reset Electric Resistance Heating' Heal Rejection System Air Cooled Chiller Limitation Duct Leakage Sealing. If Yes, a MECH -4 -A must be Submitted. T -24 Section - Indicate Page Reference on the Plans or Schedule list or List Information Below 112(a) N/A 112(a) M3 112(b), 112(c) N/A - -`- 112(c), 115(a) N/A 121(b) N/A 121(b) M3 121(c) N /A M3 -RTU 13, 20 (ONLY) 122(e) EXISTINGN122(g) EXISTING JM3 (FME) N /A 123 N /A N /A - -. 144(a a b) N/A 3388 MBH 144(a a b) N/A 3979 MBH 144(c) EXISTING 144(c) N/A 144(c) N/A 144(d) N/A 144(e) M3(FME) 144(f) N/A 144(g) 0 MBH 1a4(n) N/A 144(1) N/A 144(k) N/A 1. Total installed capacity (MBtu /hr) of all electric heat on this project exclusive of electric auxiliary heat for heat pumps. It efecInc heat is used explain which exception(s) to 5144(g) apply. " 2088 NONRESIDENTIAL COMPLIANCE FORMS 2D09 IWATER SIDE SYSTEM REQUIREMENTS (Part 3 of 4) MECH -213 PROJECT NAME: Date: Water `Side Systems: Chillers, Towers, Boilers, Hydronic Loops ITEM or SYSTEM TAG(S) ; .... .. i.e. AC -1, RTU -1, HP -1, CT -1, act ... )'1 No. of Systems - ,` MANDATORY MEASURES T -24 Section Indicate Page Reference on Plans or Specification 2 Equipment Efficiency 11 12(a) Pipe Insulation 1123 PRESCRIPTIVE MEASURES Cooling Tower Fan Controls 144(a & b) Cooling Tower Flow Controls 144(a & b) Variable Flow System Design 144(h) Chiller and Boiler Isolation 144(h) - CHW & HHW Reset Controls 1440) WLHP Isolation valves 1440) VSD on CHW & WLHP pumps >5hp 1144fl) DP Sensor Location 1440) 1. The Proposed equipment need 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 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 requirement is not applicable, put "n/a" in the column next to the applicable section(s). 2008 NONRESIDENTIAL COMPLIANCE FORMS August 2009 SERVICE HOT WATER & POOL /SPA REQUIREMENTS (Part 4 of 4) MECH -2C PROJECT NAME: Date: tF*1 .n s s'w WALMART # 2077 HVACZEQUIPMENT REPL ACEMENT ._,y 2/2112011„' ; SERVICE HOT WATER, POOL HEATING ITEM or SYSTEM TAG(S) i.e. WH -1, WHP -1, DHW -1, act ... )1 No. of Svstems IDATORY MEASURES T -24 Section Indicate Page Reference on Plans of Sschedule 2 VICE HOT WATER lied Water Heater Ir Heater Efficiency ice Water Heating Installation Insulation LAND SPA and Spa Efficiency and Control and Spa Electric Resistance Heating §114(b) Exception and Spa Installation §114 (b) Heater- No Pilot Light §115 (c) Heater - No Pilot Light §115 (d) Insulation 5123 The Proposed equipment need to match the building plans schedule or specifications. If a requirement is not applicable, It "N /A" in the column next to the measure. For each water heater, pool heat and domestic water loop (or groups of similar equipment) fill in the reference to sheet Imber and /or specification section and paragraph number where the required features are documented. If a requirement not applicable, put "N /A" in the column. 2008 NONRESIDENTIAL COMPLIANCE FORMS August 2009 MECHANICAL VENTILATION & REHEAT MECH -3C PROJECT NAME: WALMART #2077 HVAC EQUIPMENT REPLACEMENT Date: 2/21/2011 MECHANICAL VENTILATION § 121 (b) 2 REHEAT LIMITATION §144 (d) AREA BASIS OCCUPANCY BASIS VAVMINIMUM A B C 0 E F G H I J K L M N Zonal System Condition Area SgFI CFM per SgF1 Min CFM by area BxC Num of People CFM per Person I Min CFM by occ. ExF I Required VAmaxo D ii, G Design VACFM 50% of design zone supply and x0.4 DINI MAX .1 H, J, Kor 300 DIM Design min, air setpoint Transfer Air SALES 98974 0.2 19795 1650. 15 "; 24750 24750 25570 294 OFFCr 9587 0.15 14381 48; 15 :t 720 1438.1 1820 262:. RCVN C 11911 0.14 11 20 15 300 1667.5 1700.; 32 15 . 15 a 15 15 15 `; 15 ; Totals 22900 1718 27856 29090 column l Tons De sign va-,[ AV 0 Per Section 121 - Requirements for Ventilation, subsection C4 Demand Control Devices, Note E. outside air shall be maintained at the minimum level required by CFM per SOFT by units controlled with CO2 sensors durning normal occupied hours. C Minimum Ventilation rate Per section 121. cable 121 -A E Based on Fixed seat or the greater of tine expected number of occupants and 5q% o11ne CBO OCCupanl load for egress purposes for spaces without fixed sealing. H Required Ventilation Ail(REO'0VA)is the laryerof the ventilation rates calculated on an AREA BASIS Or OCCUPANCY BASIS Columns D or C) Must be greater than or equal to H, or use Transfer Air (column M to make up the difference J Design fan Sup" clm(Fan CFM) x50 %: or the design zone -i airflow rate per §121. K Condition area Bill x 0.4 cin sgH: or L Maximum of columns H. J. K, .1 300 cfm M This must be less than or equal to Column L and greater than or equal to the sum of columns H plus N. N Transfer Air must be provided where the Required Ventilalion Air (column H)' Is greater than the Design Minimum iir(Column M). Where required. transfer air must be greater than or equal to the difference between the Required Ventilation Air (Column H) and the Design minimum Air (Column M), Column H minus M. 2010 2008 NONRESIDENTIAL COMPLIANCE FORMS August 2009 FAN POWER CONSUMPTION MECH -4C PROJECT NAME: DATE: V\IALMART #2077, HUAC EQUIR,[VIENTttREPLACEMENT , , NOTE: Provide one copy of this worksheet for each fan system with a total fan system horsepower greater than 25 hp for Constant Air Volume (GAV) Fan Systems or Variable Air Volume (VAV) Systems when using the Prescriptive approach. See Power Consumption of fans 5144(c). A B C D E F FAN DESCRIPTION DESIGN EFFICIENCY NUMBER OF PEAK WATTS BRAKE HP MOTOR DRIVE FANS 3X E x 746r(c x D) Totals and Adjustments FILTER PRESSURE ADJUSTMENT equation 144 -A in §144(c) of the energy standards. i. TOTAL FAN SYSTEM POWER (watts, sum of col. F) A. IF fifer pressure drop is greater than 1 inch W.C. 2. SUPPLY DESIGN AIRFLOW (CFM) or 245 Pascal then enter Spa on line 4. Enter 3, TOTAL FAN SYSTEM POWER INDEX (row 1 1row 2) W /CFM Total Fan pressure drop across the fan (SP,) on Line 5. 4 Sp, B. Calculate Fan Adjustment and enter on line 6. 5. SP, C. Calculate Adjusted Fan Power Index and enter 6. Fan adjustment = 1 -(Sp, -1) /SPr on Row 7 7, ADJUSTED FAN POWER INDEX (Line3 x Line 6) r W /CFM 1. TOTAL FAN SYSTEM POWER INDEX or ADJUSTED FAN POWER INDEX must no exceed 0.8 w /cfm for Constant Volume systems or 1.25 w /cfm for VAV systems. 2008 NONRESIDENTIAL COMPLIANCE FORMS August 2009 FAN POWER CONSUMPTION MECH -4C PROJECT NAME: DATE: V\IALMART #2077, HUAC EQUIR,[VIENTttREPLACEMENT , , NOTE: Provide one copy of this worksheet for each fan system with a total fan system horsepower greater than 25 hp for Constant Air Volume (GAV) Fan Systems or Variable Air Volume (VAV) Systems when using the Prescriptive approach. See Power Consumption of fans 5144(c). A B C D E F FAN DESCRIPTION DESIGN EFFICIENCY NUMBER OF PEAK WATTS BRAKE HP MOTOR DRIVE FANS 3X E x 746r(c x D) Totals and Adjustments FILTER PRESSURE ADJUSTMENT equation 144 -A in §144(c) of the energy standards. i. TOTAL FAN SYSTEM POWER (watts, sum of col. F) A. IF fifer pressure drop is greater than 1 inch W.C. 2. SUPPLY DESIGN AIRFLOW (CFM) or 245 Pascal then enter Spa on line 4. Enter 3, TOTAL FAN SYSTEM POWER INDEX (row 1 1row 2) W /CFM Total Fan pressure drop across the fan (SP,) on Line 5. 4 Sp, B. Calculate Fan Adjustment and enter on line 6. 5. SP, C. Calculate Adjusted Fan Power Index and enter 6. Fan adjustment = 1 -(Sp, -1) /SPr on Row 7 7, ADJUSTED MANDATORY MEASURES (Part 2 of 2) PROJECT NAME: DATE: WALMART #207YHVAC EOUIP.MENT,REP. CACEMENT - .12121/2011_,r.,_ TOe penon wN overall rosponsi htl must enevro Nel the Mandatary Measeros Nat appty to the projid are listed on me plain. The formal of the IM is left to the ds fian& Ne Pnndpal Designe, Demand Controlled Ventilation §121(c) XEvery space requiring Demand Control Ventilation. They must have an air economizer; and they serve a space with a design occupant density, or a maximum occupant load factor for egress purposes, greater than or equal to 25 people per 1000 ft2 (40 square foot per person); and is either a single zone system with any controls or multiple zone systems with Direct Digital Controls DDC) to the zone level. Controls ( §122). Heat pumps with supplementary electric resistance healers; should prevent supplementary heater operation when the heating load can be met by the heat pump alone; and In which the cut -on temperature for compression heating is higher than the cut -on temperature for supplementary heating, and the cut -off temperature for compression heating is higher than the cutoff temperature for supplementary heating. Thermostats, all unitary heating and /or cooling systems heat pumps that are not controlled by a central energy management control system (ECMS) shall have a setback thermostat. MThermostalic Controls for Each Zone. The supply of heating and cooling energy to each space- conditioning zone or dwelling unit shall be controlled by an individual thermostatic control that responds to temperature within the zone and that meets the applicable requirements of Section 122(b). MCntena for Zonal Thermostatic Controls. The individual thermostatic controls required by Section 122(a) shall meet requirements; for heating shall be capable of being set, locally or remotely, down to 55 °F or lower. Or for cooling it shall be capable of being set, locally or remotely, up to 85 °F or higher. For Hotel /Motel Guest Room and High -rise Residential Dwelling Unit Thermostats; shall have: Numeric temperature setpoints in °F; and Setpoint stops accessible only to authorized personnel, to restrict over- heating and over - cooling and meet Section 150(1). Heal Pump Controls. All heat pumps with supplementary electric resistance heaters shall be installed with controls that comply with Section 112(b). MShul -off and Reset Controls for Space - conditioning Systems; shall be installed with controls that comply with controls capable of automatically shutting off the system during periods of nonuse and shall have by having an automatic time switch control device an accessible manual override that allows operation of the system for up to 4 hours. XMDampers for Air Supply and Exhaust Equipment. Outdoor air supply and exhaust equipment shall be installed with dampers that automatically close upon fan shutdown. Isolation Area Devices. Each space- conditioning system serving multiple zones with a combined conditioned Floor area of more than 25,000 square feet shall be designed, installed, and controlled to serve isolation areas. Automatic Demand Shed Controls. HVAC systems with DDC to the Zone level shall be programmed to allow centralized demand shed for non - critical zones. Pipe insulation ( §123) E]The piping for all space- conditioning and service water - heating systems with fluid temperatures listed in standards Table 123 -A Pipe Insulation Thickness shall install the amount of insulation specified. Duct construction and insulation ( §124). AII air distribution system ducts and plenums, including, but not 17JHENDERSON ENGINEEM kansas city phoenix houston new york metro tamps los vegas manhattan ks dollas bentonville CODE REVIEW RESPONSE Henderson Engineers, Inc. July 21, 2011 W almart #2077 31700 Grape Street Lake Elsinore, CA 92532 RE: Walmart Store 2077, HVAC RETROFIT Henderson Engineers Inc Project Number: 1180912077 Building Permit Number: SFA PC # 19 -11 MECHANICAL CORRECTIONS (HVAC): Outstanding Corrections — Only Items in Bold Remain Outstanding Comment #1; Comment #1 does not exist on the Commercial Plan Correction Document dated 7 -14 -2011. Comment # 2: Demand control Ventilation. Mandatory requirement to include sensor that measure CO2 levels and adjust ventilation rates in spaces with varying occupancy such as conference room, dining rooms, lounges and gyms [ 121 (c)]. C. The ventilation must be maintained that will result in a concentration of CO2 at or below 600 ppm above ambient level. Comment: Add note to plans and select proper sensor in field. Response: Plan note has been added to sheet M3, Lennox Gas Rooftop Unit Schedule, Note A. Reference clouded area, Delta 4. D. The CO2 sensors must be factory certified to have an accuracy of no less than 75 ppm at 600 and 1000 ppm concentration when measured at sea level and 25 degrees Celsius, over a five year period without calibration in the field. Comment: Add note to plans. Response: Plan note has been added to sheet M3, Lennox Gas Rooftop Unit Schedule, Note E. Reference clouded area, Delta 4. Comment # 3: Air moving systems in excess of a combined volume of 2,000 cfm are required to be equipped with an automatic shutoff interlocked with a smoke detector located in the supply aire of moving systems. CMC 203 and 609. Comment: The air moving system includes all units even those less than 2,000 elm. Review definition. Response: A Smoke detector has been added to each of the 8 rooftop units with less than 2,000 cfm to sheet M3, Lennox Gas Rooftop Unit Schedule, Smoke Detector Location Column. Reference clouded area, Delta 4. 8325 LENEXA DRIVE LENEXA, KS 66214 TEL 913 742 5000 rnx 913 742 5001 www.hei- eng.com Scott Fazekas & Associates, Inc 9 Corporate Park, Suite 200 Irvine, CA 92606 Phone: (949) 475.2901 Fax: (949) 475-2560 COMMERCIAL PLAN CORRECTIONS SFA PCH: 19 -11 3rd Review AGENCY: Lake Elsinore 11 -256 Check by: Brett Archibald Date: 7 -14 -11 31700 Grape St. Lake Elsinore Christopher Sturges 913-742-5426 BUILDING ADDRESS JURISDICTION APPLICANT TEL. NO. Walmnr[ 479 204 I 1 ] 8 ARCHI I ECTIENGINEER TEL. NO. OWNER TEL. NO. BEFORE APPROVAL FOR CODE COMPLIANCE OR ISSUANCE OF A BUILDING PERMIT, THE PLANS AND APPLICATION FOR THIS CONSTRUCTION REQUIRE THE INFORMATION, REVISIONS AND CORRECTIONS INDICATED BELOW. THE APPROVAL OF PLANS AND SPECIFICATIONS DOES NOT PERMIT THE VIOLATION OF ANY SECTION OF THE BUILDING CODE, OR OTHER ORDINANCE OR STATE LAW. USE OF STRUCTURE: New RTUs TYPE: GROUP: STORY: VALUATION: AREA SQ. FT.: INSTRUCTIONS 1. Resubmittals: A. Resubmit plans directly to the City of Lake Elsinore B. Provide a written response for each correction on this correction list. You may write directly on this list; or you may provide a separate "Response List' which addresses each correction item by item. C. Resubmit two (2) complete sets of revised plans along with the original set(s) of plans. 2. The plan checker can be reached by telephone on the following days: Monday - Friday . CORRECTIONS- Submit 2 complete conies of assembled and revised plans and responses to each correction. 2. Demand Control Ventilation. Mandatory requirement to include sensors that measure CO2 levels and adjust ventilation rates in spaces with varying occupancy such as conference rooms, dining rooms, lounges and gyms [§121(c)]. C. The ventilation must be maintained that will result in a concentration of CO2 at or below 600 ppm above ambient level. Comment: Add note to plans and select proper sensor in field. D. The CO2 sensors must be factory certified to have an accuracy of no less than 75 ppm at a 600 and 1000 ppm concentration when measured at sea level and 25 °C, over a five -year period without calibration in the field. Comment: Add note to plans. FMAO tlsao"%19.11 11.256 31700 Gro & 3rd.dm 1 of 2 3. Air moving systems in excess of a combined volume of 2000 cfm are required to be equipped with an automatic shutoff interlocked with a smoke detector located in the supply ducting of air moving system. CMC 203 and 609. Comment: The air moving system includes all units even those less than 2000 cfm. Review203definition. 4. Are all units in the same location as existing? What is the weight of existing vs new? Comment: No sheet 81 returned with these plans. Show weights of existing units. 5. Show CFH per branch and developed length of gas line on M2. Comment: Response noted, no sheet M2 submitted. 7. Submit 2 complete copies of assembled plans including all sheets listed in index. rsl kc U$1OmW1 i11- 256317WGayeSUN.dm 2of2