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2021.0295.BP0022 Walmart 3705 Remodel Plumbing-Refrigeration Drawing Set
A A A A A A A A A ADD DD DDDD DD DD DD DD DDDD DD DDWWWWUUUUUUUUROUTE PUMP DISCHARGE TO EXISTING MOP SINK. TURN DOWN AND END OPEN WITH AHJ APPROVED AIR GAP3/4" COPPER PUMPED DRAIN LINE OVERHEAD IN ROOF JOISTS. SLOPE 1/8" PER FOOT TOWARDS MOP SINKP11. MOUNT AS HIGH AS POSSIBLE ON COOLER WALL.ROUTE FREEZER/COOLER CONDENSATE TO P11MS ETRCOarchitecture2809 Ajax Avenue Suite 100Rogers Arkansas 72758Phone: 479.636.3545Fax: 479.636.1209+engineeringEngineer of RecordJoshua Dale McCall, P.E.Washington License No. 53144SHEET:DRAWN BY:CHECKED BY:PROTO CYCLE:DOCUMENT DATE:CONSULTANTSSTIPULATION FOR REUSEPROTO:JOB NUMBER:THIS DRAWING WAS PREPARED FOR USE ON A SPECIFIC SITE AT:CONTEMPORANEOUSLY WITH ITS ISSUE DATE ON AND IT IS NOT SUITABLE FOR USE ON A DIFFERENT PROJECT SITE OR AT A LATER TIME. USE OF THIS DRAWING FOR REFERENCE OR EXAMPLE ON ANOTHER PROJECT REQUIRES THE SERVICES OF PROPERLY LICENSED ARCHITECTS AND ENGINEERS. REPRODUCTION OF THIS DRAWING FOR REUSE ON ANOTHER PROJECT IS NOT AUTHORIZED AND MAY BE CONTRARY TO THE LAW.DOCUMENTS THAT DO NOT HAVE THE ARCHITECT OR ENGINEER OF RECORD SEAL AND SIGNATURE SHALL BE CONSIDERED NOT FOR CONSTRUCTIONEXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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.EACH SUBCONTRACTOR IS RESPONSIBLE FOR HAVING A THOROUGH KNOWLEDGE OF ALL DRAWINGS AND SPECIFICATIONS IN THEIR RELATED FIELD. THE FAILURE TO ACQUAINT THEMSELF WITH THIS KNOWLEDGE DOES NOT RELIEVE THE RESPONSIBILITY OF PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED BECAUSE OF CONDITIONS THAT OCCUR DUE TO FAILURE TO FAMILIARIZE WORKERS WITH THIS KNOWLEDGE.PROTO:173P1PLUMBINGPLANRANYELM, WASHINGTON2021-0111YELM, WASHINGTON03/11/202003/11/2020STORE NO: 3705-23517612-20-19JDM 1/8" = 1'-0" 1REAR GROCERY PLUMBING PLANISSUE BLOCKPUMP SCHEDULEMARK SERVICE MANUFACTURER MODEL HPELECTRICALGPMHEAD(FT)DESCRIPTIONV PH HZP11 WASTE PUMPWITH BASIN(MULTI USE)LITTLE GIANT VCL-45ULS 0.2 120 1 60 4 25 PROVIDE PUMP WITH 1 GALLON BASIN WITH 2 1-1/8" DIAMETER INLET OPENINGS, INTEGRAL FLOATSWITCHES, 6' POWER CORD, AND CHECK VALVE ON DISCHARGE.GENERAL NOTES1. GENERAL NOTES ARE APPLICABLE TO ALL PLUMBING DRAWINGS.2. PROVIDE ALL MATERIALS FOR A COMPLETE INSTALLATION IN ALL RESPECTS AND READY FOR INTENDED USE AND IN STRICT ACCORDANCE WITH STATE AND LOCAL CODES AND MANUFACTURERS RECOMMENDATIONS.3. STORE MUST BE KEPT IN OPERATION. ARRANGE ALL WORK TO KEEP DISRUPTIONS TO STORE OPERATIONS TO A MINIMUM. COORDINATE WITH EXISTING AND NEW CONSTRUCTION. PAY ALL NECESSARY FEES AND PERMITS.4. IF NEW CONSTRUCTION DISRUPTS EXISTING UNDERGROUND SERVICES (GAS, SEWER, DOMESTIC WATER, FIRE SPRINKLER, ETC.), PROVIDE ALL MATERIALS AND LABOR AS REQUIRED TO MAINTAIN THEIR PROPER OPERATION.5. CONTRACTOR IS RESPONSIBLE FOR UTILIZING OWNER APPROVED ROOFING CONTRACTORS FOR CUTTING AND PATCHING ROOF.6. EXISTING PIPE SIZES AND LOCATIONS HAVE NOT BEEN FIELD VERIFIED. CONTRACTOR IS RESPONSIBLE TO FIELD VERIFY LOCATION AND SIZES OF ALL EXISTING PIPING THAT IS BEING CONNECTED TO OR MODIFIED, AND TO VERIFY THAT PROPER SLOPES AND ELEVATIONS ARE AVAILABLE. MAINTAIN MINIMUM SLOPE OF 1/8" PER FOOT FOR SAN SEWER PIPING 4" OR LARGER. MAINTAIN MINIMUM SLOPE OF 1/4" PER FOOT FOR SAN SEWER PIPING SMALLER THAN 4". REF ARCH. FOR TRENCHING REQUIREMENTS.6. EXISTING PIPE SIZES AND LOCATIONS HAVE NOT BEEN FIELD VERIFIED. CONTRACTOR IS RESPONSIBLE TO FIELD VERIFY LOCATION AND SIZES OF ALL EXISTING PIPING THAT IS BEING CONNECTED TO OR MODIFIED, AND TO VERIFY THAT PROPER SLOPES AND ELEVATIONS ARE AVAILABLE. MAINTAIN MINIMUM SLOPE OF 1/8" PER FOOT FOR SAN SEWER PIPING 3" OR LARGER. MAINTAIN MINIMUM SLOPE OF 1/4" PER FOOT FOR SAN SEWER PIPING SMALLER THAN 3". REF ARCH. FOR TRENCHING REQUIREMENTS.7. PLUMBING CONTRACTOR SHALL VERIFY EXISTING SEWER AND VENT PIPE SIZE AND ELEVATION AND SHALL VERIFY THAT PROPER SLOPES ARE AVAILABLE BEFORE CUTTING FLOOR SLAB FOR NEW SEWER PIPING. 8. PROVIDE ACCESS DOORS TO NEW WATER VALVES AND CLEANOUTS AS NECESSARY WHEN INSTALLED IN INACCESSIBLE AREAS.9. PLUMBING CONTRACTOR SHALL PROVIDE ONE YEAR WARRANTY FOR PROPER SEWER SYSTEM OPERATION.10. SANITARY DRAINAGE LINES AND FITTINGS (DRAIN, WASTE AND VENT) SHALL BE CAST IRON, COATED INSIDE AND OUTSIDE. WHERE PERMITTED BY LOCAL CODES, PVC-DWV PLASTIC SCHEDULE 40 MAY BE USED IN LIEU OF CAST IRON. ALL PHOTOLAB PLUMBING SHALL BE PVC.11. WATER PIPING ABOVE GRADE SHALL BE TYPE "L" HARD DRAWN COPPER JOINED WITH WROUGHT COPPER FITTINGS. MAKE JOINTS USING LEAD-FREE SOLDER AND A NON-CORROSIVE, PASTE-TYPE FLUX. MAKE PIPING CONNECTIONS TO A FIXTURE WITH CHROME-PLATED SEAMLESS BRASS TUBE. INSULATE HOT & COLD WATER PIPING WITH RIGID GLASS FIBER A MINIMUM OF 1/2" THICK WITH WHITE ALL-SERVICE JACKET (VAPOR RETARDER).12. PROVIDE AUTOMATIC TRAP PRIMERS ON FLOOR DRAINS IF REQUIRED BY LOCAL PLUMBING CODES.13. ALL FLOOR CLEANOUTS SHALL BE INSTALLED FLUSH WITH FLOOR FINISH MATERIAL OR FLUSH WITH CONCRETE SLAB IF NO FLOOR FINISH MATERIAL IS CALLED OUT FOR ON ARCHITECTURAL DRAWINGS.14. LOCATE ALL FLOOR CLEAN-OUTS OUT OF TRAFFIC WAYS, WHILE MAINTAINING ACCESSIBILITY. LOCATE PER DIMENSIONS IF SHOWN ON PLANS.15. FLOOR CUTS SHALL BE STRAIGHT AND CLEAN, REPLACE REMOVED SLAB WITH CONCRETE FLUSH AND SMOOTH WITH ADJACENT FLOOR SLAB. REFERENCE ARCHITECTURAL SHEETS. COORDINATE WITH GENERAL CONTRACTOR.16. CAP ALL PIPING OPENINGS DURING CONSTRUCTION UNTIL FINAL CONNECTIONS TO EQUIPMENT AND ACCESSORIES ARE MADE.17. CUT AND PATCH EXISTING CONCRETE FLOOR SLAB FOR INSTALLATION OF NEW UNDERGROUND PLUMBING PIPE. MATCH EXISTING CONSTRUCTION.18. DO NOT INSTALL PIPING WITHIN COOLER PANELS. INSTALL EXPOSED PIPING IN PREP AREAS A MINIMUM OF 1" FROM PANEL WALL AND 6" ABOVE FINISHED FLOOR TO ALLOW FOR CLEANING. USE ONLY NON- CORROSIVE MATERIALS FOR SPACERS AND ANCHORS.19. PROVIDE ESCUTCHEON PLATES FOR PLUMBING PENETRATIONS THROUGH GROCERY CEILINGS AND WALLS.20. PROVIDE AIR TIGHT SEAL AROUND PIPING PENETRATIONS THROUGH COOLER/FREEZER WALLS AND CEILINGS. FINISH WITH ESCUTCHEON PLATE.21. PROVIDE HEAT TAPE AND INSULATION ON ALL WATER AND DRAIN PIPING EXPOSED TO FREEZING.22. INSTALL CONTINUOUS SEALANT JOINT AT ALL EXTERIOR WALL PENETRATIONS.23. AT CONTRACTOR'S OPTION (U.N.O), IN LIEU OF COPPER WATER PIPING, PEX OR AQUATHERM PIPING MAY BE USED. REFER TO EQUIVALENT NOMINAL PIPE SIZES SCHEDULE AND SPECIFICATIONS.24. PROVIDE SEISMIC BRACING BASED ON APPROPRIATE SEISMIC ZONE REQUIREMENTS PER SMACNA PUBLISHED SEISMIC DETAILS, LOCAL AND NATIONAL CODES. CONTRACTOR'S RESPONSIBILITY INCLUDES STRUCTURAL ENGINEER'S CERTIFICATION ON DETAILS SUBMITTED FOR PERMITTING.25. BUILDING COMPONENTS ABANDONED BY THE SCOPE OF WORK SHALL BE SECURED TO PREVENT FALLING, LOOSENING, OR CREATING DAMAGE OF ANY KIND IN THE FUTURE.CLEANOUT SCHEDULEMARK MANUFACTURER MODELDESCRIPTIONCO ZURNSIOUX CHIEFMIFABJAY R. SMITHJOSAMWATTSWADEZ1470873C14304472T58540CO-590-RD8590THREADED, COUNTERSUNK BRONZE OR POLYPROPYLENE CLEANOUT PLUG.1.2. GENERAL INFORMATION (AS APPLICABLE):REFER TO PLANS FOR DRAIN OUTLET SIZE.LOAD CLASSIFICATIONS: LIGHT DUTY <2000 LBS, MEDIUM DUTY 2000 TO 4999 LBS, HEAVY DUTY 5000 TO 7499 LBS, EXTRA HEAVY DUTY 7500 TO 9999 LBS. RCU DISCHARGE AIR TEMPERATURE AND DEFROST PARAMETERS U LU W ES1 ;XFMR; -L--- J LCD XFMR w QTY Z LU O DISCHARGE AIR TEMP J� LU o DETECTION 'XFMR .XFMR. O PANEL ,XIO; ;X10; OQX SHOWN HERE). L ---J L ---J UgQ J :XIO: SETTINGS FOR CASES/ Q XU Q L ---J J �<co 0 0 0 0 0 0 0 o CONCURRENCY. REFER TO REFRIGERATION DEFROST LEAK DETECTION PANEL � UU 0 0 0 o 0 0 0 0 0�f RETURN AIR TEMP d N Cf)Q DEFROST wz DEFROST SCHEDULE LEADING INTO THE WALK-IN SERVED BY THE KE2 CONTROLLER FROM A SPACE WITH A HIGHER SET ow O< SETTING FOR WALK IN m O LL ANY DOOR SWITCH OPENING WILL PROVIDE A DOOR OPEN SIGNAL TO THE KE2 CONTROLLER. RETURN AIR TEMPERATURE SENSOR FIELD INSTALLED AT EVAPORATOR AND WIRED TO KE2 MAIN BOARD, (1) PER KE2 CONTROLLER. SENSOR TO BE MOUNTED AT COIL CLOSEST BOXES SENSOR LOCATION DETAIL. (TYP) EVAPORATOR 'A' COIL TEMPERATURE SENSOR 2 (OF 2) S FIELD INSTALLED AND WIRED TO AUX BOARD 1 INPUT 2. Q Q Z z o ii U_Lug °� g z ~ H o W a W Lu Z O Lu N co � LO CO D APPLICATION MODEL NUMBER MFR J w _j J ~ � Z (n } H z w o 0 0 0 0 0 U W (D W O Z H Z W ~ O Q D of O Q d 0 0 0 0 0 � 0 O~ o_ Lu ofU) D O a z L J Lu 2 X o ~ U U_ IL 2i W RCU-3 Pickup Freezer W.I. (2) KRD64E-220TDAK KRACK -12 -10 -8 10 4 0 45 55 3 ON DEMAND DEFROST RCU-4 Pickup Cooler W.I. (2) GLD66D-268TDAK KRACK 1 32 1 34 1 36 1 10 1 3 1 0 1 45 1 50 0 ON DEMAND DEFROST Information included in this schedule is taken from manufacturer's submittals. Contractor to verify information against latest submittals available at time cases/coils are delivered. Parameters above are to be used in programming new/replaced cases/coils only. l SUPPLY RETURN SIDE VIEW TO SINGLE COIL PIPING OR MULTIPLE COIL PARALLEL PIPING FOR MULTIPLE COIL REVERSE RETURN PIPING DEFROST TERMINATION SENSOR MOUNTED IN SENSOR WELL ON END PLATE, 1 PER ELECTRIC DEFROST COIL. CONNECT TO APPLICABLE EVAPORATOR MODULE. ELECTRIC DEFROST TERMINATION SENSOR NTS -L TEMPERATURE SENSOR CABLE JDUIT FROM TOP OF COOLER TO :NCLOSURE. FOR CABLE RUNS PLICE A MAXIMUM 35' OF 120 PER SPECIFICATIONS TYP. -L BOTTOM OF KE2T )SURE(S) 84" AFF ON FREEZER. -ANS FOR QUANTITY AND 'ION. COORDINATE PANEL 'ION WITH DOOR OPENING. WALK-IN FREEZER KE2T TEMPERATURE DISPLAY INSTALLATION NTS ES1 FACTORY INSTALLED IN BAS VENDOR FURNISHED ENCLOSURE WITH PROVIDE 2" CONDUITS TO 120V/24V TRANSFORMER. MOUNT JOIST LEVEL AS NEEDED FOR ENCLOSURE ON BAS BACKBOARD. CABLING AND PROVIDE BAS VENDOR FURNISHED ES1 REMOTE LCD SCREEN PROVIDED WITH 120V/24V TRANSFORMER. MOUNT ON BAS BACKBOARD. INSTALL BAS VENDOR FURNISHED XIO ENCLOSURE(S) ON BAS BACKBOARD. REFER TO XIO SCHEDULES AND BAS ONE -LINE DIAGRAM. INSTALL BAS VENDOR FURNISHED DUAL TEMP SWITCH ENCLOSURE(S) ON BAS BACKBOARD. PROVIDE WIRING BETWEEN DUAL TEMP SWITCHES AND XIO'S. REFER TO XIO SCHEDULES AND BAS ONE -LINE DIAGRAM. PROVIDE 4"X4" WIREWAY PROVIDE P3300 UNISTRUT, OR EQUAL, AT LOCATIONS WHERE THE BACKBOARD CAN NOT BE SECURELY FASTENED TO THE WALL. SECURE UNISTRUT TO STRUCTURE AND FLOOR. PROVIDE BUSHINGS AT EACH END. (TYP) INSTALL VENDOR FURNISHED LEAK DETECTION PANEL(S) TO BAS BACKBOARD. REFER TO BAS ONE - LINE DIAGRAM (IF APPLICABLE). PROVIDE 4"X4" WIREWAY PROVIDE PLYWOOD BACKBOARD CROSS -BRACING AS REQUIRED. (TYP) BAS BACKBOARD 4 NTS 1/4" SCH 40 PLASTIC PLUMBER'S SUPPLY TUBE RETURN AIR TEMP SENSO THIS DETAIL IS A SCHEMATIC REPRESENTATION AND MAY NOT REFLECT ALL WALK-IN COIL CONTROLLER CONFIGURATIONS. REFERENCE MANUFACTURER FOR FACTORY INSTALLED COMPONENT INFORMATION. CONTACT NOVAR (NOVARTEC28@wal-mart.com, 800-341-7795) FOR INSTRUCTIONS REGARDING THE INSTALLATION AND START-UP OF THE KE2THERM CONTROLLER AT THIS PARTICULAR SITE. REFER TO MANUFACTURER'S INSTALLATION INSTRUCTIONS FOR ALL FIELD INSTALLED ITEMS. BAS CONTRACTOR SHALL CARRY OUT ALL FURNISHING, INSTALLATION, AND WIRE TERMINATIONS UNLESS NOTED OTHERWISE. LLSV: ONE PER CIRCUIT. REFRIGERATION LLSV CONTRACTOR TO PROVIDE AND TERMINATE 120VAC LIQUID LINE SOLENOID VALVE WIRING ((2)#12 W/(1)#12 GND) AT KE2---------- CONTROLLER. - CONTROLLER. REFER TO ELECTRICAL. ' r' -------- � mm LAND WIRE WITHIN KE2 CONTROLLER AT TRANSFORMER PER TRANSFORMER WIRING DIAGRAM AND SUPPLIED VOLTAGE. I i -------------------------------------------- EEPR: ONE PER CIRCUIT. INSTALL OWNERFURNISHED CABLE TO EEPR I I VALVE. TERMINATE WIRING AT EEPR AND I MAIN BOARD AT KE2 CONTROLLER MAIN BOARD. REFER TO REFRIGERATION. NOTE: EEPR I VALVES ARE NOT TO BE INSTALLED FOR I I WALK-IN CIRCUITS SERVED BY A REMOTE CONDENSING UNIT (RCU). EEPR I I SUCTION LINE PRESSURE TRANSDUCER Y i FIELD INSTALLED AND WIRED TO KE2 MAIN I I BOARD, (1) PER KE2 CONTROLLER. P I INSTALL OWNER FURNISHED RS -485 BACNET I I COMM WIRING FROM GATEWAY OR PREVIOUS KE2 CONTROLLER ON COMM LOOP, REFER TO ONE -LINE DIAGRAM. I I RS -485 BACNET COMM WIRING TO NEXT KE2FU CONTROLLER ON COMM LOOP, REFER TO I I ONE -LINE DIAGRAM. I I I I AUX BOARD 1 AND COMM WIRING BETWEEN MAIN BOARD AND AUX BOARD 1 FACTORY INSTALLED IN KE2 CONTROLLER. AUX BOARD 1 U LU W ES1 ;XFMR; -L--- J LCD XFMR w QTY Z LU O LEAK r---� r---� J� LU o DETECTION 'XFMR .XFMR. O PANEL ,XIO; ;X10; OQX SHOWN HERE). L ---J L ---J UgQ J :XIO: �Q2 Q XU Q L ---J J �<co 0 0 0 0 0 0 0 o CONCURRENCY. REFER TO REFRIGERATION DEFROST LEAK DETECTION PANEL � UU 0 0 0 o 0 0 0 0 0�f BUSHINGS AT EACH END. (TYP) INSTALL VENDOR FURNISHED LEAK DETECTION PANEL(S) TO BAS BACKBOARD. REFER TO BAS ONE - LINE DIAGRAM (IF APPLICABLE). PROVIDE 4"X4" WIREWAY PROVIDE PLYWOOD BACKBOARD CROSS -BRACING AS REQUIRED. (TYP) BAS BACKBOARD 4 NTS 1/4" SCH 40 PLASTIC PLUMBER'S SUPPLY TUBE RETURN AIR TEMP SENSO THIS DETAIL IS A SCHEMATIC REPRESENTATION AND MAY NOT REFLECT ALL WALK-IN COIL CONTROLLER CONFIGURATIONS. REFERENCE MANUFACTURER FOR FACTORY INSTALLED COMPONENT INFORMATION. CONTACT NOVAR (NOVARTEC28@wal-mart.com, 800-341-7795) FOR INSTRUCTIONS REGARDING THE INSTALLATION AND START-UP OF THE KE2THERM CONTROLLER AT THIS PARTICULAR SITE. REFER TO MANUFACTURER'S INSTALLATION INSTRUCTIONS FOR ALL FIELD INSTALLED ITEMS. BAS CONTRACTOR SHALL CARRY OUT ALL FURNISHING, INSTALLATION, AND WIRE TERMINATIONS UNLESS NOTED OTHERWISE. LLSV: ONE PER CIRCUIT. REFRIGERATION LLSV CONTRACTOR TO PROVIDE AND TERMINATE 120VAC LIQUID LINE SOLENOID VALVE WIRING ((2)#12 W/(1)#12 GND) AT KE2---------- CONTROLLER. - CONTROLLER. REFER TO ELECTRICAL. ' r' -------- � mm LAND WIRE WITHIN KE2 CONTROLLER AT TRANSFORMER PER TRANSFORMER WIRING DIAGRAM AND SUPPLIED VOLTAGE. I i -------------------------------------------- EEPR: ONE PER CIRCUIT. INSTALL OWNERFURNISHED CABLE TO EEPR I I VALVE. TERMINATE WIRING AT EEPR AND I MAIN BOARD AT KE2 CONTROLLER MAIN BOARD. REFER TO REFRIGERATION. NOTE: EEPR I VALVES ARE NOT TO BE INSTALLED FOR I I WALK-IN CIRCUITS SERVED BY A REMOTE CONDENSING UNIT (RCU). EEPR I I SUCTION LINE PRESSURE TRANSDUCER Y i FIELD INSTALLED AND WIRED TO KE2 MAIN I I BOARD, (1) PER KE2 CONTROLLER. P I INSTALL OWNER FURNISHED RS -485 BACNET I I COMM WIRING FROM GATEWAY OR PREVIOUS KE2 CONTROLLER ON COMM LOOP, REFER TO ONE -LINE DIAGRAM. I I RS -485 BACNET COMM WIRING TO NEXT KE2FU CONTROLLER ON COMM LOOP, REFER TO I I ONE -LINE DIAGRAM. I I I I AUX BOARD 1 AND COMM WIRING BETWEEN MAIN BOARD AND AUX BOARD 1 FACTORY INSTALLED IN KE2 CONTROLLER. AUX BOARD 1 EEV: VALVE FACTORY INSTALLED, ONE PER COIL. INSTALL OWNER FURNISHED WIRE TO EEV VALVES WIRE TO KE2 CONTROLLER AUX TEMPERATURE SENSORS, PRESSURE TRANSDUCER, DOOR SWITCH, AND ASSOCIATED WIRING FURNISHED BY OWNER WITH KE2 CONTROLLER, INSTALLED BY CONTRACTOR. SENSORS, TRANSDUCER, AND SWITCH NOT SHOWN ON PLANS FOR CLARITY. REFER TO MANUFACTURERS INSTALLATION AND WIRING INSTRUCTIONS. WHEN LOW VOLTAGE CABLING INSTALLATION RUNS EXCEED THE MAXIMUM LENGTHS ALLOWED FOR THE CABLING FURNISHED BY OWNER WITH THE KE2 CONTROLLER, FURNISH CABLE PER MANUFACTURER'S RECOMMENDATIONS FOR DISTANCES REQUIRED. REFER TO MANUFACTURER'S INSTRUCTION FOR MAXIMUM DISTANCES ALLOWED FOR OWNER FURNISHED CABLES. REFER TO REFRIGERATION PLANS FOR WALK-IN EVAPORATOR COIL QUANTITY AND LOCATION. U LU W BY ELECTRICAL CONTRACTOR, TERMINATED BY J Q w QTY Z LU O o AND WALK-IN EVAPORATOR FAN & ELECTRIC DEFROST. J� LU o W EMERSON CLIMATE TECHNOLOGIES O Z O OQX SHOWN HERE). U UgQ J DEFROST SIGNAL WIRING FROM MAIN BOARD AUX RELAY �Q2 Q XU Q oQ J �<co -to CONCURRENCY. REFER TO REFRIGERATION DEFROST 1 � UU Oo 0�f W� d N Cf)Q w LUU wz wLLQ LEADING INTO THE WALK-IN SERVED BY THE KE2 CONTROLLER FROM A SPACE WITH A HIGHER SET ow O< �O OLUI_ QUANTITY. m O LL EEV: VALVE FACTORY INSTALLED, ONE PER COIL. INSTALL OWNER FURNISHED WIRE TO EEV VALVES WIRE TO KE2 CONTROLLER AUX TEMPERATURE SENSORS, PRESSURE TRANSDUCER, DOOR SWITCH, AND ASSOCIATED WIRING FURNISHED BY OWNER WITH KE2 CONTROLLER, INSTALLED BY CONTRACTOR. SENSORS, TRANSDUCER, AND SWITCH NOT SHOWN ON PLANS FOR CLARITY. REFER TO MANUFACTURERS INSTALLATION AND WIRING INSTRUCTIONS. WHEN LOW VOLTAGE CABLING INSTALLATION RUNS EXCEED THE MAXIMUM LENGTHS ALLOWED FOR THE CABLING FURNISHED BY OWNER WITH THE KE2 CONTROLLER, FURNISH CABLE PER MANUFACTURER'S RECOMMENDATIONS FOR DISTANCES REQUIRED. REFER TO MANUFACTURER'S INSTRUCTION FOR MAXIMUM DISTANCES ALLOWED FOR OWNER FURNISHED CABLES. REFER TO REFRIGERATION PLANS FOR WALK-IN EVAPORATOR COIL QUANTITY AND LOCATION. BOARD(S). EEV(S) ARE NOT INSTALLED ON I I I EVAPORATOR 'A' SUCTION LINE TEMPERATURE SENSOR COILS WITH MECHANICAL TXV(S).REFER TO EEV S FIELD INSTALLED AND WIRED TO AUX BOARD 1 INPUT 1. REFRIGERATION SCHEDULES FOR QUANTITY, I I CIRCUIT NAME, AND VALVE TYPE (EEV OR I I TXV). (TYP) I I AUX BOARD 2 AND ASSOCIATED DEVICES ONLY INSTALLED WHEN KE2 CONTROLLER SERVES (2) -----------1----------------------------------------------1--------- EVAPORATOR COILS. I I AUX BOARD 2 COIL 'A' EEV WIRED TO AUX BOARD 1 (WHEN I I I EVAPORATOR'B' COIL TEMPERATURE SENSOR 1 (OF 1) KE2 CONTROLLER SERVES 2 COILS) I I FIELD INSTALLED AND WIRED TO AUX BOARD 2 INPUT 2. FIELD INSTALL OWNER FURNISHED AUX BOARD 2 AND COMM. WIRING FROM I I EVAPORATOR'B' SUCTION LINE TEMPERATURE SENSOR AUX I S FIELD INSTALLED AND WIRED TO AUX BOARD 2 INPUT 1. BOARD 1 TO AUX BOARD 2 IN KE2 CONTROLLER. EEV I I S COIL'B' EEV WIRED TO AUX BOARD 2 (WHEN KE2 CONTROLLER SERVES 2 COILS) ----------L - - — - - — - - — - - — - - — - - ----------- KE2 CONTROLLE 7 NTS CONDUIT AT CEILING PENETRATION FILLED WITH SEALANT 1/4" PENETRATION THRU ROOF FOR SENSOR LEADS. SEAL INSIDE AND OUT WITH SILICONE OR EXPANDING FOAM AND SEALANT. CEILING OF BOX INSTALL SENSOR AT COIL MIDPOINT 6" R WIRING SINGLE COIL EVAPORATOR SECURE SENSING ELEMENT AND CABLE WITH (2) NYLON MOUNTING BRACKETS (PANDUIT #PP2S-S10-X) AT RIGHT ANGLES TO EACH OTHER. PLACE BULB APPROX. 3" OFF CENTER IN MAXIMUM RETURN AIR STREAM. MOUNT BRACKET WITH EXISTING FAN SHROUD MOUNTING SCREW. DO NOT DRILL HOLE IN DRAIN PAN TO MOUNT BRACKETS. CABLE TO EXTEND TO COIL ON HINGED SIDE OF DRAIN PAN.— TEMPERATURE SENSOR LOCATION 5 NTS 8 7 6 5 4Y BAS CONTRACTOR SHALL PROVIDE COMM WIRING BETWEEN CASE CONTROLLER MODULES FOR EACH REFRIGERATION GATEWAY. REFERENCE / ONE -LINE DIAGRAM OF REFRIGERATION BAS DETAIL. REFRIGERATED CASE TEMP SENSORS ARE FACTORY INSTALLED AND WIRED TO THE CASE G 5 8 CONTROLLER MODULE(S). BAS3 BAS3 WALK-IN FREEZERS AND COOLERS: o 0 COIL CONTROLLER MODULE ENCLOSURE, RETURN AIR TEMPERATURE SENSOR TYP ,TYP- WITH 25CABLE, TEMPERATURE DISPLAY, AND TEMPERATURE DISPLAY08 os o8 oaG 2- -li CONNECTION CABLE ARE FURNISHED BY THE BAS SUPPLIER FOR INSTALLATION P AND CONNECTION BY THE BAS CONTRACTOR FOR EACH EVAPORATOR COIL. 6 7 3 REFERENCE TEMPERATURE SENSOR LOCATION DETAIL AND WALK-IN BAS3 BAS3 BAS3 COOLER/FREEZER COIL CONTROLLER TEMPERATURE DISPLAY INSTALLATION DETAIL / DB � Ofi � 8 / DB lL RCU -3 bP - 'R &0 -4a o CU -4b. H - — — RCUI4 PICKUP RCU-3 FREEZER I PICKUP COOLER PICKUP BUILDING AUTOMATION PLAN 1/16" = V-0" 3 4 BAS3 BAS3 INSTALL NEW REFRIGERATION GATEWAY CONTROLLER ENCLOSURE AS NEEDED FOR NEW CASE CONTROLLERS C - e IC4 CONDUIT AND SENSOR CABLE TO BUILDING AUTOMATION SYSTEM. DUAL COIL EVAPORATOR EDC4 BUILDING AUTOMATION PLAN 1/16" = V-0" CEILING OF BOX WHERE EXISTING REFRIGERATION CHASES ARE BEING REMOVED, ANY DAMAGED OR IMPROPERLY SUPPORTED BAS CONDUITS WITHIN CHASE SHALL BE REPAIRED OR REPLACED AS REQUIRED. ANY EXISTING BAS CABLING WITHIN CHASE NOT INSTALLED IN CONDUIT SHALL BE RE- ROUTED THROUGH NEW CONDUIT. FINAL APPROVAL BY WALMART CONSTRUCTION MANAGER. REFERENCE ARCHITECTURAL DRAWINGS FOR REFRIGERATION CHASES BEING REMOVED. BAS SYMBOLS 12.21.18 E2E REFRIGERATION NETWORK GATEWAY ES1 REFRIGERATION NETWORK GATEWAY HAS BUILDING AUTOMATION SYSTEM TEMP TEMPERATURE VFD VARIABLE FREQUENCY DRIVE BACKBOARD ❑M CASE INPUT MODULE LTA -X REFRIGERATION CIRCUIT © PRESSURE TRANSDUCER O TEMPERATURE SENSOR DTS DUAL TEMP SWITCH RIB RELAY IN BOX C-## CONTACTOR RELAY IN BOX & CONTACTOR PANEL RIM RACK INPUT MODULE ROM RACK OUTPUT MODULE CIM CIM/2 CASE INPUT MODULE S3C REFRIGERATION CASE/CIRCUIT CONTROLLER (SPORLAN) SGR SPORLAN GATEWAY ROUTER SNS SPORLAN NETWORK SWITCH I/O INPUT/OUTPUT MODULE IR INTERFACE RELAY 81M UNIVERSAL INPUT MODULE MINio INPUT/OUTPUT MODULE RCC RCC CASE/CIRCUIT CONTROLLER (NOVAR) NEW EQUIPMENT EXISTING EQUIPMENT — — — FACTORY INSTALLED EQUIPMENT CONDENSING UNIT GENERAL NOTES 1. MOUNT ALL CONDENSING UNITS A MINIMUM OF 30" ABOVE THE ROOF. 2. REFER TO ARCHITECTURAL AND STRUCTURAL DRAWINGS FOR ADDITIONAL INFORMATION AND REQUIREMENTS. 3. REFRIGERATION CONTRACTOR SHALL FURNISH AND INSTALL LIQUID LINE SOLENOID VALVE, CONTROLLED VIA FACTORY INSTALLED CASE CONTROLLER (LOCATED AT CASE). OWNER FURNISHED REFRIGERATION CONTROLS INCOMING POWER, DEFROST, AND FAN WIRING PROVIDED VENDOR BY ELECTRICAL CONTRACTOR, TERMINATED BY Type REFRIGERATION CONTRACTOR. REFER TO ELECTRICAL QTY DRAWINGS FOR CIRCUITING OF KE2 CONTROLLER POWER 1000214394 AND WALK-IN EVAPORATOR FAN & ELECTRIC DEFROST. U4/A4 TERMINATIONS AT CONTACTORS AND TRANSFORMER EMERSON CLIMATE TECHNOLOGIES LOCATED IN THE RIGHT SIDE OF THE PANEL OPPOSITE THE MRLDS MAIN AND AUX BOARD(S) (NOT ABOVE MAIN BOARD AS 2 SHOWN HERE). 1000214394 FURNISH AND INSTALL #22 AWG 2 CONDUCTOR DIGITAL SPARE DEFROST SIGNAL WIRING FROM MAIN BOARD AUX RELAY NOVAR OUTPUT TO LEGACY BAS SYSTEM INPUT MODULE TIED TO KE2 Evap (20178/20844)(PNL-KE2-IB-80CB-B) THE SAME RACK. DEFROST SIGNAL SHALL INHIBIT LEGACY NOVAR BAS CONTROLLED DEFROSTS TO MANAGE DEFROST Novar ES1 w/ XFMR CONCURRENCY. REFER TO REFRIGERATION DEFROST 1 SCHEDULES. MOUNT IN WEATHERPAC'C' ON ROOF. EVAPORATOR W COIL TEMPERATURE SENSOR 1 (OF 2) W FIELD INSTALLED AND WIRED TO KE2 MAIN BOARD. S DOOR SWITCH FIELD INSTALLED AND WIRED TO MAIN \ T BOARD AUX INPUT 1. INSTALL ONE SWITCH PER DOOR _ DS --- LDS J LEADING INTO THE WALK-IN SERVED BY THE KE2 CONTROLLER FROM A SPACE WITH A HIGHER SET D Z TEMPERATURE. REFER TO PLANS FOR WALK-IN DOOR S QUANTITY. m O WIRE ADDITIONAL DOOR SWITCHES IN SERIES SUCH THAT ANY DOOR SWITCH OPENING WILL PROVIDE A DOOR OPEN SIGNAL TO THE KE2 CONTROLLER. RETURN AIR TEMPERATURE SENSOR FIELD INSTALLED AT EVAPORATOR AND WIRED TO KE2 MAIN BOARD, (1) PER KE2 CONTROLLER. SENSOR TO BE MOUNTED AT COIL CLOSEST TO WALK-IN DOOR. REFER TO WALK-IN EVAP TEMPERATURE SENSOR LOCATION DETAIL. (TYP) EVAPORATOR 'A' COIL TEMPERATURE SENSOR 2 (OF 2) S FIELD INSTALLED AND WIRED TO AUX BOARD 1 INPUT 2. BOARD(S). EEV(S) ARE NOT INSTALLED ON I I I EVAPORATOR 'A' SUCTION LINE TEMPERATURE SENSOR COILS WITH MECHANICAL TXV(S).REFER TO EEV S FIELD INSTALLED AND WIRED TO AUX BOARD 1 INPUT 1. REFRIGERATION SCHEDULES FOR QUANTITY, I I CIRCUIT NAME, AND VALVE TYPE (EEV OR I I TXV). (TYP) I I AUX BOARD 2 AND ASSOCIATED DEVICES ONLY INSTALLED WHEN KE2 CONTROLLER SERVES (2) -----------1----------------------------------------------1--------- EVAPORATOR COILS. I I AUX BOARD 2 COIL 'A' EEV WIRED TO AUX BOARD 1 (WHEN I I I EVAPORATOR'B' COIL TEMPERATURE SENSOR 1 (OF 1) KE2 CONTROLLER SERVES 2 COILS) I I FIELD INSTALLED AND WIRED TO AUX BOARD 2 INPUT 2. FIELD INSTALL OWNER FURNISHED AUX BOARD 2 AND COMM. WIRING FROM I I EVAPORATOR'B' SUCTION LINE TEMPERATURE SENSOR AUX I S FIELD INSTALLED AND WIRED TO AUX BOARD 2 INPUT 1. BOARD 1 TO AUX BOARD 2 IN KE2 CONTROLLER. EEV I I S COIL'B' EEV WIRED TO AUX BOARD 2 (WHEN KE2 CONTROLLER SERVES 2 COILS) ----------L - - — - - — - - — - - — - - — - - ----------- KE2 CONTROLLE 7 NTS CONDUIT AT CEILING PENETRATION FILLED WITH SEALANT 1/4" PENETRATION THRU ROOF FOR SENSOR LEADS. SEAL INSIDE AND OUT WITH SILICONE OR EXPANDING FOAM AND SEALANT. CEILING OF BOX INSTALL SENSOR AT COIL MIDPOINT 6" R WIRING SINGLE COIL EVAPORATOR SECURE SENSING ELEMENT AND CABLE WITH (2) NYLON MOUNTING BRACKETS (PANDUIT #PP2S-S10-X) AT RIGHT ANGLES TO EACH OTHER. PLACE BULB APPROX. 3" OFF CENTER IN MAXIMUM RETURN AIR STREAM. MOUNT BRACKET WITH EXISTING FAN SHROUD MOUNTING SCREW. DO NOT DRILL HOLE IN DRAIN PAN TO MOUNT BRACKETS. CABLE TO EXTEND TO COIL ON HINGED SIDE OF DRAIN PAN.— TEMPERATURE SENSOR LOCATION 5 NTS 8 7 6 5 4Y BAS CONTRACTOR SHALL PROVIDE COMM WIRING BETWEEN CASE CONTROLLER MODULES FOR EACH REFRIGERATION GATEWAY. REFERENCE / ONE -LINE DIAGRAM OF REFRIGERATION BAS DETAIL. REFRIGERATED CASE TEMP SENSORS ARE FACTORY INSTALLED AND WIRED TO THE CASE G 5 8 CONTROLLER MODULE(S). BAS3 BAS3 WALK-IN FREEZERS AND COOLERS: o 0 COIL CONTROLLER MODULE ENCLOSURE, RETURN AIR TEMPERATURE SENSOR TYP ,TYP- WITH 25CABLE, TEMPERATURE DISPLAY, AND TEMPERATURE DISPLAY08 os o8 oaG 2- -li CONNECTION CABLE ARE FURNISHED BY THE BAS SUPPLIER FOR INSTALLATION P AND CONNECTION BY THE BAS CONTRACTOR FOR EACH EVAPORATOR COIL. 6 7 3 REFERENCE TEMPERATURE SENSOR LOCATION DETAIL AND WALK-IN BAS3 BAS3 BAS3 COOLER/FREEZER COIL CONTROLLER TEMPERATURE DISPLAY INSTALLATION DETAIL / DB � Ofi � 8 / DB lL RCU -3 bP - 'R &0 -4a o CU -4b. H - — — RCUI4 PICKUP RCU-3 FREEZER I PICKUP COOLER PICKUP BUILDING AUTOMATION PLAN 1/16" = V-0" 3 4 BAS3 BAS3 INSTALL NEW REFRIGERATION GATEWAY CONTROLLER ENCLOSURE AS NEEDED FOR NEW CASE CONTROLLERS C - e IC4 CONDUIT AND SENSOR CABLE TO BUILDING AUTOMATION SYSTEM. DUAL COIL EVAPORATOR EDC4 BUILDING AUTOMATION PLAN 1/16" = V-0" CEILING OF BOX WHERE EXISTING REFRIGERATION CHASES ARE BEING REMOVED, ANY DAMAGED OR IMPROPERLY SUPPORTED BAS CONDUITS WITHIN CHASE SHALL BE REPAIRED OR REPLACED AS REQUIRED. ANY EXISTING BAS CABLING WITHIN CHASE NOT INSTALLED IN CONDUIT SHALL BE RE- ROUTED THROUGH NEW CONDUIT. FINAL APPROVAL BY WALMART CONSTRUCTION MANAGER. REFERENCE ARCHITECTURAL DRAWINGS FOR REFRIGERATION CHASES BEING REMOVED. BAS SYMBOLS 12.21.18 E2E REFRIGERATION NETWORK GATEWAY ES1 REFRIGERATION NETWORK GATEWAY HAS BUILDING AUTOMATION SYSTEM TEMP TEMPERATURE VFD VARIABLE FREQUENCY DRIVE BACKBOARD ❑M CASE INPUT MODULE LTA -X REFRIGERATION CIRCUIT © PRESSURE TRANSDUCER O TEMPERATURE SENSOR DTS DUAL TEMP SWITCH RIB RELAY IN BOX C-## CONTACTOR RELAY IN BOX & CONTACTOR PANEL RIM RACK INPUT MODULE ROM RACK OUTPUT MODULE CIM CIM/2 CASE INPUT MODULE S3C REFRIGERATION CASE/CIRCUIT CONTROLLER (SPORLAN) SGR SPORLAN GATEWAY ROUTER SNS SPORLAN NETWORK SWITCH I/O INPUT/OUTPUT MODULE IR INTERFACE RELAY 81M UNIVERSAL INPUT MODULE MINio INPUT/OUTPUT MODULE RCC RCC CASE/CIRCUIT CONTROLLER (NOVAR) NEW EQUIPMENT EXISTING EQUIPMENT — — — FACTORY INSTALLED EQUIPMENT CONDENSING UNIT GENERAL NOTES 1. MOUNT ALL CONDENSING UNITS A MINIMUM OF 30" ABOVE THE ROOF. 2. REFER TO ARCHITECTURAL AND STRUCTURAL DRAWINGS FOR ADDITIONAL INFORMATION AND REQUIREMENTS. 3. REFRIGERATION CONTRACTOR SHALL FURNISH AND INSTALL LIQUID LINE SOLENOID VALVE, CONTROLLED VIA FACTORY INSTALLED CASE CONTROLLER (LOCATED AT CASE). OWNER FURNISHED REFRIGERATION CONTROLS EQUIPMENT VENDOR VENDOR SAP # Type RCU-3 LEAK QTY EMERSON CLIMATE TECHNOLOGIES 1000214394 Horn Strobe U4/A4 6 EMERSON CLIMATE TECHNOLOGIES 1000214394 MRLDS DIGITAL INPUT. 2 EMERSON CLIMATE TECHNOLOGIES 1000214394 Zone Alarm SPARE 2 NOVAR 1000211094 KE2 Evap (20178/20844)(PNL-KE2-IB-80CB-B) 2 NOVAR 1000211094 Novar ES1 w/ XFMR ES1 REMOTE 1 XIO-8U-A:1 SCHEDULE (N) U1/A1 RCU-3 LEAK (N, DI, FI) U2/A2 RCU-3 LEAK (N, Al, FI) U3/A3 RCU-4 LEAK (N, DI, FI) U4/A4 RCU-4 LEAK (N, Al, FI) U5/A5 SPARE DIGITAL INPUT. U6/A6 SPARE VENDOR FURNISHED ES1 REMOTE LCD SCREEN U7/A7 SPARE ES1 REMOTE U8/A8 SPARE BAS BACKBOARD DETAIL. WIRE LEGEND WIR-1010 (TAN CABLE 18-2, 20-2 TWISTED PAIR) WIR-2020 (BLUE CABLE 22-2 TWISTED PAIR) NOTES: 1. ALL CABLE WIR-2020 UNLESS NOTED OTHERWISE. 2. ALL WIR-1010 AND WIR-2020 CABLE FURNISHED BY OWNER FOR INSTALLATION BY CONTRACTOR. 3. ALL OTHER CABLE FURNISHED AND INSTALLED BY CONTRACTOR. BAS ONE -LINE AND SCHEDULE NOTES E EXISTING BAS DEVICE, SENSOR, OR WIRE FOR REUSE. RL EXISTING BAS DEVICE OR SENSOR TO RELOCATE AND RECONNECT. INSTALL NEW CABLE FOR RELOCATED DEVICE OR SENSOR AS NECESSARY. REDESIGNATED BAS DEVICE OR SENSOR. REPLACED BAS DEVICE OR SENSOR. NEW BAS DEVICE OR SENSOR. NEW FIELD INSTALLED BAS DEVICE, SENSOR, OR WIRE. RD RP N FI CAT5E TO COORDINATE THE DATA FA ------ NEW FACTORY INSTALLED BAS DEVICE, SENSOR, OR WIRE. M BAS DEVICE OR SENSOR USED FOR MONITORING ONLY. DI DIGITAL INPUT. Al ANALOG INPUT. ES1 FACTORY INSTALLED IN BAS VENDOR FURNISHED ENCLOSURE WITH 120V/24V TRANSFORMER. MOUNT ENCLOSURE ON NEW BAS BACKBOARD. REFER TO BAS BACKBOARD DETAIL. NEW ETHERNET CABLE TO W to W W. 2' JKLL' 0 WALMART DATA NETWORK BY COM3 WALMART CABLING ISD EDC4 PROVIDER BAS CONTRACTOR CAT5E TO COORDINATE THE DATA RCU' & RACK'C' ES1 485 REQUIRED FOR THIS SERVICE REFRIGERATION GATEWAY MOD1 WITH THE WALMART 1COM1 1COM21 COM3 COM4 CONSTRUCTION MANAGER.— NOT RELIEVE THE RESPONSIBILITY OF PERFORMING SHALL CAREFULLY COORDINATE NEW WORK AND RS-485 VENDOR FURNISHED ES1 REMOTE LCD SCREEN BACNET (TYP)__xXIO PROVIDED WITH 120V/24V TRANSFORMER. ES1 REMOTE MOUNT ON NEW BAS BACKBOARD. REFER TO FAMILIARIZE WORKERS WITH THIS KNOWLEDGE. BAS BACKBOARD DETAIL. LCD SCREEN U)° 0U VENDOR FURNISHED ES1 REMOTE LCD SCREEN ES1 REMOTE PROVIDED WITH 120V/24V TRANSFORMER. LCD SCREEN MOUNT IN WEATHERPAC'C' ON ROOF. REFRIGERATION BAS ONE -LINE REFLECTS THE INTENDED DESIGN BASED ON NEW CASES AND EXISTING SYSTEM NUMBERS. VERIFY ALL EXISTING CONDITION AND LOCATION OF ALL BAS EQUIPMENT PRIOR TO ROUGH -IN. UNLESS NOTED OTHERWISE, DEVICES AND CABLING SHOWN IN THIS ONE -LINE DIAGRAM ARE VENDOR FURNISHED; REFRIGERATION BUILDING AUTOMATION CONTRACTOR TO INSTALL CABLING AND DEVICES AND MAKE FINAL TERMINATIONS. REFER TO PLANS FOR DEVICE LOCATIONS. COORDINATE WITH LEGACY BAS VENDOR (NOVAR) FOR THE REPROGRAMMING OF THEIR RACK CONTROLLER WITH THE REMOVAL OF CIRCUITS FROM THEIR CONTROL. VERIFY DEFROST SCHEDULES ARE COORDINATED BETWEEN THE EXISTING RACK CONTROLLER AND THE NEW CASE CONTROLS. REFRIGERATION BAS ONE -LINE DIAGRAM NTS GENERAL REFRIGERATION 03.12.18 BAS NOTES 1. BAS CONTRACTOR SHALL CONTACT THE BAS SUPPLIER(S) TO OBTAIN A CURRENT MODULE CONFIGURATION PRINTOUT BEFORE TERMINATING SENSOR LEADS AT INPUT MODULES. THE REQUEST FOR THE CONFIGURATION PRINTOUT SHALL BE MADE PRIOR TO THE INSTALLATION OF BAS CABLES. WIRING TERMINATIONS SHALL BE LANDED ACCORDING TO THE BAS SUPPLIER CONFIGURATION SHEETS. 2. BAS CONTRACTOR SHALL PROVIDE COMPLETED REFRIGERATION SENSOR INPUT VERIFICATION FORMS TO THE BAS SUPPLIER(S) AT THE BEGINNING OF THE REFRIGERATION EQUIPMENT STARTUP. BAS INSTALLER SHALL PROVIDE ASSISTANCE TO THE BAS SUPPLIER(S) FOR SPOT CHECKING OF SENSORS FOR ACCURACY. 3. ALL BAS CABLE ON THE SALES FLOOR SHALL BE ROUTED IN CONDUIT AND CONCEALED FROM VIEW AND ROUTED ALONGSIDE OTHER PIPING OR CONDUIT AS MUCH AS POSSIBLE. 4. BAS CONTRACTOR SHALL BE PRESENT AND AVAILABLE TO RESOLVE ISSUES AND PROVIDE REFRIGERATION STARTUP ASSISTANCE UNTIL RELEASED BY THE BAS SUPPLIER AND WALMART MECHANICAL CONSTRUCTION MANAGER. 5. DURING THE REFRIGERATION STARTUP, BAS CONTRACTOR SHALL COMPLETE ALL UNRESOLVED REFRIGERATION WORK PRIOR TO WORKING ON OTHER BAS INSTALLATION ITEMS. 6. WHEN THE BAS SUPPLIER IS NOT SCHEDULED TO PERFORM THE ON SITE REFRIGERATION STARTUP, THE BAS CONTRACTOR IS RESPONSIBLE FOR PERFORMING ALL CHECKS AND TEST TO ENSURE A FULLY FUNCTIONAL REFRIGERATION CONTROL SYSTEM. CONTACT THE BAS SUPPLIER FOR THE BLANK TEST VERIFICATION FORMS AND INSTRUCTIONS FOR COMPLETING. ALL COMPLETED TEST VERIFICATION FORMS SHALL BE RETURNED TO THE WALMART MECHANICAL CONSTRUCTION MANAGER. 7. REFER TO ARCHITECTURAL DRAWINGS FOR PIPING INSTALLATION AND SEALING REQUIREMENTS FOR DEVICES SHOWN ON COOLER/FREEZER PANELS. DO NOT INSTALL PIPING WITHIN COOLER/FREEZER PANELS. 8. ROUTE ALL UTILITY SERVICE LINES (PIPES AND CONDUIT) WITHIN STUD WALLS WHEREVER POSSIBLE. ON COOLER/FREEZER PANELS IN FOOD PREP AREAS WHERE UTILITIES MUST BE EXPOSED, CONTRACTOR TO HAVE THE OPTION OF THE FOLLOWING: A. SURFACE MOUNT UTILITIES WITH NON- CORROSIVE ANCHORS; SEAL BOTH SIDES OF PIPE/CONDUIT TO PANEL CONTINUOUSLY WITH SEALANT. B. INSTALL UTILITIES 1/2" OFF FACE OF PANEL TO ALLOW FOR CLEANING; USE ONLY NON -CORROSIVE MATERIALS FOR SPACERS AND ANCHORS. C. COVER UTILITIES WITH 20 GAUGE STAINLESS STEEL BENT PLATES MOUNTED TO WALL WITH NON -CORROSIVE ANCHORS; APPLY CONTINUOUS SEALANT ALONG EDGES AND JOINTS. 9. REFERENCE ARCHITECTURAL DEMOLITION PLANS FOR FULL EXTENT OF DEMOLITION WORK REQUIRED. 24 HOURS PRIOR TO SHUTTING DOWN ANY REFRIGERATION SYSTEMS, HVAC SYSTEMS OR BUILDING AUTOMATION CONTROLS SYSTEMS, SEND EMAIL TO NSRM@WALMART.COM. THE E-MAIL SHALL STATE WHAT, WHY, AND WHEN IT IS BEING SHUT DOWN AND HOW LONG IT IS ANTICIPATED TO BE SHUT DOWN. THEN SEND A FOLLOW UP EMAIL TO NSRM@WALMART.COM AFTER THE WORK IS COMPLETE AND THE SYSTEM IS BACK UP AND RUNNING. BAS EQUIPMENT SALVAGE REQUIREMENTS 11.02.15 ALL DEMOLISHED NOVAR BAS EQUIPMENT SHALL BE RETURNED TO WALMART MECHANICAL SERVICES CONSTRUCTION MANAGER. EQUIPMENT TO BE RETURNED INCLUDES: EXECUTIVE CONTROLLER(S), IOM(S), CIM(S), CCM(S), ETC. PROVIDE DOCUMENTATION FOR ALL EQUIPMENT REMOVED IN ACCORDANCE WITH SPECIFICATIONS AND REQUIRED CLOSE-OUT DOCUMENTS. ES -1 COMMUNICATION PORT COM1 LCD (IF APPLICABLE) / BACNET LOOP COM2 SPECTRUM (NOVARnet) / BACNET LOOP COM MODULE 1 W to W W. 2' JKLL' 0 COMMUNICATION PORT COM3 SPECTRUM (NOVARnet) / BACNET LOOP COM4 SPECTRUM (NOVARnet) / BACNET LOOP COM MODULE 2 COMMUNICATION PORT COM5 SPECTRUM (NOVARnet) / BACNET LOOP COM6 SPECTRUM (NOVARnet) / BACNET LOOP NOTE: 1.) NOT ALL CONNECTIONS SHOWN ON THIS SCHEDULE ARE PRESENT AT EACH REFRIGERATION GATEWAY. REFER TO ONE -LINE DIAGRAM FOR CONNECTIONS SPECIFIC TO EACH REFRIGERATION GATEWAY. XIO FACTORY INSTALLED IN BAS VENDOR FURNISHED ENCLOSURE(S). MOUNT ENCLOSURE(S) ON NEW BAS BACKBOARD. REFER TO BAS BACKBOARD DETAIL. (RCU-3) (RCU-4) DIGITAL AND ANALOG SIGNAL CABLING FOR EACH LEAK DETECTION ZONE ROUTED TO EXISTING LEAK DETECTION PANEL INSIDE STORE. REFER TO PLANS FOR LEAK DETECTION PANEL LOCATION AND LEAK DETECTION ZONE DEVICES ONE -LINE DIAGRAM FOR WIRING. TYP. KE2 (RCU-3) "—BUILDING AUTOMATION CONTRACTOR TO PROVIDE RS -485 BACNET CABLE FROM W to W W. 2' JKLL' 0 BAS BACKBOARD TO XIO AND KE2 DEVICES w w a z a z< N w 2 Z�- O o w w KE2 (RCU-4) SERVING PICKUP WALK-INS. TYP. o ~zw~�z wWaz3 EXISTING CONDITIONS WERE TAKEN FROM EACH SUBCONTRACTOR IS RESPONSIBLE FOR HAVING ORIGINAL DRAWINGS AND MAY NOT REFLECT A THOROUGH KNOWLEDGE OF ALL DRAWINGS AND EXACT "AS -BUILT" CONDITIONS. CONTRACTOR SPECIFICATIONS IN THEIR RELATED FIELD. THE FAILURE SHALL FIELD VERIFY ALL EXISTING CONDITIONS TO ACQUAINT THEMSELF WITH THIS KNOWLEDGE DOES PRIOR TO SUBMITTING FINAL BIDS. CONTRACTOR NOT RELIEVE THE RESPONSIBILITY OF PERFORMING SHALL CAREFULLY COORDINATE NEW WORK AND THE WORK PROPERLY. NO ADDITIONAL DEMOLITION WITH ALL OTHER DISCIPLINES AND COMPENSATION SHALL BE ALLOWED BECAUSE OF EXISTING CONDITIONS. CONDITIONS THAT OCCUR DUE TO FAILURE TO J FAMILIARIZE WORKERS WITH THIS KNOWLEDGE. %0 0 00 O O W to W W. 2' JKLL' 0 Cnz :DLLO w w a z a z< N w 2 Z�- O o w w w o ~zw~�z wWaz3 �/ LL Q W Ln LL W LL33-0K W O W' 0 w � t a J'W w z o- Ww u,om ❑ Z W� w�zz¢�Ec,�=a> Z a W_� ON u,�c7M-0 O -0 Z OZ 3: W o WN :3 O ZZ¢W (7Uz Qoo U Zwx o'� O�¢z�aFQ Q~ J W a= 00 OW LU :3 Z D W� L < W a w Z J~ J w w o 0 o<EwOmW=a�z0WOa J Ln¢ -j z W �O�QOW a5Hw D HO> 0oc=i,aOwKUKKQ= %0 0 00 O O 0 DRAWN BY: 20, PROTO: Z2 Z _ j N DOCUMENT DATE: 05/28/2021 W .� s Z W �"LL G � LmI Z Q.% 60 U)EDEco O c N Z Z a m Z Y] 3 N co3 H W � N J � D U E U)° 0U Z O U %0 0 00 O O z DRAWN BY: w J 0 z m W a PROTO: 176 Z co M N DOCUMENT DATE: 05/28/2021 IU(11,1 Z C) C) r - v ' ) V♦< M O Z W 0 O 0 m � o J N o N W \ T w m D Z m O ISSUE BLOCK CHECKED BY: �O Qg KK DRAWN BY: KS PROTO: 176 PROTO CYCLE: 04/30/2021 DOCUMENT DATE: 05/28/2021 WAS 1 4174ISTF Ss/ONALR�-�G\� 05/26/2021 DOCUMENTS THAT DO NOT HAVE THE ARCHITECT OR ENGINEER OF RECORD SEAL AND SIGNATURE SHALL BE CONSIDERED NOT FOR CONSTRUCTION BUILDING AUTOMATION SYSTEMS SHEET: AS3 w 01 w W. 2' JKD' 0 > > >O KwOH> MRLDS LEAK � z w w d z a z< - N�w�Z�O5zww W SENSOR CABLE. zLO = la_KK�LLwQUO HORN/STROBE w~a U/ampw �aw W >❑ Inm _<j SUPPORT ALL � w� Jzz¢wU�=a> ALARM PANEL 0 ON wow< 9ow�0=❑ CONDUITS AND �U5b ZN mOZz�=z8z CABLE. 0 L)z < 3 w w� Q= U O Z¢ zli= 0'� OEQz=QFQm BOXES PER N.E.C. a= H O pw l 7 z N D W m ILLU Jwwm p O_� o w� w O m W- a- U/ O w o¢ D �z�<O=QC='lwa��w ZONE ALARM CONTROL SCREEN z SILENCE PANEL POWER `v\ PANEL CABIL i SEAL ALL WALK-IN WL PENETRATIONS WITH \ T INDICATOR LIGHT SILICONE SEALANT. T PROVIDE AN ENGRAVED STRUCTURE PLASTIC LABEL INDICATING m O ZONE SERVED BY ALARM SILENCE PANEL. LETTERINGJEXTERIOROFBOX.— DOOR TO BASE BRAIDED OVIDE SENSOR SHALL BE BLACK, MINIMUMNNECTION IN 1/2" OF 1/4" HIGH, ON A WHITENDUIT ALONG BACKGROUND. GROUND STRAP (6" a UNINTERRUPTED POWER ZONE ALARM REFRIGERANT SENSOR, SENSOR INSTALL LEAK SILENCE PANEL. PROTECTIVE COVER, HORN/ MAX). CPC #135-1004 +48" AFF STROBE DEVICES, AND ZONE SUPPLY (UPS) READY ALARM SILENCE PANEL FURNISHED SEAL ALL WALK-IN BY LEAK DETECTION VENDOR. PENETRATIONS WITH OR EQUAL. CONNECTS SILICONE SEALANT. TYP— COO 3 NTS FRONT VIEW LER/FREEZER LEAK D BELDEN 9418 18/4 AWG SHLD. CABLE WITH DRAIN/GROUND WIRE. TYP PROVIDE 1" EMT STUB UP TO I IVI\IV/J I I\V UL LIVI I I +8411 AFF X1/2" EMT WITH COMP. FITTINGS & MINERALLAC STRAPS MRLDS LEAK DETECTOR SENSOR MOUNTED INSIDE WALK-IN +18" AFF 1/2" SEALTITE DRIP LOOP (MUST ENTER EXISTING K.O. IN BOTTOM OF SENSOR) — SIDE VIEW ETECTION DEVIC 6 5 4 PICKUP PICKUPD D D FREEZER COOLER D6 D8 D8 O P P D6 D8 8 / JJf`J� N 1 _ .95p5. OGP _� OGP51.� OGP51 H PICKUP COOLER 3 AUDIO/VISUAL ALARM BAS5 f PIC UP FREEZER COORDINATE L AFC AUDIO/V SUAL ALARM DETECTION SENSOR AND STROBE INSTALLATION WITH WALK-IN RACKING, TYP. I I I I I I G I I I I I I I I I F I I I I I I E:— REFRIGERATION LEAK DETECTION PLAN 1 1/16" = V-011 R JOIST ADJACENT TO EACH LEAK DETECTION HORN STROBE.. LETTERING SHALL BE BLACK, MINIMUM OF 1/4" HIGH, ON A WHITE BACKGROUND. COORDINATE LEAK DETECTION SENSOR AND PROTECTIVE COVER INSTALLATION LOCATION WITH WALK-IN RACKING INSTALL PRO GASKET SOLUTIONS LEAK DETECTOR COVER AFTER SENSOR IS CONFIRMED TO BE OPERATIONAL. USE DOOR BOLLARD TO PROTECT SENSOR. (DO NOT BLOCK COVER REMOVAL OR SENSOR ACCESS) BACK VIEW E MOUNTING LEAK DETECTOR COVER PART NUMBER: PROG235 CONTACT: KEITH PINSON (KEITH@PROGASKETSOLUTIONS.COM) NOTE: MOUNT COVER WITH 1/4" NYLON THRU-BOLTS WHERE ALIGNED WITH WALK-IN PANEL SEAM, USE WOOD SCREWS OF ADEQUATE LENGTH, NOT TO PUNCTURE THROUGH WALL SECTION. SEAL ALL WALK-IN PENETRATIONS WITH SILICON SEALANT. TYP 2 13 v yyy�yyyyyy�yyyyyyyyyy�yyy I I I I I I I I I I 3 2 4 BAS3 BAS5 BAS5 EXISTING LEAK DETECTION—,--.- ETECTION LDP EDC4 PANEL MOUNTED IN EDC4. CONTRACTOR TO VERIFY EXACT LOCATION. COMPRESSOR HOUSE ANALOG WIRING TO INPUT MODULE AT RACK. DIGITAL WIRING TO INPUT MODULE AT RACK. XIO LEAK DETECTION PANEL. ONE ZONE ALARM LDP SERVES UP TO (6) LEAK LDP SILENCE PANEL DETECTION ZONES. REFER TOPLANS FOR PANEL LOCATION. ZA WALK-IN LEAK L MRLDS LEAK DETECTION ZONESENSOR _,__�:rr��_HORN/STROBE ALARM REFER TO LEAK DETECTION DAISY CHAIN TO ADDITIONAL PANEL INSTALLATION AND HORN/STROBES AS NECESSARY. WIRING DETAIL FOR CABLE if!��REFER TO PLANS FOR WALK-IN TYPES. HORN/STROBE QUANTITY. ,LEAK DETECTION ZONE DEVICES ONE -LINE NTS ZONE 1 DIAGRAM REPEAT PER ZONE WIR-2020 OR EQUIVALENT CABLE FURNISHED AND INSTALLED BY BAS CONTRACTOR. SENSOR 1 1-5V IN SENSOR -IN SENSOR 1 SHIELD iPRO ANALOG OUT1 - iPRO ANALOG OUT1 + MRLDS 1 24VAC PWR MRLDS 1 24VAC PWR HRN/STROBE 24VAC N HORN OUT 24VAC HOT STROBE OUT 24VAC HOT HRN/STROBE 24VAC HOT ZONE 1 DRY CONTACT OUT - NC ZONE 1 DRY CONTACT OUT - C ZONE 1 DRY CONTACT OUT - NO ZONE 1 AUX DRY CONTACT OUT - NC ZONE 1 AUX DRY CONTACT OUT - C ZONE 1 AUX DRY CONTACT OUT - NO MRLDS LEAK DETECTION SENSOR BACKPLATE 18/4 CABLE OR EQUIVALENT 18/4 CABLE OR EQUIVALENT 18/4 CABLE OR 24VAC Out ® ® EQUIVALENT NO Contacts O BAS Zn1 SII O BAS Zn2 SII O BAS Zn3 Sil O 22/2 CABLE OR O BAS Zn4 Sil ® ® O EQUIVALENT BAS Zn5 Sil O FRI BAS Zn6 Sil BAS Cmn 0 BAS ZONE SILENCE COMMON O ZONE ALARM, LIGHT & SILENCE LEAK DETECTION DEVICE w 01 w W. 2' JKD' 0 > > >O KwOH> (n � � z w w d z a z< - N�w�Z�O5zww W WIRING PER LEAK zLO = la_KK�LLwQUO (L' O w~a U/ampw �aw W >❑ Inm _<j DETECTION ZONE. 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LEAK DETECTION PANEL INSTALLATION AND WIRING 2 NTS HORN/STROBE m --- (24VAC)------4 r _ -----7 I I I I I I I I I I I I I I I I I I SIGNAL STROBEI I I I I I I I I J I I I I I I I I I I I I I I I I I I I I y LJ EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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. LLJ w 01 w W. 2' JKD' 0 > > >O KwOH> (n � � z w w d z a z< - N�w�Z�O5zww W m ~ZwwwWaz3�z w zLO = la_KK�LLwQUO (L' O w~a U/ampw �aw W >❑ Inm _<j _ � w� Jzz¢wU�=a> z 0 ON wow< 9ow�0=❑ O �U5b ZN mOZz�=z8z F_ 0 L)z < 3 w w� Q= U O Z¢ zli= 0'� OEQz=QFQm 4 a= H O pw l 7 z N D W m ILLU Jwwm p O_� o w� w O m W- a- U/ O w o¢ D �z�<O=QC='lwa��w HO> UoU)fL0wK_jKKQP O O O O o DRAWN BY: /n ED C d PROTO: Z b zLO _ j N m DOCUMENT DATE: 05/28/2021 U W _ W a I Z o Q m N F_ e N ZQ'3oo W y 3 N D U U C v a z O `v\ U O O O O z O DRAWN BY: LU J C3 z D m Ix W a � PROTO: 176 zLO Cl) N DOCUMENT DATE: 05/28/2021 agMW _ `) Q O z w 0 O `v\ JO N N WL \ T w m z m O ISSUE BLOCK CHECKED BY: KK DRAWN BY: KS PROTO: 176 PROTO CYCLE: 04/30/2021 DOCUMENT DATE: 05/28/2021 C O Qg WA S /< 41 417IST 05/26/2021 DOCUMENTS THAT DO NOT HAVE THE ARCHITECT OR ENGINEER OF RECORD SEAL AND SIGNATURE SHALL BE CONSIDERED NOT FOR CONSTRUCTION BUILDING AUTOMATION SYSTEMS SHEET: AS5 EXISTING TO REMAIN DEMOLISH/REMOVE AREA TO BE DEMOLISHED — — RELOCATE IMMEDIATE SALVAGE/LEGAL DISPOSAL OF ALL DECOMMISSIONED EQUIPMENT AND CONSTRUCTION DEBRIS SHALL BE THE RESPONSIBILITY OF THE CONTRACTOR. THE GENERAL CONTRACTOR WILL COORDINATE DISPOSAL OF OTHER MATERIALS WITH AES AND/OR WASTE MANAGEMENT. RECLAIMED REFRIGERANT WILL REMAIN IN THE POSSESSION OF WALMART STORES, INC. ON APPLICABLE PROJECTS INVOLVING GAS CONVERSION. THE CONTRACTOR SHALL ASSIST WALMART IN THE SCHEDULING OF APPROPRIATE CYLINDERS FOR THE COLLECTION OF REFRIGERANTS, WHICH WALMART WILL PROCESS THROUGH THEIR VENDOR RECLAMATION PROGRAM, OR USE IN OTHER WALMART EQUIPMENT, AT THE DISCRETION OF THE WALMART CONSTRUCTION MANAGER. THE CONTRACTOR AND WALMART CONSTRUCTION MANAGER MUST RECORD THE USAGE OR DECOMMISSIONING OF THE REFRIGERANT LOGS AT THE COMPRESSOR RACKS. INSTALLING CONTRACTOR WILL REMOVE AXP DEVICES MOUNTED ON WALK-IN BOXES PRIOR TO THE BOX DEMO AND HANDOVER TO STORE MANAGEMENT FOR SAFE STORAGE OF EQUIPMENT. GENERAL CONTRACTOR WILL PROVIDE NEW CONDUIT IN THE SAME LOCATION ON THE NEW WALK-IN BOXES. INSTALLING CONTRACTOR WILL NOTIFY CTS OF EQUIPMENT/CABLE RE -INSTALL DATE. CTS WILL ARRANGE FOR CABLING CONTRACTOR TO RUN WIRE AND RE -INSTALL AXP DEVICES. SALVAGE OF WALK-IN PANELS AND WALK-IN DOORS WILL BE THE RESPONSIBILITY OF THE PANEL MANUFACTURER. NOTICE: THESE SALVAGE REQUIREMENTS DO NOT INCLUDE HVAC EQUIPMENT, RACKHOUSES CONDENSERS, REMOTE CONDENSING UNITS, COOLING TOWERS AND FLUID COOLER REPLACEMENTS. ROLE OF WASTE MANAGEMENT: DELIVER CONTAINERS BASED ON DELIVERY DATES PROVIDED BY THE GENERAL CONTRACTOR. SERVICE FOR THE CONTAINERS AS REQUESTED. SUPPORT PERSONAL AT ALL TIMES DURING THE PROJECT DURATION. REPORTING FOR SERVICES THAT OCCUR AT THE END OF THE PROJECT. ROLE OF GENERAL CONTRACTOR (GC): 6 5 4 CONTACT WASTE MANAGEMENT 72 HOURS PRIOR TO PROJECT LAUNCH TO HAVE ESTABLISHED SERVICES DELIVERED. J WASTE MANAGEMENT C&D TEAM 1-866-338-2342 OR OAKLEAFCDTEAM@WM.COM OGP REFRIGERATION DEMO PLAN 1/8" = 1'-0" W Lu vi 0 to W U1 w _j w w 7 7 7 o W w 0 } \ \ II I DEMO EXISTING SELF-CONTAINED '/11 I\ I I\ I I\ I I\ II\ I I\ I I\ I I\ I I\ II \ I I I I I I I I II I L---� ` Z O /\ /\\ / \''\ V V / \''\ - - -V 11-------------11 F_ -1 L� W m z m O I\ I I\ I I\ I I\ II\ I I\ I I\ I I\ I I\ II \ I I I I I I I I II I I \ II \ II \ II \ II \ I I\ I I\ I I\ I I\ II\ I I\ I I\ I I\ I I\ II \ I I I I I I I I II I I \ II \ II \ II \ II \ I I\ I I\ I I\ I I\ II\ I I\ I I\ I I\ I I\ II \ I I I I I I I I II I \ !I !I !I I \ I I \ II \ I I \ II \ I Fll OGP REFRIGERATION DEMO PLAN 1/8" = 1'-0" 0 EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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. BERNICE MURPHY 1-860-268-6317 OR BMURPHY22@WM.COM MICHAEL LASSONDE 1-860-268-6317 OR MLASSONDE@WM.COM ESTABLISHED SERVICES WILL BE DETERMINED FROM THE PROJECT ESTIMATION FORM FILLED OUT BY THE EOR. REQUEST ALL NEEDS FOR CONTAINERS FOR SERVICE VIA PHONE OR EMAIL TO WM'S NATIONAL ACCOUNTS OFFICE. W Lu vi 0 to W U1 w _j w w 7 7 7 o W w 0 } \ \ II I DEMO EXISTING SELF-CONTAINED '/11 PICKUP CASES. TYP. 1 LY 0 w~ a J w a m Q o p w }❑ w wwm U II I Z¢ Al I O 5 wa wN :3 o Z z¢WU Z OZ Li --� 1 a aZLu Lu V)oozoN \ I I D m¢� zH<O�QC='!W a7Hw L---� ` Z O /\ /\\ / \''\ V V / \''\ - - -V 11-------------11 F_ -1 L� 0 EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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. BERNICE MURPHY 1-860-268-6317 OR BMURPHY22@WM.COM MICHAEL LASSONDE 1-860-268-6317 OR MLASSONDE@WM.COM ESTABLISHED SERVICES WILL BE DETERMINED FROM THE PROJECT ESTIMATION FORM FILLED OUT BY THE EOR. REQUEST ALL NEEDS FOR CONTAINERS FOR SERVICE VIA PHONE OR EMAIL TO WM'S NATIONAL ACCOUNTS OFFICE. O O 0 00 O O W Lu vi 0 to W U1 w _j w w 7 7 7 o W w 0 } Cn :D Lu Lu mU) zLLiw LLO N�w2ZI.-o- w WO ~ Z W K w w W d Z� H z W �' w¢ zLo x LL U O LL a ILL WLLOo0WwU LY 0 w~ a J w a m Q o p w }❑ w wwm LL mF Z¢ Lu P Lu LL Lu �_�oNwwoow�-Oxm O 5 wa wN :3 o Z z¢WU Z OZ ~ c7UZ < WLu x o ¢ z W x m 0¢ z a F Q❑ a aZLu Lu V)oozoN a WQ o�w0mWa�(nOwo¢ D m¢� zH<O�QC='!W a7Hw HO> �oODIX (LowK_jKKQ� O O 0 00 O O o DRAWN BY: /n ED C d PROTO: z b zLo R j N N DOCUMENT DATE: 05/28/2021 W U c O Z W LL C � I Z c N ' A V ♦1 m N z G co e ' m Z :' c6 W y 3 N D U C G v a Z O U O O 0 00 O O z DRAWN BY: Lu J z D m W a D PROTO: 176 zLo M N DOCUMENT DATE: 05/28/2021 Z C) O ' A V ♦1 M O z W 0 O f - 0 U) o J N O N W \ T W m z m O ISSUE BLOCK CHECKED BY: KK DRAWN BY: KS PROTO: 176 PROTO CYCLE: 04/30/2021 DOCUMENT DATE: 05/28/2021 41741TV slONALR�-�G\� 05/26/2021 DOCUMENTS THAT DO NOT HAVE THE ARCHITECT OR ENGINEER OF RECORD SEAL AND SIGNATURE SHALL BE CONSIDERED NOT FOR CONSTRUCTION REFRIGERATION DEMO PLAN SHEET: RD1 6 5 6 6 R4 R4 15.604 15.604 15.605 15.605 15.607 15.607 5 15.637 15.637 R4 RCU-3 CONDENSATE LINE TO KRD64E-220TD NK 777 -MD6 - 15.606 PUMP MOUNTED ON (NEW)77 TYP COOLER WALL. 15.603 15.608 15.603 °a °a °a °a GP OGP PICKUP PICKUP FREEZER COOLER / 1C0 CP_� RCU-4a 15.603 RCU-3aRCU-3b RCU-4 15.603 RCU-3 RCU-4 MOUNTED ON ROOF. REFER TO RCU-4 STRUCTURAL AND OEM NEW PIPE CHASE IN SUBMITTALS FOR ROOF. COORDINAT 3 SUPPORT. SIZE AND LOCATION R4 15.610 WITH STRUCTURE RCU-3 MOUNTED ON7 2 (TYP) 15.617 ROOF. REFER TO STRUCTURAL AND OEM R4 SUBMITTALS FOR TYP REFRIGERATION 1 SUPPORT. PIPING DOWN THROUGH ROOF. R4 (TYP) 15.603 PICKUP REFRIGERATION PLAN 1 1 /8" = V-0" (f� 4 15.601 R4 15.602 COORDINATE ROUTING OF REFRIGERATION PIPING WITH EXISTING PIPING, DUCTWORK, AND LIGHTS. (TYP) REFRIGERATION KEYNOTES REFRIGERATION SYMBOLS zujw dzLLz< w0 N�w�Z�O0z�n� 15.604 THE RISER. PROVIDE AIRTIGHT SEAL AROUND ALL PIPING AND BOLT PENETRATIONS THROUGH 10.12.17 01.31.18 X## XXX CIRCUIT NUMBER (CIRCUIT INFO) MODEL NUMBER 1' 15.601 SLOPE REFRIGERANT LINES BACK TO COMPRESSORS AT 1" PER 20' OF RUN. LOCATE HIGHEST POINT OF REFRIGERATION LINES JUST SUPPORT EVAPORATORS WITH BOLTS THROUGH ROOF TO 1-5/8" X 1-5/8" X 10' LONG 14 GA. CO IF CLEANOUTS (CO) U) CONDENSATE DRAIN LINE (CD) BELOW BOTTOM CHORD OF JOIST OR BEAM. COORDINATE ELEVATION TO AVOID CONFLICTS 2. D CONNECT TO EXISTING WITH DUCTWORK, LIGHTING, SKYLIGHTS, ETC. PANELS. PROVIDE DOUBLE NUTS ON EACH BOLT. 15.602 SUPPORT HORIZONTAL RUNS OF REFRIGERANT HO> u0Dw WfLOwK_jKKQ� U) CONTINUATION LINES ON 1-5/8" X 1-5/8" UNISTRUT CHANNELS ON APPROXIMATELY 1" PER 10' TOWARD DRAIN. PROVIDE COPPER PIPING WITH ELECTRIC HEAT #p#.####J # X# DETAIL NUMBER (DETAIL REFERENCE) SHEET NUMBER MAXIMUM OF 6 FOOT CENTERS. 15.603 AT ALL POINTS WHERE SUCTION LINES RISE, 3. EPA CLEAN AIR ACT COMPLY WITH CLEAN AIR ACT, TITLE VI, SECTION 608 AND CODE OF FEDERAL REGULATION TITLE 40, PART 82 WHEN ADDING OR REMOVING REFRIGERATED EQUIPMENT. RECORD ALL EQUIPMENT IDENTIFICATION NUMBERS, MODEL AND SERIAL NUMBERS, THE AMOUNT OF REFRIGERANT RECOVERED FROM EACH UNIT, THE DATE OF DECOMMISSIONING, COMPANY NAME AND SIGNATURE OF ON-SITE SUPERVISOR. 11.02 15 EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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. 4 5 6 7 .11 J 10 11 12 13 14 `16 16 17 18 19 20 GENERAL NOTES PLANS INDICATE GENERAL ROUTING OF REFRIGERANT LINES, WITH A SINGLE LINE SHOWN INDICATING BOTH SUCTION AND LIQUID LINE ROUTING FOR EACH SYSTEM. REFRIGERATION SYSTEM INSTALLATION SHALL BE IN COMPLETE CONFORMANCE WITH SPECIFICATIONS, AND WITH ALL REQUIREMENTS OF REFRIGERATION EQUIPMENT MANUFACTURER. REFRIGERATION DRAWINGS ARE PROVIDED AS AN AID TO BIDDERS AND TO INDICATE DESIRED ROUTING OF REFRIGERATION LINES; CONTRACTOR SHALL ASSUME FULL RESPONSIBILITY FOR CORRECT INSTALLATION OF PIPING AND ACCESSORIES TO PROVIDE A COMPLETE AND FULLY OPERATING SYSTEM. REFER TO SPECIFICATION 15600 FOR INSULATION THICKNESS. INSIDE DIAMETER OF INSULATION SHALL MATCH PIPE DIAMETER TO MINIMIZE AIR GAPS BETWEEN PIPING AND INSULATION. PROVIDE FACTORY PRE - MANUFACTURED FITTINGS AT ALL TRAPS AND ELBOWS. WHERE PRE -MANUFACTURED FITTINGS ARE UNAVAILABLE MITER CUT ALL FITTINGS TO ENSURE PROPER SEAL BETWEEN INSULATION SEGMENTS. COORDINATE REFRIGERATION DEMOLITION ISSUES WITH THE ARCHITECTURAL DRAWINGS REFER TO ARCHITECTURAL PLANS FOR REFRIGERATION EQUIPMENT DEMOLITION AND COOLER REPAIR AND REMODELING. REFRIGERATION SYSTEM SHALL REMAIN OPERATIONAL DURING REMODELING. DURING THE PHASING OF OLD TO NEW SYSTEMS, BOTH NEW AND OLD REFRIGERATION SYSTEMS MAY BE REQUIRED TO OPERATE AT THE SAME TIME FOR A SHORT PERIOD. WHERE NEW REFRIGERATED EQUIPMENT IS INDICATED ON THE DRAWINGS, PROVIDE DEMOLITION, REMOVAL, AND TEMPORARY STORAGE OF OLD EQUIPMENT PER WALMART MECHANICAL SERVICES CONSTRUCTION MANAGER'S INSTRUCTIONS, AND REFRIGERATION DEMO NOTES. COORDINATE REMOVAL AND DISPOSAL OF EXISTING EVAPORATORS, REFRIGERATED CASES, AND CONDENSING UNITS, WITH WALMART MECHANICAL SERVICES CONSTRUCTION MANAGER. REMOVE COPPER LINES, EVAPORATORS, AND CONDENSATE LINES FROM COOLERS/ FREEZERS BEING REMOVED FROM SITE. COORDINATE WITH WALK-IN PANEL VENDOR FOR TIME LINE OF REPLACEMENT. REFERENCE SPECIFICATION FOR CONTACT INFORMATION. WALK-IN PANEL VENDOR SHALL PROPERLY PREPARE ALL COOLER/FREEZER PANELS, GLASS DOORS, SLIDER OR SWING DOORS, PALLETIZE, AND PREPARE THE EQUIPMENT TO SHIP OFF SITE. COORDINATE WITH FIRE PROTECTION CONTRACTOR FOR THE REMOVAL OF SPRINKLERS FOR ALL REMOVED COOLER/FREEZER BOXES. COORDINATE WITH ELECTRICAL CONTRACTOR FOR THE REMOVAL OF ALL REMOVED COOLER/FREEZER BOXES ELECTRICAL WIRING DEVICES. COORDINATE WITH BAS CONTRACTOR FOR THE REMOVAL OF ALL REMOVED COOLER/FREEZER BOXES BAS WIRING AND DEVICES. EXISTING REFRIGERATION PIPING MAY BE RE- USED UNLESS OTHERWISE NOTED ON PLANS. REFER TO SCHEDULES FOR PIPE SIZE REQUIREMENTS. BUILDING COMPONENTS ABANDONED BY THE SCOPE OF WORK SHALL BE SECURED TO PREVENT FALLING, LOOSENING, OR CREATING DAMAGE OF ANY KIND IN THE FUTURE. IF ANY RACK SYSTEMS WILL BE OPENED TO ADD OR REPLACE CASES, EVAPORATORS, ETC. THEN 24 TO 48 HOURS AFTER THE WORK IS COMPLETED AND ALL FINAL ADJUSTMENTS HAVE BEEN MADE, PROVIDE AND CHANGE LIQUID LINE FILTER CORES, OIL SYSTEM FILTER USING SPORLAN OF STYLE FILTER, AND REPLACE SUCTION FILTERS. FILTERS ARE TO BE RATED FOR WAX REMOVAL. CONTRACTOR TO PROPERLY DISPOSE OF OIL AND COMPONENTS REPLACED. REFER TO SPECIFICATION 15600. REFER TO GROCERY ARCHITECTURAL DRAWINGS FOR ADDITIONAL WORK BY REFRIGERATION CONTRACTOR. INSTALL ASSET TAGS ON ALL NEW REFRIGERATED CASES AND COMPLETE THE DATA COLLECTION INFORMATION. DELETE DEMOED ASSETS FROM ASSET TAGGING APPLICATION. REFER TO SPECIFICATIONS. UPON START-UP OF ALL NEW REFRIGERATED EQUIPMENT, REFRIGERATION CONTRACTOR SHALL REQUEST THE BUILDING PERFORMANCE REPORT FOR ALL RACKS AND SUCTION GROUPS WHERE WORK IS PERFORMED. ANY DEVIATIONS NOTED ON THE REPORT MUST BE CORRECTED PRIOR TO PROJECT CLOSE OUT. REQUEST VIA EMAIL AT B.PTEAM1@WAL-MART.COM FOOD PREP AREA NOTES 1. ROUTE ALL PIPING CONCEALED WITHIN STUD WALLS WHEREVER POSSIBLE. 2. ALL EXPOSED PIPE INSULATION SHALL BE CLAD PER SPECIFICATIONS. EXPOSED PIPING SHALL COMPLY WITH ONE OF THE FOLLOWING INSTALLATION OPTIONS. A. SURFACE MOUNTING PIPING WITH NON -CORROSIVE ANCHORS; SEAL BOTH SIDES OF PIPE TO SURFACE CONTINUOUSLY WITH SEALANT. B. INSTALL PIPING 1/2" OFF FACE OF SURFACE TO ALLOW FOR CLEANING. USE ONLY NON -CORROSIVE MATERIALS FOR ANCHORS AND SPACERS. C. COVER PIPING WITH 20 GAUGE STAINLESS STEEL BENT PLATES MOUNTED TO SURFACE WITH NON- CORROSIVE ANCHORS; APPLY CONTINUOUS SEALANT ALONG EDGES AND JOINTS. 3. PROPER INSTALLATION OF SEALANTS IS CRITICAL TO MEETING WALMART QUALITY STANDARDS. PROVIDE SEALANTS IN ACCORDANCE WITH DRAWINGS AND SPECIFICATIONS. REFERENCE SECTION 07900 FOR SEALANT SCHEDULE. 4. INTERIOR SEALANTS USED IN FOOD PREP AREAS SHALL MEET THE REQUIREMENTS FOR USE IN USDA REGULATED FACILITIES. 5. PROVIDE CONTINUOUS USDA APPROVED SEALANT AT ALL JOINTS BETWEEN MATERIALS ON WALLS IN FOOD PREPARATION COOLER AND FREEZER AREAS. 6. ALL JOINTS BETWEEN DISSIMILAR MATERIALS SHALL BE SEALED AS REQUIRED FOR A COMPLETE AND PROPER INSTALLATION, REGARDLESS OF WHETHER SHOWN ON DRAWINGS OR NOT. EACH SUBCONTRACTOR IS RESPONSIBLE FOR HAVING A THOROUGH KNOWLEDGE OF ALL DRAWINGS AND SPECIFICATIONS IN THEIR RELATED FIELD. THE FAILURE TO ACQUAINT THEMSELF WITH THIS KNOWLEDGE DOES NOT RELIEVE THE RESPONSIBILITY OF PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED BECAUSE OF CONDITIONS THAT OCCUR DUE TO FAILURE TO FAMILIARIZE WORKERS WITH THIS KNOWLEDGE. LLj PROVIDE A SUCTION LINE TRAP AT THE BASE OF U) � zujw dzLLz< w0 N�w�Z�O0z�n� 15.604 THE RISER. PROVIDE AIRTIGHT SEAL AROUND ALL PIPING AND BOLT PENETRATIONS THROUGH � EVAPORATOR COIL 0 COOLER/FREEZER BOX WALLS OR CEILINGS. Z w� wzz¢w�c��=a> 15.605 SUPPORT EVAPORATORS WITH BOLTS THROUGH ROOF TO 1-5/8" X 1-5/8" X 10' LONG 14 GA. O 3: U50 ZN.O z z m=z Fz U) ISOLATION VALVE Q J GALVANIZED UNISTRUT SPANNING THREE ROOF D ELBOW - TURNED DOWN J PANELS. PROVIDE DOUBLE NUTS ON EACH BOLT. D HO> u0Dw WfLOwK_jKKQ� U) ELBOW TURNED UP 15.606 CONDENSATE DRAIN; PITCH DRAIN LINES DOWN APPROXIMATELY 1" PER 10' TOWARD DRAIN. PROVIDE COPPER PIPING WITH ELECTRIC HEAT #p#.####J REFRIGERATION KEYNOTE REFERENCE REFRIGERATION PIPING (ABOVE) TAPE AND INSULATION ON ALL CONDENSATE o: LINES EXPOSED TO FREEZING TEMPERATURES. ----- REFRIGERATION PIPING (BELOW) 15.607 SEE SCHEDULES FOR EVAPORATOR TYPES, ETR EXISTING TO REMAIN SIZES, AND CAPACITIES; CONTROL METHOD; AND ALL REFRIGERATION PIPING SIZES, ETC. m O 15.608 END CONDENSATE LINE OVER RECEPTOR W/AIR (TYP) TYPICAL GAP. CONTRACTOR SHALL ENSURE FLOOR DRAIN(S) AND DRAIN LINE(S) SERVING WALK-IN 24 HOURS PRIOR TO SHUTTING DOWN ANY ARE FREE OF OBSTRUCTIONS AND FUNCTION PROPERLY. WHERE EXTENSIVE DAMAGE EXISTS AND/OR PROPER DRAINAGE CANNOT BE OBTAINED COORDINATE WITH WALMART MECHANICAL CONSTRUCTION MANAGER. REFRIGERATION SYSTEMS, HVAC SYSTEMS OR BUILDING AUTOMATION CONTROLS SYSTEMS, SEND EMAIL TO NSRM@WALMART.COM. THE E-MAIL SHALL STATE WHAT, WHY, AND WHEN IT IS BEING SHUT DOWN AND HOW LONG 15.610 PROVIDE 0.020" PVC JACKET ON ALL IT IS ANTICIPATED TO BE SHUT DOWN. THEN SEND A REFRIGERATION LINES EXTERIOR TO BUILDING. FOLLOW UP EMAIL TO NSRM@WALMART.COM AFTER THE 15.617 COORDINATE REFRIGERATION LINE WORK IS COMPLETE AND THE SYSTEM IS BACK UP AND PENETRATIONS THROUGH ROOF. REINFORCE RUNNING. ROOF STRUCTURE AS NECESSARY. CUT ROOF OPENING FOR THE REFRIGERATION PIPE REFERENCE ARCHITECTURAL DRAWINGS FOR ALL NEW PENETRATION AND SUPPLY ROOF CURB WITH CASES BEING INSTALLED FOR CONNECTION LOCATION OF WEATHERTIGHT SHEETMETAL COVER. UTILITIES. (TOP FED VS BOTTOM FED) PROPERLY FLASH, PATCH, AND REPAIR ROOF AS REQUIRED FOR NEW PENETRATION. SEPARATE CONTRACTOR IS RESPONSIBLE FOR RE -SKIN COORDINATE EXACT SIZE AND LOCATION OF OF EXISTING REFRIGERATED CASES TO REMAIN. ROOF PENETRATIONS WITH STRUCTURAL ALL WORK ON THIS SHEET IS TO BE COMPLETED BY DRAWINGS. 15.637 REFRIGERATION CONTRACTOR SHALL INSTALL WALMART APPROVED CONTRACTOR. REFRIGERATION MANUFACTURER -FURNISHED LIQUID LINE SOLENOID VALVE IN A SERVICE REFRIGERATION CONTRACTOR IS RESPONSIBLE FOR ALL ACCESSIBLE LOCATION AT CASE/EVAPORATOR. FINAL REFRIGERATION ELECTRICAL TERMINATIONS TO INSTALL CONTROL WIRING FROM SOLENOID REFRIGERATION EQUIPMENT. VALVE BACK TO CIRCUIT CONTROLLER OR CONDENSING UNIT. REFER TO REFRIGERATION VERIFY EXACT LOCATION OF ALL REFRIGERATED CASES SUBMITTALS/SCHEDULES AND BAS PLANS FOR WITH FINAL MERCHANDISE PLAN. EXACT REQUIREMENTS. REFER TO SPECIFICATIONS FOR ASSET TAGGING COORDINATE LOCATION OF REFRIGERATED CASES WITH REQUIREMENTS. PLUMBING CONTRACTOR PRIOR TO CUTTING OF FLOOR AND SETTING DRAINS. ALL EXISTING REFRIGERATED CASES ARE TO REMAIN UNLESS NOTED OTHERWISE. IF REPLACED REFRIGERANT LINE SIZES ARE LARGER THAN SUCTION OR LIQUID HEADER STUB SIZES, REPLACE STUB WITH SAME SIZE AS NEW REFRIGERANT LINE. COORDINATE WITH CONSTRUCTION MANAGER AND RACK OEM. CONTRACTOR TO RE -USE EXISTING CASE DRAINS. REPLACE DRAIN IF MORE THAN 1/2 OF DRAIN IS EXPOSED TO SALES FLOOR. FIELD VERIFY EXACT LOCATIONS. PROJECT COORDINATED WITH REFRIGERATION VENDOR (OEM) AS INDICATED ON REFRIGERATION SCHEDULE(S). PRIOR TO INSTALLING ANY EQUIPMENT OR ADJUSTING RACK PARAMETERS, REFRIGERATION CONTRACTOR SHALL REQUEST A SUCTION GROUP REPORT FOR ALL RACKS AND SUCTION GROUPS WHERE WORK IS PERFORMED. REQUEST VIA EMAIL AT B.PTEAM1 @WAL- MART.COM EPA CLEAN AIR ACT COMPLY WITH CLEAN AIR ACT, TITLE VI, SECTION 608 AND CODE OF FEDERAL REGULATION TITLE 40, PART 82 WHEN ADDING OR REMOVING REFRIGERATED EQUIPMENT. RECORD ALL EQUIPMENT IDENTIFICATION NUMBERS, MODEL AND SERIAL NUMBERS, THE AMOUNT OF REFRIGERANT RECOVERED FROM EACH UNIT, THE DATE OF DECOMMISSIONING, COMPANY NAME AND SIGNATURE OF ON-SITE SUPERVISOR. 11.02 15 EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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. 4 5 6 7 .11 J 10 11 12 13 14 `16 16 17 18 19 20 GENERAL NOTES PLANS INDICATE GENERAL ROUTING OF REFRIGERANT LINES, WITH A SINGLE LINE SHOWN INDICATING BOTH SUCTION AND LIQUID LINE ROUTING FOR EACH SYSTEM. REFRIGERATION SYSTEM INSTALLATION SHALL BE IN COMPLETE CONFORMANCE WITH SPECIFICATIONS, AND WITH ALL REQUIREMENTS OF REFRIGERATION EQUIPMENT MANUFACTURER. REFRIGERATION DRAWINGS ARE PROVIDED AS AN AID TO BIDDERS AND TO INDICATE DESIRED ROUTING OF REFRIGERATION LINES; CONTRACTOR SHALL ASSUME FULL RESPONSIBILITY FOR CORRECT INSTALLATION OF PIPING AND ACCESSORIES TO PROVIDE A COMPLETE AND FULLY OPERATING SYSTEM. REFER TO SPECIFICATION 15600 FOR INSULATION THICKNESS. INSIDE DIAMETER OF INSULATION SHALL MATCH PIPE DIAMETER TO MINIMIZE AIR GAPS BETWEEN PIPING AND INSULATION. PROVIDE FACTORY PRE - MANUFACTURED FITTINGS AT ALL TRAPS AND ELBOWS. WHERE PRE -MANUFACTURED FITTINGS ARE UNAVAILABLE MITER CUT ALL FITTINGS TO ENSURE PROPER SEAL BETWEEN INSULATION SEGMENTS. COORDINATE REFRIGERATION DEMOLITION ISSUES WITH THE ARCHITECTURAL DRAWINGS REFER TO ARCHITECTURAL PLANS FOR REFRIGERATION EQUIPMENT DEMOLITION AND COOLER REPAIR AND REMODELING. REFRIGERATION SYSTEM SHALL REMAIN OPERATIONAL DURING REMODELING. DURING THE PHASING OF OLD TO NEW SYSTEMS, BOTH NEW AND OLD REFRIGERATION SYSTEMS MAY BE REQUIRED TO OPERATE AT THE SAME TIME FOR A SHORT PERIOD. WHERE NEW REFRIGERATED EQUIPMENT IS INDICATED ON THE DRAWINGS, PROVIDE DEMOLITION, REMOVAL, AND TEMPORARY STORAGE OF OLD EQUIPMENT PER WALMART MECHANICAL SERVICES CONSTRUCTION MANAGER'S INSTRUCTIONS, AND REFRIGERATION DEMO NOTES. COORDINATE REMOVAL AND DISPOSAL OF EXISTING EVAPORATORS, REFRIGERATED CASES, AND CONDENSING UNITS, WITH WALMART MECHANICAL SERVICES CONSTRUCTION MANAGER. REMOVE COPPER LINES, EVAPORATORS, AND CONDENSATE LINES FROM COOLERS/ FREEZERS BEING REMOVED FROM SITE. COORDINATE WITH WALK-IN PANEL VENDOR FOR TIME LINE OF REPLACEMENT. REFERENCE SPECIFICATION FOR CONTACT INFORMATION. WALK-IN PANEL VENDOR SHALL PROPERLY PREPARE ALL COOLER/FREEZER PANELS, GLASS DOORS, SLIDER OR SWING DOORS, PALLETIZE, AND PREPARE THE EQUIPMENT TO SHIP OFF SITE. COORDINATE WITH FIRE PROTECTION CONTRACTOR FOR THE REMOVAL OF SPRINKLERS FOR ALL REMOVED COOLER/FREEZER BOXES. COORDINATE WITH ELECTRICAL CONTRACTOR FOR THE REMOVAL OF ALL REMOVED COOLER/FREEZER BOXES ELECTRICAL WIRING DEVICES. COORDINATE WITH BAS CONTRACTOR FOR THE REMOVAL OF ALL REMOVED COOLER/FREEZER BOXES BAS WIRING AND DEVICES. EXISTING REFRIGERATION PIPING MAY BE RE- USED UNLESS OTHERWISE NOTED ON PLANS. REFER TO SCHEDULES FOR PIPE SIZE REQUIREMENTS. BUILDING COMPONENTS ABANDONED BY THE SCOPE OF WORK SHALL BE SECURED TO PREVENT FALLING, LOOSENING, OR CREATING DAMAGE OF ANY KIND IN THE FUTURE. IF ANY RACK SYSTEMS WILL BE OPENED TO ADD OR REPLACE CASES, EVAPORATORS, ETC. THEN 24 TO 48 HOURS AFTER THE WORK IS COMPLETED AND ALL FINAL ADJUSTMENTS HAVE BEEN MADE, PROVIDE AND CHANGE LIQUID LINE FILTER CORES, OIL SYSTEM FILTER USING SPORLAN OF STYLE FILTER, AND REPLACE SUCTION FILTERS. FILTERS ARE TO BE RATED FOR WAX REMOVAL. CONTRACTOR TO PROPERLY DISPOSE OF OIL AND COMPONENTS REPLACED. REFER TO SPECIFICATION 15600. REFER TO GROCERY ARCHITECTURAL DRAWINGS FOR ADDITIONAL WORK BY REFRIGERATION CONTRACTOR. INSTALL ASSET TAGS ON ALL NEW REFRIGERATED CASES AND COMPLETE THE DATA COLLECTION INFORMATION. DELETE DEMOED ASSETS FROM ASSET TAGGING APPLICATION. REFER TO SPECIFICATIONS. UPON START-UP OF ALL NEW REFRIGERATED EQUIPMENT, REFRIGERATION CONTRACTOR SHALL REQUEST THE BUILDING PERFORMANCE REPORT FOR ALL RACKS AND SUCTION GROUPS WHERE WORK IS PERFORMED. ANY DEVIATIONS NOTED ON THE REPORT MUST BE CORRECTED PRIOR TO PROJECT CLOSE OUT. REQUEST VIA EMAIL AT B.PTEAM1@WAL-MART.COM FOOD PREP AREA NOTES 1. ROUTE ALL PIPING CONCEALED WITHIN STUD WALLS WHEREVER POSSIBLE. 2. ALL EXPOSED PIPE INSULATION SHALL BE CLAD PER SPECIFICATIONS. EXPOSED PIPING SHALL COMPLY WITH ONE OF THE FOLLOWING INSTALLATION OPTIONS. A. SURFACE MOUNTING PIPING WITH NON -CORROSIVE ANCHORS; SEAL BOTH SIDES OF PIPE TO SURFACE CONTINUOUSLY WITH SEALANT. B. INSTALL PIPING 1/2" OFF FACE OF SURFACE TO ALLOW FOR CLEANING. USE ONLY NON -CORROSIVE MATERIALS FOR ANCHORS AND SPACERS. C. COVER PIPING WITH 20 GAUGE STAINLESS STEEL BENT PLATES MOUNTED TO SURFACE WITH NON- CORROSIVE ANCHORS; APPLY CONTINUOUS SEALANT ALONG EDGES AND JOINTS. 3. PROPER INSTALLATION OF SEALANTS IS CRITICAL TO MEETING WALMART QUALITY STANDARDS. PROVIDE SEALANTS IN ACCORDANCE WITH DRAWINGS AND SPECIFICATIONS. REFERENCE SECTION 07900 FOR SEALANT SCHEDULE. 4. INTERIOR SEALANTS USED IN FOOD PREP AREAS SHALL MEET THE REQUIREMENTS FOR USE IN USDA REGULATED FACILITIES. 5. PROVIDE CONTINUOUS USDA APPROVED SEALANT AT ALL JOINTS BETWEEN MATERIALS ON WALLS IN FOOD PREPARATION COOLER AND FREEZER AREAS. 6. ALL JOINTS BETWEEN DISSIMILAR MATERIALS SHALL BE SEALED AS REQUIRED FOR A COMPLETE AND PROPER INSTALLATION, REGARDLESS OF WHETHER SHOWN ON DRAWINGS OR NOT. EACH SUBCONTRACTOR IS RESPONSIBLE FOR HAVING A THOROUGH KNOWLEDGE OF ALL DRAWINGS AND SPECIFICATIONS IN THEIR RELATED FIELD. THE FAILURE TO ACQUAINT THEMSELF WITH THIS KNOWLEDGE DOES NOT RELIEVE THE RESPONSIBILITY OF PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED BECAUSE OF CONDITIONS THAT OCCUR DUE TO FAILURE TO FAMILIARIZE WORKERS WITH THIS KNOWLEDGE. LLj w V1 W UlK JKd' � > > >p KwO10> U) � zujw dzLLz< w0 N�w�Z�O0z�n� w m ~zwwWw0. �z W � = LL���ww¢UO a ��LL�LLOpm�wc� 0 is ��a JLuwU�ampw >m w Ul d.m Z w� wzz¢w�c��=a> z ¢�_o ON LU c7owLu O 3: U50 ZN.O z z m=z Fz U) (7U? ¢oo KwI¢=UOZ¢ z li= R o�¢ z= w p z m Q J �UQa1w�0Lu D :3zN ¢w z_J~ _Jwwmow� o U)w O m Woa� U) o w o¢ J �¢� z��O�QC='lwaw=w D HO> u0Dw WfLOwK_jKKQ� OO 0 00 O O 0 DRAWN BY: E9 wc PROTO: Z2 zM j N DOCUMENT DATE: 05/28/2021 w U ° E Z a w G I Z o C/) Q O] c N U) z co z z a m ] 3 N ZY H w 3 N J � D U ° ° U) O � � z O U OO 0 00 O O z DRAWN BY: Lu J Z D co Ix w w a PROTO: 176 zM N DOCUMENT DATE: 05/28/2021 IU(11,1 Z C) C) � v C/) Q M O z w Ctf0 O D m � o J N o N W o: \ T w m z m O ISSUE BLOCK CHECKED BY: KK DRAWN BY: KS PROTO: 176 PROTO CYCLE: 04/30/2021 DOCUMENT DATE: 05/28/2021 05/26/2021 DOCUMENTS THAT DO NOT HAVE THE ARCHITECT OR ENGINEER OF RECORD SEAL AND SIGNATURE SHALL BE CONSIDERED NOT FOR CONSTRUCTION REFRIGERATION PLANS SHEET: Rl NOTES: 1.) Owner's designated refrigeration equipment manufacturer: HUSSMANN 2.) RCU-3 and all components are new. W W REFRIGERATION SCHEDULE SYSTEM RCU —3 ~zw�WwaZ3�z 0' Sat. Cond. Temp °F: 107 DESIGN DB IF: 97 EXTERIOR DRY BULB (DB) IF: 97 W 0 7_ W a LL F d' W IL W Format: Supercenter Store#: 3705 System Type: Condensing Unit Primary Refrigerant: R448A Cond Design TD °F: 10 DESIGN WB IF: 66 Based on 5 yr Extreme DB-ASHRAE Pub.: Year 2017 Proto Size: Renovation City/State: Yelm, WA Consultant: DCE Evap. Superheat °F: 10 Liquid Temp 107 DESIGN INTERIOR DRY BULB 'IF: 75 EXTERIOR WET BULB (WB) IF: 65.5 ProtoCycle Date: 4/30/2021 Date Prepared: 5/28/2021 Prepared by: Kara Snyder Elevation ft: 354 Return Gas Temp °F: 30 DESIGN INTERIOR RH % 55% Based on 0.4% Monthly Max WB-ASHRAE Pub.: Year 2017 CKT # Case Fixture Length / Quantity Walk -In Box Size Case Model Case/Coil Manuf. Application Evaporator Model # LSHX Y or N? & Model # WI Evaps Evaporator Coil TXV / Distributor Nozzle Circuit Load (MBH) Evap Temp (F) Case/ Walk -In Air Temp (F) Liquid Line Solenoid Valve Defrost Type Defrost Heaters Fans Lights Amps (120v) Anti -Sweat Amps (120v) Total Line Length (ft) Trunk Suction Horiz (in) Branch Suction Horiz (in) Trunk Suction Riser (in) Branch Suction Riser (in) Trunk Liquid Line (in) Branch Liquid Line (in) FT /# of Doors 2 Dr/4' 3 Dr/6' 4 Dr/8' 5 Dr/12' L W H Amps Voltage Amps Voltage RCU-3 15 15 10 KRACK Pickup Freezer W.I. (2) KRD64E-220TDAK SIZED BY OEM SIZED BY OEM 43.2 -18 -10 E9 EL 34.8 208/3 7.2 208/1 1 1 60 21/8 1 5/8 21/8 1 3/8 7/8 5/8 NOTES: 1.) Owner's designated refrigeration equipment manufacturer: HUSSMANN 2.) RCU-3 and all components are new. NOTES: 1.) Owner's designated refrigeration equipment manufacturer: HUSSMANN 2.) RCU-4 and all components are new. OWNER FURNISHED REFRIGERATION EQUIPMENT SCHEDULE Manufacturer VENDOR Type VOLTAGE QTY KRACK HUSSMANN Condensing Unit 460 V 2 KRACK HUSSMANN GL66D-268 208 V 2 KRACK HUSSMANN KR64E-220 208 V 2 GENERAL INFORMATION (ALL NEW COILS): 1. COILS FURNISHED BY OWNER AND INSTALLED BY CONTRACTOR. 2. INFORMATION CONTAINED WITHIN THIS SCHEDULE IS FOR OWNER'S PURCHASING REPRESENTATIVE. REFER TO REFRIGERATION SCHEDULE(S) FOR SPECIFIC INFORMATION REGARDING EQUIPMENT. 3. SUPPLIER SHALL VERIFY PRODUCT REQUIREMENTS INCLUDING BUT NOT LIMITED TO LIQUID TO SUCTION HEAT EXCHANGER, EXPANSION DEVICE TYPE, ELECTRICAL REQUIREMENTS, ETC. WITH REFRIGERATION SCHEDULE(S). NOTES: A. EVAPORATOR COIL SHALL BE FURNISHED WITH FACTORY INSTALLED VALVES, SENSORS, TRANSDUCERS, AND ALL OTHER APPURTENANCES, AS OUTLINED IN THE 15690 EQUIPMENT SPECIFICATION, INCLUDING: EXPANSION VALVE, SCHRADER VALVES (TWO IN THE SUCTION LINE, ONE IN THE LIQUID LINE, UPSTREAM OF THE EXPANSION VALVE), SUCTION PRESSURE TRANSDUCER, AIR TEMPERATURE SENSOR, SUCTION TEMPERATURE SENSOR, DEFROST TERMINATION TEMPERATURE SENSOR AND ALL OTHER COMPONENTS. REFER TO DETAILS FOR FIELD INSTALLED CONTROL WIRING BETWEEN EVAPORATOR COIL AND WALK-IN UNIT CONTROLLER. EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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. EACH SUBCONTRACTOR IS RESPONSIBLE FOR HAVING A THOROUGH KNOWLEDGE OF ALL DRAWINGS AND SPECIFICATIONS IN THEIR RELATED FIELD. THE FAILURE TO ACQUAINT THEMSELF WITH THIS KNOWLEDGE DOES NOT RELIEVE THE RESPONSIBILITY OF PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED BECAUSE OF CONDITIONS THAT OCCUR DUE TO FAILURE TO FAMILIARIZE WORKERS WITH THIS KNOWLEDGE. W W REFRIGERATION SCHEDULE SYSTEM RCU —`t ~zw�WwaZ3�z 0' Sat. Cond. Temp °F: 112 DESIGN DB IF: 97 EXTERIOR DRY BULB (DB) IF: 97 W 0 7_ W a LL F d' W IL W Format: Supercenter Store#: 3705 System Type: Condensing Unit Primary Refrigerant: R448A Cond Design TD °F: 15 DESIGN WB IF: 66 Based on 5 yr Extreme DB-ASHRAE Pub.: Year 2017 Proto Size: Renovation City/State: Yelm, WA Consultant: DCE Evap. Superheat °F: 10 Liquid Temp 112 DESIGN INTERIOR DRY BULB IF: 75 EXTERIOR WET BULB (WB) IF: 65.5 ProtoCycle Date: 4/30/2021 Date Prepared: 5/28/2021 Prepared by: Kara Snyder Elevation ft: 354 Return Gas Temp °F: 50 DESIGN INTERIOR RH % : 55% Based on 0.4% Monthly Max WB-ASHRAE Pub.: Year 2017 CKT # Case Fixture Length / Quantity Walk -In Box Size Case Model Case/Coil Manuf. Application Evaporator Model # LSHX Y or N? & Model # WI Evaps Evaporator Coil TXV / Distributor Nozzle Circuit Load (MBH) Evap Temp (F) Case/ Walk -In Air Temp (F) Liquid Line Solenoid Valve Defrost Type Defrost Heaters Fans Lights Amps (120v) Anti -Sweat Amps (120v) Total Line Length (ft) Trunk Suction Horiz (in) Branch Suction Horiz (in) Trunk Suction Riser (in) Branch Suction Riser (in) Trunk Liquid Line (in) Branch Liquid Line (in) FT /# of Doors 2 Dr/4' 3 Dr/6' 4 Dr/8' 5 Dr/12' L W H Amps Voltage Amps Voltage RCU-4 24 15 10 KRACK Pickup Cooler W.I. (2) GLD66D-268TDAK SIZED BY OEM SIZED BY OEM 1 32.6 1 28 1 34 1 E9 EL 1 36.2 208/3 1 6.0 208/1 1 1 1 60 1 1 1/8 7/8 1 1/8 7/8 5/8 5/8 NOTES: 1.) Owner's designated refrigeration equipment manufacturer: HUSSMANN 2.) RCU-4 and all components are new. OWNER FURNISHED REFRIGERATION EQUIPMENT SCHEDULE Manufacturer VENDOR Type VOLTAGE QTY KRACK HUSSMANN Condensing Unit 460 V 2 KRACK HUSSMANN GL66D-268 208 V 2 KRACK HUSSMANN KR64E-220 208 V 2 GENERAL INFORMATION (ALL NEW COILS): 1. COILS FURNISHED BY OWNER AND INSTALLED BY CONTRACTOR. 2. INFORMATION CONTAINED WITHIN THIS SCHEDULE IS FOR OWNER'S PURCHASING REPRESENTATIVE. REFER TO REFRIGERATION SCHEDULE(S) FOR SPECIFIC INFORMATION REGARDING EQUIPMENT. 3. SUPPLIER SHALL VERIFY PRODUCT REQUIREMENTS INCLUDING BUT NOT LIMITED TO LIQUID TO SUCTION HEAT EXCHANGER, EXPANSION DEVICE TYPE, ELECTRICAL REQUIREMENTS, ETC. WITH REFRIGERATION SCHEDULE(S). NOTES: A. EVAPORATOR COIL SHALL BE FURNISHED WITH FACTORY INSTALLED VALVES, SENSORS, TRANSDUCERS, AND ALL OTHER APPURTENANCES, AS OUTLINED IN THE 15690 EQUIPMENT SPECIFICATION, INCLUDING: EXPANSION VALVE, SCHRADER VALVES (TWO IN THE SUCTION LINE, ONE IN THE LIQUID LINE, UPSTREAM OF THE EXPANSION VALVE), SUCTION PRESSURE TRANSDUCER, AIR TEMPERATURE SENSOR, SUCTION TEMPERATURE SENSOR, DEFROST TERMINATION TEMPERATURE SENSOR AND ALL OTHER COMPONENTS. REFER TO DETAILS FOR FIELD INSTALLED CONTROL WIRING BETWEEN EVAPORATOR COIL AND WALK-IN UNIT CONTROLLER. EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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. EACH SUBCONTRACTOR IS RESPONSIBLE FOR HAVING A THOROUGH KNOWLEDGE OF ALL DRAWINGS AND SPECIFICATIONS IN THEIR RELATED FIELD. THE FAILURE TO ACQUAINT THEMSELF WITH THIS KNOWLEDGE DOES NOT RELIEVE THE RESPONSIBILITY OF PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED BECAUSE OF CONDITIONS THAT OCCUR DUE TO FAILURE TO FAMILIARIZE WORKERS WITH THIS KNOWLEDGE. %0 O W W U) z W W d Z U. OZQ W ~zw�WwaZ3�z 0' a tt�LLWW'Opa oaWUU o o W "4-im WaW,M OLLQ _ tJi1QOFOW>~HaQ W 0 7_ W a LL F d' W IL W _O Fn C9 W N:3 O Z ZO y 2 Z F Z Z8WW Q O a c�V?a wUoZF�F�O ~ ZLL2 W"0t< LL N pin fn W O V W d w0mW�a5ZOWOa ya� zW 0� C='JWa�Hw U mor UaU)(L0WW_jM r'aX %0 O 0 DRAWN BY: [7 PROTO: Z_ Z j N DOCUMENT DATE: 05/28/2021 W rz a _ W co Ei LL I E, c N U) O N Z I EDco C C W Z 16t 3 N J W 3 0 N Ll N C 3 CU a Z O U %0 O z O V DRAWN BY: W J Q Z m W a PROTO: 176 Z `n CO N i DOCUMENT DATE: 05/28/2021 _ CD U) M O Z W 0 O D o J N o N W \ T w m Z M O ISSUE BLOCK CHECKED BY: KK DRAWN BY: KS PROTO: 176 PROTO CYCLE: 04/30/2021 DOCUMENT DATE: 05/28/2021 05/26/2021 DOCUMENTS THAT DO NOT HAVE THE ARCHITECT OR ENGINEER OF RECORD SEAL AND SIGNATURE SHALL BE CONSIDERED NOT FOR CONSTRUCTION REFRIGERATION SCHEDULES SHEET: R3 PROVIDE INVERTED P -TRAP SLOPE REFRIGERANT LINES DOWN ON TOP OF ALL SUCTION TOWARD COMPRESSORS AT 1" PER 20 FT. RISERS LOCATE HIGHEST POINT OF REFRIGERANT LINES JUST BELOW ROOF DECK OVER COIL SLOPE SERVED. ROUTE THROUGH WEBS IN JOIST SUCTION LINE GIRDERS WHERE POSSIBLE. COORDINATE S TRAP EXPANDING WITH SKYLIGHTS, HVAC, LIGHTING, L FOAM CONDUIT AND FIRE PROTECTION. FOAM TOPS OF BOLT PENETRATIONS. (TYP. SUPPORT EVAPORATORS WITH BOLTS THRU CEILING PANEL TO 1 5/8" X 1 5/8" X 10 FT. LONG 14 GAUGE. GALVANIZED UNISTRUT SPANNING THREE COOLER/FREEZER CEILING PANELS. PROVIDE DOUBLE NUTS ON EACH BOLT. (TYP) SEAL AROUND BOLT PENETRATIONS THRU COOLER/FREEZER BOX WALLS OR CEILINGS WITH BACKER ROD AND SEALANT. (TYP) PROVIDE COPPER CONDENSATE DRAIN PIPING FULL SIZE OF COIL DRAIN PAN CONNECTION AND SLOPE 1" PER 10 FT. TOWARD DRAIN OR HEADER. PIPE INSULATION —WALK-IN WALL INSTALL AND INSULATE LIQUID LINE SOLENOID, EVAPORATOR PRESSURE REGULATOR AND FULL PORT BALL VALVES ON TOP OF WALK-IN COOLER/FREEZER. MOUNT NEAR EDGE OF WALK-IN TO ALLOW SERVICE ACCESS. COORDINATE WITH EDGE PROTECTION SYSTEM. DRILL HOLE IN COOLER/FREEZER BOX WALLS, CENTER PIPE IN OPENING, AND SEAL WITH EXPANDING FOAM. AFTER FOAM CURES, TRIM FLUSH TO PANEL. BUTT INSULATION TO THE BOUNDARY OF BOX PENETRATION. SEAL WHERE INSULATION BUTTS AGAINST THE PANEL AND AROUND PERIMETER OF INSULATION TO CREATE VAPOR BARRIER. TYP OF ALL PIPE PENETRATIONS THROUGH BOX WALL. (TYP) NSULATED WALL 3ILICONE SEALANT ROLE DIAMETER 1" GREATER THAN PIPE REFRIGERANT LINE EVAP MOUNT COIL ACCORDING TO FAN/COIL MANUFACTURER'S RECOMMENDATIONS. (TYP) UNIT SHORT RADIUS TRAP SHALL BE ONE-PIECE CONSTRUCTION. HOLD AS HIGH AS POSSIBLE DRAIN PAN SCHRADER VALVE UNION INSTALL 3/4" LONG RADIUS DRAIN TRAP AT EACH INDIVIDUAL DRAIN UPSTREAM OF HEADER. REFERENCE EVAPORATOR COIL CONDENSATE PIPING DETAIL. EVAPORATOR FAN/COIL UNIT WITH CONTROL VALVES NTS TOP CHORD OF JOIST MAX TOP BEAM ROOF MAX CLAMP (TYP.) LOADS MUST BE HUNG WITHIN 3" THREADED OF PANEL POINTS ROD TYP BOTTOM OF STRUCTURE INSUGUARD OR COOPER B -LINE SNAP N' SHIELD PIPE SADDLE SECURED TO UNISTRUT. MATCH COLOR OF INSULATION. (TYP) 1/2" RETAINING PIPING NUT, UNSISTRUT INSULATION P401 OT O O ANNEL WI NOTE: FOR OVERHEAD LINES, UNISTRUT HORIZONTAL, TRAPEZE HUNG , R UNISTRUT P-1000, 6'-0" MAXIMUM ON CENTERS, 2'-0" MAXIMUM FROM ANY ELBOW. UT P1010 1 5/8"x1 5/8" GALVANIZED 1/2" CH NUT W SPRING UNIST HORIZONTAL REFRIGERANT LINE SUPPORT NTS REFER TO ARCHITECTURAL DETAIL FOR INSTALLATION OF MANUFACTURED METAL CURB, INSULATION AND SHEET METAL ENCLOSURE. PIPE SUPPORT REF HORIZONTAL REFRIGERANT LINE SUPPORT DETAIL 2'-0" MAX. ROOF PENETRATION NTS SUPPORT PIPING ON ROOF FOR ADEQUATE SLOPE AND SPACING. ROOF OPENING TO ACCOMMODATE BOTH REFRIGERATION PIPING AND ELECTRICAL CONDUIT WALK-INS WITH TEMPERATURES ABOVE OR BELOW FREEZING EXIT WALK-IN AS SOON AS POSSIBLE AND RUN HEADER ALONG EXTERIOR OF BOX. COPPER PIPING FOR ALL INDIVIDUAL DRAINS. TYP I \ TERMINATE INDIVIDUAL COPPER DRAINS TO 2" COMMON PVC HEADER AND MAINTAIN SLOPE OF 1" PER 10 FT TOWARD DRAIN. UTILIZE A UNION AT ALL COPPER TO PVC TRANSITIONS. INSULATE COPPER PIPE OUTSIDE WALK-IN WALL PER SPECIFICATIONS REF WALK-INS WITH BELOW FREEZING PLAN VIEW. USE ELECTRIC HEAT TRACE AND INSULATION ON CONDENSATE LINES EXPOSED TO FREEZING AND WHEN OTHERWISE NOTED. TYP INSTALL TRAP AT EACH INDIVIDUAL DRAIN UPSTREAM OF HEADER. TYP TERMINATE CONDENSATE DRAIN OVER HUB DRAIN OR SERVICE SINK WITH AIR GAP. INSTALL TRAP UPSTREAM OF HUB DRAIN OR SERVICE SINK. TYP DIRECT COORDINATE HEADERS CONNECTION TO WITH FIXTURES AND HEADER. TYP EQUIPMENT OUTSIDE WALK-IN BOX. TYP CONDENSATE DRAINS SERVING MULTIPLE WALK-INS WHEN HEADER CANNOT RUN ALONG BOX EXTERIOR BELOW FREEZING ABOVE FREEZING REF WALK-INS WITH TEMPERATURES ABOVE FREEZING PLAN VIEW. PROVIDE TRAP UPSTREAM OF INDIRECT CONNECTION FROM COPPER TO PVC. EVAPORATOR COIL CONDENSATE PIPING NTS RUN CONDUIT ON UNISTRUT AS NEEDED UNISTRUT P-1000 (TYP. U) 0 2 Z USE COPPER PIPING WITH ELECTRIC HEAT TRACE AND INSULATION ON CONDENSATE LINES EXPOSED TO FREEZING AND WHEN OTHERWISE NOTED. TYP - EACH INDIVIDUAL EVAPORATOR DRAIN MUST CONNECT DIRECTLY TO HEADER. TYP TERMINATE COPPER DRAINS TO COMMON COPPER HEADER ONE SIZE LARGER THAN COIL DRAIN AND MAINTAIN SLOPE OF 1" PER 10 FT TOWARD DRAIN. WALK-INS WITH TEMPERATURES BELOW FREEZING WHEN HEADER CANNOT RUN ALONG BOX EXTERIOR COORDINATE HEADERS WITH FIXTURES AND EQUIPMENT INSIDE WALK-IN BOX. TYP WALK-INS WITH TEMPERATURES ABOVE FREEZING WHEN HEADER CANNOT RUN ALONG BOX EXTERIOR USE 2" COMMON PVC HEADER AND MAINTAIN SLOPE OF 1" PER 10 FT TOWARD DRAIN. EACH INDIVIDUAL EVAPORATOR DRAIN MUST CONNECT DIRECTLY TO HEADER. TYP PROVIDE CLEANOUT FOR ALL HEADERS. TYP CUSH-A-CLAMP FIRMLY CLAMPED TO PIPE (TYP) REFRIGERATION PIPING (TYP) DURA-BLOK DB6-SERIES OR EQUIVALENT CHANNEL SUPPORT. (TYP) SUPPORT PIPING AT 6'-0" MAXIMUM ON CENTERS, 2'4" FROM ANY ELBOW. DO NOT ATTACH BLOCK TO ROOF PROVIDE 60 MIL WHITE TPO MEMBRANE SET ON BARE ROOF MEMBRANE —ROOF MEMBRANE SIDE VIEW SECTION VIEW REFRIGERATION PIPING SUPPORT (ON ROOF NTS TERMINATE COPPER DRAINS TO COMMON PVC HEADER. UTILIZE A UNION AT ALL COPPER TO PVC TRANSITIONS. TYP TERMINATE CONDENSATE DRAIN OVER HUB DRAIN OR SERVICE SINK WITH AIR GAP. INSTALL ` TRAP UPSTREAM OF HUB DRAIN �OR SERVICE SINK. TYP UTILIZE A UNION AT COPPER TO PVC TRANSITION. INSULATE COPPER PIPE OUTSIDE WALK-IN WALL PER SPECIFICATIONS COORDINATE HEADERS WITH FIXTURES AND EQUIPMENT INSIDE WALK-IN BOX. TYP TERMINATE CONDENSATE DRAIN OVER HUB DRAIN OR SERVICE SINK WITH AIR GAP. INSTALL TRAP UPSTREAM OF HUB DRAIN OR SERVICE SINK. TYP ROOF MOUNTED REFRIGERATION UNIT ROOFCURB PIPE SUPPORT. REF HORIZONTAL REFRIGERANT LINE SUPPORT DETAIL SUPPORT ROD TYP 2'-0" WIDE, 18 GAUGE SHEET METAL DRAIN PAN WITH INTERNAL MASTIC COATING PITCH PVC DRAIN LINE 1" PER 10 FT AND TERMINATE OVER DRAIN OR SERVICE SINK WITH 2" AIR GAP CONDENSATE DRAIN PAN NTS EXISTING CONDITIONS WERE TAKEN FROM ORIGINAL DRAWINGS 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. 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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. 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