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Home My WebLink AboutMechanicalGENERAL SYMBOLS O THERMOSTAT OH HUMIDITY SENSOR O TEMPERATURE SENSOR CO CARBON DIOXIDE SENSOR O* � (INSULATED SUB-BASE) O* � (WITH GUARD) TYPE OF SERVICE: S= SUPPLY R = RETURN E = EXHAUST T = TRANSFER S-1 SCHEDULED � �� DEVICE NO AIR QUANTITY IN CFM O KEYED NOTE � INTERFACE, EXISTING TO NEW X SECTION NUMBER M-X SHEET WHERE LOCATED AHU EQUIPMENT DESIGNATION 1 UNIT NUMBER FSD DAMPER TYPE DESIGNATION 1 UNIT NUMBER # x # EXISTING TO REMAIN � DUCT SIZE # x # NEW WORK DUCT SIZE x DUCT SIZE, FIRST FIGURE IS SIDE SHOWN (ACTUAL SIZE INDICATED) # X#� SPIRAL FLAT-OVAL DUCT SIZE, FIRST FIGURE IS SIDE SHOWN (ACTUA� SIZE INQICATED) ❑ AP ACCESS PANEL, TOP OR SIDE �� F�EXIB�E DUCT CONNECTION R CHANGE OF ELEVATION - RISE (R) OR DROP (D) _;%� TURNING VANES � — � EXISTING EQUIPMENT OR DUCTWORK TO BE REMOVED M AUTOMATIC DAMPER � GRAVITY BACKDRAFT MANUAL VO�UME QAMPER FD FIRE DAMPER SD SMOKEDAMPER F/SD FIRE/SMOKE DAMPER F�EXIB�E DUCT � SUPPLY OR OUTSIDE AIR SECTION UP � RETURN OR EXHAUST AIR SECTION UP �x� SUPP�Y OR OUTSIDE AIR DOWN OR AWAY �.'� RETURN OR EXHAUST AIR DOWN OR AWAY —► F�OW ARROW DOWNSTREAM OF FAN F�OW ARROW UPSTREAM OF FAN SUPP�Y DIFFUSER, REGISTER OR GRILLE AS SCHEDU�ED RETURN OR EXHAUST GRI��E OR REGISTER AS SCHEDU�ED SLOT DIFFUSER AS SCHEDULED SIDEWAL� GRIL�E OR REGISTER AS SCHEDULED ARROWS INDICATE DIRECTION OF AIR DISCHARGE. IF NO ARROWS ARE SHOWN ON PLAN, DEFAULT IS 2-WAY HORIZONTAL FOR SLOT DIFFUSERS, 4-WAY HORIZONTAL FOR SQUARE DIFFUSERS. 1. 2. 3. 4. 5. 6. 7. 8. PIPING SYMBOLS CD CONDENSATE DRAIN CWR CHILLED/HOT WATER RETURN CWS CHIL�ED/HOT WATER SUPPLY CWR CHIL�ED WATER RETURN CWS CHIL�ED WATER SUPPLY HWR HEATING WATER RETURN HWS HEATING WATER SUPP�Y MU MAKE-UP WATER PCWS PRIMARY CHILLED WATER SUPP�Y PCWR PRIMARY CHILLED WATER RETURN G NATURA�GAS SCW SOFT COLD WATER (DOMESTIC) F FIRE PROTECTION � �— �� i�— h�� aw S FS pR TS P � � � CHECK VA�VE GLOBE VALVE PRESSURE REGULATING VA�VE TWO-WAY CONTROL VALVE THREE-WAY CONTRO� VALVE CALIBRATED BALANCING VALVE AUTOMATIC FLOW CONTROL VALVE SHUT OFF VA�VE (REFER TO SPECIFICATIONS} IN-�INE PUMP Y STRAINER 1 • AIRVENT RELIEF VALVE PRESSURE TEST VA�VE PRESSURE REDUCING VALVE PUMP DISCHARGE VALVE VALVE IN RISE FLANGE THERMOMETER PRESSURE GAUGE W/COCK CAP FLEXIBLE PIPE COUPLING ELBOW DOWN ELBOW UP TEE DOWN TEE UP PITCH DOWN IN DIRECTION OF ARROW PRESSUREiTEMPERATURE TEST PORT FLOW ARROW EXISTING TO BE REMOVED WATER METER r��,.,i»v_�r� -��y��.Y•x�i•r_�ra�� FLOW OR TEMPERATURE SWITCH DIFFERENTIAL PRESSURE TRANSMITTER I EQuIPMENT DESIGNATION AHU AIR HANDLING UNIT AP ACCESS PANEL AS AIR SEPARATOR AV AUTOMATIC VENT B BOI�ER BCU B�OWER COI� UNIT BFP BACKFLOW PREVENTER CH CHI�LER CAV CONSTANT AIR VOLUME CC COOLING COIL CO CLEAN OUT CUH CABINET UNIT HEATER CWP CHILLED WATER PUMP DPS DIFFERENTIAL PRESSURE SWITCH DPT DIFFERENTIAL PRESSURE TRANSMITTER EF EXHAUSTFAN ET EXPANSION TANK F FAN FC FLEXIBLE DUCT CONNECTION FCU FAN COIL UNIT FD FIRE DAMPER FS FLOW SWITCH FTR FIN-TUBE RADIATION GV GRAVITY VENTILATOR HC HEATING COIL HWP HEATING WATER PUMP � �ouvER MD MOTORIZED DAMPER MV MANUALVENT OBD OPPOSED BLADE DAMPER P PUMP PBD PARAL�E� BLAQE DAMPER PHC PREHEAT COIL PRV PRESSURE REDUCING VALVE PS PRESSURE SWITCH RH RE�IEF HOOD RHC TERMINAL REHEAT COIL RP RADIANT PANEL SM SHEET METALSLEEVE ST STEAM TRAP TCV TEMPERATURE CONTRO� VALVE TD TRANSFER DUCT UH UNIT HEATER VAV VARIABLE AIR VOLUME BOX VD MANUAL VOLUME DAMPER THESE PLANS ARE DIAGRAMMATIC IN NATURE. THE CONTRACTOR SHALL BE PREPARED TO MAKE SOME ALTERATIONS TO THE EXACT LOCATION OF DUCTWORK, PIPING AND EQUIPMENT FROM THE LOCATION INDICATED ON THESE DRAWINGS TO FIT ACTUAL JOB CONDITIONS. ALL ELBOWS, FITTINGS, ETC., IN PIPING AND DUCTWORK REQUIRED TO CLEAR ALL JOB OBSTRUCTIONS ARE NOT NECESSARILY INDICATED. AL� NECESSARY TRANSITIONS, FITTINGS AND OFFSETS ARE REQUIRED WHETHER SHOWN OR NOT. BECAUSE OF THE LIMITED SPACE AVAILABLE TO INSTALL ALL OF THE MECHANICAL WORK, COORDINATION BETWEEN THE VARIOUS TRADES IS OF THE UTMOST IMPORTANCE. THE CONTRACTOR SHA�L COORDINATE STAGING AND SCHEDU�ING WITH THE OWNER'S REPRESENTATIVE. EXISTING CONDITIONS ARE BASED ON INFORMATION OBTAINED FROM PREVIOUS CONSTRUCTION DOCUMENTS AND INFORMAL FIELD OBSERVATION AND SHALL NOT BE CONSTITUTED AS "AS BUILT." THE CONTRACTOR SHALL FIELD-VERIFY EXISTING CONDITIONS BEFORE THE ONSET OF CONSTRUCTION. QEMO�ISH A�L PIPING, DUCTWORK EQUIPMENT, ETC., SHOWN TO BE REMOVED, IN ITS ENTIRETY, INCLUDING ALL HANGERS AND SUPPORTS. WHERE CONTRACTOR IS REQUIRED TO CONCEA� NEW WORK, REMOVE OR MODIFY EXISTING CONSTRUCTION OR EQUIPMENT, OR ATTACH TO EXISTING CONSTRUCTION, THE CONTRACTOR SHA�� REPAIR OR REPLACE EXISTING CONSTRUCTION AND MATERIALS TO MATCH CONDITIONS AT THE ONSET OF CONSTRUCTION. IT IS THE CONTRACTOR'S RESPONSIBILITY TO REMOVE AND REP�ACE EXISTING CEI�INGS AND WA��S REQUIRED FOR INSTALLATION OF MECHANICA� SYSTEMS. THE OWNER SHA�� MAINTAIN A�L SA�VAGE RIGHTS OF EQUIPMENT AND MATERIA�S REMOVED. ALL EQUIPMENT AND MATERIALS NOT C�AIMED BY THE OWNER SHAL� BE REMOVED FROM THE PREMISES BY THIS CONTRACTOR. GENERAL ABBREVIATIONS AFF ABOVE FINISHED FLOOR AI ANALOG SIGNA� INPUT AO ANALOG SIGNA� OUTPUT APD AIR PRESSURE DROP ARCH ARCHITECTURE/ARCHITECT BDD BACK DRAFT DAMPER BFC BELOW FINISHED CEILING BHP BRAKE HORSEPOWER BI BINARY SIGNAL INPUT BO BINARY SIGNAL OUTPUT BTU BRITISH THERMAL UNIT BTUH BRITISH THERMAL UNITS PER HOUR CAP CAPACITY CAV CONSTANT AIR VO�UME CFM CUBIC FEET PER MINUTE CI CAST IRON CV CONTROLVALVE DB DRY BULB DBA A-WEIGHTED DECIBE�S DEG DEGREES DIA DIAMETER DIM DIMENSION DISCH QISCHARGE DN DOWN DTL DETAI� DWG(S) DRAWING(S} EA EXHAUST AIR OR EACH (PER CONTEXT) EAT ENTERING AIR TEMPERATURE EFF EFFICIENCY EQ EQUAL ESP EXTERNAL STATIC PRESSURE EWB ENTERING AIR WET BU�B TEMPERATURE EWT ENTERING WATER TEMPERATURE EXIST, EX EXISTING EXH EXHAUST DEG F DEGREES FAHRENHEIT F FAHRENHEIT FIN FINISHED FLR F�OOR FPF FINS PER FOOT FPM FEET PER MINUTE FT FEET FT-HD HEAD IN FEET GA GAUGE GAL GA�LONS GALV GALVANIZED GC GENERALCONTRACTOR GPM GALLONS PER MINUTE HD HEAD HP HORSEPOWER HR HOUR HVAC HEATING, VENTILATING & AIR CONDITIONING HW HOT WATER HZ HERTZ IN INCHIINCHES ISP INTERNA� STATIC PRESSURE 9. PROVIDE VENTS AT A�L PIPING HIGH POINTS, AND QRAINS AT AL� PIPING �OW POINTS, REGARDLESS OF WHETHER SHOWN OR N OT. 10. THE CONTRACTOR SHALL VERIFY ALL REFRIGERANT PIPE SIZING AND ROUTINGS WITH THE EQUIPMENT MANUFACTURER. THE CONTRACTOR SHA�L A�SO PROVIDE ALL REQUIRED REFRIGERANT ACCESSORIES AS RECOMMENDED BY THE EQUIPMENT MANUFACTURER FOR COMPLETE AND FU�LY FUNCTIONA� SYSTEMS. 11. DO NOT SCALE THE LOCATION OF HVAC CEILING ELEMENTS, SUCH AS AIR INLETS AND OUTLETS, FROM THE M-SERIES DRAWINGS. SEE ARCHITECTURAL REFLECTED CEILING PLANS FOR EXACT HVAC CEILING ELEMENT LOCATIONS. REFLECTED CEI�ING P�ANS GOVERN THE LOCATION OF DIFFUSERS, REGISTERS, AND GRIL�ES. M-SERIES DRAWINGS GOVERN TYPE, STYLE, AND SIZE OF DIFFUSERS, REGISTERS, AND GRILLES. 12. ALL DUCTWORK SHA�L COMP�Y WITH "HVAC DUCT CONSTRUCTION STANDARDS - METAL AND F�EXIBLE," 3RD EQITION, SMACNA 2005, EXCEPT WHERE MORE RESTRICTIVE REQUIREMENTS ARE SPECIFIED. ANY PLAN REFERENCES TO "SMACNA FIGURE ---" REFERS TO THIS STANDARD. SEE SPECIFICATIONS FOR SCHEDULE OF DUCT PRESSURE CLASS AND SEAL CLASS. 13. ALL LINED DUCTWORK SIZES SHOWN ON PLANS ARE OUTSIDE SHEET METAL DIMENSIONS. 14. ALL EXISTING TEMPERATURE CONTROLS THAT ARE BEING DEMOLISHED OR DISABLED AS WORK OF THIS CONTRACT SHALL BE COMPLETELY REMOVED FROM BUILDING, INC�UDING ALL CONNECTED WIRING AND CONDUIT. 15. THE CONTRACTOR SHAL� CONNECT THE NEW HVAC SYSTEM TO THE OWNER'S EXISTING BUI�DING CONTROL SYSTEM. REFER TO THE SPECIFICATIONS FOR ADDITIONAL REQUIREMENTS. 16. PROVIDE DUCT ACCESS PANELS OR DUCT ACCESS DOORS AT THE FOLLOWING LOCATIONS, WHETHER SHOWN OR NOT: DOWNSTREAM OF ALL FIRE DAMPERS, AT ALL LOUVER PLENUMS AND ELSEWHERE AS SHOWN. GENERAL ABBREVIATIONS KW KILOWATTS �AT �EAVING AIR TEMPERATURE �B(S} POUND(S) LF �INEAR FEET LRA LOCKED ROTOR AMPS �WT �EAVING WATER TEMPERATURE MAN MANUA� MAX MAXIMUM MBH THOUSANDS BRITISH THERMAL UNITS PER HOUR MERV MINIMUM EFFICIENCY REPORTING VA�UE (ASHRAE 52.2) MFR MANUFACTURER MIN MINIMUM OR MINUTE (PER CONTEXT) NC NORMALLY CLOSED OR NOISE CRITERIA (PER CONTEXT) NO NORMALLY OPEN OR NUMBER (PER CONTEXT) NIC NOT IN CONTRACT NOM NOMINAL NPSH NET POSITIVE SUCTION HEAD NTS NOT TO SCALE OA OUTSIDE AIR OC ON CENTER OD OUTSIDE DIAMETER PD PRESSURE DROP PH PHASE PRV PRESSURE REGU�ATING VA�VE PSI POUNDS PER SQUARE INCH PSIA PSI ABSOLUTE PSIG POUNDS PER SQUARE INCH GAUGE QTY QUANTITY RA RETURN AIR RAD RADIATED RH RELATIVE HUMIQITY RLA RUNNING LOAD AMPS RPM REVOLUTIONS PER MINUTE SA SUPP�Y AIR SENS SENSIBLE SF SQUAREFOOT SH SENSIBLE HEAT SP STATIC PRESSURE SPD STATIC PRESSURE DIFFERENTIAL SPT STATIC PRESSURE TRANSMITTER SQ SQUARE TC TEMPERATURE CONTROL TDH TOTAL DYNAMIC HEAD TEMP TEMPERATURE T&P TEMPERATURE AND PRESSURE TSP TOTAL STATIC PRESSURE TYP TYPICAL V VOLTS VD VOLUME DAMPER (MANUAL} VFQ VARIABLE FREQUENCY DRIVE W WATT OR WIDTH (PER CONTEXT} W/ WITH WB WET BULB WC WATER COLUMN WG WATER GAUGE WIO WITHOUT WPD WATER PRESSURE DIFFERENTIAL � U w � O � � 0 0 c� � c� c� � c�- ,-� c� � � 0 a O � c+� N � ti � c+� � � O �� U N�i � M tn O L � N� > � Z z I.f� — I.f� N O � � p � SCOPE DRAWINGS: Theae dmwi�gs indicate the ganem� scope of the project ' in tertns of architectuml deaign concept. the dimensions of ', the buiiding, the major archftectumi elements and the type ' of atructuml, mechonicai and eiectricoi systema. ' fie dmwings do not nacassarity indicote or describe all ' work requircd for full performonce and compktion of the requirements of the Contract. On the basis of the gerreral scope irKlicoted or described,' the trade contractors shail fumish ali items required for the ' proper execution and completion of the work. ' REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TITLE: �ECNA�ic� SY�BO�S �C ABBR�� AT ONS DRAWING NUMBER PROJECT NUMBER 12071 REMOVE AIR SEPARATOR REMOVE� SECONDARY CHILLER i` WATER PUMPS,'"f 1 R E M O V E----L --� SECONDARY 1' ,� HEATING WATER /` �' � PIJMPS �� .� � � i f t, ', ;AP 1' � "� �� TC PANEL,.j �TO ��`R�MAII� HOUSEKEEPIN � �1�i,� `'�� PA� �.. '�� , � ��,. �"`�� TO REMA'IN ' T� 'PANEL-'� ' � REMOVE� ' TO REMAIN BOILER � � RENIOVE 6"s� '�COMBUSTI�� s�� - � Q � i i �. . � �•.n �� •' •• � i ', ' • ` •� ' � 'i •►� :►� � : ► : • � :eR�l 4» NDERGROUND PIPING � TO REMAIN „ i TC PANEL � � 4 i TO (�EMAIN � �� i Tc��\U �� EMQVE 2"G BACK 'TO THIS POINT AND CAP. � R �`� � � � 'AIR � � ��S ` z�� HANDLING UNIT TO �� , ` � � ,�/ i '� � � %��REMAIN �� ,� �� 2" S �2X� `"�� XPANSION TANK TO REMAIN .�,� ywR � ��4" ,' �� ; � � � OUSEKEEPING PAD / u `� `�> T�} �EMAIN :� � � ! • • ' � ' :� : ! Scale: 1/8"-1'-0" REMOVE AIR SEPARATOR REMOVE� SECONDARY CNILLER J' WATER PUMPSJt t R E M 0 V E-----�-�7'-�-_=_ SECONDARY J ` HEATING WATER ,,'� ,'� � PUMPS / ; GLYCOL MAk SYSTEM TO HOUSEKEEPIr PAD TO REMA REMOVE PUMP SCWP� REMOVE PUMP SCWP- REMOVE PUMP PCWP� REMOVE PUMP PCWP- 12" HWS & FR�M ABO� TO REMA'' WATER HEATE TO REMAI TC PANEL TO REMAIf� WATE SOFTNE TO REMAI � SHEET KEYED NOTES• � REMOVE HOUSEKEEPING PAD, PATCH FLOOR WITN LIKE MATERIALS AND FLUSN WITH ADJACENT SURFACE. ld t. f. / J y� � - � � J v �ff � ��` -. 1 ' �� AP i ��\ J�� \��\\, .� 11� .. 'S / \ \ \ � � �� i „ � � �� 4 �� TC PANEL � � � � � ��.� ` �,r� � 4" CWS T0 \�� c�R TO REMAIN '--------�� ? ' A B O V E TO ' \�,h'�V °c 5 �`'` l s w� 4 i � ' REMAIN �� ; 4" CWR FROM � �� ABOVE TO REMAIN �� ` � � 4" �` � �„ �� 3" H WS & �'t1iR i TQ,ABOVE i� . . � �-. �i� •,' •\ \ ; i\ ' � `� EMQVE TEMPERATURE CONTRO� �� CONDUIT AND WIRING BELOW GRADE � NDERGROUND PIPING � TO REM,AIN f TC PANEL � TO REMAIN i i i �C7. REMAIN' h'!ti� �Iv� 4 i � ��c�� `��/ � EMOVE 2"G BACK TO THIS POINT AND CAP. » i � . � / �� ` .l ,AIR �R, r1R HANDLING T TO REMAIN 4 "J � 2 c c c c T� 'PANELy TO REMAIN ytvR 6„��'' .�\ ,'�� c� /� HANDUNG UI�IT TO , ii �� 4� S �" ~� , REMAIN � , � / � �� 7�> > 2 �. �� %� " ... � �� n / '� � � � R E M O V E �<<� �� yy�6i 2,> s 6,-----E X �>' \.�� PUMP � `�� ?` � � ti�(i � 2 G i ' ..�� `"� EMOVE EXPANSION TA"NK > SNWP-2 � �J �� -4" R�u � �� .' ��-'`v� �� `. �� /� / REMOVE� �! � � � � �� rx�- �� /�� PUMP � � � � ' i \��7�� !�� `�a\ i SHWP-1 �! / � � �.� � -S �` � � �(� � / . � �/�� ! ,', T � �� ` / �i „ y , •y �, � 6 �'R�v;` �'S�T� ;� X. 2" �.� / �� /� �� ' � 4>, i � � � ' � �i i � � , � �� ii �p i , � �� ,E�9�V� REMOVE BOILER � / r�.\�\�, �% \\� ��`,� ��:J /A..�� / Pt�M�; ,. � 1� � r,� �� yw ��,� ., �. � f2EMOVE PUMP PHWP- � i i i�� R\\\C� i��/`�\ �\ % PHWP�=1 ; , i � i i � � REMOVE PUMP �.� <� �.i�i �� <�` ��i '� �, • � �� -LJ PHWP-2 3„ � �� ; `� �� RE�IOVE AIR� \��?: �� %��. ` i i •� �33� .�EM90VE � �� i � ,S`EPARA�OR BOILER ��.. �� R�MOVE � � 4i � 1 ,'�� B ,�T"�`, � 'BOILER � � �, ii � � i. i �-� <` \ � � /r�'\� � `J / / �'„ � i � r i� ii �� EMOVE 6's� FLUE REMOVE 6"s�'�COMBUSTIbN AI ''� ��`�� ' r; ;%�� l f t f 1 �� t , ; ; 1 �.. l r, � �• �� . I t , � f 1 ��... 1 �"� r ; ``� 1' 4"G Jr ....,�`l,. • I � 1 BASEMENT MECHANICAL DEMOLITION PLAN CHURCH- ALTERNATE BASEMENT MECHANICAL DEMOLITION PLAN- PLC Scale: 1/8"-1'-0" Scale: 1/8"-1'-0" _ � � �� 0 U � � i O e� c° W Q > o� JO� O � er =�c� h � .. �wi- O i- �m c9 w � v W � O � d 0 0 c� c� c� C�l � c-= � c� � a 0 0 � c+� c�, � � � � � � SCOPE DRAWINGS: These dmwings iM'Hwte the genemi scope of the proJect in terme of architectuml deaign concept, the dimenaiona of the buiiding, the ma]or architectuml elements and the typa of atructural, mechanica� and e�ecGical systems. The dmwings do not mcassarily indicate or describe all work required for full performonce and comp�etion of the requirements of the Contract. On the basis of the general acope indicated or deacribed, the trade contractors ahall fumish all �tema required for the proper execuUon ond compietron of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TIT�E: �1 EC� AN CA� DE�l0�IT10� P�AN CERTIFIED BY: �� , � , �. � � � ��7� ,, � , �<� << � DRAWING NUMBER PROJECT NUMBER 120�1 � o� �� 0 =�m v � oW o � �prn O � et =�c� � � .. �WI— O� �� m u� � <.=i 0 c� cS� c�'� C�l � c- ,-� c� U W � 0 � � 0 O � O �� .c I U M � M tn O L � � � i 0 = Z � — � � o� � o U SCOPE DRAWINGS: Theae dmwi�gs indicate the ganem� scope of the project ' in tertns of architectuml deaign concept. the dimensions of ', the buiiding, the major archftectumi elements and the type ' of atructuml, mechonicai and eiectricoi systema. ' fie dmwings do not nacassarity indicote or describe all ' work requircd for full performonce and compktion of the requirements of the Contract. ' On the basis of the gerreral scope irKlicoted or described,' the trade contractors shail fumish ali items required for the ' proper execution and completion of the work. ' REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TITLE: FIRS� F�OOR f� ECH A� I CA� D��O� � ON P�A� DRAWING NUMBER PROJECT NUMBER 12071 SHEET KEYED NOTES• 0 RETURN GRILL R-3 TOP 1' 2" AFF 14 X 3 1/2" DUCT UP IN WALL AND STUBBED OUT ABOVE CEILING. 2� 4" DIAMETER VENT FROM DRYER UP IN WALL THROUGH ROOF. TERMINATE 2 FEET ABQVE ROOF WITH WEATHER CAP. 3� DOUBLE WALL. �4 REMOVE SECTION OF EXISTING ROOF AND ROOF INSULATION. NEATLY CUT OPENING IN EXISTING DECK. MQUNT ROOF CURB LEVEL AND FLASH INTO EXISTING ROOF. � DUCTWORK SHALL BE LOCATED WITHIN WEBBING OF STEEL TRUSSES. FIELD VERIFY EXACT LOCATION. ; ••; . � _ � _► 5caie: i��s �= r-u . PARTIAL FIRST FLOOR SHEET METAL PLAN Scale: 1/8"= 1'-0" U W � O � � i,u ,; • . rn oM Q� 0 _ � M U � oW� � �prn o � rr _ � M �WI— o� �m u� � � � a � U :L � 0N �.7 O N SCOPE DRAWINGS: Theae dmwinga i�dicate the genemi scope of the project in tertns of orchitectuml deaign concept, the dimensions of the buiiding, the major archftectural elementa and the type of atructurol, mecbanicai and electrroai systema. Tha drawings do not necossarity indicate or describe all work required for full parfomw�ce and compktion of the requirements of the Contract. On the bas�a of the generul scope indfcated or described, the trade contractors shall fumish ail �tems required for the proper execuGon and compleGon of the wo�ic. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M ,�C� t l ' F RST ��00� SH EET M ETA� P�A� DRAWING NUMBER PROJECT NUMBER 12071 u ,; ,:• . rn oM �� 0 _ � M U � 0 W � � � Q rn O � rt _ � M �WI— O� �� m u� � � � a � U :L � 0N �.7 O N � � Q � � .— —l—� � � Q U W � O � � 0 SCOPE DRAWINGS: Theae dmwinga i�dicate the genemi scope of the project in tertns of orchitectuml deaign concept, the dimensions of the buiiding, the major archftectural elementa and the type of atructurol, mecbanicai and electrroai systema. Tha drawings do not necossarity indicate or describe all work required for full parfomw�ce and compktion of the requirements of the Contract. On the bas�a of the generul scope indfcated or described, the trade contractors shall fumish ail �tems required for the proper execuGon and compleGon of the wo�ic. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M ,�C� t l ' FI�S� �LOOR PPNG P�A�- BASE BID DRAWING NUMBER PROJECT NUMBER 12071 u ,; ,:• . rn oM �� 0 _ � M U � 0 W � � � Q rn O � rt _ � M �WI— O� �� m u� � � � a � U :L � 0N �.7 O N � � Q � � .— —l—� � � Q U W � O � � 0 SCOPE DRAWINGS: Theae dmwinga i�dicate the genemi scope of the project in tertns of orchitectuml deaign concept, the dimensions of the buiiding, the major archftectural elementa and the type of atructurol, mecbanicai and electrroai systema. Tha drawings do not necossarity indicate or describe all work required for full parfomw�ce and compktion of the requirements of the Contract. On the bas�a of the generul scope indfcated or described, the trade contractors shall fumish ail �tems required for the proper execuGon and compleGon of the wo�ic. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M ,�C� t l ' FI�S� �LOOR PIP NG P�A�- A�TERf�ATE DRAWING NUMBER PROJECT NUMBER 12071 SHEET KEYED NOTES• 1� PIPING SHALL BE LOCATED WITHIN BULKHEAD, REFER TO ARCHITECTURAL DRAWINGS. 0 REMOVE AND REINSTALL CEILING AS REQUIRED FOR NEW PIPING. REINSTALLED CEILING SHAL� MATCH EXISITING CONDITIONS. FIELD VERIFY AND SUBMIT PICTURES OF EXISTING CONDITIONS PRIOR TO WORK. 3� REMOVE PORTIONS OF EXISTING WALL AS REQUIRED FOR NEW PIPING. PATCH WALL WITH MATERIAL TO MATCH ADJACENT AREA, TOOTH IN MASONRY. PAINT TO MATCH ADJACENT AREAS. � • • � � � � 1 � � i � Scale: 1/8"= 1'-0" U W � O � � u ,; ,:• . rn oM �� 0 _ � M U � 0 W � � �Qrn O � rr _ � M �WI— O� �� m u� � � � Q � � .— —l—� � � Q 0 � � a � U _ � 0 � 0 N SCOPE DRAWINGS: Theae dmwinga i�dicate the genemi scope of the project in tertns of orchitectuml deaign concept, the dimensions of the buiiding, the major archftectural elementa and the type of atructurol, mecbanicai and electrroai systema. Tha drawings do not necossarity indicate or describe all work required for full parfomw�ce and compktion of the requirements of the Contract. On the bas�a of the generul scope indfcated or described, the trade contractors shall fumish ail �tems required for the proper execuGon and compleGon of the wo�ic. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M ,�C� t l ' E �ST ELOOR PPNG P�A�- BASE BID DRAWING NUMBER PROJECT NUMBER 12071 SHEET KEYED NOTES• � PIPING SHALL BE LOCATED WITHIN BULKHEAD, REFER TO ARCHITECTURAL DRAWINGS. 2� REMOVE AND REINSTALL CEILING AS REQUIRED FOR NEW PIPING. REINSTALLED CEILING SHALL MATCH EXISITING CONDITIONS. FIELD VERIFY AND SUBMIT PICTURES OF EXISTING CONDITIONS PRIOR TO WORK. 3� REMOVE PORTIONS OF EXISTING WALL AS REQUIRED FOR NEW PIPING. PATCH WALL WITH MATERIAL TO MATCH ADJACENT AREA, TOOTH IN MASONRY. PAINT TO MATCH ADJACENT AREAS. . ► � i �� , �� ' ��' . . . � ♦ � ♦ Scale: 1/8"= 1'-0" U W � O � � u ,; ,:• . rn oM �� 0 _ � M U � 0 W � � �Qrn O � rr _ � M �WI— O� �� m u� � � � Q � � .— —l—� � � Q 0 0 0 c� cS7 c�'� c� � c— .-� c� � � � O O O c� c+7 N � � � c+� � � � � � a � U :� � 0 � 0 N SCOPE DRAWINGS: Theae dmwinga i�dicate the genemi scope of the project in tertns of orchitectuml deaign concept, the dimensions of the buiiding, the major archftectural elementa and the type of atructurol, mecbanicai and electrroai systema. Tha drawings do not necossarity indicate or describe all work required for full parfomw�ce and compktion of the requirements of the Contract. On the bas�a of the generul scope indfcated or described, the trade contractors shall fumish ail �tems required for the proper execuGon and compleGon of the wo�ic. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M ,�C� t l ' E �ST ELOOR PPNG P�A�- A�TERNATE DRAWING NUMBER PROJECT NUMBER 12071 3 MECHANICAL SECTI4N Scale: 1/4" = 1'-0" SNEET KEYED NOTES; � PROVIDE DOUBLE WALL INSULATED SHEET METAL BLANK OFF OVER BOTTOM 2'6" OF LOUVER � � ��. � , . � � • � :• • , � s . . , � : i •' C• • • • • • •• • � `! •', ' • � • ' • �' � � REFER TO DRAWING M211/M211A FOR CONTINUATION ----� _ I �' � 3/4" � 1 "� ( ' ( ( ( ( I � ----=�-------------� r- � � � � 1� 3 � _ _ ENLARGED MEZZANINE PIPING PLAN Scale: iJ4" = 1'-0" REFER TO DRAWING� RA DUCT M111 FOR CONTINUATION ENLARGED MEZZANINE SHEET METAL PLAN Scale: 1/4" = 1'-0" X28"RA IED) X32" OA �HEET v1ETAL 'LENUM � UVER— E '.CHITECTURA� °AWINGS � ♦ �' � W H � � � U W � O � � rn �� O = c� M U � �W� 00 �Oo,� O�� _ � M O W 1— � � � m W � � 0 0 0 c.fl M N � � � � � � Z � 0 � s N SCOPE DRAWINGS: Thesa drewings indcate tha genemi scopa of tha pro�oct in terma of orchkecturoi dasgn concept, the dimena�o�s ot the building, the mojor architecturol elemente ond the type of structumi, mechanical and alectrical systams. The drawings do rwt necessorily in�cete or describe all work roquired for full performance and completion of the requirementa of the Controc�t. On the basis of the genemi scope indicated or deacribed, the trode contractora ahall fumiah oll items required for the proper execution and completion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TIT�E: E��ARGED �1 ECH AN I CA� P�AN DRAWING NUMBER PROJECT NUMBER 12071 rn �� O = c� M U � �W� 00 �Oo,� O�� _ � M O W 1— � � � m W � Z � 0 � s N � W H � � 0 0 0 c.c.fl M N � � � � � � � U W � 0 � � � SCOPE DRAWINGS: Thesa drewings indcate tha genemi scopa of tha pro�oct in terma of orchkecturoi dasgn concept, the dimena�o�s ot the building, the mojor architecturol elemente ond the type of structumi, mechanical and alectrical systams. The drawings do rwt necessorily in�cete or describe all work roquired for full performance and completion of the requirementa of the Controc�t. On the basis of the genemi scope indicated or deacribed, the trode contractora ahall fumiah oll items required for the proper execution and completion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TIT�E: EN�ARGED M EC� AN CA� P�AN- BASE B D DRAWING NUMBER PROJECT NUMBER 12071 � rn �� O = c� M U � �W� 00 �Oo,� O�� _ � M O W 1— � � � m W � Z � 0 � s N � W H � � 0 0 0 c.c.fl M N � � � � � � � U W � 0 � � � SCOPE DRAWINGS: Thesa drewings indcate tha genemi scopa of tha pro�oct in terma of orchkecturoi dasgn concept, the dimena�o�s ot the building, the mojor architecturol elemente ond the type of structumi, mechanical and alectrical systams. The drawings do rwt necessorily in�cete or describe all work roquired for full performance and completion of the requirementa of the Controc�t. On the basis of the genemi scope indicated or deacribed, the trode contractora ahall fumiah oll items required for the proper execution and completion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TIT�E: EN�ARGED M EC� AN CA� P�AN- A�TE��ATE DRAWING NUMBER PROJECT NUMBER 12071 � .. . • � � HOT WATER RADIANT PANEL Q= •i COOLER TEMPERATURE SENSOR T FREEZ-T FREEZER TEMPERATURE SENSOR (TYPICAL 2} 1 � � . � • ' �► • . 1 �► 1 � NO HW-VLV HW-VLV-P B�OWER COIL UNIT (BCv-1) CONTROLS DIAGRAM BLOWER COIL UNIT (BCU-1) POINTS LIST INPUTS OUTPUTS ALARM REPORTS u� � 0 J U Z �l.I � O � � O � Z � Z O W � W � } Z � I— !¢— � � � Q Z CONTROL � z E— w POINT TAG SYSTEM POINT DESCRIPTION DI AI DO AO = � � Q Q � � � NOTES COO�-T WA�K IN COO�ER TEMPERATURE (FUTURE) • • • • DOM-T DOMESTIC HOT WATER TEMPERATURE • • • • DWP-ALM DOMESTIC HOT WATER PUMP ALARM • • • DWP-S DOMESTIC HOT WATER PUMP STATUS • • • DWP-SS DOMESTIC HOT WATER PUMP START/STOP • F-PD FILTER PRESSURE DROP • • • FREEZ-T REACH IN FREEZER TEMPERATURE (FUTURE) • • • • HW-VLV HOT WATER VALVE OPEN/CLOSE • • HW-V�V-P HOT WATER VALVE POSITION • • RA-T RETURN AIR TEMPERATURE • • • • SA-T SUPPLY AIR TEMPERATURE • • • • SF-ALM SUPPLY FAN ALARM • • • SF-S SUPP�Y FAN STATUS • • • SF-SS SUPP�Y FAN START/STOP • AIR HANDLING UNIT (AHU-1) POINTS LIST INPUTS OUTPUTS ALARM REPORTS W � � J U Z W a O w � � O � z � Z O � Q t= z � w Q F � � CONTROL O Q Q m � � O � POINT TAG SYSTEM POINT DESCRIPTION DI AI DO AO = cn � <t <c � E— r NOTES B-D BYPASS DAMPER OPEN/C�OSE • • • B-DP BYPASS DAMPER POSITION • • BLD-P BUILDING PRESSURE • • • • CC-T COO�ING COIL DISCMARGE TEMPERATURE • • • • CW-V�V CHIL�ED WATER VAI.VE OPEN/C�OSE • • F-D FACE DAMPER OPEN/CLOSE • • • F-DP FACE DAMPER POSITION • • F-PD FI�TER PRESSURE DROP • • • NW-VLV NEATING WATER VA�VE OPENlC�OSE • • HW-V�V-P HEATING WATER VA�VE POSITION • • KEF-X-S KITCHEN EXHAUST FAN STATUS • • MA-T MIXED AIR TEMPERATURE • • • • OA-D OUTSIDE AIR DAMPER OPEN/CLOSE • • • OA-DP OUTSIDE AIR DAMPER POSITION • • OA-F OUTSIDE AIRF�OW • • RA-D RETURN AIR DAMPER OPEN/CLOSE • RA-DP RETURN AIR DAMPER POSITION • • • • RA-H RETURN AIR HUMIDITY • • • • RA-T RETURN AIR TEMPERATURE • • • • SA-HS-ALM SUPPLY AIR NIGN STATIC A�ARM • • • SA-SP DISCHARGE AIR DUCT STATIG PRESSURE • • • • SA-T SUPPLY AIR TEMPERATURE • • • • SF-ALM SUPPLY FAN VFD ALARM • • • SF-S SUPPLY FAN STATUS • • • • • SF-SPD SUPPLY FAN VFD SPEED • SF-SS SUPPLY FAN STARTISTOP • TEMP-LL FREEZESTAT • • • RP-VLV RADIANT PANEL VALVE OPEN/CLOSE • • RP-V�V-P RADIANT PANEL VA�VE POSITION • • � EA EXHAUSTFAN EXNAUST FAN (EF-1) CONTROLS DIAGRAM EXHAUST FAN (EF-1) POINTS LIST INPUTS OUTPUTS ALARM REPORTS W � � J U Z W a O � � � O � z � Z O W J � z � W Q _ � z O � Z Q Z CONTRO� � ¢ Q m � � O � POINT TAG SYSTEM POINT DESCRIPTION DI AI DO AO = � � Q <C � i— i— NOTES EF-1-S EXHAUST FAN STATUS • • • EF-1-SS EXHAUST FAN START/STOP • ��; ,' H v w � O � d � � Q � � O O G�'� c.fl c� N � �- � c� z � � SCOPE DRAWINGS: These drowings indicote the generol scope of the pro�ect in tarms of arch�tectumi design concept, the dimenslons of the building, the moJor arch�tacturot alements and tha type of structuml, mechanical and electricai systems. The drawinqa do not necesaorily indicate or describe all work required for full performance ond completion of the requirements of the ConGnc�t. On the bosis of the genemi scope indicoted or described. the tmde contractors shall fumish aii items required for the proper execution and completion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TIT�E: TE�PE�ATURE CONT�O� D AGRA�IS Y .. � ��a:� . �`�£.�,�y � � d �1. � � i �:z w c,�%'��' ` .. , .. '. . ':. . .. .. ��O�II"�� G� DRAWING NUMBER PROJECT NUMBER 12071 PUMP CWP-3 Q � � • � . . � i' ♦ � ♦ � � . � � � � • � • . ♦ � ♦ � � � -• � � � � . ... • . • • • � • . . • � . � �� • ' n � • � • • � • � ' • • • • ■ • �-_---�-�--- • ! ` ! � 0-__--000--- ��1 ! � ! • � -�0_��-��--- � _�_0��-� . r�� - � ' ' ' . - 0��0�0�� .��.�� ` , . , 0��000�� . , � . . . . � � ��0�� 0�__��0�0�� . . . 0�__��000�� • � ��0_�� -_---�-�--- �'�'�L�� ' ' ' 0��0000�� ' ��•.IIII��IIII y . . . � _�_0�� ,�" � � � . � . ��0_�� '�'�'. Ig� � �) �� # ! 0�__��0�0�� 0�__��0000�� . � � � . _-_�-------- . . . . . . � . _�0_�� - � - - � - � - - �0__��0 • � • � � � _0_—��0 � � �� • � � . . . � . _0__��0 .. � . . . � - —0__0��0 � � � _0_-0��0 ,��l�� , . . . . . . �0�_0��0 �E��i�E�i ' ' , . . . . . �0��0��0 :• ' • '• � � i i � � � . . : ' �� : ' � . AIRF�OW MEASURING RING PRIMARY AIR FROM ZONE CONDITIONING AHU .. _ �• �� • �� _� �' �• �' • . i � � VAV-F I ( VAV-D . �. U z . � � • . , �� 1 � HW-VLV � � HW-VLV-P = _ T � SPC-O SPACE OCCUPANCY SENSOR FURNISHED AND INSTALLED BY DIVISIO N 26 T SPC-T WALL MTD TEMP SENSOR H SPC-H — SA WALL MTD HUMIDITY SENSOR (SEE PLANS FOR LOCATION AND QUANTITY) C SPC-C SPACE CARBON DIOXIDE SENSOR (SEE P�ANS FOR �OCATION AND QUANTITY) SA-T ♦ � ♦ � ♦ � � ♦ � ' � � � ♦ � ♦ AIR TERMINA� UNIT (ATU-XXX) POINTS �IST INPUTS QUTPUTS ALARM REPORTS W � O J U z W � 0 � � O � z 0 O O } Q � W Q � � � 0 � � � 0 CONTROL c=.� � z z � z � w POINT TAG SYSTEM POINT DESCRIPTION DI AI QO AO = � � Q Q � o � NOTES HW-VLV HEATING WATER VALVE OPEN/CLOSE • HW-VLV-P HEATING WATER VALVE POSITION • • • SA-T SUPPLY AIR TEMPERATURE • • • • SPC-C SPACE CARBON DIQXIDE SENSOR • • • SPC-H SPACE HUMIDITY SENSOR • • • SPGO SPACE OCCUPANCY SENSOR • • SPC-T SPACE TEMPERATURE • • • VAV-D VAV DAMPER OPEN/CLOSE • • • VAV-DP VAV DAMPER POSITION • • VAV-F VAV AIRFLOW • • ■ vu�ii� 1TVD1(`BI 7\ HOT WATER SYSTEM CONTROLS DIAGRAM HOT WATER SYSTEM POINTS LIST INPUTS OUTPUTS A�ARM REPORTS W � 0 � U Z W � O � � � O � z 0 z O 'S W � w Q z O W z O � � Q � CONTROL � a � m a� o� POINT TAG SYSTEM POINT DESCRIPTION DI AI DO AO = � � Q Q � t— �— NOTES B�R-1-A�M BOILER A�ARM • • • B�R-1-T BOI�ER HEATING WATER SUPP�Y TEMPERATURE • • • • BLR-2-ALM BQILER ALARM • • • BLR-2-T BOILER HEATING WATER SUPPLY TEMPERATURE • • • • B�R-ALM BOILER SYSTEM A�ARM • • • BLR-SS BOILER SYSTEM STARTISTOP • BLR-STP BOILER SYSTEM SET POINT • HWP-1-ALM PUMP VFD ALARM • • • HWP-1-S PUMP STATUS • • • • • HWP-1-SPD PUMP SPEED • HWP-1-SS PUMP START/STOP • HWP-2-ALM PUMP VFD ALARM • HWP-2-S PUMP STATUS • • • • HWP-2-SPQ PUMP SPEEQ • HWP-2-SS PUMP START/STOP • HWR-T HEATING WATER RETURN TEMPERATURE • • • • HWS-T HEATING WATER SUPPLY TEMPERATURE • • • • HWS1R DP HEATING WATER SUPPLY/RETURN DIFFERENTIAL PRESSURE • • � H U W � 0 � � rn � c�o 0 =�m � � oW ° � �o� o�� _ � M O W 1— `� m �W � � 0 0 0 c9 c� N � � ,--r c� � � � � � � 0 N SCOPE DRAWINGS: Thase drawings indicata the ganomi scope of tha projoct in terma of arch�tecturol dasign concept, the dimensions of the buildinq, the major archRecturol elements and the type of structural, mechanicai and electricai systems. The dmwings do rwt neceasorily indicate or describe all work requirod for fuli perfortnance and compietion of the requiremente of the Cor�troct. On the basis of the ganaml acope indlcated or deacribed, the trade controctors shall fumiah all itema required for the proper execuYron and completion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TITLE: TEMPERAT�RE CONTRO� DIAGRAMS DRAWING NUMBER PROJECT NUMBER 12071 SEQUENCE OF OPERATION CNI�LED WATER SYSTEM 1. THE CHILLED WATER SYSTEM SHALL BE CONTROLLED BY A DDC CONTROLLER THAT WILL OPERATE IN A STANDALONE MODE SHOULD COMMUNICATION WITH THE BAS BE �OST. THE CONTRO��ER SHALL UTILIZE BACNET PROTOCOL FOR COMMUNICATION TO THE BAS. 2. THE DDC CONTRO� PANEL SHALL BE FURNISHED WITH AN OVERRIDE FUNCTION ON THE LCD TO MANUALLY ENABLE THE CNI�LED WATER SYSTEM. 3. THE CHILLED WATER SYSTEM SHA�� BE ENAB�ED WHEN ANY AREA OF THE BUILDING IS OCCUPIED, AND THE OUTSIDE AIR TEMPERATURE IS ABOVE 5� DEG. F. ADJ. . THE LEAD SECONDARY PUMP CWP-3 OR 4 VFD SHA�L START AND � ) SLOW�Y RAMP UP TO MAINTAIN SYSTEM PRESSURE, THE �EAD PRIMARY PUMP CWP-1 OR 2 SHAL� START. ONCE FLOW IS PROVEN BY THE CHILLER FLOW SWITCH THE CHI��ER SHALL BE A�LOWED TO START. �EAD / �AG PUMP DESIGNATION SHALL BE ROTATED ON A MONTHLY BASIS. 4. MODU�ATE THE SECONDARY CHILLED WATER PUMP VFD'S TO MAINTAW SYSTEM DIFFERENTIA� PRESSURE SETPOINT AS MEASURED BY THE DIFFERENTIA� PRESSURES TRANSMITTERS, SETPOINT SHA�L BE DETERMINED BY TNE TESTING AND BALANCING CONTRACTOR. THE LOWEST DIFFERENTIAL PRESSURE SHALL BE USED AS THE CONTRO� VA�UE FOR THE CONTROL AGAINST SETPOINT. SEE THE PROJECT DRAWWGS FOR QUANTITY AND �OCATIONS OF DPT'S. WHEN THE SIGNAL TO THE LEAD SECONDARY PUMP VFD HAS EXCEEDED 55 HZ FOR 10 MINUTES, THE �EAD PUMP SIGNA� SHA�L BE REDUCED TO 40 HZ AND THE LAG PUMP SHA�� BE STARTED. ONCE OPERATION HAS BEEN CONFIRMED, BOTH VFDS WI�L BE ALLOWED TO MODULATE TO MAINTAIN THE DIFFERENTIAL PRESSURE. IF BOTH PUMPS ARE OPERATING AT LESS THAN 30 HZ FOR 30 MINUTES, THE LAG PUMP SNA�L BE DISABLED. 5. PRIMARY PUMP STATUES SHA�� BE MONITORED BY A CURRENT RE�AY. SHOU�D PUMP STATUS NOT BE CONFIRMED WITHIN 2 MINUTES AFTER THE COMMAND TO START, INITIATE AN A�ARM AND START THE LAG PUMP. 6. SECONDARY PUMP STATUS SHA�L BE MONITORED AT THE VFD THROUGH THE BACNET COMMUNICATION WTERFACE. SHOULD PUMP STATUS NOT BE CONFIRMED WITHIN 2 MINUTES AFTER THE COMMAND TO START, INITIATE AN ALARM AND START TNE �AG PUMP. 7. CHIL�ER MANUFACTURER'S CONTRO�S SHAL� MAINTAIN CHILLED WATER SUPP�Y TEMPERATURE OF 44 DEG. F. (ADJ.}. 8. CHIL�ER STATUS SHA�� BE MONITORED BY A HARD WIRED CONTACT. SHOULD CHILLER STATUS NOT BE CONFIRMED WITHIN 5 MINUTES AFTER THE COMMAND TO START INITIATE AN A�ARM. 9. THE EXISTING CHILLER HAS AN EXISTING �ONTA�K COMMUNICATION BOARD; THE BAS SHA�L COMMUNICATE DIRECTLY WITH THE CHI�LER. PROVIDE GATEWAYS OR ROUTERS AS REQUIRED. CONTRO� FEATURES AND MONITORWG POINTS DISPLAYED LOCRLLY AT THE CHILLER CONTRO� PANEL SHAL� BE AVAI�ABLE THROUGH THE BAS. 10. WHEN THE CHI�LED WATER SYSTEM IS DISAB�ED TNE SECONDARY PUMPS CWP-3 OR 4 SHAL� SHUT DOWN, THE CHI�LER SHALL SHUT DOWN IN AN ORDER�Y FASHION, AND THE PRIMARY PUMP CWP-1 OR 2 SHALL REMAIN ON FOR 10 MINUTES (ADJ.). 11. DURWG TNE UNOCCUPIED PERIOD, THE SPACE HUMIDITY SHA�� BE MONITORED. SNOU�D THE HUMIDITY RISE ABOVE THE SETPOINT 60% RN (ADJ.) THE CHILLED WATER SYSTEM SNA�� BE ENABLED UNTIL SPACE HUMIDITY IS BELOW �0% RH (ADJ.). 12 A°PUMP REQUIRED" CONTACT ON THE CHI��ER PANE� SHALL BE MONITORED AND WHEN CLOSED, PUMP CWP-1 OR 2 SHA�L BE ENABLED. TNE PUMP SHA�� CONTINUE TO RUN AFTER TNE CHILLED WATER SYSTEM HAS BEEN DISAB�ED UNTI� THE CNI�LER CONTRO��ER HAS INDICATED THAT CHILLED WATER F�OW IS NO �ONGER REQUIRED. NOTE THAT THE REQUIREMENT FOR PUMP OPERATION MAY OCCUR AT ANY TIME. HOT WATER SYSTEM 1. 2. 3. 4. 5. 6. 7 NOT WATER SYSTEM SHA�� BE CONTROLLED BY R DDC CONTRO��ER THAT WILL OPERATE IN A STANDA�ONE MODE SNOU�D COMMUNICATION WITH THE BAS BE �OST. THE CONTRO��ER SHALL UTILIZE BACNET PROTOCOL FOR COMMUNICATION TO THE BAS. DDC CONTROL PANE� SNAL� BE FURNISHED WITH AN OVERRIDE FUNCTION ON TNE �CD TO MANUA��Y ENABLE TNE HOT WATER SYSTEM. THE HOT WATER SYSTEM SHALL BE ENABLED WHENEVER THE OUTSIDE AIR TEMPERATURE IS BELOW 65 DEG. F. (ADJ.) OR WHEN ANY AREA OF THE BUILDING IS OCCUPIED AND THE OUTSIDE AIR TEMPERATURE IS BELOW 80 DEG. F. (ADJ.). TNE LEAD PUMP {HWP-1 OR 2) VFD SHA�� START AND SLOW�Y RAMP UP TO MAINTAIN THE SYSTEM PRESSURE. �EAD / LAG DESIGNATION SHALL BE ROTATED ON A MONTHLY BASIS. A 4-20 MA SIGNA� SHALL BE SENT TO THE BOILER CONTRO� PANEL FOR SETPOINT. THE BOI�ER CONTROL PANEL FURNISHED BY TNE BOILER MANUFACTURER SHA�� CONTROL THE OPERATION OF THE CONDENSING BOILERS TO MAINTAIN SETPOINT AS DETERMINED BY THE BAS. THE BOILER CONTRO� PANE� HAS BEEN SPECIFIED TO BE FURNISHED WITH A MODBUS COMMUNICATION BOARD BY TNE BOI�ER MANUFACTURER. THE BAS MUST BE AB�E TO COMMUNICATE DIRECTLY WITH THE BOILER CONTROL PANEL, PROVIDE GATEWAYS OR ROUTERS AS REQUIRED. CONTROL FEATURES AND MONITORING POINTS DISPLAYED LOCALLY AT THE BOI�ER CONTROL PANEL SHAL� BE AVAI�ABLE THROUGH THE BAS. NOT WATER SUPPLY TEMPERATURE SETPOINT SHALL BE RESET BASED ON TNE FOLLOWING SCHEDULE: AT 20 DEG. F. OUTSIDE AIR TEMPERATURE, HOT WATER SUPP�Y SETPOINT SHA�� BE 180 DEG. F., AND AT 60 DEG. F. OUTSIDE AIR TEMPERATURE, HOT WATER SUPP�Y SETPOINT SHA�� BE 120 DEG. F. THE HOT WATER SUPP�Y TEMPERATURE SETPOINT SHALL BE LINEAR BETWEEN THESE VALUES. ALL PARAMETERS SHA�L BE ADJUSTAB�E FROM THE WQRKSTATION. MODU�ATE THE HOT WATER PUMP VFD'S TO MAINTAIN SYSTEM DIFFERENTIA� PRESSURE SETPOINT AS MEASURED BY THE BRANCH DIFFERENTIAL PRESSURE TRANSMITTERS, SETPOINT SHAL� BE DETERMINED BY THE TESTING AND BALANCING CONTRACTOR. THE �OWEST DIFFERENTIA� PRESSURE SHAL� BE USED AS THE VA�UE FOR CONTROL AGAINST SETPOINT. SEE THE PROJECT DRAWINGS FOR QUANTITY AND �OCATION OF DPT'S. WHEN THE SIGNA� TO THE LEAD PUMP VFD HAS EXCEEDED 55 HZ FOR 10 MINUTES, THE LEAD PUMP SIGNAL SHAL� BE REDUCED TO 40 HZ AND THE LAG PUMP SNA�L START. ONCE OPERATION IS CONFIRMED, BOTH VFD'S SHA�� MODULATE TO MAINTAIN DIFFERENTIAL PRESSURE SETPOINT. IF BOTH PUMPS ARE OPERATING AT �ESS THAN 30 HZ FOR 30 MINUTES THE �AG PUMP SHAL� BE DISAB�ED. PUMP STATUS SHAL� BE MONITORED AT THE VFD THROUGH THE BACNET COMMUNICATION INTERFACE. SHOULD PUMP STATUS NOT BE CONFIRMED WITHIN 2 MINUTES AFTER A COMMAND TO START, INITIATE AN A�ARM AND START THE LAG PUMP. PROPELLER UNIT HEATERS 1. A WA�� MOUNTED THERMOSTAT SHA�L CYC�E THE FAN AND THE TWO-POSITION VALVE TO MAINTAIN SPACE TEMPERATURE AT SETPOINT OF 68 DEG. F. RADIANT PANE�S 1. TNE HOT WATER CONTRO� VA�VE POSITION SNA�� MODU�ATE BASED ON THE FO�LOWING SCHEDU�E: AT 20 DEG. F. OUTSIDE AIR TEMPERATURE, VALVE POSITION SHALL BE FU�� OPEN, AND AT 40 DEG. F. OUTSIDE AIR TEMPERATURE VALVE POSITION SHALL BE FU�L CLOSED. VALVE POSITION SHA�L BE �INEAR BETWEEN TNESE VALUES. A�L PARAMETERS SHA�L BE ADJUSTABLE FROM THE WORKSTATION. DOMESTIC HOT WATER 1. THE NEW DOMESTIC HOT WATER HEATER SHALL OPERATE UNDER ITS OWN FACTORY CONTROLS. 2. PROVIDE A TEMPERATURE SENSOR FOR MONITORING OF DOMESTIC HOT WATER TEMPERATURE. ONE SENSOR SHAL� BE INSTA��ED IN THE LINE SERVING THE P�UMBWG FIXTURES. 3. THE BAS SNAL� PLACE THE DOMESTIC NOT WATER CIRCULATING PUMP IN EITHER THE OCCUPIED OR UNOCCUPIED MODE BASED ON THE TIME SCHEDU�WG PROGRAM. IN TNE OCCUPIED MODE THE BAS SHAL� START THE PUMP AND IT SHAL� OPERATE UNTIL THE SYSTEM IS INDEXED TO TNE UNOCCUPIED MODE. PUMP STATUS SHAL� BE MONITORED BY A CURRENT RELAY. SHOU�D PUMP STATUS NOT BE CONFIRMED WITHIN 2 MINUTES AFTER A COMMAND TO START, INITIATE AN ALARM. VARIABLE AIR VOLUME AIR HANDLING UNIT (AHU-1} 1. THE AIR HANDLING UNIT SHAL� HAVE ITS OWN DEDICATED DDC CONTROLLER THAT WILL OPERATE IN A STANDALONE MODE SHOULD COMMUNICATION WITH THE BAS BE �OST. THE CONTRO��ER SHALL UTILIZE BACNET PROTOCOL FOR COMMUNICATION TO THE BAS. 2. THE DDC CONTRO� PANEL SHA�L BE FURNISHED WITH AN OVERRIDE FUNCTION ON THE LCD TO MANUALLY ENAB�E THE AIR HANDLING UNIT. 3. THE BAS SHALL INDEX THE DDC CONTROLLER TO THE OCCUPIED MODE BASED ON TNE OPTIMUM START / STOP PROGRAM OR TNE TIME SCHEDULING PROGRAM. THE LEAD SUPP�Y FAN VFD SHAL� START AND SLOW�Y RAMP UP TO MAINTAIN THE DISCHARGE STATIC PRESSURE SETPOINT. 4. WHEN THE SIGNAL TO THE LEAD SUPP�Y FAN VFD HAS EXCEED 55 HZ FOR 10 MINUTES THE LEAD FAN VFD SIGNAL SHAL� BE REDUCED TO 20 HZ FOR 2 MINUTES AND THE LAG SUPP�Y FAN SHA�� BE STARTED. ONCE OPERATION HAS BEEN CONFIRMED, BOTH VFD'S SNA�L MODU�ATE TO MAINTAIN TNE AHU DISCHARGE STATIC PRESSURE SETPOINT. IF BdTH FANS ARE OPERATING AT LESS THAN 30 HZ FOR 30 MINUTES, THE LAG FAN SHA�� BE DISAB�ED. 5. SUPP�Y FAN STATUS SHA�L BE MONITORED AT THE VFD THROUGH THE BACNET COMMUNICATION WTERFACE. SHOULD FAN STATUS NOT BE CONFIRMED WITHIN 2 MINUTES AFTER A COMMAND TO START, INITIATE AN A�ARM AND START THE LAG FAN. LEAD / LAG DESIGNATION SHAL� BE ROTATED ON A MONTHLY BASIS. 6. ONCE SUPPLY FAN OPERATION IS CONFIRMED, THE OUTSIDE AIR DAMPERS SHAL� OPEN. MODULATE THE QUTSIDE AIR AND RETURN AIR DAMPERS TO MAINTAIN THE MINIMUM CFM SETPOINT AS MEASURED BY THE OUTSIDE AIRF�OW MEASURING STATION. 7. IF THE OUTSIDE AIR ENTHALPY IS BE�OW THE RETURN AIR ENTHALPY, THE AHU SHAL� BE INDEXED TO ECONOMIZER MODE. THE OUTSIDE AIR DAMPER AND RETURN AIR DAMPER SHALL MODU�ATE TO MAINTAIN THE DISCHARGE SETPOINT. IF THE MIXED AIR TEMPERATURE GOES BELOW THE MIXED AIR MINIMUM SETPOINT OF 45 DEG. F. (ADJ.) THE DAMPERS SHA�L MODULATE TO MAWTAIN THE MINIMUM OUTSIDE AIR CFM. 8. THE CO2 IN THE SPACE SHALL BE MONITORED AND THE OUTSIDE AIR CFM MODULATED TO MAINTAIN A SETPOINT OF 1000 PPM (ADJ.). IF THE CO2 IN TNE SPACE EXCEEDS 2000 PPM (ADJ.) FOR 30 MINUTES (ADJ.) AN A�ARM SHAL� BE INITIATED. THE A�LOWABLE OUTSIDE AIR CFM RANGE SNA�L BE: MINIMUM CFM 2600 AND MAXIMUM CFM OF 9600. 9. THE STATUS OF THE KITCHEN HOOD FANS (QUANTITY OF 7) SHAL� BE MONITORED FOR OPERATION BY A CURRENT RELAY. THE MINIMUM OUTSIDE AIR CFM SHA�� BE WCREASED AUTOMATICALLY BASED ON THE DESIGN AIRFLOW OF THE ASSOCIATED EXHAUST FAN OPERATING TO A MAXIMUM OF 9600 CFM. 10. THE SPACE PRESSURE SHALL BE MONITORED. IF THE SPACE PRESSURE DROPS BE�OW +0.05° (ADJ.) FOR 30 MINUTES (ADJ.) AN ALARM SHALL BE INITIATED AND THE OUTSIDE AIR SETPOINT SHALL MODULATE TO A MAXIMUM OF 9000 CFM TO MAINTAIN +0.05" (ADJ.) SPACE PRESSURE. 11. MODU�ATE TNE COOLING COIL VALVE, HEATING C01� VA�VE, AND FACE AND BYPASS DAMPERS IN SEQUENCE TO MAINTAIN DISCHARGE AIR SETPOINT. IN THE COO�ING MODE, THE FACE AND BYPASS DAMPERS SHA�� BE FU�LY OPEN TO THE C01� AND THE COOLING COIL VALVE SHAL� MODU�ATE. 12. IF THE OUTSIDE AIR TEMPERATURE IS BE�OW 40 DEG. F. THE HEATWG COIL VALVE SHAL� BE COMMANDED TO 50% OPEN AND THE FACE AND BYPASS DAMPERS SHALL MODULATE TO MAINTAIN DISCHARGE AIR SETPOINT. IF THE FACE AND BYPASS DAMPERS HAVE BEEN FUL�Y OPEN TO THE C01� FOR 10 MINUTES AND DISCHARGE TEMPERATURE IS BE�OW SETPOINT MODU�ATE TNE HEATWG COIL VALVE TO MAINTAIN SETPOINT, VA�VE SHALL NOT MODU�ATE �OWER THAN 50%. IF THE VALVE HAS BEEN AT 50% FOR 5 MINUTES THE BYPASS DAMPERS SHA�L MODU�ATE TO MAINTAIN DISCHARGE TEMPERATURE SETPOINT. ALL PARAMETERS SHALL BE ADJUSTABLE FROM THE WORKSTATION. 13. �OW LIMIT TNERMOSTAT SHALL SHUT DOWN TNE AHU SYSTEM THROUGH A NARDWIRED INTER�OCK SHOU�D ANY 1' �ENGTH OF THE ELEMENT FA�� BE�OW THE THERMOSTAT SETPOINT (38 DEG. F.). THE DDC CONTRO�LER SHAL� MONITOR THE STATUS OF TNE �OW LIMIT THERMOSTAT AND UPON ACTIVATION, C�OSE THE OUTSIDE AIR DAMPERS, OPEN THE RETURN AIR DAMPERS AND OPEN THE REHEAT VALVE. WHEN THE TEMPERATURE RISES BY 12 DEG. F., THE LOW �IMIT THERMOSTAT SHA�� RESET AND THE DDC CONTRO�LER SHAL� INITIATE A NORMAL START-UP SEQUENCE. THIS WI�� BE ALLOWED TO OCCUR TNREE TIMES BEFORE THE UNIT OPERATION IS LOCKED OUT REQUIRING AN OPERATOR RESET. AN A�ARM AT THE WORKSTATION SHAL� THEN BE ANNUNCIATED. 14. A HIGH STATIC PRESSURE �IMIT SWITCH SHAL� STOP TNE FANS THROUGH A HARDWIRED INTERLOCK WHEN THE DISCHARGE PRESSURE EXCEEDS 5.0" W.C. THE DDC CONTROLLER SHA�� WITIATE AN A�ARM UPON ACTIVATION. THE UNIT WIL� BE LOCKED OUT REQUIRING AN OPERATOR RESET. 15. SMOKE DETECTORS IN THE SUPPLY AND RETURN DUCTS SHALL STOP THE FANS THROUGH A HARDWIRED INTERLOCK WHEN SMOKE IS DETECTED BY EITHER DETECTOR. THE DDC CONTRO�LER SHAL� INITIATE AN ALARM UPON ACTIVATION. 16. THE BAS SHALL MONITOR THE DAMPER POSITION OF A�� VV TERMINA� UNITS SERVED BY AN INDIVIDUAL AIR HANDLWG UNIT. IF A�L BUT 5% OF THE VAV'S HAVE A DAMPER POSITION THAT IS LESS THAN 75%, THE DISCHARGE STATIC PRESSURE SETPOINT SHALL BE AUTOMATICA��Y ADJUSTED DOWN BY 0.2° EVERY 10 MINUTES UNTIL A MINIMUM OF 1.0: (ADJ.) IS REACNED. IF MORE THAN 10% (ADJ.) OF THE VAV'S HAVE A DAMPER POSITION GREATER THAT 95% OPEN, THE SETPOINT SHA�L BE WCREASED BY 0.2° EVERY 10 MINUTES UNTI� A MAXIMUM OF 2.5" (ADJ.) IS REACHED. IF THE DISCHARGE STATIC SETPOWT REMAINS AT MAXIMUM FOR 240 MINUTES (ADJ.) AN ALARM SHA�L BE INITIATED. 17. THE BAS SHALL MONITOR THE COO�ING OUTPUT PERCENTAGE OF A�L VAV TERMINALS SERVED BY AN INDIVIDUAL AIR HANDLING UNIT. TNE ANU DISCHARGE AIR TEMPERATURE RESET SHA�� BE BASED ON THE TOTAL NUMBER OF ASSOCIATED VAV'S CALLING FOR COO�ING. A VAV WITH A COOLING OUTPUT PERCENTAGE ABOVE 80% SHALL BE CONSIDERED A VAV CALLING FOR COOLING. WHEN THE TOTAL NUMBER OF VAV'S CA��ING FOR COOLING IS GREATER THAN 15% THE DISCHARGE SETPOINT SHAL� BE RESET DOWN 1.0 DEG. F. EVERY TEN MINUTES UNTI� THE NUMBER OF VAV'S CA��WG FOR COOLING IS LESS THAN 15% OR THE MINIMUM RESET TEMPERATURE OF 55 DEG. F. IS ACHIEVED. IF THE NUMBER OF VAV'S CALLING FOR COO�ING IS BE�OW 5% THE DISCHARGE SET POINT SNA�L BE RESET UPWARD BY 1.0 DEG. F. EVERY TEN MINUTES UNTIL THE MAXIMUM TEMPERATURE IS ACHIEVED. IF THE TOTAL NUMBER OF VAV'S CAL�ING FOR COOLWG IS BETWEEN 5% AND 15% THE SETPOINT SHALL REMAIN CONSTANT UNTI� THE NUMBER OF VAV'S CAL�ING FOR COOLING EXCEEDS ONE OF THE TWO �IMITS. TNE UPPER VA�UE OF THE RESET SCNEDU�E SHA�� BE RESET BASED ON THE OUTSIDE AIR TEMPERATURE. WHEN TNE OUTSIDE AIR TEMPERATURE IS AT OR ABOVE 70 DEG. F. THE MAXIMUM DISCNARGE AIR TEMPERATURE SHALL BE 62 DEG. F. WHEN THE OUTSIDE AIR TEMPERATURE IS AT OR BE�OW 30 DEG. F., THE MAXIMUM DISCHARGE AIR TEMPERATURE SHA�� BE 70 DEG. F. THE MAXIMUM DISCHARGE AIR SETPOINT SHA�L VARY BETWEEN 62 DEG. F. AND 70 DEG. F. AS TNE OUTSIDE AIR TEMPERATURE VARIES BETWEEN 30 DEG. F. AND 7Q DEG. F. TNE MAXIMUM DISCHARGE AIR TEMPERATURE SETPOINT SHALL BE LINEAR BETWEEN THESE VALUES. IF DEHUMIDIFICATION IS INITIATED, THE RESET SHALL BE DISABLED AND THE DISCHARGE TEMPERATURE SETPOINT SHAL� BE 55 DEG. F. ALL PARAMETERS SHA�L BE ADJUSTAB�E FROM THE WORKSTATION. 18. DIFFERENTIAL PRESSURE TRANSDUCER SHA�� BE INSTA�LED ACROSS THE FI�TER BANK TO MONITOR FI�TER PRESSURE DROP. AN A�ARM SHALL BE GENERATED IF EITHER A HIGH OR LOW LIMIT SETPOINT IS EXCEEDED WHEN THE FAN IS OPERATING. SETPOINTS SHAL� BE DETERMINED BY THE TESTING RND BALANCING CONTRACTOR. 19. WHEN THE BAS INDEXES TNE AHU CONTRO�LER TO THE UNOCCUPIED MODE, THE DDC CONTRO��ER SHALL SHUT DOWN THE FANS, CLOSE THE OUTSIDE AIR DAMPERS, OPEN THE RETURN AIR DAMPERS, CLOSE THE COO�ING COIL VALVE AND CLOSE THE HEATING COIL VALVE. WHEN THE OUTSIDE AIR TEMPERATURE IS BELOW 35 DEG. F., MODU�ATE THE HEATING C01� VA�VE TO MAWTAIN A 75 DEG. F. (ADJ.) CABINET TEMPERATURE. THE AIR HANDLING UNIT SHALL BE CYC�ED ALONG WITH THE ASSOCIATED VAV TERMINAL UNITS TO MAINTAIN SPACE TEMPERATURE OF 60 DEG. F. (ADJ.}, THE OUTSIDE AIR DAMPERS SHA�L REMAIN C�OSED AND THE NEATING COIL VA�VE SHALL MODULATE TO MAINTAIN DISCHARGE AIR SETPOINT OF 80 DEG. F. (ADJ.). 20. IF THE SPACE HUMIDITY EXCEEDS THE SETPOINT OF 60% RH (ADJ.) THE BAS SHAL� INDEX THE VAV TERMINA�S TO THE OCCUPIED MODE AND SIGNAL THE AHU TO START (IF UNOCCUPIED) AND INITIATE A DEHUMIDIFICATION SEQUENCE. THE CHIL�ED WATER VA�VE SHA�L MODU�ATE TO MAINTAIN THE DISCHARGE AIR SETPOINT OF 55 DEG. F. (ADJ.}. WNEN THE HUMIDITY FAL�S BE�OW 50% (ADJ.} TNE UNIT WIL� BE RELEASED TO ITS NORMAL OPERATION. ► ■ _\ C C =\� �• _C 11�1 •� 1 1. PROVIDE TEMPERATURE SENSORS IN THE FREEZERS {QTY. 2) AND TNE COO�ER FOR MONITORWG AND A�ARM PURPOSES. SETPOINTS SHALL BE DETERMINED BY TNE OWNER. BLOWER COIL UNIT (BCU-1) 1. THE BLOWER COIL UNIT SHALL HAVE ITS OWN DEDICATED DDC CONTROLLER THAT WILL OPERATE IN A STANDALONE MODE SHOULD COMMUNICATION WITH THE BAS BE LOST. THE CONTROL�ER SHA�L UTI�IZE BACNET PROTOCOL FOR COMMUNICATION TO THE BAS. 2. THE DDC CONTROL PANE� SHAL� BE FURNISHED WITH AN OVERRIDE FUNCTION ON THE �CD TO MANUA��Y ENABLE TNE AIR HAND�ING UNIT. 3. THE BAS SHA�� ENAB�E THE B�OWER C01� UNIT WHEN THE OUTSIDE AIR TEMPERATURE IS 38 DEG. F(ADJ.) OR BELOW. THE SUPP�Y FAN SHA�� START AND RUN UNIT THE OUTSIDE AIR TEMPERATURE IS ABOVE 38 DEG. F. (ADJ.). 4. SUPP�Y FAN STATUS SHA�L BE MONITORED BY A CURRENT RELAY. SHOU�D FAN STATUS NOT BE CONFIRMED WITHIN 2 MINUTES AFTER A CQMMAND TO START, INITIATE AN ALARM. 5. ONCE SUPPLY FAN OPERATION IS CONFIRMED, MODULATE THE HEATING C01� VA�VE TO MAINTAIN DISCHARGE TEMPERATURE SETPOINT OF 70 DEG. (ADJ.). 6. A DIFFERENTIA� PRESSURE TRANSDUCER SHALL BE INSTAL�ED ACROSS THE FILTER BANK TO MONITOR FILTER PRESSURE DROP. AN ALARM SHA�� BE GENERATED IF EITHER A HIGH OR �OW LIMIT SETPOINT IS EXCEEDED WHEN THE FAN IS OPERATING. SETPOINTS SHALL BE DETERMINED BY THE TESTING AND BALANCWG CONTRACTOR. VARIAB�E AIR VO�UME TERMINA� UNITS 1. 2. 3. 4. 5. C 7 E:Q THE VAV TERMINA� UNITS SNA�� EACH BE CONTROLLED BY R DEDICATED APPLICATION SPECIFIC VAV CONTROL�ER, WHICH INCORPORATES THE BACNET PROTOCO� FOR COMMUNICATION TO THE BAS. THE VAV CONTROL�ER WITH DIFFERENTIAL PRESSURE SENSOR AND DAMPER MOTOR SNALL BE FURNISHED TO THE TERMINAL UNIT MANUFACTURER FOR FACTORY MOUNTING. ANY RE�AYS THAT ARE REQUIRED SHA�L BE FURNISHED AND INSTA�LED BY THE T.C.C. INDIVIDUAL ZONE SETPOINT AND CONTROL LOGIC SHALL RESIDE AT THE ZONE LEVEL, AND NOT BE DEPENDENT UPON THE BAS FOR CONTRO�. ZONE TEMPERATURE SENSOR SHAL� INC�UDE A TIMED OVERRIDE BUTTON, A CANCE� BUTTON, SETPOINT ADJUSTMENT, AND LCD DISPLAY. WHEN THE OVERRIDE BUTTON IS PRESSED, THE TERMINAL UNIT AND ASSOCIATED AHU AND HYDRONIC SYSTEMS SHA�� BE INDEX TO OCCUPIED MODE FOR AN ADJUSTABLE TIME PERIOD. IF TNE CANCEL BUTTON IS PUSHED BEFORE THE TIMED OVERRIDE PERIOD HAS EXPIRED, THE SYSTEM SHA�L REVERT BACK TO THE UNOCCUPIED MODE. ROOM SETPOINT SHAL� BE LIMITED IN SOFTWARE. THE DDC VAV CONTRO��ER SHALL AUTOMATICA��Y RECALIBRATE ITS AIR FLOW SENSWG AND AIR VA�VE POSITION FEEDBACK SYSTEMS ON A SCHEDU�ED WEEK�Y BASIS. THE BAS SHA�L PLACE THE VAV CONTROL�ER W EITHER THE OCCUPIED OR UNOCCUPIED MODE BASED ON OPTIMUM START-STOP PROGRAM OR TIME-SCHEDULING PROGRAM. EACH VAV CONTROLLER SHA�� REQUIRE A DEDICATED TIME SCHEDU�E. THE OPERATOR SHALL BE ABLE TO GROUP VAV CONTROLLERS WITH SIMI�AR SCHEDU�ES. IN THE OCCUPIED MODE, AS SPACE TEMPERATURE RISES ABOVE THE COOLWG SETPOINT OF 75 DEG. F. (ADJ.), THE AIR DAMPER SHALL MODU�ATE TO ITS MAXIMUM CFM. IF THE AIR DAMPER REMAINS OPEN GREATER TNAN 95% FOR 240 MINUTES (ADJ.} AN A�ARM SHALL BE INITIATED. AS THE SPACE TEMPERATURE FALLS BELOW THE COO�ING SETPOINT, THE AIR DAMPER SHA�� MODU�ATE TO ITS MINIMUM COO�ING CFM. BEFORE HEATING IS INITIATED, THE VAV CONTRO�LER ENTERS AN ADJUSTABLE NO-LOAD DEADBAND. AS THE SPACE TEMPERATURE CONTINUES TO FA�L, THE HOT WATER HEATING VALVE SHALL MODULATE TO MAINTAIN HEATING SETPOINT OF 70 DEG. F. (ADJ.) AND THE AIR DAMPER SHAL� MODULATE TO ITS MINIMUM HEATING CFM. IN THE DEHUMIDIFICATION MODE THE MINIMUM CFM SHA�L BE AUTOMATICALLY INDEXED TO THE SCHEDU�ED MINIMUM CFM OR 50% OF SCHEDU�ED DESIGN AIRF�OW, WHICHEVER IS GREATER. THE TERMINAL UNIT SHA�L MAWTAIN THE COO�ING SETPOINT. IN OCCUPIED MODE THE OCCUPANCY SENSOR {SPECIFIED IN DIVISION 26) SHALL SEND AN OCCUPIED / UNOCCUPIED SIGNAL TO THE BAS. UPON RECEIVING AN UNOCCUPIED SIGNA� FROM TNE OCCUPANCY SENSOR, THE ASSOCIATED VAV CONTROLLER SHAL� OVERRIDE ITS CURRENT SCHEDULE AND BE PLACED IN A BYPASS MODE. UPON RECEIVING AN OCCUPIED SIGNAL FROM THE OCCUPANCY SENSOR, THE ASSOCIATED VAV CONTROL�ER SHA�L REVERT BACK TO ITS PROGRAMMED SCHEDU�E. IN BYPASS MODE, THE VAV TERMINAL UNIT SHALL OPERATE PER THE OCCUPIED SEQUENCE WITH THE FO��OWING EXCEPTIONS: COO�ING SETPOINT SHAL� BE 3 DEG. F. (ADJ.) ABOVE THE OCCUPIED COOLING SETPOINT, HEATING SETPOINT SHALL BE 3 DEG. F. (ADJ.) BELOW THE OCCUPIED HEATWG SETPOINT, AND THE MINIMUM COOLING AIR DAMPER POSITION SHALL BE 0% (ADJ.). TNE SEQUENCE SHAL� BE INDIVIDUALLY SELECTABLE (SEQUENCE MAY BE TURNED ON OR OFF) ON A ROOM BY ROOM BASIS. PROVIDE SPACE CO2 SENSORS AS SHOWN ON THE PLANS. THE CO2 IN THE SPRCE SHAL� BE MONITORED, AND TNE MINIMUM CFM MODULATES TO MAINTAIN A SETPOINT OF 1,000 PPM (ADJ.). REFER TO TERMINA� REHEAT UNIT SCHEDULE FOR MINIMUM AND MAXIMUM CFM �IMITS. IN THE UNOCCUPIED MODE, PRIMARY AIR DAMPER SHALL FUL�Y C�OSE. AS THE SPACE TEMPERATURE FA�LS TO THE UNOCCUPIED HEATING SETPOINT OF 60 DEG F. (ADJ.), THE AIR HANDLING UNIT SHAL� START. THE VAV TERMINAL PRIMARY AIR DAMPER SHALL OPEN TO ITS MINIMUM HEATING CFM AND THE NEATING C01� VA�VE SHALL MODULATE TO MAINTAIN SPACE TEMPERATURE UNOCCUPIED SETPOINT. EXHAUSTFANS 1. CONTROL STRATEGIES FOR EACN EXHAUST FAN ARE DESIGNATED ON THE EXHAUST FAN SCHEDULE. EXHAUST FANS NOT SHOWN TO HAVE BAS CONTROL SHALL BE WIRED AND CONTROLLED BY THE DIVISION 26 CONTRACTOR. 2. WHERE SHOWN ON THE SCHEDULE, THE BAS SHA�� CYC�E THE EXHAUST FANS BASED ON THE TIME-SCHEDULING PROGRAM ASSOCIATED WITH TNE ZONE SERVED. FAN STATUS SHALL BE MONITORED BY A CURRENT RELAY. SHOULD FAN STATUS NOT BE CONFIRMED WITHW 2 MINUTES AFTER A COMMAND TO START, INITIATE AN A�ARM. ''► ► . = ;. .. 1. A WALL MOUNTED THERMOSTAT SHALL CYCLE THE FAN AND THE TWO-POSITION VALVE TO MAINTAIN SPACE TEMPERATURE AT SETPOINT OF 68 DEG. F. OPTIMAL STRRT 4. WHEN THE AHU RND VAV CONTRO�LERS ARE IN THE UNOCCUPIED MODE THE BAS SHAL� USE TNE OUTSIDE AIR TEMPERATURE, THE AVERAGE OCCUPIED SPACE TEMPERATURE SETPOINTS AND HISTORICAL WARM UP AND COOL DOWN DATA TRACKED BY THE BAS TO ESTIMATE THE TIME TO WARM OR C00� THE ZONE FROM THE UNOCCUPIED SPACE TEMPERATURE SETPOINT TO TNE OCCUPIED SPACE TEMPERATURE SETPOINT. THE BAS SNALL INDEX THE AHU CONTROLLER, TNE ASSOCIATED VAV CONTROLLERS AND THE HYDRONIC SYSTEMS TO EITHER A WARM UP OR COOLED DOWN MODE BASED ON THE ESTIMATE TIME. IN THE WARM UP MODE EACH VAV AIR DAMPER SHALL MODULATE TO ITS MINIMUM HEATING CFM AND EACH VAV HOT WATER VALVE SNA�� OPEN TO 100% (ADJ.) UNTIL OCCUPIED SPACE TEMPERATURE SETPOINT IS MET FOR THE SPACE SERVED BY THE VAV TERMINAL UNIT. THE AIR HANDLING UNIT SUPPLY FAN VFD'S SHAL� START AND S�OW�Y RAMP UP TO MAINTAIN THE DISCHARGE STATIC PRESSURE SETPOINT OF 2.0° (ADJ.). THE RETURN AIR DAMPERS SHALL BE 100% OPEN AND THE OUTSIDE DAMPERS SHA�� REMAIN CLOSED. MODU�ATE THE HEATWG COIL VALVE TO MAINTAIN DISCHARGE AIR SETPOINT OF 80 DEGREES F. (ADJ.). THE HOT WATER SYSTEM SHA�L BE ENAB�ED; HOT WATER TEMPERATURE SETPOINT SHA�� BE 180 DEGREES F. (ADJ.). IF 50% (ADJ.) OF THE VAV TERMINAL UNIT SPACE OCCUPIED MODE SETPOINTS ARE MET PRIOR TO THE OCCUPIED MODE, TNE HOT WATER SYSTEM SHA�L REVERSE TO ITS OCCUPIED SEQUENCE AND THE AIR HANDLING UNIT DISCHARGE AIR SETPOINT SHA�L RESET TO 65 DEGREES F(ADJ.} UNTIL THE SCHEDULED OCCUPANCY MODE. EACH VAV UNIT SHALL REVERT TO ITS OCCUPIED SEQUENCE WHEN THE SPACE IT SERVES REACHES IT OCCUPIED TEMPERATURE SETPOINT. W THE C00� DOWN MODE EACH VAV AIR DAMPER SHA�L MODULATE TO ITS MAXIMUM CFM AND EACH VAV HOT WATER VALVE SHA�� CLOSE UNTIL OCCUPIED SPACE TEMPERATURE SETPOINT IS MET FOR THE SPACE SERVED BY THE VAV TERMINAL UNIT. THE AIR HAND�ING UNIT SUPP�Y FAN VFD'S SHA�� START AND S�OW�Y RAMP UP TO MAINTAIN THE DISCHARGE STATIC PRESSURE SETPOINT OF 2.0" (ADJ.). THE RETURN AIR DAMPERS SHA�L BE 100% OPEN AND THE OUTSIDE AIR DAMPERS SHALL REMAIN C�OSED. MODULATE THE COO�ING C01� VA�VE TO MAINTAIN DISCHARGE AIR SETPOINT OF 55 DEGREES F. (ADJ.}. THE CHI��ED WATER SYSTEM SHALL BE ENABLED; CHILLED WATER TEMPERATURE SETPOINT SHAL� BE 44 DEGREES F. (ADJ.). IF 75% (ADJ.) OF THE VAV TERMINAL UNIT SPACE OCCUPIED MODE SETPOINTS ARE MET PRIOR TO THE OCCUPIED MODE THE CHI�LED WATER SYSTEM, THE AIR HAND�ING UNIT AND ASSOCIATED VAV UNITS SHALL REVERT TO THEIR OCCUPIED SEQUENCE WITH THE EXCEPTION THAT THE OUTSIDE AIR DAMPERS SHALL REMAIN CLOSED AND THE RETURN AIR DAMPERS SHAL� REMAIN 100% OPEN UNTIL THE SCHEDULED OCCUPIED MODE. _ � � �� 0 v�� ow� o�� JO� O��- _ � M � � . . � W 1- O i- �� m w � 0 � c� c9 c� c� � � � c� � 0 0 O c,fl c� c� � � ,-� c� � � O � O � � U �'ri �--+ � tn O � � > � � = Z � - �ci a� o� � p U SCOPE DRAWINGS: These drawings indicate the generai scope of the project in terms of architectural design concept, the dimensions of the building, the major architectuml elements and the type of structuml, mechonicoi cnd a�actricci systema. The dmwings do not necessarily indicate or describe ail work required for full perfortnonce and comp�etion of the roquirements of the Controc� On the basis of the general scope indicated or described, the trode contractors ahall fumiah ali items requlred for the proper ex�utton and compietion of the work. C' •l ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TITLE: SEQ� EN CE OF OPERAT ON DRAWING NUMBER PROJECT NUMBER 120�1 � REMOVABLE CAP HOT WATER / CNILLED NOT WATER / CHILLED WATER RETURN WATER SUPPLY AUTOMATIC FLOW CONTROL VALVE HOT WATER SUPP�Y SEE NOTE 1 HOT WATER RETURN 2-WAY CONTRO� VALVE � SHUTOFF VALVE, SEE SPEC ❑1 REMOVABLE CAP PIPE FULL SIZE OF SEE NOTE 1 FOR TYPE (TYP) AIR HANDLING UNIT DRAIN CONNECTION MANUAL AIR VENT (TYP) REDUCER AUTOMATIC F�OW (TYP.) CC?NTRO� VALVE MANUAL AIR � UNION (TYP) VENT PROVIDE FLANGE q. F�OW 2 SHUTOFF VALVE, SEE � ❑ SPEC FOR TYPE (TYP.) M OR UNION AT EACH CONNECTION .�_ STRAINER WITH BLOWDOWN ( � I M (TYP) STRAINER WITH BLOWDOWN i VA�VE, NIPPLE, & CAP ( � i /, PROVIDE FLANGE OR VAVLE, NIPPLE, AND CAP. ---"'� BOTTOM OF UNIT UNION AT EACH � BASE RAIL � / CONNECTION (TYP) ( � � �i � 3 ( \�/ �� // UNION UF FLANGE (TYP) I AIR I SEE "HYDRONIC PIPING" ( � � FLOW 3-WAY CONTROL VA�VE ( � AIR F�OW SPEG FOR TYPE �,� COIL � � � �� PRESSURE AND TEMPERATURE � i COI� (,� � //� TEST PLUG (TYP). (/ i I i 4" HOUSEKEEPING PAD PRESSURE AND �� ,� � � �� TEMPERATURE � � � i TEST P�UGS NOTE: (TYP) REDUCER � LOCATE TRAPS SO AS TO BE ACCESSIB�E FOR CLEANWG. OFFSET (TYP) PIPING TO NOTES: �2 DRAW-TNRU: SUBTRACT SGNEDU�ED E.S.P. FROM T.S.P. THEN ADD CLEAR COIL 1. BRANCH PIPES SNA�L TAP THE BOTTOM OF THE MAINS. 1". BLOW-THRU: 1" NOTES: PU�L SPACE 1. BRANCH PIPES SNA�L TAP THE BOTTOM OF THE MAINS. ❑3 DRAW-THRU: 1/2 OF NOTE 2 DIMENSION BUT NOT �ESS THAN 2" B�OW-THRU: SGHEDULED E.S.P. THEN ADD 1". �4 ROUTE TO NEAREST SANITARY (F�QOR) DRAIN. SLOPE AT 1i4" PER FOOT. HEATING / COOLING COIL, AHl1-1 HEATING COI� 3-WAY CONTROL VA�VE DETAIL 1 2-WAY CONTROL VALVE DETAIL 2 Scale: NTS 3 CONDENSATE DRAIN TRAP DETAIL Scale: NTS Scale: NTS SUPPORT FROM TOP --- CHORD OF JOISTS DISCHARGE PIPE MANUA� � BUTTERFLY VALVE, (TYP) AIR VENT AUTQMATIC FLOW CONTRO� W/ 3/8" QS STEE� RODS � VALVE � � STRAINER WITH BLOWDOWN CA�IBRATING BA�ANCING VALVE VALVE, NIPPLE, AND CAP. 2-WAY CONTROL 2-WAY VALVE SUCTION PIPE WAFER CHECK VA�VE CONTROL VA�VE PRESSURE AND TEMPERATURE �1� UNION FLEXIBLE GONNECTION PRESSURE GAGE W/ TEST PLUGS (TYP.) � SHUT OFF VALVE, SEE (TYP). REFER TO TRUMPET VA�VE SPEC FOR TYPE (TYP.) MANUAL AIR VENT CABINET HEATER ACTIV�EILENGOTN R QUIRED / BALL VALVE, (TYP) UNION FOR SYSTEM PIPE SIZE. (TYP.) � M SNUTOFF VALVE, SEE CONCENTRIC SPEC FOR TYPE (TYP.} REDUCER (WHERE /�� - —III—� -�- — —►— NWR � REQUIRED) ADJUST, GROUTAND ADJUSTABLE C—� I HWS —� A�IGN PUMP PER DISCHARGE �� D FFUSOER MFR'S RECOMMENDATIONS �OUVERS /� � r DRAI N VALVE WITH er � 3i4" HOSE END GEI�ING Gj� '� SNUTOFF VALVE 3/4° B�QWDOWN VALVE, PRESSURE AND y NIPP�E, AND GAP � i% TEMPERATURE STRAINER WITH BLOWDOWN PUMP SHA�L BE BO�TED VA�VE, NIPP�E, AND CAP ADJUSTABLE �� DIREGTLY TO CONCRETE TEST PLUG , , FOOT SUPPORT - - - . , . • ' -0 _ rroe - _ , _ a , . HOUSEKEEPING PAD. +d _ . "`� g.a a � �a AUTOMATIC FLOW F�OOR CONTRO� VA�VE 4" HOUSEKEEPING PAD 4 IJNIT HEATER DETAIL Scale: NTS 5 HORIZONTAL RECESSED CABINET 11NIT HEATER DETAIL 6 BASE MOUNTED END SUCTION PUMP DETAIL Scale: NTS Scale: NTS CHASE PIPES IN WA�L OFFSET TO AVOID LINTEL „ , �� (�, ��, � � WALL-SEE HIGH PRESSURE VO�UME DAMPER �� ARCHITECTURAL DRAWINGS AIR DUCT-SEE (TYPICA�) , ��'y� PLAN FOR SIZE LINTEL �� ,�' �� OVER�AP AL� LOW �� FOUR SIDES AIR VALVE HOT WATER COIL , PRESSURE ��; � � � AIR DUCT �� BLOCK COURSE �INE TRANSITION TO DIFFU�ER- AS REQUIRED SEE P�AN ��\ � 5P� FOR SIZE � � PROVIDE SHUTOFF VALVES, STRAINER, 2-2AY CONTRO� VA�VEM, AUTOMATIC F�OW CONTROL VALVE, UNIONS & TEST PLUGS LINED DISCHARGE �,� PLENUM , ' �'� CABINET HEATER F�EXIB�E \( DUGT ��l %� UNION �� CONTROL �; � BOX REFER TO 2-WAY � � Rq. CONTROL VALVE F�OOR �% DETAIL �\\ ;� u �� MIN, 8�� VERTICA� RECESSED CABINET UNIT HEATER DETAIL $ VAV AIR TERMINAL UNIT DETAIL 7 Scale: NTS Scale: NTS .u,= , �: o� o �, �� 0 _ � M U � OW� � �O� O � r'r =�ch � � .. O IW— ~ `" m CO w � 0 a c� c9 � N � � � � � � 0 0 a «� c� c� � c� � � �. � O � O � � .c I U � �M � O N� >� � = Z � — � � o� � v U d m � a � � U O N SCOPE DRAWINGS: Theae drawinga indicate the general acope of the project in terms of archkecturai design concept, the dimensions of the building, the maJor urchitectuml eiementa and the type of atructuroi, mechonkol ond electrlcol systema The dmwings do not neceasan°ty irdicate or deacn°be all work required for fuli performance and completion of the requirements of the Contract. On the bas�s of the generol scope indicoted or described, the trade conWctors sholl fumish ail itema required for tha proper execution ond completion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TITLE: f� EC� A� I CA� DETAI�S DRAWING NUMBER PROJECT NUMBER 120�1 u'; , �; rn � M � � � U � � � W �' � � O � O�� _ � M O W I— � � � m W � Z � a � 0 �'i n 0 N � 0 l � W V .f � W H � � O � O �� v� � M tn O � � >� � Z 2 _ � = � � o� � a U SCOPE DRAWINGS: Theae drawings indicate the general acope of tha project in tertns of architecturai design concept, the dimensions of the buitdiry, the major orch�tecturol etements cnd the type of structurol, mechanical and electrical systems. The drawings do not necessarily indicate or d�cribe all work required for fuil perfortrwnce cnd compiet°wn of the requirementa of the Contmct On the boafa of the ge�erai scope indicoted or described, the trade controctors sholl fumish oll items required for the proper execution and compktion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TIT�E: � ECN AN CA� DETA �S DRAWING NUMBER PROJECT NUMBER 12071 AIR HANDLING �NIT SCNED��E SUPP�Y FAN NOT WATER C01� CHI�LED WATER COIL FILTERS SOUND POWER DISCNARGE MINIMUM STATIC MAX MAX MAX PD CAPACITY (MBH) MAX EAT �AT MAX PD MID-�IFE OCTAVE BAND {NZ) E�ECTRICA� PLAN MANUFACTURER MODE� TYPE OA TOTA� PRESSURE MOTOR FINS NOTES MARK WHEEL CAPACITY FACE EAT LAT WATER EWT FACE WATERFLOW EWT (CFM) AIRFLOW TYPE QUANTITY DRIVE SIZE SPEED HP o 0 o ROWS PER (GPM) (°F� F�IJID ROWS FINS PER FOOT (CFM) TSP ESP (RPM) (MBH) VEL ( F) ( F) F�OW (GPM) ( F) FOOT AIR WATER VEL AIR DESIGN APD IN WC IN WC (IN) (FPM) IN WC FT TOTA� SENS (FPM) DB (°F} WB (°F) DB (°F) WB (°F) �N WC� WATER (FT) TYPE {IN WC 63 125 250 500 1000 2000 4000 8000 t � � � � � � � � � VOLTS PHASE AHU-1 TRANE PCC 35 DRAW-THRU VARIES 16,800 4.48 2.00 PLENUM 2 DIRECT 25 1800 2@10 1038 515 23 $0 52 1$0 2 89 0.14 1.11 9$1 631 501 85.2 70 51.2 51.1 177 44 25% PROP $ 154 1.26 13.8 MERV 8 0.6 $0 83 $7 $4 82 79 78 74 460 3 (1) (2) (3) NOTES: (1) PROVIDE BACKDRAFT DAMPERS ON SUPPLY FAN IN�ET. (2) PROVIDE WITH INVERTER-READY OR INVERTER-DUTY MQTOR FOR VARIAB�E SPEED OPERATION. (3) PROVIDE VARIAB�E FREQUENCY DRIVE FOR EACH SUPP�Y FAN. AIR TERMINA� IJNIT SCHEDU�E PRIMARY AIRFLOW (CFM} HOT WATER HEATING COIL DESIGN INLET MAX NC LEVEL @ MAX PLAN STATIC DOWNSTREAM MANUFACTURER MODE� TYPE SERVICE UNIT SIZE M� CFM NOTES MARK MAX MAX PRESSURE (IN SP (IN WG) CAPACITY EAT LRT EWT FLOW MAX APD COOLIN� ��N HEATING W�� ROWS WPd (MBH) (F) (F) (F) (GPM) (FT WC) ��N WG) DISCHARGE RADIATED VAV-1 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 24 x 16 3250 1185 /200 1600 1.5 0.3 64.0 55 91 180 1.5 2 0.61 0.38 27 31 (1) VAV-2 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 24 x 96 3250 1185 /200 1600 1.5 0.3 64.0 55 99 180 1.5 2 0.61 0.38 27 31 (1} VAV-3 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 24 x 16 3250 1185 /200 1600 1.5 0.3 64.0 55 91 180 1.5 2 0.61 0.38 27 31 (1) VAV -4 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 9 860 235 485 1.5 0.3 24.6 55 100 180 1.0 2 0.33 0.38 21 25 - VAV-5 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 9 860 235 485 1.5 0.3 24.6 55 100 180 1.0 2 0.33 0.38 21 25 - VAV -6 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 9 860 235 485 1.5 0.3 24.6 55 100 180 1.0 2 0.33 0.38 21 25 - VAV-7 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 9 820 340 715 1.5 0.3 35.9 55 100 180 2.0 2 1.01 �.35 21 24 - VAV-8 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 9 710 250 620 1.5 0.3 35.5 55 106 1$0 2.5 2 1.45 0.27 21 22 - VAV -9 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 9 7�0 170 170 1.5 0.3 8.6 55 101 180 1.0 1 0.19 0.15 23 25 - VAV-10 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 7 560 135 425 1.5 0.3 22.7 55 103 180 1.5 2 0.49 Q.35 25 25 - VAV-11 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 12 1275 305 40Q 1.5 0.3 25.0 55 111 180 1.0 2 Q.41 0.44 20 20 - VAV-12 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 10 900 285 355 1.5 0.3 13.8 55 89 180 1.5 1 0.37 0.20 22 22 - VAV-13 PRICE SDV5 51NGLE DUCT, PRESSURE INDEPENDENT AHU-1 4 100 50 85 1.5 0.3 5.0 55 108 180 1.5 1 0.85 0.01 20 20 - VAV-14 PRICE SDV5 51NGLE DUCT, PRESSURE INDEPENDENT AHU-1 5 250 65 140 1.5 0.3 7.1 55 101 180 1.0 1 0.45 0.0$ 28 24 - VAV-15 PRICE SDV5 51NGLE DUCT, PRESSURE INDEPENDENT AHU-1 5 175 40 50 1.5 0.3 3.2 55 113 180 0.5 1 0.15 0.03 21 20 - VAV-16 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 5 185 40 90 1.5 0.3 5.0 55 105 180 1.0 1 0.45 0.04 22 20 - VAV-17 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 5 185 40 90 1.5 0.3 5.0 55 105 180 1.0. 1 0.45 0.04 22 20 - VAV-18 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 5 185 40 90 1.5 0.3 5A 55 105 180 1.0 1 0.45 0.04 22 20 - VAV-19 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 6 350 60 145 1.5 0.3 7.3 55 100 180 1.0 1 0.45 0.14 23 21 - VAV-20 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 9 740 170 175 1.5 0.3 8.8 55 100 180 1.0 1 0.19 0.14 23 24 - VAV-21 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 6 300 60 90 1.5 0.3 5.0 55 105 180 1.0 1 0.45 0.09 20 20 - VAV-22 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 6 300 60 90 1.5 0.3 5A 55 105 180 1.0 1 0.45 0.09 20 20 - VAV-23 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 12 1300 305 700 1.5 0.3 39.2 55 105 180 1.5 2 0.78 0.52 20 20 - VAV-24 PRICE SDV5 SINGLE DUCT, PRESSURE INDEPENDENT AHU-1 12 1200 305 700 1.5 0.3 43.0 55 110 180 2A 2 1.24 0.46 20 20 - NOTES: (1) MINIMUM AIR CFM CONTROLLED BY CARBON DIOXIDE SENSOR MINIMUM AND MAXIMUM LIMITS AS INDICATED. REFER TO SEQl1ENCE OF OPERATION. BOI�ER SCHEDU�E CAPACITY (MBH) WATER TEMP gURNER DESIGN MAX MIN (F} PLAN WATER WATER WATER NATURAL GAS E�ECTRICAL DATA MARK MANUFACTURER MODEL TYPE �OCATION SERVICE MIN DESIGN F�OW PD F�OW NOTES GROSS INPUT OU PUT EFF (% AT (GPM} (FT) (GPM) SUPP�Y PRESS RANGE FULL FIRE) GFH (IN WC} VO�TS PHSE B-1 AERCO BMK 2500 HOT WATER, CONDENSWG MECHANICA� ROOM HEATING HOT WATER 2500 2175 87 200 6.0 25 180 2500 7 460 3 (1)(2) B-2 AERCO BMK 2500 HOT WATER, CONDENSING MECHANICA� ROOM HEATING HOT WATER 2500 2175 87 200 6.0 25 180 2500 7 460 3 (1)(2) NOTES: (1) PROVIDE WITH F�UE CONDENSATE DRAIN TRAP. (2) PROVIDE WITH CONDESATE NEUTRALIZING KIT. FAN SCFIEDIJLE MAX FAN MOTOR ELECTRICA� DATA PLAN �ANUFACTURER MODEL TYPE SERVICE DRIVE AIRFLOW ESP SPEED SPEED SONES HP BACKDRAFT NOTES MARK (CFM) (IN WC) (RPM) {RPM) DAMPER SIZE (IN) VOLTS PHASE EF-1 GREENCHECK GB-141 CENTRIFUGAL EXHAUST FAN BELT 800 0.25 687 1725 4.8 4 115 1 16 x 16 (1) EF-2 GREENCHECK G-065-G CENTRIFUGAL EXHAUST FAN DIRECT 125 0.13 1122 1300 2.1 60 115 1 8 x 8 EF-3 GREENCHECK G-065-� CENTRIFUGA� EXHAUST FAN DIRECT 125 Q.13 1122 1300 2.1 sp 115 1 8 x 8 NOTES: (1) START / STOP BY BAS PROPE�LER U�IT HEATER SCFIEDIJ�E UNIT FAN HOT WATER C01� E�ECTRICA� DATA PLAN MANUFACTURER MODEL TYPE ARRANGEMENT WATER MAX NOTES MARK AIR FLOW MOTOR CAPACITY EAT F�OW E� WPD VOLTS PHASE (CFM) HP (MBH) �°F) (�,PM) ��F� (FT) UH-1 TRANE UHS6072 HOT WATER HORIZONTAL 1100 Zo 52 60 5.5 180 Q.25 115 1 - NOTES: BLOWER COIL UNIT SCHEDU�E NEATING DATA ELECTRCIAL DATA NOTES PLAN EXT SP TSP �p�� MARK �ANUFACTURER MODEL CFM (IN WC) (IN WC) CAP EAT LAT EWT LWT FLOW WPD AREA HP vo�rs PHasE (MBH} (°F) (°F} (°F) (°F) (GPM) (FT) (SQ FT) BCU-1 TRANE BCHD054 1500 0.50 0.69 65 30 70 180 160 3.0 0.16 3.9 2 460 3 NOTES: � AIR DEVICE SCHEDULE MAX NOISE �AX CFM AT MIN THROW (FT) P�FlN MARK MANUFACTURER MODE� TYPE LOCATION NECK SIZE FACE SIZE MATERIA� FINISH MAX TPD (IN WC) LEVEL (NC) LISTED AT 50 FPM NOTES CONDITIONS S-1 ANEMOSTAT EP� SQUARE CEILING 6 24 X 24 STEEL WHITE 0.05 20 160 7 (3) S-2 ANEMOSTAT EP� SQUARE CEILING 8 24 X 24 STEEL WHITE 0.06 20 280 11 (3) S-3 ANEMOSTAT EP� SQUARE CEILING 10 24 X 24 STEEL WHITE 0.07 22 435 14 (3) S-4 ANEMOSTAT EP�-D SQUARE CEILING 12 24 X 24 STEEL WHITE 0.06 24 630 18 (3}(4) S-5 ANEMOSTAT EP� SQUARE CEILING 5 24 X 24 STEEL WHITE 0.09 23 110 7 (3) S-6 ANEMOSTAT S2H0 �OWERED FACE DUCT 16 x 8 18 x10 STEEL WHITE 0.02 20 500 40 (�) R-1 ANEMOSTAT S3VD �OUVERED FACE CEILING 24 X 24 24 X 24 STEEL WHITE 0.1 30 1200 - (3) R-2 ANEMOSTAT S3VD �OUVERED FACE CEI�ING 1 WALL 12 X 12 12 X 12 STEEL WHITE 0.1 30 350 - (3) R-3 ANEMOSTAT S3VD �OUVERED FACE WA�� 14 X 6 14 X 6 STEEL (2) 0.1 30 185 - (3) E-1 ANEMOSTAT S3VOD �OUVERED FACE CEILING 8 X 8 8 X 8 STEEL WHITE 0.1 30 125 - (1){3) E-2 ANEMOSTAT S3VOD �OUVERED FACE CEILING 10 X 10 10 X 10 STEEL WHITE 0.1 30 225 - (1)(3) E-3 ANEMOSTAT S3VOD �OUVERED FACE CEILING 12 X 12 12 X 12 STEEL WHITE 0.1 30 320 - (1)(3) NOTES: (1) PROVIDE WITH INTEGRAL BALANCING DAMPER. (2) CUSTOM COLOR SELECTED BY ARCHITECT AT LATER DATE. (3) COORDINATE BORDER FRAME WITH ARCHITECTURAL PLANS. (4) 2-WAY AIR DISTRIBUTION PU�P SCHEDULE WATER MIN EFF �OTOR E�ECTRICA� DATA P�AN MARK MANUFACTURER MODEL TYPE SERVICE FLOW HEAD (FT} �o�o� SPEED HP NOTES (GPM) (RPM) VO�TS PHASE CWP-1 BEL� & GOSSETT e-1510-4AD BASE-MOUNTED. END SUCTION PRIMARY CHILLED WATER 480 30 82 1750 5 460 3 - CWP-2 BEL� & GOSSETT e-1510-4AD BASE-MOUNTED. END SUCTION PRIMARY CHILLED WATER 480 30 82 1750 5 460 3 (5} CWP-3 BEL� & GOSSETT e-1510-3GB BASE-MOUNTED. END SUCTION SECONDARY CHILLED WATER 240 108 65 1750 15 460 3 (1) (2} (3) CWP-4 BELL & GOSSETT e-1510-3GB BASE-MOUNTED. END SUCTION SECONDARY CHILLED WATER 240 108 65 1750 15 460 3 (1 }(2) (3) HWP-1 BEL� & GOSSETT e-1510-3EB BASE-MOUNTED. END SUCTION HOT WATER 200 100 63 1750 15 460 3 (1) (2} (4) HWP-2 BEL� & GOSSETT e-1510-3EB BASE-MOUNTED. END SUCTION HOT WATER 200 100 63 1750 15 460 3 (1 }(2} (4) NOTES: (1) PROVIDE VARIAB�E FREQUENCY DRIVE (2) PROVIDE WITH INVERTER-READY OR INVERTER-DUTY MOTOR FOR VARIAB�E SPEED OPERATION. (3) PUMP CWP-3 AND CWP-4 OPERATE IN PARA��EL. (4) PUMP HWP-1 AND HWP-2 OPERATE IN PARA��EL. (5) STANDBY CABINET IJNIT NEATER SCHEDULE UNIT FAN HOT WATER COIL E�ECTRICA� DATA PLAN MANUFACTURER MODEL TYPE ARRANGEMENT WATER NOTES MARK AIR FLOW ESP CAPACITY EAT FI.OW EWT (°F7 MAX WPD (FT) VO�TS PHASE (CFM) (IN WC) (MBH) i�F) (GPM) CH-1 TRANE FFH8040 HOT WATER VERTICA� RECESSED 380 0 24 70 1.5 180 2.7 115 1 (1) CH-2 TRANE FFE6040 HOT WATER HOftIZONTA� RECESSED 380 0 24 7� 1.5 180 2.7 115 1 (2) CH-3 TRANE FFEB040 HOT WATER HORIZONTA� RECESSED 380 0 24 70 1.5 180 2.7 115 1 (2) CH-4 TRANE FFH8040 HOT WATER VERTICAL RECESSED 380 0 24 70 1.5 180 2.7 115 1 (1) CH-5 TRANE FFE6040 HOTWATER HORIZONTA� RECESSED 380 0 24 70 L5 180 2.7 115 1 (1} NOTES: (1) OUT�ET FRONT STAMPED LOUVER, INLET FRONT STAMPED LOUVER. (2) OUT�ET BOTTOM STAMPED LOUVER, IN�ET BOTTOM STAMPED LOUVER. RADIANT PANEL SCHEDULE HOT WATER PLAN NO.OF WIDTH LENGTH CAPACITY FLOW MARK MANUFACTURER MODEL MEAN TEMP. BTUH/FOOT TUBES (INCHES) (FT) (BTU) (GPM) NOTES EWT TD ��F) ��F) RP-1 AIRTEX HEF-2 175 226 2 12 14 3164 0.5 180 10 RP-2 AIRTEX HEF-2 175 226 2 12 14 3164 0.5 1$0 1d RP-3 AIRTEX HEF-2 175 226 2 12 14 3164 0.5 1$0 10 RP-4 AIRTEX HEF-2 175 226 2 12 14 3164 0.5 180 10 RP-5 AIRTEX HEF-2 175 226 2 12 14 3164 0.5 180 10 RP-6 AIRTEX HEF-2 175 226 2 12 14 3164 0.5 180 10 NOTES: RE�IEF FIOOD SCHEDU�E P�AN MARK MANUFACTURER MODE� TYPE AREA RATIO CFM THROAT SIZE S.P. IN WC NOTES RH-1 GREENCHECK FABRANOOD RE�IEF 1 T01 5350 42 x 42 OA5 (� ) RH-2 GREENCHECK FABRAHOOD RELIEF 1 T01 5350 42x42 0.05 (�) RN-3 GREENCHECK FABRANOOD RE�IEF 1 T01 5350 42 x 42 OA5 (� ) NOTES: (1) PROVIDE BAROMETRIC RELIEF DAMPER SET TO OPEN AT 0.05 W.C. ROOM PRESSURE. � W �� v 1 � �� 0 _�� U � O W � o� �Qrn �� c� �WI- O �- �m `s' w � � .0 0 V I O O c� c,fl c� C�l � c-- ,--a c� � � � O O O � M N � � � cY'� � � Lf� _ � � o� �- v U � � � < � 0 U 0 N SCOPE DRAWINGS: These dmwings ind'Hwte the genem� scope of the proJect wt in terme of architectuml deaign concept, the dimenaiona of the buiiding, the major architectuml elements and the typa of atructural, mechanicai and e�ecGical systems. The dmwings do not mcessarily indicate or describe all work required for full performonce and comp�etion of the requirements of the Contract. On the basis of the general acope indicated or deacribed, the trade contractors ahall fumish all itema required for the proper execuUon ond compietron of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 R.K. G.M. DRAWING TIT�E: M ECH A� CA� SC�EDU�ES DRAWING NUMBER PROJECT NUMBER 120�1 4 4"- � � �, 4"� c�.> ��4" , � �,.,� -»Tr��eu��r�v.�r�-i�y11!ly!l.�r��-» CHILLED WATER TO TERN9INAL UNITS TO REMAIN 4" C� 4„ -IKUU(.�H �XI� I IN(.� REMAIN NDERGROUND PIPING 0 REMAIN 4" 'CWS ------- CWR ------- 3„ -CWR -CWS AIR HANDLING UNIT AHU-A1 TO REMAIN : • s : . , , CAP� I------ 4" CAP .� .sE rsE � ' '• � .. �ANDLING UNIT , 3" -CWR -CWS . .� •�' • C �:�' !�' � CHILLED WATER DEMOLITION SCHEMATIC m _ 1 1 �2„ � DIFFERENTIAL PRESSURE AIR HANDLING EXISITING TRANSMITTER UNIT AHU-A1 BLOWER � COIL UNIT ( p TO REMAIN (70 GPM) BCU-A2 2„ � (19 GPM) CAP FOR�� CWS � CWS OO O FUTURE I 4" E-D4--- ---------CWR---►-------�-----CWR----►--- 4" -�---- -�1------� - r---- cws 4» � cwR �`I �� 4" _ 5 � U U �4" ,.,.,,, � r, m EXISTING CHILLED WATER TO TERMINAL UNIT �TING )ERGROUND 'NG �4„ PIPING � �4" - � CWR �� 4>, SHEET KEYED NOTES• � PRIOR TO REMOVING PUMP, MEASURE FLOW, SUBMIT RESULTS TO ENGINEER FOR REVIEW. 2� SET BALANCING VALVE FLOW RATE TO MATCH REMOVED PUMP. 3� REBALANCE COOLING COIL TO INDICATED VALVES. 4„ 1 1 �2,> EXISITING BLOWER COIL UNIT BCU-A3 (19 GPM) O 1 1 /2" EXISITING BLOWER COIL UNIT BCU-A1 (20 GPM) O CHILLED WATER SCHEMATIC Scale: NTS Scale: NTS CWR CWS 4„ 1 1 /2" � 1 �2„ EXISITING EXISITING COIL UNIT BLOWER BCU-A6 COIL UNIT {20 GPM) BCU-A5 (19 GPM) � � 4 REMOVE PIPING � PIPING THROUGH TNROUGH EXISITNG i EXISITNG FLOOR FLOOR � TO REMAIN REMOVE � PUMP AIR SEPERATOR � 6" TO REMAIN PCWP-1 i i ,--, I6" r--L ^_ � --, 6» � �-' _� i � MAKE UP 6" L--i :�- 6" � 2„ WATER ��' i TO REMAIN REMOVE � PUMP i PCWP-2 4" i � � i 6" 2„ � , � „ i i i EXPANSION EXPANSION � GLYCOL TANK TO TANK TO � MAKEUP REMAIN REMAIN � SYSTEM � TO REN9AIN i 6" i CWR i i CWS � 6" 6" � 6 �-1-� �-----------PCWS-�------------, ; REMOVE ��-`'� ��'� REMOVE � PUMP ��"; (�"; PUMP � i SCWP-1 i ///'''��i��' SCWP-2 � T �6„� i 6,> �4" i i 6" ' CNILLER CWR 6 6" CN-1 TO REMAIN CWS 3 >, 4" EXISITING AIR HANDLING � � UNIT AHU-2 XISTING PIPING TNROUGH (70 GPM) EXISTING MEZZANINE FLOOR 0 CWR� 6" CWS cws 2" 6" 4" �► EXISTING PIPING THROUGH EXISITNG FLOOR 6" XISTING AIR 6"T SEPARATOR \ � EXISTING 6„ MAKE UP �2" WATER „ � 6„ rK 2" EXISTIN EXISTINC GLYCOL EXPANSION MAKE UP TANK SYSTEM ' CWS�— 6" � v� UU S 6" EXISTING CWR CNILLER CH-1 CWS EXISTING BLOWER COIL UNIT BCU-A4 (zo cP�) 0 � � U 1' 1" XISTING EXPANSIdN TANK ,. „ CWR 6" 4"-� PUMP CWP-3 W/VFD 4" �„ � 6„ 6" 4" PUMP CWP-4 W/VFD 4" _ _ °' � o 0 v�� ow� o�� JO� o�r;- =�m ��.. �wi- O i- �� m w � SCOPE DRAWINGS: Theae drawings indicate the general scope of the project in tertns of arcKdectural dpign concept, the dimensions of the buiiding, the major arcbitectuml elements and the type of structural, mechonicoi ond e�ectricol systems. The dmwings do not necessarily indiccte or describe all work required for full parformonce and compktion of the requiroments of the Contract. On the basis of the general scope tnd'�cated or described, the trade contmctora ahall fumfah all ftama required for the proper executron ond compietaon of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G. M DRAWING TIT�E: CH I ��ED WATER PP G SC� E� ATI C DRAWING NUMBER PROJECT NUMBER 120�1 l F T z /n" W W 2„ 2" 1 1 /4" HANDLING BLOWER UNIT COIL UNIT AHU-A1 BCU-A2 TO TO REMAIN REMAIN REMOVE HOT WATER HOT WATER TO TERMINAL �PUMP O rr�UNITS TQ REMAIN REMOVE HOT WATER RETURN SENSOR 4��___�� ----�r4 � � 4" � `-' t------ >, „ �----HWS---� i 4„ � � -- � �,�L �� -----� I --- = r-----�----�----HWI�---------------------r-- -t---�--HWI�-----��"i 6» 6�9 i `� �_.�REMOVE HOT WATER j I i� i i � O � I '� I (� --�--�-HWR�- -r--HWf�-- �--�-----r------�- PUMP 1 --------------------� „ � � T �4 REMOVE��J i i � � � `f� AIR SEPARATOR � 2" � i i REMOVE HOT CABINET HEATER CABINET HEATER � 3" t 2" � i � � WATER RETURN � � 6 � � � SENSOR CUH-A3 CUH-A2 i i -�W�� 3 �;, 1 � TO REMAIN TO REMAIN � 1» �» MAKE UP Y i i T t WATER TO 1 � i i i i REMAIN i , i � � � i i � � „ � +---- 1---- 1---- � � 4 r---- � r---- � r---- 1 I I � i i i i I I i i i I i i I I i i i i i i i I I �------J i �/�/ i i i i i i I I i i � � � REMOVE � � REMOVE � � � HNr i REMOVE i � i i i i � i i i ELECTRIC i i ELECTRIC i i � i BOILER i � g01LER � � BOILER � � � i B-2 � i i i i EXPANSION � i 3��„ TANK TO � � � � � � REMAIN � i i i i i i i „ 2 1 �2„ 1 1 �4„ . � . •• : � • . , � 4 � -----------�� r, i NWR i i i i i i 6„ � i i i i i i � �----- � -----� �------r-----� �------r-----� i_6„ �3�� ;�-3" i i �----------- 4 NWS �/ c� � � „ � � � � i REMOVE NOT � CAP i i i � i 4„ REMOVE �i\ i i i WATER RETURN � PIPING TNROUGH EXISITING REMOVE �-r� REM�VE �T�l i SENSOR i FLOOR TO BE ABANDONED PIPING THROUGH PUMP � " � PUMP � `�' � PUMP � `�' - i � jEXISTING WALL TO PHWP-1 \�� PHWP-2 �'-�� PHWP-3 1�� REMOVE HOT i � REMAIN i i � jWATER SUPPLY SENSOR � � T T T � � �-------HWS---►--- -L---------►--- ----�-------+----►-- -HW�--------T--------� � UNDERGROUND � � � � � i ' UNDERGROUND PIPING TO REMAIN 6" 6" 6" � REMOVE REMOVE � ' CAP PIPING TO �� VFD�, PUMP i BE ABANDONED i ��,--iSNWP _1 HWR --�-------- -t-> � �},..._._....._4,> 4 �--4,>� �_. ! ---- HWS -►- - ----- , �„ „ „ 4„ ��..--� -----� 4 4 CAP 4 REMOVE �_: � REMOVE REMOVE UNDIERGROUND VFD PUMP ' PIPING SHWP-2 ' CONTROL VALV BY BOILE'' MFG (TYPICAL BALANCINi VALVE-200 GPP (TYPICAL EXISITING UNIT HEATER PUH-A4 (3.2OGPM) 3 BALANCING VALVE O )9 - ----- -HWR-�I- ------------------ ---� -------- � �4„ � �6>, MAKE IUP • 4„� 4" WATER TO 2» � � _ � ��s �� „ I �4" 4" � � 2" � � PUMP HWP-1 � N W/VFD � _ EXISTING EXPANSIO 4„ � TANK � 3/4 -� 6,> � 4" � HWS HWS I 6" AIR 6 S � SEPARATOR � SENSOR 4 -� _ 4" � � 4„ PUMP HWP-2 � W/VFD ( � EXISTING � UNDERGROUND� I PIPING 4" � HWR- SHEET KEYED NOTES• 0 PRIOR TO REMOVING PUMP, MEASURE FLOW, HWS- SUBMIT RESULTS TO ENGINEER FOR REVIEW. 4 2� SET BALANCING VALVE FLOW RATE TO MATCH REMOVED PUMP. 3� REBALANCE HEATING COIL TO INDICATED VALVES. /4" � 2" 2„ � � 1 1/4" 1 1 /2" EXISITING EXISITING AIR HANDLING BLOWER COIL UNIT UNIT BCU-A2 AHU-A1 (25 GPM} (g GPM) l�l O ISITNG HOT WATER TO RMINAL UNITS TO REMAIN EXISTING EXISTING CABINET CABINET HEATER CUN-A3 HEATER CUH-A2 (2.5 GPPAIn (2.5 GPM) � HWS HWR 4� REFER TO DRAWING NWR M211 FOR PIPING WITHIN NEW ADDITION NWS EXISTING � PIPING 4 THROUGH PIPING THROUGH EXISTING WALL `FLOOR 4�� _� N � _ 4" PREINSULATED PIPING BELOW GRADE 2 1 /2" 2 1 /2" 1 1 /4" 4" . � . .• . , � . : ►_► � ''� 's' 3„ HW —H W 3„ u 1 1,4» u � BLQWER BLO COIL UNIT C01 BCU-A6 TO g�� REMIAIN REN . . .• e , ��. � ' � 1 1 /2" HOT WATER PIPING DEMOLITION SCHEMATIC 1 1 /4" EXISITNG BLOWER COIL UNIT BCU-A3 (9 GPM) � HWR HWS 2 1 /2" 1 1 /4" EXISITING BLOWER COIL UNIT BCU-A1 (5 GPM) � 3„ 3 HW -HW ci� NWR NWS 2 1 /2" �-2„ -HWR� � ��/4„ � �, � �/4,> EXISITNG EXISITNG BLOWER BLOWER COIL COIL UNIT UNIT BCU-A6 BCU-A5 (5 GPM) (9 GPM) � O PIPING THROUGH EXISTING MEZZANINE FLOOR 1 1 /2" . � , .. . . � ��. 1 �P � . � HOT WATER PIPING SCHEMATIC Scale: NTS n W 2 1 /2" �-2" 2" � � EXISITING AIR HANDLING UNIT AHU-2 (25 GPM) � -HWR� -HWc � 1 1 /2" EXISTING UNIT NEATER PUH-A3 (3.2 GPM) 3�4„ � 1 1 /2 "� WF HW` EXISTING 3/4" CABINET HEATER CUH-A5 (2.5 GPM) O �--H W R H W S�/ _ EXISTING 3/4" CABINET HEATER CUH-A1(2.5 GPM) � -- � EXISTING UNIT HEATER � 1 /4" PUH-A1 (3.2 GPM) � EXISTING UNIT NEATER PUH-AZ (8.7 GPM) O EXISITNG CABINET HEATER CUH-A4 (2.5 GPM} O �-1 1 /2" �� 2„ EXISTING PIPING THROUGN EXISITING FLOOR _ _ �' �� 0 �� ow°O ��oo J Q � o�� M o�~ �� m W 'S � � � � � � � � c� � o C,�w �� Q�� :=' �' � o "'� O �o . � � � � � v� H � � � '�' z w �� py v, w L � O � � U U � a W � �' c � � �� U � � � � ` < � .� � � � � g SCOPE DRAWINGS: Theae dmwinga in�cate the generol acope of the proJect in terma of arch�teeturai design cor�cept, the dimensiona of the building, the maJor arch�tactural elements and the type of structural, rt�echanical and electrical systems. The dmwinga do not necesscrily indicote or describe ali work required for full performance ond completwn of the requirements of the Cmdmct. On the basis of the generai scope in�cated or described, tha trode contractora atwli furniah oll itama rcquired for the proper execution arrcl completion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.d. G.M DRAWING TIT�E: H 0� WATER PIPING SCH EM A� C- BASE B D DRAWING NUMBER PROJECT NUMBER 120�1 3/4„ UNIT HEATER PUH-A4 TO REMAIN � 2" u 2�� u u 1 1/4�� 1 1 /2" AIR BLOWER HANDLING COIL UNIT UNIT BCU-A2 TO AHU-A1 REMAIN TO REMAIN REMOVE HOT WATER NOT WATER TO TERMINAL �PUMP O UNITS TO REMAIN REMOVE HOT 4» WATER RETURN SENSOR 4�� ---- 4" -- -r = �' �_� -H W �---� „ 6„ 6„ ; --- � �---� ----2�4 --� » �---t- _ r-----�----�---HWI�r---------------------r- -�---i--NWI'r---- �., i 6,> 6,> � 4 �_.�REMOVE HOT WATER i i� i i� � i �---PUMP 1O i � i r� --�-�f-HW� -r--HW�- � -.1-----� -----�- T �4" REMOVE ��_� i i � AIR SEPARATOR i 2,> i � � REMOVE HOT ' 3„ i 2„ i i � t ' CABINET HEATER CABINET NEATER � i � � WATER RETURN � -Q�---HWI�-�------� 'J �--L---1 J 6 � � � SENSOR CUH-A3 CUH-A2 i � � � � 1 i TO REMAIN TO REMAIN � � �� »� �� » REMOVE � � i T r______T �, AND CAP 1 � � � � i � �L �l MAKE UP � , � i i F---� �---� F---� WATER i � „ � +---- 1---- 1---- � i � i I � � � 4 �---- -� �---- � �---- �i i� i i i � � � � � � � � �� i I i i i II i i i I i �------J i i i � � i � L--- � �-- � �---� I i HW� i i i i i i i i i i i i i i i � NWR REMOVE � � REMOVE � � � i REMOVE i � � i � � � i i i ELECTRIC i i ELECTRIC i i i � BOILER i � � i � EXPANSION i � � i � BOILER � i BOILER i TANK � � 3I4�� CAP B-2 i I i i i i r i I i i i i � i I i I � i � 2 1 /2" 1 1 /4" . � . .• • , �, . � u_ i i i i ++ � i i i i i i s„ � 4-�\ ,, ----------- �'�� ' HWR i i i i i i � ti� �-----T----J �------r----J L-----r----J � /_6„ � ,-3» ! �3" i � HWS � ----------- 4 �i�� i �� b� � � � CAP i i i � REMOVE HOT � 4„ REMOVE �i\ i t i WATER RETURN � PIPING THROUGH EXISITING REMOVE �-r� REMOVE �� SENSOR � PIPING THROUGH i FLOOR TO BE ABANDONED PUMP � `0 � PUMP � `b � PUMP � `�' � - i i jEXISTING WALL TO PNWP-1 \`'-�� PHWP-2 Z�� PHWP-3 �''�� REMOVE HOT i i REMAIN � � i jWATER SUPPLY SENSOR � � T T T � � _ �-------HWS---►--- -L---------►--- ---�-------+----►-- -HW�--------r--------� � UNDERGROUND � � � � � � UNDERGROUND 6" 6" 6" ��, REMOVE REMOVE i PIPING TQ REMAIN PIPING TO CAP gE ABANDONED � � VFD�� PUMP i � ��.--�SHWP _1 L- HWR --�-------- -t-; � � ............._4„ 4„� „ �_. ! -------- HWS -►- 4 � - ----- �------ , � ,� �> » 4„ -'i--� -----� 4 4 CAP 4 REMOVE `- REMOVE UNDERGRO OND VFD PUMP PIPING SHWP-2 EXISITING UNIT NEATER PUH-A4 (8.OPM) 3 BALANCING VALVE O /4" 2„ �2„ 2„ � � � � /4„ 1 1 �2„ EXISITING EXISITING AIR HANDLING BLOWER COIL UNIT UNIT BCU-A2 AHU-A1 (25 GPM) {9 GPM) n CISITNG HOT WATER TO O :RMINAL UNITS 4" � � _ _ � � 4" � I � � DIFFERENTIAL � PRESSURE � TRANSMITTER I P � 3/4 � � I � � cn = � � _ � 4" � 4" � EXISTING I UNDERGROUND� � PIPING � HWR—I HWS� 4" SHEET KEYED NOTES• 0 PRIOR TO REMOVING PUMP, MEASURE FLOW, SUBMIT RESULTS TO ENGINEER FOR REVIEW. 2� SET BALANCING VALVE FLOW RATE TO MATCH REMOVED PUMP. � REBALANCE HEATING COIL TO INDICATED VALVES. EXISTING EXISTING CABINET CABINET HEATER CUH-A3 HEATER CUH-A2 REFER TO DRAWING � �H M21 1 -A FOR PIPING WITHIN NEW ADDITION H 4" EXISTING T PIPING � TNROUGH � PIPING THROUGH EXISTING WALLI FLOOR � � � q."� � _ cra � S 4" PREINSULATED PIPING BELOW GRADE 2 1/2„ 2 1 /2" 1 1 /4" 4�� : •�� • : � • . � 3„ � .� 1 1 �4„ BLOWER BLC COIL UNIT C01 BCU-A6 TO gC� REMAIN REN . . � ■-a� ■ � � � •�' � : ii_ ► 1 1 /2„ HOT WATER PIPING DEMOLITION SCHEMATIC 1 1 �4„ EXISITNG BLOWER COIL UNIT BCU-A3 (9 GPM) 0 HWR NWS 2 1 /2" EXISITING BLOWER COIL UNIT BCU-A1 (5 GPM) O 1 1 /4" 3" � N � � 4" 4" � T � � � � � Scale: NTS 3„ -H � I I i PIPING THROI; MEZZANINE FI 1 1� 4" S = —��--- I -- 4„ - -I►- - H W R NWS HOT WATER PIPING SCHEMATIC Scale: NTS HWR HWc 3" 2 1 /2" �-2„ HWR—I 2 1 /2" 2" UNIT HEATER PUH-A2 TO REMAIN WR� SENSOR ING _V E -� _ _ �' � � � 0 �� ow°O a�ao J Q � � � � _ � M H � . . �WI— O I— �m � W 'S SCOPE DRAWINGS: Theae dmwinga in�cate the generol acope of the proJect in terma of arch�teeturai design cor�cept, the dimensiona of the building, the maJor arch�tactural elements and the type of structural, rt�echanical and electrical systems. The dmwinga do not necesscrily indicote or describe ali work required for full performance ond completwn of the requirements of the Cmdmct. On the basis of the generai scope in�cated or described, tha trode contractora atwli furniah oll itema rcquircd for the proper execution arrcl completion of the work. REVISIONS: ISSUE DATE DRAWN BY CHECKED BY 04/14/15 N.O. G.M DRAWING TIT�E: H OT WATE� PIPING SCN �M ATI C- A�TE��ATE DRAWING NUMBER PROJECT NUMBER 120�1