Loading...
Plans (12) MEC2015 - 00078 4 4 NOTE 3 } 1j2` ARV FiC 1E co q 2' MIN B GRADE Sol I MD2 BV FEB 12 2015 � 'a". •"'i r � 3140 CHAMFER 2' -6' MIN \ \ \\ \\ '`�, \ Tl'Y U "TIUAlill " v /\ / /.�`� VAULT TOP BUILDING DIVISION EL SET BY PIPING EL j , �\% SUPPORT 2' SCHED 80 PVC SUMP PUMP c m DISCHARGE ALONG WALL, 4 FLOOR SLAB 2% MIN SLOPE �G\ /\\ SEE NOTE 1 TO DRAIN \!\\ 2' PVC CHECK VAL VE a /00 D O N Q SEE STRUCTURAL M01 1EXPANSION DRAWINGS �f/\/\ 2' PVC UNION ro > M o N JOINT MATERIAL-1 \ W - ��/� 1-1/2` TO 2` RED °PUMP (IMPELLER NOT SHOWN) 4 PUMP BARREL FORMED ENCASEMENT coo HOT-DIP-GALVANIZED SUBMERGED LOCATION E = TOP RING MD2 � VTP BARREL AND ARV DETAIL A GRATING, SEE DWG SD3 m o 0 p to {DIAMETER AND BOLT PATTERNco AS REQUIRED BY PUMP MFA ti NO SCALE M3 TO CONNECT TO PUMP BELL) L c SUMP PUMP, MODEL AS p W W W ti SUMP, SEE INDICATED ON DWG M4 EVENLY SPACED VERTICAL VANES a a a 3 DWG S10 25x7'x1/8', TYP 48 NOTES: ou 1. MOUNTING FLANGE, THICKNESS AND DIAMc TER IN 112'x114' HORIZONTAL ' ACCORDANCE WITH AWWA C207 STANDARD STEEL RING / 1 z o�, ?FLANGE CLASS F. � \ STRAPPING, TYP 4 042. CONTACT SURFACES BETWEEN PUMP HEAD AND ���' a vjMOUNTING FLANGE SHALL BE MACHINED. / �' o Qui `/\\\/ /\\\/ / \\f°��` BOTTOM GRATING 4` OFF BOTTOM OF J' 3. ROUTE TO DRAIN PER DWG M3. �\ /,c j / /�/,�\/ //./,�/�, r r I ��\/ BOTTOM RING PUMP BARREL OR CL STUD BOLT PUMP'HEAD FLANGE%/\\%/ ;,1\�� f\\�\�� GREATER AS READ (SEE NOTE 2) y/\`�f� /\ff\\\\\\\ \\\\ \ \ \1f\\l' \\l� BY PUMP MFR ,\/) f �\ i/ i i/y�'�/i \i SECTION AA y NOTE 2 TAPPED HOLES, DIA o AS REQUIRED BY ///�\�� ��/.�//.�� /�' *; PUMP MANUFACTURER �'\'y%�`'�\��� " BOTTOM GRATING W O-RING GROOVE WITH NOTES: (NOTE 2) o 0-RING IN BOTTOM 'o 1. DISCHARGE PIPE SHALL BE ROUTED AS SHOWN ON DWG M4. v c FLANGE . 7.5° SPACING C ON CENTER, TYPc s cc � PROTECTIVE PUMP BARREL TAIL .� PLASTIC CAP FOR MOUNTING FLANGE SUMP PUMP DE a > d TAPPED THREADS (SEE NOTE 1) NO SCALE M4 A 'Q h HORIZONTAL STAPPING v 3 = NOT SHOWN ® Rs DETAIL / B *%N BOTTOM RING NO SCALE - 2' VERTICAL VANES (48 TOTAL) 1[ SEE NOTE Z PLATE WASHER (2 REQD) BOTTOM VIEW FOR EACH BOLT INSULATING WASHER (2 REQO) NOTES: SCHD 80 PVC, FOR EACH BOLT 1. ALL BASKET MATERIAL SHALL BE 316 L SS. (SUPPORT AS READ) INSULATING SLEEVE (1 READ) EACH BOLT 2. BASKET Op TO MATCH OD OF PUMP MANUFACTURER CAV (SEE SPEC SUCTION BELL. ~ SECTION 15108) 3. BOTTOM GRATING SHALL BE FABRICATED FROM � INSULATING 2'x118" BAR PROVIDING 2'x2' OPENINGS 2' © H ARV (PART OF GASKET (1 READ) DEEP. cc Q INSTALL DUAL BODY CAV) 4. TOP RING DESIGN-AND DESIGN OF ATTACHMENT TO ( (' Lu OPEN = d FLANGESco PUMP BELL BY PUMP MANUFACTURER. !y 1•y HYDRAUL IC PERFORMANCE RESILIENT SEAT STL FLANGED GATE VALVE, FLG OUTLET NOTES; INLET BASKET F W W/ HANDWHEEL 1. TORQUE BOLTS PER INSULATING FLANGE SET MANUFACTURERS NO SCALE M3 Z (INSTALL OPEN) RECOMMENDATIONS (TYP). cc Zuj 2. INTERIOR LOCATIONS: ���������� � CM < •�`} ASTM F593, SS TYPE 316 BOLT WITH ASTM A563 PUMP INLET OD x PUMP BOLTED CONNEC��FOR CODE CDMP�CS L.0 K•L. Q. w Co 6' MIN GAP NUT, XYLAN 1000 SERIES COATING. PUMP COLUMN ID W/ INSULATINGAppravcd: �(�� � � � � � REQUIRED FLANGE SET UTC: E j BURIED OR EXPOSED LOCATIONS; Lu STL _ ASTM A307 BOLT - UNC THREADS, WITH ASTM A563 (4) HORIZONTAIAddess: PIPE NUT, ZINC COATED. STRAPPING L u Date: SUBMERGED LOCATIONS: to#: W TYPE 316 SS BOLT, WASHER AND NUT. B �, � � TYP0 w u G - M T BURIED LOCATIONS DO NOT ENCAPSULATE 118 v lO t L J 3� FLANGES WITH WAX TAPE COATING IN ACCORDANCE TYP TOP AND y OFFICE COPY WITH ANSI/AWA 0217. BOTTOM, TYP INSULATING FLANGE SET DETAIL E 4 HORIZONTAL 118' W PIPE TO BE INSTALLED 12' STAAPPINGS DIRECTLY ABOVE FLOOR SINK NO SCALE VAR EVENLY SPACED T _ TYP 1 i8, VERTICAL VANES DESIGNED: TDS = DETAILED: VEE 419N CHECKED: RCB NOTES: JL APPROVED: JAM TYP 118 BOTTOM BOTTOM RING, 1. FITTINGS PER TEST PRESSURE DESIGN. GRATING 24x114' DATE; FEBRUARY 2014 O 1/2 1 2. PIPING AND GATE VALVE SIZES SHALL MATCH CAV NOTE: �� INLET/OUTLET SIZES. SEE SCHEDULE 15108 - AV WELDING SHOWN REPRESENTS MINIMUM REQUIREMENTS AT EACH IF THIS BAR DOES NOT FOR CAV SIZE. VERTICAL VANE AND EACH BOTTOM GRATING INTERSECTION. MEASURE 1" THEN DRAWING IS FINAL WELDING DESIGN BY PUMP MANUFACTURER. NOT TO FULL SCALE PROJECT NO. 175069 COMBINATION AIR VALVE DETAIL D TYPICAL WELDING DETAIL NO SCALENO M2 SCALE MD 2 _ Q.o, SHEET a m 71 OF 141 �o - U M ' ca co MASONRY OPENING 4" MIN EMBEDMENT (SEE DRAWING M7) 4" MIN EMBEDMENT 318° ANCHOR BOLTS OR 6' -0" (MAX ADHESIVE ANCHORS IN 6' -D" MAX) MASONRY ¢ o CONCRETE MASONRY &P5 NOTE 3 AS OPENING � REQUIR D Cc k X k HANGER BRACKET 00(TYP) (SEE U. w FURNISHED BY UNIT DRAWING $6(TYP) M7 y HEATER MANUFACTURER , w i A Q 130 C Q ROW 1 ) ca rL (TYP) 65(TYP) i . i •' U ti c, � a ,,' AQ BQ CQ ROW 2 ,� ,� .04. --------------- EQUIPMENT o = �, � .- VIBRATION r'-- 500 LB 1.. "' °' Lo a N -- _ ISOLATOR il (MAX} '� ti o AQ Bp Co - ROW 3 AQ _ ROW 1 PANEL SLEEVE SCHEDULE N ,� (TYP) co _ Lu co o�-c � SOLUTION OR GAS LINE SIZE SCHEDULE 40 NOMINAL SLEEVE SIZE ' rn N ' I AQ BQ CQ ROW 4 AQ ROW 2 w "' 0 o ` . .j w (INCHES) (INCHES) ' ull N o HEATER ORIENTATION EQUIPMENT -- - - ti = �. - GAS LINE 3 " AS INDICATED ON CENTERLINE - LIQUID LINE 3 oto i PLANS PLANco co a 318" DIA ANCHOR BOLTS OR ADHESIVE h } co ANCHORS IN CONCRETE OR MASONRY 4' 4° *� x �; o Q PLAN ELEVATION NOTES: ELEVATION NOTE: 1. PART NUMBERS LISTED ARE BASED ON UNISTRUT PRODUCTS. R v W MASONRY WALLS SHALL BE SOLIDLYc C/)o u u w GROUTED 4" MIN, ALL SIDES OF ANCHORS. 2. UNISTRUT MATERIAL SHALL BE GALVANIZED UNLESS OTHERWISE INDICATED. ELEVATION A ELEVATION B PANEL PIPING SCHEDULE - ELEVATION A CL a Q. 3. MASONRY WALLS SHALL BE SOLIDLY GROUTED 4" MIN, ALL SIDES OF ANCHORS. PIPE DESIGNATION PIPE SIZE (INCHES) PIPE SERVICE ELECTRIC UNIT HEATER SUPPORT a WALL HANGER - 4 ROD a ROW LETTER �� .0 A- i NO SCALE NO SCALE 1 A GAS LINE REFRIGERANT 0. 1 B LIQUID LINE REFRIGERANT 2 0 ',; C4 1 C GAS LINE REFRIGERANT "� o NIX a r PANEL FLUSH WITH WALLo y n �o oa• bn n. (SEE DWGS FOR LOCATION 2 A LIQUID LINE REFRIGERANT Q0 3 8° DIA ANCHOR BOLTS OR OF PANELS) 2 B GAS LINE REFRIGERANT /�r ,� F 1 ADHESIVE ANCHORS IN SEE NOTE 2 C LIQUID LINE REFRIGERANT CONCRETE OR MASONRY 3"x24°x112" 3 A GAS LINE REFRIGERANT 2x2x3116 ANGLE FIELD STEEL PLATE z n 3 B LIQUID LINE REFRIGERANT v o C4x5.4 Z z SCHED 4D STL PIPE SLEEVE 3 C GAS LINE REFRIGERANT = c LOCATE AS REQUIRED BY �''C45 8 LG (TYP) CTR IN PANEL 0 a? EQUIPMENT AND BY __ _ ____ CILo ti & TACK WELD EA SIDE. SEF 4 A LIQUID LINE REFRIGERANT +� ORIENTATION -- f _ — — >.- 4 PANEL SLEEVE SCHEDULE FOR 4 B GAS LINE REFRIGERANT o ? q4 4 C LIQUID LINE REFRIGERANT w Q O N1/4 %g ? T ' T' = 4" MIN OR GREATER AS REQ'D TO >-o CL U ca w FILL SPACE WI SAFING INSULATION, TO 0 ANGLE o w ti PROVIDE FIRE RATING AS READ FOR WALL � o 2x2x3116 6 acc w • I� ¢ 12" LONG CORRUGATED MASONRY PANEL PIPING SCHEDULE - EL E VA T ION B + � w STRAPS @ 1 ' -4" CENTERS. 4" MIN WELD TO ALL SIDES Of PANEL PIPE DESIGNATION PIPE SIZE (INCHES) PIPE SERVICE 3` -0" (MAX) EMBEDMENT E UIPMENT ROW LETTER SEE NOTE 5 THROUGH MASONRY WALLS m TURNBUCKLE 0 1 A GAS LINE REFRIGERANT (TVP) OR VIBRATION MASONRY WALL LIQUID LINE REFRIGERANT 114 ISOLATOR 2 A Q �[ NOTE: PLAN ELEVATION SECTION MASONRY WALLS SHALL BE SOLIDLY GROUTED 4° MIN, ALL SIDES OF ANCHORS. WALL HANGER - 4 ROD/c NOTES: NO SCALE 1. SEE PANEL PIPING SCHEDULE FOR PIPING SIZE AND SERVICE. 2. REFRIGERANT LINES ARE WRAPPED WITH 1" THICKNESS INSULATION. 3. PIPE SPACING SHALL BE UNIFORM WITHIN THE OPENING, WITH MINIMUM SPACING AND ALLOWANCES AS INDICATED. c EXPOSED WALL EXPOSED 4. CONTRACTOR SHALL COORDINATE THE SPACING AND ALLOWANCES OF ALL PIPING AND SLEEVES PRIOR TO FABRICATION OF PANEL. NON-RESTRAINED THICKNESS NON-RESTRAINED 5. ALL PANEL MATERIAL, EXCEPT SLEEVES, SHALL BE 1/4' STEEL PL WELDED CONSTRUCTION. PIPE SLEEVES SHALL BE SEAL WELDED ALL AROUND. �.,� � 1-4 � 6. REFRIGERANT PIPE SIZES IN THE SCHEDULES ARE LISTED AS EITHER "GAS LINE" OR "LIQUID LINE'. ACTUAL PIPE SIZE IS DETERMINED BY THE EQUIPMENT PIPE SIZE CORE DRILLED MANUFACTURER. cc REFERENCED ON DWGS SLEEVE (SEE NOTE 1) TYPICAL WALL SLEEVE PANELrE I-- Q. H NO SCALE z CL z Q 51, co ct Lu SEE NOTE 2 1**- ---EXIST WALL u c) _- NOTES: Q 1. CORE DRILL SMOOTH WALL OPENING, COORDINATE CORE DIAMETER AS REQUIRED WITH COOLING AND HEATING EQUIPMENT MANUFACTURER. 2. FOR PIPE SIZES 1 112" AND SMALLER, CAULK ANNULAR SPACE AROUND PIPE. CORE DRILLED WALL SLEEVE/`� NO SCALE DESIGNED: JEP, JAL - DETAILED: JAL CHECKED: RWC APPROVED: JEP DATE: FEBRUARY 2014 D 1/2 1 - IF THIS BAR DUES NOT MEASURE 1" THEN DRAWING IS NOT TO FULL SCALE PROJECT NO. - 175069 MD3 SHEET 0 72 OF 141 Q4 ■ w U � tL} A B C D E F 16"x24" WALL SLEEVE PANEL ON BOTH q -" INTERIOR AND EXTERIOR SURFACES OF WALL; SEE DETAIL E ELEVATION A. DWG MD3; N Q ¢ w CUT AND REMOVE SEE DWG S5 FOR EXACT HORIZONTAL LOCATION I ( I I ( I o m CONCRETE BLOCK AS 1 Q REQUIRED TO INSTALL REFRIGERANT PIPING (TYP) x REFRIGERANT PIPING - cv uM. u- CONCRETE BLOCK �... � BEHIND BRICK FACE (BRICK NOT SHOWN) F--T- - --` T _T.-1 EQUIPMENT PAD S�p a 2 ! i ! ! ! t ! ,� q .4 a a :° F L_ & I (SEE STRUCTURAL � � .i f i o _ DRAWINGS i-- -- TOP OF - -- o • " FIRST > T '� 1 � o � a a• FOR DETAILS) L_ -+- ; ' 1 1 �, �. � COURSE CD-101 y CD-102 CD-103 I CD-104 CD-105 CD-108 A a a EUH-10i MD3 ' PUMP ROOM ' ' 1 s ( � a SECTION 2 12" 6" 0 1 ' 2' 3' 4 1 5' e' 7' #�{ - ; ,= - _,- _ - o im co go h ko 31811 1 -011 318"=1 ' -o" law - CD-108 3 (INLINE) � PUMP ROOM 80x16" WALL SLEEVE PANEL ON BOTH EXHAUST ( ' " �..�. a "� INTERIOR AND EXTERIOR SURFACES OF r. 480;(40mDISCHARGES WALL; SEE DETAIL E ELEVATION B, DWG MD3; PLENUM 3 t { ' ABOVE ROOF SEE DWG S5 FOR EXACT HORIZONTAL LOCATION 'S I ,y OF ELECTRICALCL tz- DF-101 ROOM (TYP) - EUH-102 l i a C14 CUT AND REMOVE REFRIGERANT PIPING (TYP) r REFRIGERANT ', DF-102 (SEE SECTION ' ' DF-103 DF-104 I Q a CONCRETE BLOCK AS PIPING (TYP} CD-107 1 THIS QWG) � REQUIRED TO INSTALL CONCRETE BLOCK REFRIGERANT PIPING BEHIND BRICK FACE. _,t _ '!l'`-�--- ` � f # '' ---, " �j _T{ T -- !_� `r� A FL (BRICK NOT SHOWN) : !i - -- ( t ° � 3 _ �; f r-� __ i _ ''.� _ I ^Q _ iT ail -t+t�� ��� 41 EQUIPMENT PAD L_ CD-i10 (INLINE} 48■X30"(L2) R A (SEE STRUCTURAL ' DRAWINGS - TOP OF R '- R _ - CD-109 _ ��` '`� ELBOW DN c r FIRST :' K�B TYP OF 4 € i �� (INLINE It �`� 1O"x8" I (TYP OF 3) ' CD FOR DETAILS) L_ COURSE R R R MD3 108 , 1 f ( 1709 # 11 t WN-102 o T Og T y T T Q -Q 0 W c Q �• � _ rrte�,, — ---j---j REFRIGERANT _ 02 C T t 107 , I� fl. 12" 6" 0 1 ' 21 3' 4' 5' 6' 7' 8°x16" WALL SLEEVE PANEL '' ;PIPING (TYP) C c SECTION 3 ON BOTH INTERIOR AND EXTERIOR ! TYP D y p 318" = 1 ' -O" - WALL SURFACES, SEE DETAIL E EUH-103 FC-1o3 8»X8• MD3 " MD3 1 = 0 318"-1 ' -0" - _ ELEVATION B, DWG MD3, FOR 3 EUH-104. WALL SLEEVE PANEL DETAILS - �--- - 1 ¢ FC-104 -� ETYP OF 2 FLDEXI CONN ( am d t _ t I FC-102 ; - --- FC-105 -� ( CONDENSATE Q 'c > �1 (TYP) OCU- 05 - - 6 C-101L ! DRAIN DN CD-111 i _ co - _ J i 1 2" v FC-106 1 24"x24"x24" to D U-104 JA " ELECTRICAL ROOM ..M- _ FC-107 LINED PLENUMt I 00 t I ac 1 �"`` -- RR # MOUNT I ! oc j 1 8' -0" AFF ; _ T MECHANICAL ROOM R TCP-101 104 ' R 106 103 2 ! 105 T _ (( _ DCU-103 —- - – – – – �- —;— – – – – 4 CONCRETE PAD (TYP)—] 1 I �✓' `� i j ;' DGU-102 DCU-101 16"x24" WALL SLEEVE PANEL ON BOTH j cc INTERIOR AND EXTERIOR WALL SURFACES, 2 SEE DETAIL E ELEVATION A, DWG MD3, FOR WALL SLEEVE PANEL DETAILS FLOOR PLAN 6' 4' 2' 0 5' 10' " _ 11 3116 - i -0 3116"=i ' -0" LLj C* ~ "� Q cc Z � cz,• NOTES: 4 3 2 1 Q 4 1. IN THE ELECTRICAL ROOM, CONTRACTOR SHALL INSTALL DRIP TRAYS UNDER ! L HVAC EQUIPMENT, CONDENSATE DRAIN LINES, AND REFRIGERANT PIPING �" � -j THAT IS INSTALLED ABOVE ANY ELECTRICAL EQUIPMENT TO INCLUDE Z U.• MCC UNITS, SWITCHGEAR, PLC UNITS, PANELS, AND VARIABLE f ( REFRIGERANT W Q FREQUENCY DRIVES. PIPING (TYP) �.. LyLu - REFRIGERANT W I I PIPING (TYP) . _��' t I CONDENSATE DRAIN ..— ���� o �"` •'`' PIPING (TYPICAL) FG-102 FG- -� PUMP ROOM DUCT SIZE TO MATCH E' FAN DISCHARGE OPENING SIZE `--- ' C CONTROL DAMPERS CD-107 T.RU CD-110 DUCT FANS DF-101 THRU 34 DESIGNED: JEP, JAL ! SLOPE CONDENSATE I I t DETAILED: JAL DRAIN 114�`PER FOOT (NP) COVER INLET r (j CHECKED. RWC ' COVE INLET ' E APPROVED: JEP WITHCONTROL DAMPERS t 1i 103 B 108 THRU 111 GUARD H CD-101 THRU DATE: FEBRUARY 2014 ( T MD3 T CD-106 0 112 1 IF THIS BAR DOES NOT 4t713 MEASURE 1" THEN DRAWING IS ELECTRICAL ROOM T' NOT TO FULL SCALE i , PROJECT N0. - ti -_-- 3 r.-.- � - — --�--- _ - 175069 SECTION 1 6' 4' r p 5' 10' M7 3116" = 14 .04 - 3/16"=1 ' -D" NOW SHEET �� fi70F141 11 -611 SO A 611 DEEP CONC PAD r - , FLOOR DRAIN, SET TOP OF FLOOR #4 EW-- i i AS SPECIFIED DRAIN AT ELEVATION INDICATED ON PLANS EXTENSION SPLIT FINISHED PIPE HANGER PIPE CLAMP z CLEANOUT, FLOOR FLANGE SLOPE FLOOR AS AS SPECIFIED -----'---J FINISHED CLEANOUT, AS INDICATED ON PLANS CONCRETE OR PLAN CHAMFER FLOOR SPECIFIED WALL FASTENER ASPHALT PAVING w mo 2 FINISH GRADE TYP♦ • ' a ° ' ( q o 0 --- s . ' ♦ ; ° . - : ; ' . *. . ; ° ' ♦ ♦ OFFSET TO WALL w a m CONCRETE PAD ♦ ° a '• ♦ ° OR COLUMN #4 EW SUBSTITUTE SINGLE41 t? x x x � SHORT SWEEP BEND CLEANOUT AND 27" DIA CHLORINATED FLASHING CLAMP - DO NOT CAULK _-° L O11T AND FOR EIGHTH BENDS PLUG POLYETHYLENE WATER DROP-EAR 90 DEG FAUCET PLUG ELBOW ' : CLEANOUT BODY WITH INVERT CONTAINMENT MEMBRANE c a TO HOUSING ELEVATION LESS DRAIN PIPE FLASHING WHERE SLAB ca � rL a THAN 2' -0" BELOW IS NOT ON GRADE — — _ 'a to � $ DRAIN PIPE FINISHED FLOOR "' cco � o DEEP-SEAL "P" TRAP I I N It co 0 -f;--,y----- NOTES: w cl)cc 6 N 1. PROVIDE VACUUM BREAKER ON HOSE FAUCETS WHERE INDICATED M N ------ _a!----- ON THE PLANS. N " SECTION 2. SEE PLANS AND SPECIFICATIONS FOR PIPE DIAMETERS. co GRADE CLEANOUT A FLOOR CLEANOUT - NEW FL OOR B FLOOR DRAIN SINK - NEW FLOOR c NOSE FAUCET PIPE M NT IN D OU G NO SCALE " NO SCALE NO SCALE NO SCALE w w aC d CS U Gl t4 tL W zt MASONRY OR CONCRETE WALL THERMOMETER r WALL 314" EXPANSION ANCHOR 2� A. 112" ROD TO {CONCRETE WALL){TYP) ��- a M 12" (OR COLUMN WIDTH) STRUCTURE VACUUM RELIEF 17 112" DIA BENT BOLT o VALVE o a tl a Q T ckcW f`� 4 0 N fl- 000 11411x1 112" 8" ABOVE MASONRY WALL (TYP) `'y ,w oma' vi co w SS BAR (TYP) EWH-i01 1/2" ROD N CW 3/4" 10 GAUGE SS co WITH ALL EL 3' -0" AFF TURN — DRAIN PAN HEAT TRAPmw EDGES GROUND WATER BUCKLE I� PRESSUREITEMPERATURE SMOOTH NEATER DRAIN PAN RELIEF VALVE HIGH PRESSURE WATER v r 4" RADIUS '" HOSE RACK 114" STEEL HEATER • ��� 211x2"xi/4" (TYP) PLATE WELD 318 SS BENT BOLT 31411 112" °} 3/$" SS BENT IN MASONRY TO FRAME WELDED ANGLE _I IRON FRAME EWH-101 Q •" SHELF EL `o (a BOLT IN 318" 5S ANCHOR BOLT —— W � � 147.00 ~ �S i/2" ROD W/ UNION (TYP) MASONRY (TYP) IN CONCRETE, 318" DRAIN VALVE ELECTRIC BOLT, NUT AND LOCK 211x2"x114" LOCKING NUT WATER �"T� L c (TYP) TERMINATE RELIEF VALVE a 3116 WASHER FOR COLUMN ANGLE IRON -314" DRAIN WATER NEATER HEATER i 00 MOUNTING 414" DRAIN PIPE WATER HEATS PIPE TO SUPPORT DISCHARGE WITH AIR GAP 2" C3 0 WALL OR COLUMN CONCRETE FILLED DIA + 4" SUITABLE ABOVE FUNNEL RECEPTOR , CELL (TYP) LOCATION 1/2" TO MOP SINK FAUCET co 'cac FRONT SECTION ELEVATION PLAN .�—� > �= ca WALL OR COLUMN MOUNTED HOSE RRACKI7� WATER HEATER SUPPORWATER NEATER PIPING SCHEMATIC C3� NO SCALE NO SCALE NO SCALE LYi - PLUMBING PIPING ACCESSORIES SCHEDULE PLUMBING FIXTURE SCHEDULE WATER SANITARY LABEL DESCRIPTION MANUFACTURER / MODEL REMARKS LABEL DESCRIPTION MANUFACTURER / MODEL HOT COLD WASTE VENT REMARKS cc FD-1 MEDIUM DUTY CAST IRON FLOOR DRAIN, ADJUSTABLE TOP, LOOSE SET CAST IRON GRATE. SMITH 2310 SERIFS SS-1 SERVICE SINK, 24'x20', WALL MOUNTED, CAST IRON, SINGLE BOWL, SINK: `AMERICAN STANDARD 7695.000 AKRON 112" 112" 3' 1 112' FCO 1 HEAVY DUTY FLOOR CLEANOUT, SECURED ROUND ADJUSTABLE NICKEL BRONZE TOP. SMITH 4111 SERIES BLANK BACK, WALL MOUNTED FAUCET FOR EXPOSED OVERHEAD SUPPLIES. FAUCET. CHICAGO FAUCETS 835 }'y H FCO-2 HEAVY DUTY FLOOR CLEANOUT WITH TRACTOR COVER. SMITH 4239 SERIES Q cc i­z Lu FS-T CAST IRON FLOOR SINK, 8' DIAMETER TOP, 314 GRATE, DOME BOTTOM STRAINER, SMITH 3040 SERIES REMARKS: REMARKS: W 0 CL Q. cc Z Z) J Q. v U cc PLUMBING EQUIPMENT SCHEDULE L.0 i-.:. q Cl W � Q Wc/) Q UNIT NUMBER DESCRIPTION MANUFACTURER / MODEL REMARKS EWH-101 ELECTRIC WATER HEATER, COMMERCIAL GRADE, 10 GALLONS STORAGE, 12 GPH RECOVERY AT 100 F RISE, 3 KW, 480 STATE SSE-10 SERIES VOLT, 3 PHASE, 80 HZ. REMARKS: DESIGNED: JPC DETAILED: JPC CHECKED: RWC APPROVED: JEP DATE: FEBRUARY 2014 0 112 1 IF THIS BAR DOES NOT MEASURE 1" THEN DRAWING IS NOT TO FULL SCALE PROJECT NO. 175069 3 M6 4 o�.. SHEET 0 66 OF 141 HVAC SEQUENCE OF OPERATION CONDENSING UNIT/HEAT PUMP SCHEDULE COOLING HEATING POWER z co 1. GENERAL SYSTEM OPERATIONS. MINIMUM CAPACITY SUPPLY MINIMUM ART MATCHED APPROX co co UNIT CAPACITY CAPACITY [HEAT PUMP] VOL TSI CIRCUIT MINIMUM WITH INDOOR WEIGHT 1. 1. TEMPERATURE CONTROL PANEL. TEMPERATURE CONTROL PANEL IDENTIFIED IN THE SEQUENCE OF OPERATION SHALL BE NUMBER LOCATION (BTUH) STEPS (BTUH) PHASE AMPACITY EFFICIENCY UNIT (LBS) REMARKS TZ PROVIDED WITH THE INDICATING LIGHTS, RUNNING LIGHTS, ALARM LIGHTS, AUDIBLE ALARMS, TIMERS, AND SELECTOR DCU-101 OUTDOOR NORTH END OF PUMP STATION 38600 1 20811 26 15.8 FC-101 260 1, 3 SWITCHES FOR CONTROL AND STATUS INDICATION OF THE EQUIPMENT SERVED. RUNNING LIGHTS SHALL BE PROVIDED TO tu I INDICATE BOTH ENERGIZED AND DE-ENERGIZED STATUS FOR THE EQUIPMENT AND SHALL POSITIVELY INDICATE EQUIPMENT DCU-102 OUTDOOR NORTH END OF PUMP STATION 38600 1 -- - 20811 26 15.8 FC-101 260 1, 3 § LU STATUS FROM THE MOTOR STARTER OR CURRENT SENSOR. SWITCH POSITION SHALL NOT BE USED FOR LIGHT ILLUMINATION. DCU-103 OUTDOOR NORTH END OF PUMP STATION 38600 1 20811 26 15.8 FC-101 260 1, 3 eq m v INDICATING AND RUNNING LIGHTS SHALL BE LOCATED DIRECTLY ABOVE EACH RESPECTIVE SELECTOR SWITCH WITH LIGHT DCU-104 OUTDOOR NORTH END OF PUMP STATION 38600 1 --- COLORS AS FOLLOWS: 20811 26 15.8 FC-101 260 1, 3 DCU-105 OUTDOOR NORTH END OF PUMP STATION 38600 1 --- 20811 26 15.8 FC-101 260 if 3 ' co RED - DE-ENERGIZED GREEN - ENERGIZED DCU-1 06 OUTDOOR NORTH END OF PUMP STATION 38600 1 20811 26 15.8 FC-101 260 1, 3 I I AMBER - ALARM DHP-101 OUTDOOR NORTH END OF PUMP STATION 38600 1 6700 20811 26 15.8 FC-101 260 2, 3 :341 WHITE - STATUS NOTE: c C4 LC4 v cm OUTDOOR COIL ENTERING AIR TEMPERATURE: COOLING - 950F DESIGN/ 50° F MIN., HEATING - 47• F (HEA T PUMP) o o c, 't cc uj INDICATING LIGHTS AND SELECTOR SWITCHES SHALL BE LOCATED ON THE FACE OF THE TEMPERATURE CONTROL PANEL SERVING THE RESPECTIVE EQUIPMENT. IN ADDITION TO THE LIGHTS, TIMERS, AND SELECTOR SWITCHES DESCRIBED IN THE SEQUENCE REMARKS: OF OPERATION FOR THE INDIVIDUAL EQUIPMENT, EACH CONTROL PANEL SHALL BE PROVIDED WITH THE FOLLOWING: 1 - MANUFACTURER USED AS THE BASIS OF DESIGN IS MITSUBISHI ELECTRIC-MODEL PUY-A42NH44 CEILING-SUSPENDED AIR CONDITIONING SYSTEM. co a CN-A 2 - MANUFACTURER USED AS THE BASIS OF DESIGN IS MITSUBISHI ELECTRIC MODEL MUZ-FE09NA-8 WALL-MOUNTED HEAT PUMP SYSTEM. :3 3 - COIL AND UNIT SURFACES SUBJECT TO CORROSION FROM A SEACOAST ATMOSPHERE SHALL BE GIVEN A SPECIAL COATING. c; co co "CONTROL POWER ONn STATUS LIGHT 0 r 0 co "INDICATING LIGHT TEST" PUSHBUTTON I Q � 0 "ALARM RESET" PUSHBUTTON (WHERE APPLICABLE) lu ccc: uj R. j L TEMPERATURE CONTROL .. L PANELS SHALL COME WITH PHENOLIC NAMEPLATES FOR EACH CONTROL SWITCH INDICATING SWITCH TYPE, i� EQUIPMENT CONTROLLED, ROOM OR AREA SERVED, AND SWITCH AUTOMATIC POSITION EQUIPMENT INTERLOCK. FAN COIL SCHEDULE MR 2. HEATING SYSTEMS. CAPACITY MINIMUM POWER EAT (B CIRCUIT SUPPLY A. UNIT AIRFLOW ESP LAT MATCHED WITH AMPACITY VOLTS1z ,j 'o .4 . 0 C14 2. 1. UNIT HEATERS. UNIT HEATERS SHALL BE CONTROLLED BY THEIR RESPECTIVE THERMOSTATS. NUMBER (CFM) (IN WC) (FDB) (FWB) (FDB) SENSIBLE TOTAL OUTDOOR UNIT (MCA) LOCATION PHASE REMARKS a no FC-101 1025 0.25 85 63.5 50.2 38600 38600 DCU-101 2 ELECTRICAL ROOM 20811 1 00 2.2. WALL HEATERS. WALL HEATERS SHALL BE CONTROLLED BY THEIR RESPECTIVE THERMOSTATS. FC-102 1025 0.25 85 63.5 50.2 38600 38600 DCU-102 2 ELECTRICAL ROOM 20811 1 cy. i-L I - FC-103 1025 0.25 85 63.5 50.2 38600 38600 DCU-103 2 ELECTRICAL ROOM 20811 1 x 3. VENTILATrN01EXHAUST SYSTEMS. FC-104 1025 0.25 85 63.5 50.2 38600 36600 DCU-104 2 ELECTRICAL ROOM 20811 1 3. l.' "ON-OFF" EQUIPMENT CONTROL. EQUIPMENT INDICATED FOR "ON-OFF" CONTROL SHALL EACH BE CONTROLLED BY AN FC-105 1025 0.25 85 53.5 50.2 38600 38600 DCU-105 2 ELECTRICAL ROOM 20811 1 low INDIVIDUAL "ON-OFF" FAN SELECTOR SWITCH. THE SWITCH LOCATION SHALL BE AS INDICATED BELOW. WHEN THE SWITCH IS FC-106 1025 0.25 85 63.5 50.2 38600 38600 DCU-106 2 ELECTRICAL ROOM 20811 1 c PLACED IN THE 'ON" POSITION, THE RESPECTIVE EQUIPMENT FAN SHALL BE ENERGIZED. BEFORE THE FAN CAN OPERATE, THE FC-107 380 0.25 88 63.7 70. 1 10000 10700 DHP-101 1 MECHANICAL ROOM 1 20811 12 CONTROL DAMPER(S) SHALL BE PROVEN OPEN. WHEN THE EQUIPMENT FAN IS DE-ENERGIZED, THE CONTROL DAMPER(S) SHALL REMARKS: RETURN TO THE NORMAL POSITION. W1 - MANUFACTURER USED AS THE BASIS OF DESIGN IS MITSUBISHI ELECTRIC MODEL PCA-A42KA4 CEILING SUSPENDED AIR CONDITIONING SYSTEM. 0 0 >-0 2 - MANUFACTURER USED AS THE BASIS OF DESIGN IS MITSUBISHI ELECTRIC MODEL MSZ-FE09NA-8 WALL MOUNTED HEAT PUMP SYSTEM. CL c EQUIPMENT SWITCH LOCATION CONTROL DAMPERS) C2 DF-105 NEAR DOOR CD-111 = 0 c 3.3. "ON-OFF-AUTO" EQUIPMENT CONTROL. EQUIPMENT INDICATED FOR "ON-OFF-AUTO" CONTROL SHALL EACH BE CONTROLLED 0 4)0 'ua BY AN INDIVIDUAL "ON-OFF-AUTO" FAN SELECTOR SWITCH. THE SWITCH LOCATION SHALL BE AS INDICATED BELOW. WHEN THE > If SWITCH IS PLACED IN THE "AUTO" POSITION, THE FAN SHALL BE INTERLOCKED AND CONTROLLED BY THE FAN INTERLOCK. j"o ca WHEN THE SWITCH IS PLACED IN THE "ON" POSITION, THE FAN SHALL BE ENERGIZED. BEFORE A FAN CAN OPERATE, THE FAN SCHEDULE ca CONTROL DAMPER(S) SHALL BE PROVEN OPEN. WHEN THE FAN IS DE-ENERGIZED, THE CONTROL DAMPER(S) SHALL RETURN TO POWER MINIMUM THE NORMALLY CLOSED POSITION UNLESS OTHERWISE INDICATED. SUPPLY WHEEL FILTER DATA APPROX pp EQUIPMENT SWITCH LOCATION FAN INTERLOCK CONTROL DAMPER(S) UNIT FAN AIRFLOW ESP MOTOR VOL TS/ DIA WHEEL THICKNESS VIBRATION WEIGHT NUMBER LOCATION TYPE (CFM) (IN WC) HP PHASE (IN) TYPE DRIVE TYPE (IN) ISOLATION (LBS) REMARKS DF-101 TCP-101 T-108 CD-101, 102, 103, 107 DF-101 PUMP ROOM DF 4600 1.25 3 48013 18 C BELT --- RUBBER MOUNT 400 1., 2 DF-102 TCP-101 T-109 CD-101, 102, 103, 108 DF-103 TCP-101 T-110 CD-104j 105, 1060 109 DF-102 PUMP ROOM DF 4600 1.25 3 48013 18 c BELT -- - RUBBER MOUNT 400 1, 2 DF-104 TCP_101 T-111 CD-1041 105, 106, 110 DF-103 PUMP ROOM DF 4600 1.25 3 48013 is C BELT --- RUBBER MOUNT 400 1., 2 DF-104 PUMP ROOM DF 4600 1.25 3 48013 18 C BELT --- RUBBER MOUNT 400 ly 2 4. AIR CONDITIONING SYSTEMS. DF-105 MECHANICAL ROOM DF 200 0.5 0.083 12011 8 C DIRECT --- --- SPRING HANGER 75 1 4. 1. DUCTLESS SPLIT SYSTEMS. DUCTLESS SPLIT SYSTEMS SHALL BE CONTROLLED BY THEIR RESPECTIVE THERMOSTAT. FAN TYPE NOTES: cc DF - DUCT FAN EQUIPMENT THERMOSTAT WHEEL TYPE NOTES: FC-101 T_101 t-4 � FC-102 T-102 C - CENTRIFUGAL FC-103 T-103 c . , REMARKS: co -q- c FC-104 T-104 1 - CONSTRUCTION A) ALUMINUM FAN BLADES 8) STEEL FAN BLADES zz Lu FC-105 T-1052 co Lu 2 - INLET GUARD Q. FC-106 T-106 a Q FC-107 T-107 "I cc LL Zz Ui L Q. LLJ 5. THERMOSTAT SETPOINTS HEATER SCHEDULE co cc %Z( tsQ Z ZZ 5. 1 THERMOSTAT SETPOINTS SHALL BE AS INDICATED BELOW, UNLESS THE SETPOINT HAS BE DESCRIBED PREVIOUSLY IN THIS POWER Lu OUTPUT t Lu SEQUENCE OF OPERATIONS. AIR CAPACITY WATER WATER SUPPLY APPROX ql; 1-4Z CEJ : Z UNIT UNIT AIRFLOW PD FLOW PD MOTOR VOLTS/ WEIGHT uj HEATERS - 54 F NUMBER LOCATION TYPE ORIENTATION (CFM) (IN WC) (BTUH) (KW) (GPM) (FT) HP PHASE (LBS) REMARKS ryh co VENTILATING EQUIPMENT - 90 F EUH-101 PUMP ROOM EUHHD HORIZONTAL 380 --- -- - 4 --- - --- 1130 48013 50 1 MECHANICAL ROOM FAN COIL - 78 F COOLING 72 F HEATING ELECTRICAL ROOM FAN COILS 85 F EUH-102 PUMP ROOM EUHHD HORIZONTAL 380 --- 4 1130 48013 50 1 - EUH-103 ELECTRICAL ROOM EUHHD HORIZONTAL 380 4 --- 1130 48013 50 1 EUH-104 ELECTRICAL ROOM EUHHD HORIZONTAL 380 -4 1130 48012 50 1 WH-101 MECHANICAL ROOM WH HORIZONTAL 175 3 --- 1170 20811 30 2 WH-102 MECHANICAL ROOM WH HORIZON 75 3 1/70 20811 30-72 TYPE NOTES: EUHHD - HEAVY DUTY ELECTRIC UNIT HEATER DESIGNED: JAL, dEP WH - WALL HEATER DETAILED: JAL CHECKED: RwC REMARKS: APPROVED: JEP 1 - MANUFACTURER USED AS THE BASIS OF DESIGN IS CHROMALOX MODEL HVH HORIZONTAL DISCHARGE FAN FORCED UNIT HEATER. DATE: JANUARY 2014 12 - MANUFACTURER USED AS THE BASIS OF DESIGN IS BRASCH MANUFACTURING MODEL BWH4020 ARCHITECTURAL FORCED AIR WALL HEATER. 0 112 1 • IF THIS BAR DOES NOT MEASURE I' THEN DRAWING IS NOT TO FULL SCALE PROJECT NO. 175069 M8 o SHEET 68 OF 141 PIPE SIZE STEEL PIPE UNLESS 249 BARS REFERENCED OTHERWISE INDICATED EXPOSED ' ON DWGS INSULATING FLANGE 107 ' FLOOR SLAB EXPOSED WALL BURIED , MIN SFT MD2 NON-RESTRAINED THICKNESS NON-RESTRAINED RiNj m fi ----135° SEISMIC HOOK Q PIPE SIZE2 v • w w 2' OR 4' NIGH DIP REFERENCED r CORE DRILLED c° 4 W H CONCRETE CURB PIPE ON DWGS SLEEVE (SEET uj �, N N #4 0 12' � tz (SEE NOTE 3) �° NOTE 1) 3 � 211 TIE BAR NOTE 2 Z LLQ �y ct o ENCASEMENT W I I Luys I H w w k w ` UQZQ z � a ! I y ct vw v . I ! W W 2-#5 EF Z m ao I-------.--_i k '"" MODULAR � '� a 3 CLEAR ti *- —— ti 1 TYP oc . I —— ti CASING SEALS c �, �, PIPE AS op I I 1/4 w (SEE NOTE 2) EXIST WALL Lu SPECIFIED I I 1/4 (NOTE 1) M t � I I NOTES: to 449 BARSANNULAR COLLAR I I co a NOTES: *- {SEE NOTE 2) I I 1. CORE DRILL SMOOTH WALL OPENING, COORDINATE CORE } } 1 } CONCRETE DIAMETER AS REQUIRED WITH CASING SEAL MANUFACTURER. z � � � � I. WRAP PIPE W/ MIN 16-MIL POLYETHYLENE ENCASEMENT I ( ENCASEMENT MAXIMUM GORE DIAMETER SHALL BE 12'. A d (DOUBLE WRAP). (SEE NOTE 1) � " � NOTES: 2. WHEN SOIL MAY BE PRESENT, USE TWO SETS OF CASING SEALS. w a ui U 2. VAPOR BARRIER, TYP 3 SIDES OF ENCASEMENT ALONG ONE AT EACH FACE OF WALL. ti �to a U. c � a w ENTIRE LENGTH OF ENCASEMENT. EXTEND 12' MIN AND I. SLAB-ON-GRADE APPLICATIONS REQUIRE CONCRETE ENCASEMENT OF BELOW SLABFOR BURIED PIPING, CONTRACTOR SHALL PROVIDE AN ADDITIONAL FIELD JOINT RA a C05a ENTIRE SEEM WITH SLAB VAPOR BARRIER. PIPING; SEE DETAIL A, THIS DWG. RESTRAINED3. STYLE JOINTS ARE REQUIRED CLOSE AS PRACTICAL TO FACE OF WHERE PIPE IS CONCRETE ENCASED. WALL, BUT NO MORE THAN 5 FEET. ANCHORED CONCRETE ENCASEMENT 2. ANNULAR SHALL BE SAME MATERNAL AS PIPE. 114" X 2' FOR STEEL 4. USE WAX TAPE TO PROTECT ALL BURIED FERROUS SURFACES w� z`o PIPE 20 AND SMALLER, AND 318 X 3 FOR PIPE LARGER THAN 201. v w ,. FOR PIPE UNDER SLABS A INCLUDING PAINTED SURFACES. FOR PROTECTION OF ADJACENT z 8 �r $ o S PIPE BARREL SURFACES SHRINK WRAP MAY BE USED IN LIEU b � 3. CURB SHALL BE ROUND EVEN ELEVATION AT MAX ELEVATION POSSIBLE. , �" co o Q w NO SCALE VAR ' OF WAX TAPE. SEE SPECIFICATIONS. 4. BOLT HOLES OF FLOOR PIPE SHALL BE ALIGNED WITH CONNECTING PIPE. '`rJ'/�c� S�Fk`l`` NOT USED G CORE DRILLED WALL SLEEVE E FLANGED SLAB-ON-GRADE FLOOR PIPE/ B NO SCALE CD 1 NO SCALE �AR FACE OF LUG OR FLANGE STEEL PIPE TIE BOLT SCHEDULE FOR HARNESSED JOINTS FOR 7' MIDDLE RING 1' -1' 8' CLIP (SEE NOTE 4) NOMINAL MIN TIE NOMINAL MIN TIE NOTES: Q=o +r TIE BOLT (SEEPIPE PRESSURE LUG BOLT NO. PIPE PRESSURE LUG BOLT NO. EXPOSED EXPOSED TIE BOLT SCHEDULE) (psi) * BOLTS (psi) EXPOSED WALL THICKNE S BURIED BURIED WALL THICKNE S EXPOSED SIZE TYPE DIA SIZE TYPE DIA* BOLTS 1. PRESSURE SHALL BE THE PRESSURE AT Qp, c INCHES) (NOTE 1) (INCHES) (NOTE 3) (INCHES) (NOTE 1) (INCHES) (NOTE 3) WHICH THE PIPE IS HYDROSTATICALLY >'D NON-RESTRAINED NON-RESTRAINED NON-RESTRAINED NON-RESTRAINED ( "",.. `o 0 6 250 OR LESS P 518 2 18 50 RR 518 2 TESTED, OR IF THERE IS NO Q t3 I 1140x1 112' COLLAR "1f` — 100 RR 718 2 HYDROSTATIC FIELD TEST, IT SHALL " s TYPE RR BE THE SPECIFIED SHOP TEST c IN CENTER OF WALL ! l HARNESS 8 250 OR LESS P 518 2 150 RR 1 2 PRESSURE. c (WALL SLEEVES ONLY) — I 1 200 RR 1 114 2 ie WALLAm LUG (TVP) 10 50 P 518 2 250 RR 1 114 2 266 No ow 100 P 5/8 2 . NUMBER OF TIE BOLTS IS BASED ON J � FOR PLUGGED WALL SLEEVE, 150 P 518 2 20 50 RR 518 2 WALL DR BEAM WALL SLEEVE AN ALLOWABLE STRESS ON NET TENSION �m v EXTEND SLEEVE AND PROVIDE 1 } 200 P 314 2 100 RR 718 2 AREA OF 40,000 PSI. 114' CLOSURE PL WELDED TO (SEE NOTE 2) 1 } 250 P 314 2 150 RR 1 1/6 2 WALL OR SLEEVE ON EXTERIOR SIDE J L 200 RR 1 114 2 3. UNLESS OTHERWISE INDICATED, TIE BEAM SLEEVE — — 12 50 P 518 2 250 RR 1 4 BOLTS SHALL BE SPACED UNIFORMLY �[ (SEE NOTE 1) MODULAR CASING SEALS 7j AROUND THE PIPE, BEGINNING WITH PIPE SIZE (WALL SLEEVES ONLY) 100 P 518 2 REFERENCED ON DWGS {SEE NOTE 4) 150 P 314 2 24 50 RR 314 2 THE FIRST TWO AT THE HORIZONTAL DOUBLE NUT 200 P 314 2 100 RR 3/4 4 CENTERLINE OF THE PIPE, SUBJECT TO m = i1 !k= m MECHANICAL FRONT PLATE EA END 250 P 718 2 150 RR 1 4 THE APPROVAL OF THE. ENGINEER. til II ! COUPLING BACK PLATE 240 RR 1 118 4 Ill II 11 III 14 50 RR 518 2 250 RR 1 114 4 100 RR 518 2 III II II III NOTES: 150 RR 314 2 30 50 RR 314 4 W _ I�- III 1. THE PIPE FOR LUG DESIGN SHALL INCLUDE WRAPPERS OR PADS OR THE PIPE 200 RR 7/8 2 100 RR 1 4 p FOR PIPE LESS THAN 1 112" }} WALL THICKNESS INCREASED AS REQUIRED TO MEET MINIMUM PIPE 250 RR 1 2 150 RR 1 118 4 c DIA, BACKUP AND CAULK ALL I SEE NOTE 5 THICKNESS IN ACCORDANCE WITH AMA M-11 DESIGN REQUIREMENTS. 200 RR 1 1/4 4 AROUND (BOTH SIDES). FOR (TYP) 16 50 RR 518 2 250 RR 1 112 4 2' LARGER PIPE USE 2 2. WHERE HARNESS LUGS ARE SPECIFIED FOR VERTICAL TURBINE PUMP 100 RR .314 2 C M 1/4P MODULAR SEAL CASING SEALS. 114 DISCHARGE OUTLETS, THE NUMBER AND SIZE OF THE TIE RODS FOR THE 2afl R 7�$ * WHERE CONNECTING TO FLANGE CLIP, M 1/4 (WALL SLEEVES ONLY) 1/4 HARNESS COUPLING MUST EQUAL THE AREA OF THE CONNECTING STEEL PIPE TIE BOLT DIA SHALL 8E GREATER IF ' C� WALL. CONTRACTOR SHALL COORDINATE THIS DESIGN REQUIREMENT WITH THE 250 RR 1 118 2 READ 8Y FLANGE CLIP MANUFACTURER, Cc � J FOR PIPE SMALLER THAN FAR PIPE 6 INCH PUMP AND PIPE MANUFACTURERS. W co Q Q = 6 INCH DIAMETER DIAMETER AND LARGER 3. FOR TIE BOLT SCHEDULE AND LUG DETAILS SEE DETAIL G & H THIS DWG. STEEL PIPE TIE BOLTS GHEDULE FOR HARNESSED JOINTS G H W 0 4. USE FLANGE CLIP WHERE CONNECTING TO FLANGE JOINT AS INDICATED N NO SCALE - CD ct � A DWGS. FLANGE CLIP SHALL BE SMITH BLAIR MODEL 1907 THRUST RESTRAINT E' - -t cm PLATE' WITH CUSTOM PLATE DESIGN BY MANUFACTURER FOR 250 PSI W CL W M NOTES: PRESSURE ON 2 TIE RODS; MATERIAL, DRILLING AND COATING SHALL MATCH CL 1. SCHEDULE 40 GAL V STEEL PIPE SLEEVE. SIZE TO PROVIDE 314' ANNULAR SPACE AROUND PIPE FOR ALL BEAM SLEEVES AND FOR W , c �ALL SLEEVES FOR PIPES ADJACENT PIPE. FRONT PL FOR TYPE P LUGX1`4 SMALLER THAN 1 1/21 DIAMETER. FOR LARGER PIPE COORDINATE WALL SLEEVE DIAMETER WITH MODULAR CASING SEAL MANUFACTURER. STEEL PIPE HARNESSED MECHANICAL CONT AROUND PIPE FOR TYPE RR LUG Q � � C 2. WALL SLEEVE, SCHEDULE 40 STEEL PIPE FOR 12' AND SMALLER SLEEVES, 1/4' STEEL PIPE FOR SLEEVES LARGER THAN 12', AND HOT DIP GALVANIZED BACK PL FOR TYPE P LUG, CONT lic AFTER FABRICATION, 304 SS, OR OTHER MATERIAL AS SPECIFIED OR INDICATED ON DRAWINGS. COORDINATE WALL SLEEVE DIAMETER WITH MODULAR CASING COUPLING WITH TYPE RR LUGS F AROUND PIPE FOR TYPE RR LUG W Q SEAL MANUFACTURER. NO SCALE M3 A _ m Q 3. NOT USED. T T BACK 4. WHERE SOIL MAY BE PRESENT, USE TWO SETS OF CASING SEALS. ONE AT EACH FACE OF WALL. ~ w DIMENSIONS IN INCHES o 5. TO MINIMIZE SLEEVE SIZE, PROVIDE A SCREW-ON FLANGE, GROOVED COUPLING, OR MECHANICAL COUPLING WITH ANCHOR STUDS ON ONE SIDE OF OPENING. o TIE BOLT HOLE T A Y W X HB E HF 5. FOR BURIED PIPING, CONTRACTOR SHALL PROVIDE AN ADDITIONAL FIELD JOINT AS CLOSE AS PRACTICAL TO FACE OF WALL, BUT NO MORE THAN 5 FEET. DIAMETER DIAMETER _ W z 6. USE WAX TAPE TO PROTECT ALL BURIED FERROUS SURFACES INCLUDING PAINTED SURFACES. FOR PROTECTION OF ADJACENT PIPE BARREL SURFACES, SHRINK 518 318 5 5 1 318 5 3 718 3 2 314 CL n a DESIGNED: TDS3/4 3/8 5 5 1 1/2 5 4 118 3 1/8 2 7/8 q 4 —— DETAILED: VEE WRAP MAY BE USED IN LIEU OF WAX TAPE. SEE SPECIFICATIONS. 718 1/2 5 112 5 1 518 5 4 114 3 1/8 2 1 ti CHECKED: RCB 1 112 5 314 RING 1 314 RING 4 112 3 114 2 1 118 `-' ,.. APPROVED: JAM 1 118 112 1 7 RING 1 718 RING 4 314 3 5/8 2 112 1 114 CONCRETE WALL OR BEAM SLEEVE p 1 114 518 7 112 RING 2 RING 5 3 314 2 112 1 318 150 n DATE: O FEBRUARY 1 NO SCALE _7t50_71 014 1 318 518 8 3/4 RING 2 118 RING 5 318 3 3/4 2 112 1 112 PLAN ELEVATION M4 1 112 314 10 RING 2 114 RING 5 112 3 718 2 112 1 518 IF THIS BAR DOES NOT NOTES: MEASURE la THEN DRAWING IS NOT TO FULL SCALE O. CT N 1. n = PIPE WALL THICKNESS. STEEL PIPE HARNESS LUGS PROJEH 1 JEC N 2. FOR HARNESS LUG TYPE RR, THE GUSSET PLATES BETWEEN THE NO SCALE - FRONT PLATE AND THE BACK PLATE MAY BE PERPENDICULAR TO MD 1 o� THE FRONT AND BACK PLATES WITH A MINIMUM CLEAR DISTANCE o BETWEEN EACH PAIR OF GUSSET PLATES OF DIMENSION W. SHEET a 70 OF 141 (NOTE 1) 3 ,$. ACCESS STAIRS (PROVIDED BY r EQUIP MFR), TYP m ENGINE-GENERATOR �. ENCLOSURE �- w HANDRAIL fouc co - ��„ UP H m i3 u, ucv, � w qWq�� ipW� W W - ul G y cp O r- {3 Cb M ti N `� EXHAUST DISCHARGE 3 ^ — a ^ .- cv u� WITH RAIN CAP ^ SUB-BASE FUEL ^ ^ ^ y STORAGE TANK FILL 4 •• w DOOR w RADIATOR DISCHARGE PLENUMo Ww z ca C AIR INTAKE PLENUM a a w S W f� o Q a C"�► CD * UP O �+ 1 uJ 4 ado � g � cc ACCESS DOORS " cm OF $}(NOTE 2) ' A > PLATFORM cia (PROVIDED BY EQUIP MFR) PLAN m U 318" = 1- m IC EXHAUST DISCHARGE WITH RAIN GAP . ENGINE-GENERATOR ENCLOSURE REMOVABLE ACCESS PANELS (TYP) (NOTE 2) ct cm �`. cc 0 c uj0 Q - oocZ _� � Luz a, Q. w z � M W U Z t-. w Q „ * vu �IE c) a HANDRAIL Cc NOTES: J ® ® 1. DIMENSION AS REQUIRED BY THE ENGINE-GENERATOR SUPPLIER AND MIN 4" CLEARANCE BELOW ACCESS DOORS SEE SPECIFICATIONS FOR MAXIMUM ALLOWABLE DIMENSIONS OF THE ENCLOSURE, 2. LOCATION OF THE ACCESS DOORS AND REMOVABLE PANELS AS DESIGNED: TDS REQUIRED BY THE ENGINE-GENERATOR MANUFACTURER. rte`. PLATFORM - DETAILED: ANH . (PROVIDED BY CHECKED: RcB o EQUIP MFR) APPROVED: JAM �. ACCESS STAIRS DATE: FEBRUARY 2014 * EL 141.5 D 112 i A O A O A t O A d A .+ d A O • � •+ d A O A •+ L i _ A t A �� � • A d • A i I A d •t r A -.d A + A O '+ ' ► , •.+ ► + _ A O .O A � t • A d •d A O i , A t 6 t IF THIS W/ - lR+4R DOES NOT .. /ml t , + A A •. O A d A A + A O A A i A d A A '.f A - i A .+ /� ,�.`/y � �,�T� •� A O + O .t A .d - A , + - - a O •O ► .d A A + AO 't A d A } + - + s •t A .` A O, s - Ad -d A , 'a' '/fm� MEASURE 1' THEN DRAWING IS II NOT TO FULL SCALE SEE DWG S12 FOR ACCESS DOORS PROJECT NO. EQUIPMENT PAD (TYP) {NOTE 2} 175069 DETAIL SECTION 1 M9 818" = 1 - SHEET 4a, q fig OF 141