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Plans (123) F PS2O 19-00020 RECEIVED FEB 2 ccF1C+E COp' ARD BUILDING 2 p 2019 SIGN , : : : : : : : cosco LANGUAGE LINE SOLUTIONS • REVI i CITY OF• • • ' n 12250 SW GARDEN PLACE Approved: GENERAL NOTES 6 • • • • • i # OTC: 1. WRRE SHOWN IN THIS DRAWING SET IS i • . + Fire P PERMITTED IN RACEWAYS LEADING TO FERE Permit PROTECTION EQUIPfENT. OTHER WIRE SHALL F SQ� �Q� �� NOT BE PERMITTED. FIRE PROTECTION AND LIFE SAFETY SPECIALISTS Address: Laza cc O -S " Sx sr d _Z- 2. FIRE ALARM COFORSDESIGN Suite $#: NEC LATEST EDITION AND COMPLY WITH ALL WA# COSCOFP11 ONN www. COSCOFIRE. com OR# 67508 By: ' Date:a"') - 1 9 3. PARAICAFBI BRBANINNGOFDWIREToALL NOTIFICATION APPLIANCE CIRCUITS SHALL NOT TIGARD, BE PERMITTED, 4. PARAI I F1 BRANCHING OF WIRING TO ANALOG INITIATING DEVICE CIRCUITS IS PERMISSIBLE. 5. WIRE DESIGNATIONS: TP=TWISTED PAIR (NON-SHIELDED). TSP=TWISTED SHIELDED PAIR. TYPE: FPLP, FPLR, OR FPL AS REQUIRED. INSTALL NOTIFIER FIRE ALARM SYSTEM, SHELL NAC CIRCUIT DESIGNATOR DEVICE DESIGNATOR SHALL BE LOCATED IN THIN 1'-O' AS SHOWN F �E SUPP �ESSI0 �1 SYM30L LEGE�� 1 . ONLY, PER PLANS, SPECIFICATIONS, AND LOCAL r SHEET INDEX 6. ALL EQUIPMENT SHOWN ON FLOOR PLANS ON SCALED DRAWINGS. 7 IMINIMUM QTY. SYMBOL �ESC �IPTION YODEL# CODES. NAC2- 1 SHEET # SHEET TITLE SLCSGNAL UNE CIRCUIT-18/2 FPLR NAC=NOTIFICATION APPLIANCE CIRCUIT 14/2 2. FLOOR PLANS ARE A REFERENCE FOR DEVICE FPLR. 1 'FSCP SUPPRESSION CONTROL PANEL FIRELITE MRP-2002 PLACEMENT ONLY. NOT FOR CONSTRUCTION. VISUAL. AUDIBLE OR A/V DEVICE HZ-D.1 COVER PAGE SBUS=FRCP MODULE CIRCUIT SMOKE-18/4 HZ-0.2 GENERAL NOTES B. DETECTORS SHALL NOT BE LOCATED WITHIN A SMOKE DETECTOR W/BASE NOTIFIER 16645 9. THESE RADIUSUOF SUPPL NOT BLY-AIRD UCTS.Flm 2 Q L = LED BASE NOTIFIER HZ-1 .0 FLOOR PLAN WITHOUT PERMISSION FROM CDSCO FIRE PROTECTION DESIGN DEPARTMENT. IDC (ZONE) DESIGNATION -1r DEVICE DESIGNATOR HZ-2.0 PANEL DETAILS 10. ALL CANDELA RATINGS ARE 15 UNLESS NOTED OTHERWISE. 1 0 WALL MOUNT MULTI-CANDELA A/V RED SYSTEM SENSOR P2R11. REFER TO INSTALLATION SPECIFICATION SHEETS # =CANDELA RATING CODE ANALYSIS Z3- 1 HZ-3.0 VOLTAGE DROPS FOR WIRING DIAGRAMS. ZONED INITIATING DEVICE HZ-4.0 DETAILS 1 ) WALL MOUNT MULTI-CANDELA V/O RED SYSTEM SENSOR SR BUILDING OCCUPANCY TYPE B # =CANDELA RATING HZ-5.0 SUPPRESSION CALCS NUMBER OF STORIES 2 ] -11 C E Al) �S S ,� SEG -,\ 1 P MANUAL PULL STATION FIRELITE BG-12LR TYPE OF SYSTEM ANALOG ADDRESSABLE 1 i ABORT SWITCH MINIMAX 17120 IBC,IFC,IMC I FC,I M C 2012 PLEASE PAOVIDE�3 EDITION OF CODES NFpA ASME/ANSI A17.1 ooMQLETE° T>LSC PLEASE PROVIDE -�E1�IAL AND 1 MS MAINT SWITCH W/LAMP MINIMAX 17121 NFPA 70 NEC 2014 COMPLETED NEPA 72 M CERTIFI PECTIQ� RECORD OF FINAL l�S n BELL EDITION OF STANDARD NFPA 72 2013, NFPA 2001 2012 FINAL COMPLETION AT 1 FIRELITE TYPE OF SYSTEM REMOTE STATION 1 El LOW PRESSURE SWITCH MINIMAX 889300 AUDIBLENISUAL NOTIFICATION TEMPORAL/PUBLIC MODE 3 aM INDIVIDUAL ADDRESSABLE MODULE MINIMAX JURISDICTIONS WITHIN THE STATE MAY HAVE AMENDMENTS TO THE STATE ADOPTED CODE. CHECK WITH THE LOCAL JURISDICTION AUTHORITY FOR MORE DETAILS. 1 ELECTRIC ACTUATOR MINIMAX 889323 VALIDITY OF PERMIT THE ISSUANCE OF A PERMIT 140LBS TANK ASSEMBLY MINIMAX 889109 EASED ON CONSTRUCTION 1 MOUNTING BRACKET MINIMAX 887628 DOCUMENTS AND OTHER DATA SHALL NOT PREVENT 0 r THE CODE OFFICIAL FROM 1 V 1 " 18O' BRASS NOZZLE MINIMAX 889062 RECFIERRORS. OSOSC 0 T�N •4J U o 11 0 U l 8 LL n ern V Lu E 1 so OUTSIDE WARNING SIGN MINIMAX 16988 (m)5 1-4 F LCD iji CO cff /"4 L. I N 1 ' �, - 4\ < o 1 sl INSIDE WARNING SIGN MINIMAX 16989 ''4 0nn'' U OUTPUTS - I-1 Yr END-OF-UNE RESISTOR 3.3K (EOL) MINIMAX 4 , . �;, w� 0�1 Q o 3 AAAr #X END-OF-LINE RESISTOR 4.7K {EOL} MINIMAX ANNUNCIATION SAFETY CONTROL \\\ ° - - ❑ -' > m CONTROL UNIT NAC REQUIRD FIRE t<, 61 ii ,.y Z END-OF-LINE RESISTOR 6.8K (EOL) MINIMAX AT PANEL) r _.,., co C o END-OF-LINE RESISTOR 10K (EOL) MINIMAX • •• • w o a ¢�' co co •••• W CV Ne4, -"k • ij, •••• re 3 OP a ` CD ¢�`�c, ¢\�< 0I �, S`J+J G ellen PXV °��� e4�4," T. Di1 I t ` k `' t_ \ , lI Q m i QP�\, �PO� e� �pQe4 e O¢OY P� y�\�'� = CEJ 1 ..:, , cfl co, °�' 50eX4040 4. P�O O�`�t " -- '.,,- i �� Q e) 4 P e ,..,- n �, _I �f o O� ° °�o \� �° �Q e' °°$� b� 12 O SW Garden P1 Cr) I-- o z 4 144"4f;let G 4. O e Q Jam 'y[ 97223 ' Zi O� \�P c.,`•\\\)/ P d 0\.\. 00/\9C-1‹)..C.9-4,:<34\ 'VA 1 J Tigard ' , m C� 4°¢ OE � \\,O\O`4•�\,JQ\� O ¢���P S������P��,pOG OHO�QQ x� t a F- o U LeC: SL e� P ° v Q\4' Pv �O 0,; �� P\, \�' Off`�G �4. Pc,`<�4, . t I -: r\ O O ti l 4. r7 F G� ¢° 4\ p 4/ P f ` ` i � O J LiJ r-- 1-i-1 Cr, �4, \:v Q\F'4.��t.e �° �° 4. 4. \G 4 S�° 1�� <t.P 4\' - I , "*.. �..,_ s U o Q o CO OR SMOKE DET THERMAL DETECTOR MIN. 6" TO CLG. P 4 4 <6 C5 e- e- AN- AP-AP' e`' e, o° ° Pfi`�� � J. - cD CEILING HORN/STROBE J \ge\,- P-• �cR ° cue V' 'i^ QG�QyP�4 C- Q' ';'' ''' CD � fJ z Lii (4 2 < BCD ' FGHI KL REMARKS F - Q N "o, Al1 MANUAL PULL STATION ACTIVATION • • • • • • • • I, Q c, o 2 [Y o m C2 A i 3 1ST DETECTOR IN ALARM: EITHER ZONE 1 OR 2 • • • • • I ' I Z 4 2ND DETECTOR IN ALARM: BOTH ZONE 1 OR 2 • • • • • • • - m FCP NPS _ Cn 5 30 SECOND TIME DELAY REACHES ZERO • • • • • • • • CD Q z ~ 6 ABORT BUTTON DEPRESSED DURING COUNTDOWN** • • • • 5 4 I �i - FIRE NACII FSA 11 P S N 1 Q NOTIFICATION APPLIANCE CIRCUIT SHORT • • • • 1 \ I.E . ` yUj f„ ALARM POWER Z F.S.C.P. A.C. POWER FAILURE • • • • N. r J • a . N F.S.C.P. SYSTEM LOW BATTERY • • • • k O'-O,� CONTROL 0 -O SUPPLY 4'_8„ 4'O" FRONT ACCESS 10 OPEN CIRCUIT • • • • .; "�`" �' `'' '`° - ` PANEL 4'6" SIDE ACCESS 11 GROUND FAULT • • • • t APPROVALS REQUIRED 12 RELEASING CIRCUIT DISABLE SWITCH DISABLED • • • • I S W Knoll pr ** CONTROL PANEL MUST BE RESET DURING ABORT SWITCH OPERATION. RELEASE OF ABORT SWITCH DURING THE 30 SECOND ,t -- , 7.TIME DELAY WILL ALLOW THE COUNTDOWN TO CONTINUE COUNTING DOWN TO ZERO THEN HOLD. r r THE AGENT DISCHARGE OCCURS WHEN COUNTDOWN REACHES ZERO. °«� r # F t • EQUIPMENT MOUNTING ELEVATIONS S EQ E \ C = OF O 3 E SAT O SITE MAP REV DATE DESCRIPTION 0 02-14-19 FOR APPROVAL SCALE: NONE (TYPICAL) SCALE: „ . PRDS HUIABER 24AD0015 DESIGNER DATE MJEASLEY 02-14-19 SHEET HZ-0.1 PROJECT GE \ EAL I \ FOVATIO \ : ELECTRICAL I \ STALLATIO \ NOTES : CLEAN AGE \T PIPING EQUI � EVIE \TS : SYSTEM TYPE: THE FIRE SUPPRESSION SYSTEM WIRING SHALL BE INSTALLED UTILIZING REFER TO SYSTEM DRAWINGS AND HYDRAULIC CALCULATIONS FOR THE LOCATION AND LAYOUT OF THE AGENT DISTRIBUTION PIPING SYSTEM. GENERAL NOTES THE STANDARDS LOCATED IN THE "DESIGN STANDARDS" ON THESE EXAMINE THE CONFIGURATION OF THE PIPING SYSTEM TO ENSURE THE 1. WIRE SHOWN IN THIS DRAWING SET IS MINIMAX MX-1230 TOTAL FLOOD SUPPRESSION SYSTEM. DRAWINGS. PERMITTED IN RACEWAYS LEADING TO ARE PIPING AND DISCHARGE NOZZLES DO NOT INTERFERE WITH SOLID PROTECTION EQUIPMENT. OTHER WIRE al NOT BE PERMITTED. DESCRIPTION: STRUCTURE OBJECTS OR EQUIPMENT WITHIN THE HAZARD AREA BEFORE 2. FIRE ALARM SYSTEM DESIGN AND INSTALLATION REFER TO THE "WIRE CHART" LOCATED ON THESE DRAWINGS FOR THE PIPING CONSTRUCTION BEGINS. SHOULD ANY CONFLICTS OCCUR NEC LA CONFORM TO NFPA STANDARDS AND TO TEST EDITION AND COMPLY WITH ALL QUANTITY, TYPE AND SIZE OF THE WIRE. APPUCABLE BUILDING CODES. MINIMAX NOVEC 1230 FIRE SUPPRESSION SYSTEM, UTILIZING A POWER LIMITED, NOTIFY THE FIRE SUPPRESSION CONTRACTOR TO MAKE THE APPROPRIATE 3. PARALLEL BRANCHING OF WIRE TO All CHANGES ON THE SYSTEM DRAWINGS AND THE HYDRAULIC CALCULATIONS BEPE MITTED.TION ANCE CIRCUITS SHALL NOT FULLY SUPERVISED , MANUAL AND AUTOMATIC INITIATION/DETECTION SYSTEM. ALL SIGNAL LINE CIRCUITS (SLC) SHALL BE CLASS "B". 4. PARALLEL BRANCHING OF WIRING TO ANALOG THE SYSTEM SHALL BE MONITORED BY THE BUILDING FIRE ALARM SYSTEM. BEFORE ANY PIPING CONSTRUCTION BEGINS. INITIATING DEVICE CIRCUITS IMPERMISSIBLE. 5. WIRE DESIGNATIONS: ALL INDICATING DEVICE CIRCUITS (IDC) SHALL BE CLASS "B". TP=TWISTED PAIR (NON-SHIELDED). MATERIAL SHALL CONFORM TO THE REQUIREMENTS AS OUTLINED TSP=TWISTED SHIELDED PAIR. HAZARD INFORMATION: TYPE: FPLP, FPLR, OR FPL AS REQUIRED. IN NFPA 2001 , SECTION 4-2.1 OF THE CURRENT EDITION. SCHEDULE 6. ALL EQUIPMENT SHOWN ON FLOOR PLANS ALL NOTIFICATION APPLIANCE CIRCUITS (NAC) SHALL BE CLASS "B". 40 OR 80 PIPE (BLACK OR GALVANIZED) SHALL CONFORM TO ASTM A53 SHALL BE ON SCALED DRAY,LOCATED NGS.THIN 1'-0' AS SHOWN 1440 CUBIC FOOT SERVER ROOM. 7. WIRE/CABLE MINIMUM REQUIREMENTS: TOTAL FLOOD FIRE SUPPRESSION SYSTEM OR A106 SHALL BE THE ONLY ACCEPTABLE PIPE USED IN THE AGENT SLC=SIGNAL UNE CIRCUIT-18/2 FPLR THE FIRE SUPPRESSION SYSTEM WIRING SHALL BE INSTALLED IN A PREACTION DETECTION AND CONTROLS DISTRIBUTION PIPING SYSTEM. ORDINARY CAST IRON PIPE, STEEL PIPE NAC=NO11FlCATION APPLIANCE CIRCUIT 14/2 FPLR. MINIMUM OF 4" (EMT) CONDUIT. CONFORMING TO ASTM A-120, OR NON-METALLIC PIPE SHALL NOT BE SBUS=FACP MODULE CIRCUIT SMOKE-18/4 FIRE ALARM APPLICABLE CODES AND STANDARDS: PERNITTED IN THE AGENT DISTRIBUTION PIPING SYSTEM. 8. DETECTORS SHALL NOT BE LOCATED WITHIN A A LICENSED ELECTRICAL CONTRACTOR SHALL PROVIDE THE INSTALLATION, 3'-0'RADIUS OF SUPPLY-AIR DUCTS. 9. THESE DRAWINGS SHALL NOT BE MODIFIED LABOR, CONDUIT, AND WIRING FOR ALL 120VAC POWER CIRCUITS PIPING MATERIAL SHALL CONFORM TO THE REQUIREMENTS AS OUTLINED MTHOUT PERMISSION FROM COSCO ARE 1 . MANUFACTURERS GUIDELINES. PROTECTION DESIGN DEPARTMENT. CONNECTED TO THE FIRE ALARM SYSTEM. IN NFPA 2001 , SECTION 4-2.1 OF THE CURRENT EDITION. MALLEABLE IRON 10. ALL CANDELA RATINGS ARE 15 UNLESS NOTED 2. NFPA 72 (2010). OTHERMISE. FITTINGS (BLACK OR GALVANIZED) SHALL BE 300LB (135KG) CLASS FITTINGS 11. REFER TO INSTALLATION SPECIFICATION SHEETS 3. NFPA 70 (2011 ). MOUNTING INSTRUCTIONS: FOR WIRING DIAGRAMS. 4. NFPA 2001 (2012) CLASS B, NFPA 2001 (2008) CLASS A. CONFORMING TO ASTM SPECIFICATION A-197. ORDINARY CAST IRON FITTINGS 5. PORTLAND FIRE CODE 2007. AND 150LB (68KG) CLASS FITTINGS SHALL NOT BE PERMITTED. VICTAULIC 77 ALL DEVICES SHALL BE INSTALLED UTILIZING THE STANDARDS LOCATED IN OR GEM 7000 GROOVED FITTINGS SHALL BE PERMITTED AS LONG AS ARE UL THE "DESIGN STANDARDS" ON THESES DRAWINGS. LISTED FOR THIS APPLICATION. THREADED, WELDED OR FLANGED FITTINGS SHALL SCOPE OF WORK: BE PERMITTED AS LONG AS THEY CONFORM TO THE ABOVE REQUIREMENTS. ALL SMOKE DETECTORS SHALL BE MOUNTED AS FOLLOWS: FITTINGS SHALL BE THREADED FITTINGS UNLESS OTHERWISE NOTED ON THE INSTALL ONE (1) NEW MX-1230 CLEAN AGENT TOTAL FLOOD FIRE SUPPRESSION SYSTEM DRAWINGS. HOLE-CUT OR SIMILAR TYPE FITTINGS SHALL NOT BE USED. SYSTEM PROVIDING INDEPENDENT PROTECTION TO IT ROOM. • CENTER OF CEILING TILES. • NO CLOSER THAN THREE (3) FEET FROM AN AIR MOVING REGISTER. THE METHOD OF JOINING ALL PIPING SHALL BE IN ACCORDANCE WITH NFPA 2001 . THE FIRE SUPPRESSION SYSTEM SHALL SEND AUTOMATIC SIGNALS TO THE BUILDING • NO LESS THAN 4" FROM A SIDEWALL. TEFLON TAPE IS RECOMMENDED AND SHALL BE APPLIED ON THE MALE PIPE FIRE ALARM SYSTEM. REFER TO THE RISER DIAGRAM AND THE SEQUENCE OF THREADS. ALL GROOVED COUPLINGS SHALL BE LUBRICATED PER MANUFACTURERS OPERATIONS FOR THE SPECIFIC SIGNALS TO BE TRANSMITTED. MANUAL RELEASE AND ABORT STATIONS SHALL BR MOUNTED AS FOLLOWS: SPECIFICATIONS. THREADS ON ALL PIPE AND FITTINGS SHALL BE TAPERED CONFO- THE FIRE SUPPRESSION SYSTEM SHALL PROVIDE BATTERY BACKUP AS A SECONDARY AS RMING TO ANSI SPECIFICATIONS B-20.1 . A SECONDARY POWER SOURCE. REFER TO THE BATTERY CALCULATIONS LOCATED ON • 48" TO THE TOP OF THE DEVICE ABOVE THE FINISHED FLOOR. THESE DRAWINGS FOR THE STANDBY TIME AND SIZE OF BATTERIES REQUIRED. • WITHIN 5" OF THE EXIT DOOR WHERE POSSIBLE. REDUCTIONS IN PIPE SIZE SHALL BE DIRECTLY AFTER A TEE, UTILIZING A CONCENTRIC BELL REDUCER, WITH THE TEE BEING THE SAME PIPE SIZE THIS PROJECT'S FIRE SUPPRESSION SYSTEM SHALL BE DESIGNED UTILIZING THE DISCHARGE HORN/STROBE UNITS SHALL BE MOUNTED AS FOLLOWS: AS THE INLET LINE TO THE TEE. REDUCTIONS IN PIPE SIZE MAY ALSO BE MADE USING A CONCENTRIC BELL REDUCER AFTER A UNION, PROVIDED THE STANDARDS LOCATED IN THE "DESIGN STANDARDS" SECTION ON THESE DRAWINGS. • SHALL BE MOUNTED SUCH THAT THE ENTIRE LENS IS NOT LESS THAN NEXT CHANGE IN DIRECTION (TEE) IS LOCATED A MINIMUM OF TEN (10) PIPE 80" ABOVE THE FINISHED FLOOR. DIAMETERS DOWNSTREAM OF THE CONCENTRIC BELL REDUCER. CONCENTRIC GENERAL NOTES: • WHEN CEILING HEIGHTS ARE LESS THAN 80" MOUNT THE DEVICE 6" BELL REDUCERS OR CONCENTRIC REDUCING COUPLINGS SHALL BE USED CII 0 r co In BELOW THE CEILING. TO MAKE ALL REDUCTIONS IN PIPE SIZE. REDUCING BUSHINGS, WELD-O-LET, CD 440. THIS PROJECTS FIRE SUPPRESSION SYSTEM SHALL BE INSTALLED IN A "WORKMAN LIKE MANOR" HOLE-CUT FITTINGS AND REDUCING TEE'S SHALL NOT BE PERMITTED. ro .Q a • ALL CEILING MOUNT DEVICES SHALL BE IN THE CENTER OF THE TILE. c CC UTILIZING "GOOD COMMERCIAL PRACTICE . o V a o 0 • SET ALL HORN STROBES TO HIGH dBA SEIIINGS. • SET CANDELA RATING AS NOTED ON PLANS. ALL PIPING SHALL BE INSTALLED IN A PROFESSIONAL MANNER WITH v ,}; En TO ENSURE THE PROPER OPERATION OF THE FIRE SUPPRESSION SYSTEM A COMPLETE "GOOD COMMERCIAL PRACTICE". ALL PIPING AND FITTINGS SHALL BE Q 0 O W �� w FUNCTIONAL TEST SHALL BE PERFORMED PRIOR TO THE FINAL INSPECTION BY THE L. 14 a I g o EXIT DISCHARGE STROBE ONLY UNITS SHALL BE MOUNTED AS FOLLOWS: BLOWN CLEAR, SWABBED WITH A SUITABLE SOLVENT (ACETONE, TRICH- 0 rn , 8 AUTHORITY HAVING JURISDICTION (AHJ). LORETHANE, ECT. AND ALL PIPE LENGTH SHALL BE REAMED TO REMOVE 0 - 3 c cz o • AT EEVERY DOOR EXITING THE PROTECTED AREA. ALL BURRS PRIOR TO INSTALLATION. ALL PIPING SHALL BE RIGIDLY 61 -' °'> : THE INSTALLING CONTRACTOR SHALL BE RESPONSIBLE TO COORDINATE ALL TESTING WITH THE SUPPORTED BY A COMBINATION NETWORK COMPRISED OF PIPE HANGERS 0� Q 8 LOCAL AHJ, GENERAL CONTRACTOR AND ANY ASSOCIATED CONTRACTORS. EXCLUSIONS: AND RIGID SUPPORT HANGERS. PIPE HANGERS ARE USED TO SUPPORT w (0 f' N O UPON COMPLETION OF THE PROJECT, THE INSTALLING CONTRACTOR SHALL PROVIDE INSPECTION THE "DEAD LOAD" OF THE PIPING SYSTEM AND SHALL BE SPACED AT :::: W s THE LIST OF EXCLUSIONS WITHIN THIS SECTION ARE NOT PART OF THE INTERVALS NOT TO EXCEED FIFTEEN (15) FEET. RIGID PIPE SUPPORTS .- ilii N o REPORTS, OPERATIONS MANUAL, AND SHOP DRAWINGS TO THE OWNER REPRESENTATIVE. SCOPE OF WORK AND ARE CONSIDERED TO BE PROVIDED BY OTHERS. 0--- •••• 0- =2- o ARE REQUIRED TO SUPPORT THE "LIVE LOAD" OF THE PIPING SYSTEM •••• w ALL OF THE FIRE SUPPRESSION SYSTEM PROGRAMMING THAT IS REQUIRED SHALL BE PERFORMED DURING THE AGENT DISCHARGE AND ARE REQUIRED AT EACH DIRECTIONAL BY THE INSTALLING CONTRACTOR. ALL 120VAC DEDICATED POWER CIRCUIT, CONDUIT, AND WIRING. FITTING, TEE, AND NOZZLE CHANGE. ALL 180° NOZZLE REQUIRE BACK- a BRACING IN THE OPPOSITE DIRECTION OF THE DISCHARGE PATTERN. P:s1,: ''-cc) ALL AIR HANDLING UNIT SHUTDOWN CONDUIT AND WIRING. EARTHQUAKE BRACING SHALL BE USED WHERE REQUIRED BY LOCAL CODE. ALL OF THE FIRE SUPPRESSION SYSTEM CONTROL PANEL TERMINATIONS SHALL BE PERFORMED BY I REFER TO ANSI B31 .1 FOR BRACING REQUIREMENTS. z cr) THE INSTALLING CONTRACTOR. ALL DUCT SMOKE DETECTORS, DETECTOR HOUSING, DETECTOR POWER, o oz Cd RELATED INSTALL LABOR, CONDUIT, AND WIRING. c� ^ a E-_ THE FIRE SUPPRESSION INSTALLATION SHALL BE IN ACCORDANCE WITH THESE PLANS. CHANGES IN CARE SHOULD BE TAKEN WHEN BRACING THE PIPING TO ENSURE THE N I DEVICES, LOCATIONS, AND/OR CIRCUITS MUST BE APPROVED. IF THE CHANGES ARE SUFFICIENT TO DUCT SMOKE MANOMETER TESTING AND DOCUMENTATION. NOZZLE LOCATIONS ARE WITHIN ONE (1 ) FOOT OF THE LOCATIONS ON cn >_NCD o Q �, o REQUIRE RE-ENGINEERING A FEE MAY BE CHARGED TO THE CONTRACTOR REQUESTING THE CHANGES. THE SYSTEM PLANS. CORRECT NOZZLES SHALL BE INSTALLED EXACTLY IN ACCORDANCE WITH THE SYSTEM PLANS AND DEFLECTOR SET SCREWS o o z DUCT SMOKE DETECTORS AND REMOTE LED/TEST STATIONS. `c W o THE DISCHARGE TIME OF THE CLEAN AGENT SYSTEM SHALL BE WITHIN 10 SECONDS OR LESS. THE SHALL BE IN PLACE DURING A SYSTEM DISCHARGE OR AGENT o c. 3 w o PROTECTED VOLUME SHALL BE TOTALLY FLOODED AT A MINIMUM OF 4.7% CONCENTRATION. THE DISTRIBUTION OR THE SYSTEM'S ABILITY TO SUPPRESS A FIRE MAY BE E— . a- N Q W DAMPER CONTROLS INSTALLATION, CONDUIT, AND WIRING. I— . = o PROTECTED VOLUME SHALL MAINTAIN THIS CONCENTRATION FOR A PERIOD OF TEN (10) MINUTES. ADVERSELY AFFECTED. NOZZLES SHALL BE INSTALLED PERPENDICULAR TO w 8 g z :' THE CEILING FOR PROPER AGENT DISTRIBUTION. 180' NOZZLES SHOULD o Q SEALING THE ROOM TO MAINTAIN PROPER INTEGRITY OF THE ROOM. BE ALIGNED PROPERLY WITH RESPECT TO ADJACENT WALLS (ORIFICE ALL DOORS WITHIN THE PROTECTED AREA SHALL REQUIRE DOOR CLOSURES, DOOR SEALS, AND DOOR W SWEEPS TO PREVENT LEAKAGE AND MAINTAIN THE PROPER CLEAN AGENT CONCENTRATION LEVEL. THE BUILDING FIRE ALARM SYSTEM. HOLES ORIENTED PARALLEL TO WALL SO NO DIRECT WALL IMPINGEMENTN U OF AGENT OCCURS). E 1 w I A DOOR FAN TEST SHALL BE PERFORMED TO VERIFY THE INTEGRITY OF THE ROOM. ALL PENETRATIONS, APPROVALS REQUIRED HOLES, CABLE TRAYS, AND TRENCHES THAT LEAVE THE PROTECTED AREA SHALL BE SEALED. FINAL INSTALLATION ACCEPTANCE SHALL BE IN ACCORDANCE WITH NFPA . 2001 SECTION 7-7 OF THE LATEST EDITION. . • ALL SYSTEM PIPING SHALL BE INSTALLED IN STRICT ACCORDANCE TO REV DATE DESCRIPTION THE SYSTEM PLANS. IF BUILDING LAYOUT CHANGES AND SYSTEM 0 02-14-19 FOR APPROVAL GENERAL \ O TE S PIPING CHANGES ARE NECESSARY, THEY MUST BE APPROVED BY THE FIRE SUPPRESSION CONTRACTOR. MOT SCALE: NOT TO SCALE NUMBER 24AD0015 DESIGNER DATE MJEASLEY 02-14-19 MEET HZ-0.2 1 . PIPE: 1.1 . PIPING SHALL BE OF NONCOMBUSTIBLE MATERIAL HAVING PHYSICAL AND CHEMICAL CHARACTERISTICS SUCH THAT • ITS DETERIORATION UNDER STRESS CAN BE PREDICTED DISCHARGE'S /� WITH RELIABILITY. WHERE PIPING IS INSTALLED IN v ' 1 SEVERELY CORROSIVE ATMOSPHERES, SPECIAL CORROSIVE HOSE - o PAGE RESISTANT MATERIALS OR COATINGS SHALL BE USED. 4-4 '� 'I ACT �M S E E GENERAL NOTES �� 8 NO 1.1 .2. PIPING MATERIALS MUST CONFORM TO THE 1. WIRE SHOWN IN THIS DRAWING SET IS f�A REQUIREMENTS AS OUTLINED IN NFPA 2001, SECTION TE: 5 �F PERMITTED IN RACEWAYS LEADING TO FIRE LP �4.7K IJ�ERS, 0'' p 2-2.1 , CURRENT EDITION. SCHEDULE 40 OR SCHEDULE NOT BE PERMITTED. EQUIPMENT. OTHER WIRE SHALL HAS I� 1 PI) ORDIINARY80 PIPE MUST CASTCONFORM IRON PIPE,OSTEELI PIPE OR A106.CONFORMING TO 2. FIRE ALARM SYSTEM DESIGN AND INSTALLATION ITS ESHALL CONFORM TO NFPA STANDARDS AND TO IP') �A1,1EL I�0 USED. A-120, OR NONMETALLIC PIPE SHALL NOT BE NEC 1 APPUCABLE�'�0W ANDING COMPLY WITH ALL DES. Z2- 1 ZEE O� VYAL� 3. NG OF MARE TO ALL NOTIFlPARACADON APPLIANCE CIRCUITS SHALL NOT 16° 1�Z " FROG 1.3. STENCILED PIPE IDENTIFICATION SHALL NOT BE PAINTED BE PERMITTED. ® ,.0� FR OVER, CONCEALED, OR REMOVED PRIOR TO APPROVAL BY 4. PARALLEL BRANCHING OF WIRING TO ANALOG J , O THE AUTHORITY HAVING JURISDICTION. INITIATING DEVICE CIRCUITS IS PERMISSIBLE. IVIA 1 5. =TVASTED PAIR (NON-SHIELDED). RE DESIGNATIONS: �) P ) 2. FITTINGS: TSP=TWISTED SHIELDED PAIR. �� NO- 2.1 . PIPE FITTINGS MUST CONFORM TO THE REQUIREMENTS 6. ALL EQUIPMENT SHOWN ON FLOORPUIRED. LANS Z o M,2V n '' ,, AS OUTLINED IN NFPA 2001, SECTION 2-2.3, CURRENT SHALL BE LOCATED WITHIN 1'-O' AS SHOWN 1.00 6�� EDITION. MALEABLE IRON FITTINGS MUST BE 300 LB. 7 CN SCALD DRAWINGS �1 Q. LE MINIMUM REQUIREMENTS: CLASS CONFORMING TO ASTM SPECIFICATION A-197. SLC/SIGNAL UNE CIRCUIT-18/2 FPLR I.T. ROOM I.T. ROOM ie. of 150 LB. CLASS AND ORDINARY CAST IRON FITTINGS ARE NAC=NOTIFICATION APPLIANCE CIRCUIT 14/2 15 �R • AFF NOT PERMITTED.01___DO CILD SBUS=FACP MODULE CIRCUIT SMOKE-18/4 � /` n- `P I ) 2.2. ONLY UL LISTED "VICTAULIC" OR OTHER UL LISTED ��' 4.7K -V V ) O O 5Ecz GROOVED PIPE FITTINGS MAY BE USED AS WELL AS a DETECTORS SHALL NOT BE LOCATED WITHIN A 3'-0'RADIUS OF SUPPLY-AIR DUCTS. l THREADED, WELDED, OR FLANGED FITTINGS, AS LONG AS 9. THESE DRAWINGS COSCOP�RE CD THEY CONFORM TO THE ABOVE REQUIREMENTS. WITHOUT ,0 ,l O TRAP HOLE-CUT FITTINGS (OR SIMILAR) MAY NOT BE USED. PROTECTION DESIGN DEPARTMENT.U '( 10. ALL CANDELA RATINGS ARE 15 UNLESS NOTED OTHERWISE/4�� © OIRT ) 2.3. ALL PIPE REDUCTIONS MUST BE MADE DIRECTLY AFTER 11. REFER TO INSTALLATION SPECIFICATION SHEETS " Q (1(P. THE TEE, WITH THE TEE BEING THE SAME PIPE SIZE AS FOR WIRING DIAGRAMS. A� if). THE INLET LINE '/6,, 0 MADE USING A CONCENTRIC BELL D TOT BE REDUCER OR 0 Z 1 - 1 E�.6 PIPE) .2 CONCENTRIC REDUCING COUPLING. REDUCING BUSHINGS, \ WELD-O-LET AND HOLE-CUT FITTINGS ARE NOT AROE 0 E�9,`O" ACCEPTABLE. pISS1���SC ��EI�AFF 3. PIPE HANGERS AND SUPPORTS: 2Z o V,2Z o FF N�) �1 , A 3.1 . CYLINDER(S) AND PIPING TO BE SECURELY BRACKETED, 3,'0 ORT) ESPECIALLY AT THE FITTINGS AND NOZZLES. 0 0 L Q V,2Z EJALVE 0 .4-, % 3.2. PIPE SUPPORTS AND PARTS SHALL BE OF STEEL AND -9 0]. '�p� o OF RIGID CONSTRUCTION CONDUIT, BEAM AND "C" IPIA -9� '� CLAMPS SHALL NOT BE USED. RIGID SUPPORT BRACING 2-1��� IS REQUIRED AT ALL DIRECTION CHANGE FITTINGS, TEES SO) -- FQG F AND NOZZLES. i Q 0 \./15 �� ���p 3.3. A HANGER SHOULD BE INSTALLED BETWEEN FITTINGS .:5,- `S9���� E�.pi,�" WHEN THE FITTINGS ARE MORE THAN 2 FT. APART. `�` MAXIMUM HANGER SPACING IS 15 FT. ALL HANGERS `6's o (ft MUST BE U.L. LISTED AND RIGIDLY SUPPORTED. ,. / J qi, 3.4. PIPING SHALL BE ANCHORED TO RIGID MEMBERS, SUCH AS WALLS, CEILINGS, AND COLUMNS, AND BRACED TO PREVENT LONGITUDINAL OR LATERAL SWAY. NOZZLE PIPING SHALL BE WELL BRACED AGAINST NOZZLE BACK-THRUST. PLAN PLAN NORTH NORTH 3.5. HANGERS AND SUPPORTS SHALL BE OF RUGGED DESIGN SO v ETA I C P I P I \ G PLA\ AND SHALL BE INSTALLED SO THAT THEY WILL NOT BE ro �-+ co P I P I \ G PLA\ Alb DEVICE P LAC E Iv E\T PLA\ LOOSENED BY MOVEMENT OF THE SUPPORTED PIPE. ah.co j SCALE9/2" = 1'-O" -� W SCALE1/2" = 1'-O" .- SCALE: NTS 3.6. ALL SUPPORTS TO BE MOUNTED USING ANCHORS. USE co �fa a o 0 1 2 4 0 1 2 4 OF POWER ACTUATED STUDS ARE NOT ACCEPTABLE. 0 41 0 (IN FEET) (IN FEET) PIPE LINES SHALL NOT BE SUSPENDED FROM OTHER �- w E PIPE LINES. Q Q w N� w CC 3.7. PIPE SUPPORTS SHALL BE INSTALLED TO AVOID �•/ LI; 00 L > 0' o INTERFERENCE WITH OTHER PIPING, CONDUIT, W-40w N STRUCTURES, AND EQUIPMENT. O w m o 3 3.8. EARTHQUAKE BRACING SHALL BE USED AS REQUIRED BY il a 38 LOCAL CODE. z o 0 co o W> m 4. CLEANING AND FABRICATION: "„ , P "' o • ••• w 00 cp a 4.1 . PIPE AND TUBING SHALL BE CUT CLEAN AND REAMED co ���� `�' 0 THOROUGHLY TO REMOVE ALL BURRS AND RIDGES. g •••• . N M 0 •f•• W 0 4.2. PIPING AND TUBING SHALL BE CLEANED THOROUGHLY • ••• c ASSEMBLED. PULL WIRE FLUE BRUSH THROUGH PIPE a "�� " w LENGTH SEVERAL TIMES. PULL CLEAN CLOTH SWABS TREATED WITH PERCHLOR ETHYLENE, OAKITE CLEANINGL. SOLVENT, OR OTHER TRADE ACCEPTED DEGREASING L.M Lj CLEANER, UNTIL PIPE INTERIORS ARE CLEAN, THEN o TREAT WITH RUST INHIBITOR. z CID 1.7COZ Z W 4.3. ALL THREADED ENDS OF PIPE SHALL HAVE TEFLON TAPE v a o� APPLIED. = °' z CC cn _-_1 5. OTHER CONSIDERATIONS: cr) >N CD a N O 3rn z � 5.1 . ALL PIPE LENGTHS ARE MEASURED CENTER TO CENTER c� o ES z ¢ o OF FITTINGS. o Z g - , N E Q c4 F2 5.2. PIPE SIZES AND SCHEDULES MUST BE AS SHOWN. ANY O� - m N Q N CHANGES IN PIPE LENGTHS (DUE TO FIELD CONDITIONS) F-- o m = o MUST FIRST BE APPROVED BY SIMPLEXGRINNELL. c o m CD W Z z CO -cc 1-1 ¢ Z = wW Ic-3 d N Y4Qjy Ha APPROVALS 2RREQUIRED REV DATE DESCRIPTION I 0 02-14-19 FOR APPROVAL FLOOR PLA \ _t SCALE: NOT TO SCALE NUMBER24AD0015 DESGNER MJEASLEY I�"� 02-14-19 SST HZ-1 .0 ABORT SWITCH CIRCUIT s , , - - s TO LOW PRESSURE SWITCH MANUAL RELEASE CIRCUIT ,` . N , - s BELL CIRCUIT GENERAL NOTES 1. WIRE SHOWN IN THIS DRAWING SET IS PERMITTED IN RACEWAYS LEADING TO FIRE TO ZONE 2 SMOKE DETECTOR r, -, s MAINTENANCE SWITCH AND ACTUATOR "NoPR°BE PERMsysITTED TECTION EQUIPMENT. OTHER WIRE SHALL 2. AND INSTALLATION TO ZONE 1 SMOKE DETECTOR `, s SPARE SHALL CONFORM TO NFPDESA STAND RDS ANDnTTO NEC LATEST EDITION AND COMPLY WITH ALL APPLICABLE BUILDING CODES. STROBE CIRCUIT ; , , 3 NPARALLEL BRANCHING OF WIRE TO All O FICATION APPLIANCE CIRCUITS SHALL NOT BE PERMITTED. HORN CIRCUIT ; 4 BRANCHING OF WIRING TO ANALOG NI11AA NG DEVICE CIRCUITS a PERMISSIBLE. ALARM RELAY 5. WIRE DESIGNATIONS: SELECT NORMALLY OPEN TP=TWISTED PAIR (NON-SHIELDED). OR NORMALLY CLOSED TSP=TWISTED SHIELDED PAIR. TYPE: FPLP, FPLR, OR FPL AS REQUIRED. 6. ALL EQUIPMENT SHOWN ON FLOOR PLANS TROUBLE RELAY TO MAID FACP SHALL BE LOCATED WITHIN 1'-0' AS SHOWN SELECT NORMALLY OPEN ON SCALED DRAWINGS. OR NORMALLY CLOSED (BY OTHERS) 7. WIRE/CARIE MINIMUM REQUIREMENTS: SLC=SIGNAL LINE CIRCUIT-18/2 FPLR SUPERVISORY RELAY NAC=NOTIFICATION APPIJANCE CIRCUIT 14/2 put SELECT NORMALLY OPEN SBUS=FACP MODULE CIRCUIT SMOKE-18/4 - OR NORMALLY CLOSED FPR. I - 8. DETECTORS SHALL NOT BE LOCATED WITHIN A ---,— - - _ 3'-0' RADIUS OF SUPPLY-AIR DUCTS. '1 9. THESE DRAWINGS$HALL NOT BE MODIFIED O eeee�eeeeee6©6® 16e6e zo eed©®elee� WITHOUT PEISSION PROTECTIONDESIGN DROM CONTO FIRE L I I I O CD -O--�l_- 0 10. ALL CANDELA RATINGS ARE 15 UNLESS NOTED N W W W W W f7 at ,,,J ■ ■ i ■ ■ ■ o o N o N — 0 o D 11. REFER TO INSTALLATION SPECIFICATION SHEETS : * ... o- o- o- o- o e otse ri: o o ci o co o o o FOR WIRING DIAGRAMS. QIs n 0 ___. _ — — ED nn CAC5 CLASS A CACS CLASS A I r CONVERTER MOD nn nn n.9 nnCONVERTER MODnoralo - lc'. . . . . • : B 1 .iiiinun� •�•�:�• • • •• R1 aaaaaaa4 .11,,,,,„ ococ ,aaa . . . . . . . . I"i n „iii ® 0 " r TO AHU 1 SHUTDOWN TB9 �s^�^^a u Q r, TO AHU 2 SHUTDOWN .� CYtll CtltlEli ¶—r 0 RST AUX PWR C(—) �� - JP31 MAI iiiiiiiililiiiiiiiiiiiiiililil'i�iliililili �I AUX RELAY RST/NONRST (-) 4� . E T C� M 1 AUXPWR C(+) �� EP f• = 4XTMF OPT BD • NAC 1 \ .. 0 El ci -•/- /- 15 MRP-2002 NAC 2 ;O% SUPPRESSION -3 )i( — ._: . �� . � CONTROL V (1(i Q(� a A PANELiTh CI :LP NAC 3 1 L ?=, m.• 0 .." I, V-? SPARE NAC 4Q MS In ID ° C AC R J FORE i SPARE V ' z, E lip .. SPARE / El L SUPERVISORY i [ALARM SILENCED i L TROUBLE 1 — - TO AHU 1 SHUTDOWN I10 o ao TO AHU 2 SHUTDOWN 0; 0 I- d 1'�''`t'- 1E1��_ 1�� o ZONE 1 Q O •r-1 Q / v I */ 1 ® /. 1 /. 1 II 1 G11 �� ` ` K�� ® -- '-'-'_ !_!_- �• J [� II 9 II II 2 ADC 11 11 3 will 111 II I lid o IN li�,li� a i 'a••+ al u V_ i e_ .r \c ,i \��% SILENCE ® p00 Opo 000 000 000 M r �� `� J m ® 0000 0 000 000 00 0 a A 1 i--1 i 1 e 1 �' M --- PO 11 �}gum II 11 g r�II II (�r�li 11 ca II 0°g I f00 Oc: BO EZONE 2 4 T ,- o '~ r,___ v_ _i v---,—....# v_ ,r v� _r (e---- EJB `� ■°0 p ]0 p pl p o UN PJ ¢ 0 w c=i� w r l� 14 Q I a O '�'- - :_ ,^1 ,^1 ,^1 ,^1 \ ,gin / 0 o� ... �, � � �- II `jJt�Sll II 94uNll II glow! 11 ESC II \, �� ■ ZONE 3 P PWR SUPPLY CONNECTOR v---..... 'l v_ _v V= -V V------.---...--7 \ ( 1 o M ® a 1 1 �� �� .�--► . 4,....—...„., t ®ODS w ¢ N i 1 i 1 i 1 i . <=13 g o 1 II Iyazo I II Q II tr22 111 E II mama=pec k , ° TO MAIN ALARM 0 �` v N—ANN—RLY RELAY MODULE FRCP TROUBLE �, o m> J15 MINN ANN-BUS OTHERS SUPERVISORY BY ZONE 4 In r i Q m. O O J12 ` L- C.)) �} TB3 O a !� V Z �¢ O U O � ❑ w> � ZONE 5 ® o r= N zo I .•. . V GND (-) B oo 0000 •••• ~O N o PWR (+) A ZONE 6 "Mr10.o1c M ••••• w o � --., • . •... recLi r 1 1 O tD (+) (—) (+) (—) 6... L.. M ,o6 120VAC m zo S c� 8 AH BATTERY 8 AH BATTERYz z w ISR� DIAGAN o_ o E. 8 AH 8 AH SCALE: NTS v) ,N O z Q � °- � O 3 rn Z r`..U Z8 w C 0w z _ r 0 ¢ N —J 3& _ N ¢ n N Q - w F— o m = o OC o m• CD IIi �I z z W W OlZ,..! r2 ¢ Z g ._ 4N O 4c.�y.,, �.! d S g APPROVALS REQUIRED • • REV DATE DESCRIPTION 0 02-14-19 FOR APPROVAL MRP - 2002 SUPPRESSION CONTROL PA\ EL PROJE SCALE: NOT TO SCALE BR 24AD0015 DESIGNER I DME MJEASLEY I 02-14-19 _ SHEET - HZ-2.0 This calculator provided voltam drop calculations in three formats (Point to Point, End of Line, and Load Centering). ' Calculation Column 1 Calculation Column 2 Calculation Column 3 Make sure that you know what method is accepted by, and the results do not exceed the limits set by the respective jurisdiction Devke Type Primary, Non-Fire Alarm Current Secondary, Fire Alarm Currant Secondary, Non-Fire Alarm Conant I 1 I 1 Point to Point Method End of Line Method Load Centering Method (MPS) lamps) (amPsl Project Name Lance Line Solutions CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS CIRCUIT 1$ WITHIN LIMITS Qty X1curlrentdrawwal Total Qty Moment idnwhi se Total Q ► x[currerrt dream Teal Date I 2114120191 I I iln Circuit Board 1 x(0.095]* 0.095 1 x[0.22111,2 = 0.221 1 XI0.095 01:005 GENERAL NOTES Circuit Number I i Totals Voltage Totals Voltage Totals Voltage 0 1. WIRE SHOWN IN THIS DRAWING SET IS A � I � ��• � � � � � PERMIT ILO IN RACEWAYS LEADING TO FIRE Area Covered IT Room Current Distance Drop Current Distance Drop Current Distance Drop4 PROTECTION EQUIPMENT. OTHER WIRE SHALL NominalSystem VoltaLe 241 0.121 I 10 0.01 0.121 I 10 0.007 0.121 I 10 0.004 XT1 F [ ] xlt. 0,5]* I ] 3 .0 11J1� [ xl0.ob51= NOT BE PERMITTED. Minimum Yi Voltage , , �� ��.� 2. FIRE ALARM SYSTEM DESIGN AND INSTALLATION tage 23.99' End of Line Voltam 23.99 End of Line Volta 23.99 End of Line Volta9e 24.00 I SHWA L CONFORM TO NFPA STANDARDS AND TO ANN-SEC Card II x1O- 1= [ U I -�1= I I XI0- ]= NEC LATEST EDITION AND COMPLY WITH ALL Total Circuit Current 0.121 Wire Ohm's Percent Drop 0,03% Percent Drop 0,03° Percent Drop 0,02 APPLICABLE BUILDING CODES �� ��`� �1 '� �� ��'� 3. PARALLEL BRANCHING OF WIRE TO All roe to 1st devlCu Per 1000 End of Line and Load Centering Methods use only the wire guage for the first device to source NOTIFICATION APPLIANCE CIRCUITS SHALL NOT Distance from sou • ANN-S0(C) I I xio,037]■ I ] X10,1 ]* I ] xio.ol5p BE PERMITTED. 10 14 3.07 Standard Wire Resistance in Ohms per 1000 feet. 4. PARALLEL BRANCHING OF WIRING TO ANALOG Wire for balance of circuit 7 1 18=7.771 1 1 14=3.071 �1 =1 . I 10=1.241 C{� '„ _ [„ �'�1,�■� � INITIATING DEVICE CIRCUITS IS PERMISSIBLE. • I l x10, Enter current in amps. Distance 18-14 Aw Solid Conductors 12-10 A Stranded Conductors I t IX[0.01510roll 1 1 1 x10-075l' t D I I I x[0,0151= o f 5. WIRE DESIGNATIONS; 3 TP=TWISTED PAIR (NON-SHIELDED). .150 = 150 ma from Voltage Notes: I I I I I I ANN-(POLED Ij I X[0.028111 [ I X[0,06$1= I ] X1O.028]• TSP=TASTED SHIELDED PAIR. a{,�' TYPE: FPLP, FPLR, OR FPL AS REQUIRED. Device Device previous At Drop from Percent. Wire resistance is doubledin the calculations for two wires (Positive anti Negative) PNN-S I i x10-0451- I 1 X10- 1 I ] X10.046)= 6. ALL EQUIPMENT SHOWN ON FLOOR PLANS �4 SHALL BE LOCATED WITHIN V-0' AS SHOWN Number Current device Device source Drop The voltage calculated to the last device in anymethod must not be lower then I 1 I, Q001 I J XIo. [ ] x ]3. i 1j ON SCALED DRAWINGS. Device 1 0.121 10 23.99 0.007 0.03% the manufactures listed minimum operating voltage (1E: rated operatingvoltage 20-32 VOCO . evvirHeads Dom-tor aham • g -1030 7. WIRE/CABLE MINIMUM REQUIREMENTS: � ySLC=SIGNAL UNE CIRCUIT-18/2 FPLR END 23.9 0.03% I I 4-'ire DeDetectorI I XI 13 I )4 y� 'Ic6 I ^L 13 NAC=NQTI#ICATION APPLIANCE CIRCUIT 14/2 END .....� 23.99 0,007 0.03% Device Manufacturer System SensorDevice Manufa firer Gentex Heeds FPLR,SBUS=FRCP MODULE CIRCUIT SMOKE-18/4 END 23.99 0,007 0.03% 1 Current I Current Power Supervision x * ).. t lass] l •tel I I - - .. � FPLR. 8. DETECTORS SHALL NOT BE LOCATED WITHIN A END 23.99 0.007 0.03% Horn Strobes @Rated Strobe Only 01 Rated Rer6 3.-0" RADIUS OF SUPPLY-AIR DUCTS. IMMMMIIMMp � 9. THESE DRAWINGS SHALL NOT BE MODIFIED END 23.99 0.007 0.03% Model # Candela Voltage Model # Candela Volta l Ac#1 [ I ] xt 1 i THEEWITHOUT PERDRAWINGS FROM COSCA FIRE END 23.99 0.007 0.03% P2RL 76 0.121 NAC V 1 I X( -g PROTECTION DESIGN DEPARTMENT.1 L ! 10. ALL CANDELA RATINGS ARE 15 UNLESS NOTED END 23.99 0.007 0.0301:1 NAC#3 OTHERWISE. END 23.99 0.007 0.03% REFER TO INSTALLATION SPECIFiCAAO#J SHEETS NAC#+ FOR WRING DIAGRAMS. END 23.99 0.007 0.03% Current Draw I l* t t* [ [- END 23.99 0.007 0.03% The(nonalarrn) 1. END 23.99 0.007 0.03% - END 23.99 0.007 0.03% Sum each column' Primary Non-Alarm m Secondary Alarm ■ Secondary Non-Alarm= for totals C`�' END 23.99 0.007 0.43% t' 1 . . I, 1 0 1 END 23.99 0.007 0.03% ,., - END 23.99 0.007 0.03% Secondary Stancilw Load Required Standby Time END 23.99 0.007 0.03% (total from Table 5.3 Calculation (24 hour ) "2 , (pel q END 23.99 0.007 0.03% Colur 3 END 23.99 0.007 0.03% 1 ( 1 101 I IXi c2 ] END 23.99 0.007 0.03% ] Totals 0,121 10 End of L ne Voltage 23.99 • Sec:oridary Alarm Load Required Alarm Time This calculator provided voltage drop calculations in three formats (Point to Point. End of Line, and Load Centering)_ (total from Table 5.3 Calculation (for 5 min., enter 0+084, C3 c"- Make sure that you know what method is accepted by, and the results do not exceed the limits set by the respective jurisdiction Column 2) lir 10 miry„ enter 0.168) 1 I I I I Point to Point Method End of Line Method Load Centering Method I tdi I xi , '' IAH Prot Name Lange Line Solutions CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS CIRCUIT IS WITHIN LIMITS , Date Num,� I , , 2114120191 1 I Sum Of Staff acrd AlarmM`0 eta 769MI Circuit Number 1 Totals I Voltage Totals Voltage Totals Voltage 4 l Area Covered IT Room Current I Distance Drop Current I Distance Drop Current I Distance Drop i� 11 Deciding '1, Nominal System Voltam 24 0121 10 0.01 0.121 10 0.007 0.121 10 0.004 2 Minimum Device Voltage 23,99 End of Line Voltage 23.99 End of Line Valtat a 23.99 End of Line Vdttac9e 24.00 Total Circuit Current I 0,121 Wire Chi'n's Percent Drop 4.03% Percent Drop 0.03% Percent Drop 0.02° Betteiy UM, TOW Ampere Hours Required d it322,11/41p1 E I Gain Per 1000 End of Line and Load Centering Methods use only the wire guage for the first device to source _----- i I- Distance from source to 1st device 10 14 3.07 Standard Wire Resi Ince in Dhms per 1000 feet. ,d a Wire Gauge for balance of circuit 14 3.07 I 18=7,771 16=4.891 14=3.071 12=1,981 10=1.241 Iv P - 2 7, D 2 3 A TTE Y CALCULATIONS Lai C) 1 X14 Awg = Conductors = Stranded Conductors U W Ea Enter current in amps. DistanceSolid 12-10 Awg d} � .150 = 150 ma from Voltage Notes: I I I I I Ix •+-h a w v-iup w L._Device Device previous At Drop from Percent Wire resistance is doubled in the calculations for two wires (Positive and Negative) ' a I Number Current device Device source DropThe voltage calculated to the last device in any method must not be lower then I 7manufactures minim m n v I I E: operatingvoltage 20-321 DC . - <c Device 1 0.121 10 23 99 Q 00 0.03 A the listed u operating voltage ( rated 0 J m w END 23.99 0.007 0.03% I I I I .,-, 9 m ' END 23.99 0.007 0.03% Device Manufacturer tem Sensor Device Manufacturer Gentex I a dg END 23.99 0,007 0,03% I Current I Current o END 23.99 0.007 0.03% Horn Strobes { Rated Strobe Only Rated , ... . F o T ro END 23.99 0,007 0.03% Model # Candela Voltage Model # Candela Volta iii: o lee• ct o END 23.99 0.007 0,03% P2RL 75 0.121 END 23.99 0.007 0.03% •••• r i' w 1-0 U • sir � END 23.99 0.007 0.03% ... . L END 23.99 0.007 0.03% END 23.99 0.007 0.03% 4, END 23.99 0.007 0.03% 1 O END Cf} co 23.99 0.007 0.03% = �' "' END 23.99 0.007 0_03% END 23.99 0.007 0,03% 8 m 1= 0- END 23.99 0.007 0,03% I � N END ' ' .,„ _.' 23.99 0.007 0.03% �' - N_ o N I OJ Z x END 23.99 0.007 0.03% J END 23.99 0.007 0.03% o 0 o z Q I g END ' 23.99 0,007 0.03% _ p, Q (-) .. O W n_ z L_'-J � � � Totals 0.121 10 End of Line Voltage 23.99 I- Q co CY co m CD w .tl- Z v P - 20C2 VOLTAGE 3OPSco w O ..:-.2 _ rY F3 a N APPROVALS REQU#RED I REV DATE DESCRIPTION 0 02-14-19 FOR APPROVAL VD - 2CO2 SUPRESSION CO \ TROL DANE_ CALCLAT O\ S PRileT SCALE: NOT TO SCALE "UMBER 24AD0015 DESIGNER DATE MJEASLEY 02-14-19 SHEET - Z-3.0 UX - 1230 360 DSI CO \ TAI \ E , � ISCHA � GE HOSE VX - 1230 VOU \ TI \ G 3AC < ET AUXILIARY FU \ CTIC \ S A\ D 00V I \TEGITY TO 3E POVI3ED 3Y OTHERS MX-1230 TANK: T " E I DISCHARGE HOSE SIZE TANK USED ON SHIPPING ASSEMBLY RADIUS WEIGHT THE POINTS, WHICH ARE OFFERED HERE, DO NOT CLAIM TO BE ALL-INCLUSIVE OR TO GUARANTEE THE ROOM INTEGRITY DOOR FAN TEST WILL PASS. PART NO. "A" "B" "C" "D" THEY ARE REPRESENTED AS THE MOST COMMON ITEMS THAT ARE OVERLOOKED WHICH CAN AFFECT THE ROOM INTEGRITY CERTIFICATION. THE ROOM GENERAL NOTES THE AGENT STORAGE TANK CONSISTS OF A TANK 60 lb 360 psi 1. WIRE SHOWN IN THIS DRAWING SET IS FITTED WITH A VALVE AND INTERNAL SIPHON TUBE, 140 lb 360 psi 19368W/B 5.3 in. 4.72 in. 14 in. 12 in. 3.2 lb. INTEGRITY TEST IS THE PROOF TO THE AUTHORITY HAVING JURISDICTION (AHJ) PROVING THAT THE HAZARD WILL HOLD THE AGENT FOR THE TIME PERMITTED IN RACEWAYS LEADING TO FIRE FACTORY FILLED WITH MX-1230, AND - I ALLOTTED BY NFPA 2001 . THE AHJ WILL REQUIRE PROOF OF THIS TEST AND MAY NOT APPROVE THE SYSTEM IF THIS TEST FAILS. PROTECTION EQUIPMENT. OTHER WIRE SHALL SUPER-PRESSURIZED WITH DRY NITROGEN TO 360 PSI - - 280 lb 360 psi NOT BE PERMITTED. 390 lb 360/725 psi 2 FIRE ALARM SYSTEM DESIGN AND INSTALLATION (25 BAR) AT 70T (21'C). TANKS SHARING THE SAME ( 220 lb 725 Si 88 7639 8.1 in. 7.87 in. 20 in. 18 in. 4.6 lb. SHALL CONFORM TO NFPA STANDARDS AND TO MANIFOLD SHALL BE EQUAL IN SIZE AND FILL - IN 500 lb 725 psi CRITICAL ROOM SEALING INFORMATION FOR AREAS PROTECTED BY GASEOUS FIRE SUPPRESSION SYSTEMS. NEC LATEST EDITION AND COMPLY WITH Al! DENSITY. TANKS ARE AVAILABLE IN VARIOUS SIZES APPLICABLE BUILDING CODES. 3. PARALLEL BRANCHING OF WIRE TO ALL (SEE TABLE). A NAMEPLATE IS ADHERED TO THE TANKS NOTIFICATION APPLIANCE CIRCUITS SHALL NOT DISPLAYING THE AGENT WEIGHT, TARE WEIGHT, GROSS / GENERAL CONSTUCTION BE PERMITTED. WEIGHT, FILL DENSITY AND CHARGE DATE. �` THE FINAL ACCEPTANCE TESTING OF GASEOUS FIRE SUPPRESSION SYSTEM REQUIRES A ROOM PRESSURIZATION TEST (DOOR FAN TEST). THIS REQUIRES 4. PARALLELTINBRANCHING OF WRING MI ANALOGIB . INITIATING DEVICE CIRCUITS IS PERMISSIBLE. A r D1.1 THE PROTECTED AREA TO BE SEALED DURING THE CONSTRUCTION PHASE. THROUGH A PAST HISTORY OF FAILURES, WE HAVE FOUND THE FOLLOWING 5. WIRE DESIGNATIONS: TP=TWISTED PAIR (NON-SHIELDED). AREAS TO BE THE MOST COMMON REASONS FOR TEST FAILURE. PLEASAE REVIEW THE FOLLOWING INFORMATION PRIOR TO REQUESTING A DOOR FAN TEST. TSP=TWISTED SHIELDED PAIR. IRED. B 360 psi " 6. ALL EQUIPMENT SHOWN ON FLOOR OR FPL AS PLANS STRAP 2 36 GENERAL SEALING INFORMATION SHALL BE LOCATED WITHIN 1'-0' AS SHOWN ON SCALED DRAWINGS, THE DRYWALL OF THE PERIMETER WALLS SHOULD BE EXTENDED FROM FLOOR SLAB TO CEILING SLAB. ALL SEAMS SHOULD BE TAPED FROM THE FLOOR TO 7• WRE/CABLE MINIMUM REQUIREMENTS: I SLC=SIGNAL UNE CIRCUIT-18/2 FPLR a 11 11 o I THE CEILING INSIDE AND OUTSIDE OF THE ROOM. FLOOR AND CEILING JOINTS SHOULD BE CAULKED INSIDE AND OUTSIDE OF THE ROOM TO STOP LEAKAGE NNACC=NOTIFICATION APPLIANCE CIRCUIT 14/2 THROUGH THE OUTLETS AND WALL SWITCHES. THE PROTECTED AREA SHOULD BE AS CLOSE TO AIRTIGHT AS POSSIBLE. IF THESE SEALING REQUIREMENTS SBUS=FACP MODULE CIRCUIT SMOKE-18/4 B ARE NOT MET A TEST FAILURE MAY OCCUR. ' a DETECTORS SHALL NOT BE LOCATED WITHIN A 3'-0' RADIUS OF SUPPLY-AIR DUCTS. 9. THESE DRAWINGS SHALL NOT BE MODIFIED - - N ANY HVAC DUCTWORK THAT PENETRATES THE PERIMETER OF THE GASEOUS FIRE SUPPRESSION SYSTEM PROTECTED AREA SHOULD BE EQUIPPED WITH A WITHOUT PERMISSION FROM COSCO FIRE PROTECTION DESIGN DEPARTMENT. ZERO AIRFLOW DAMPER. DAMPER AND AIR-CONDITIONING UNITS SHOULD BE INTERCONNECTED TO THE FIRE SUPPRESSION CONTROL PANEL FOR SHUTDOWN. 10. ALL CANDELA RATINGS ARE 15 UNLESS NOTED C 9 / OTHERWISE. 11. REFER TO INSTALLATION SPECIFICATION SHEETS N / LEAK AREA CHECKLIST: FOR WIRING DIAGRAMS 1_ SUBFLOOR LEAKS: i__D � BRACKETS ARE AVAILABLE FOR 360 psi (25 bar) AND 725 (50 bar) AGENT TANKS. • FLOOR DRAINS, ARE THEY PRIMED? EACH SIZE TANK REQUIRES ONLY ONE BRACKET. • UNSEALED HOLES CORED THRU THE FLOOR SLAB. NOMINAL PART „ " „ " „ " „ " „ „ MIN. MAX. EMPTY • HOLES AROUND CONDENSATE DRAIN PIPES OR CHILLER LINES GOING THRU THE SLAB OR WALLS. VOLUME No. A B C D E FILL FILL WT. • CABLES GOING THRU THE FLOOR SLAB. 60 lb 91 4147 40.8 in 23.2 in. 15.8 in. 10 in. 6 in. 20 lb 58 lb 88 lb 140 lb 88 9109 65.4 in. 47.8 in. 27.5 in. 10 in. 6 in. 46 lb 137 lb 108Ib • WALL/FLOOR SLAB JOINTS AT THE BASE OF THE WALL (CAULK UNDER BASE RAIL IS PREFERRED). 280 lb 88 9111 61.4 in 40.9 in. 27.5 in. 16 in. 6 in. 94 lb 280 lb 190 IbPIPE I \ STALLATI 0 \ •• CONDUITS, PIPE, CABLES, AND WIRES GOING THRU THE RAISED FLOOR WALLS. 390 lb 88 9113 74.5 in 54.0 in. 41.4 in. 16 in. 6 in. 130 lb 388 lb 229 lb ROOM LEAKS 500 lb 91 0510 86.0 in. 65.5 in 51.2 in. 16 in. 6 in. 159 lb 476 lb 313 lb PIPE INSTALLATION PIPE HANGERS • DOOR FRAMES AND DRYWALL. WITH LIQUIID LEVEL INDICATOR 280 Ib 91 4151 61.4 in 40.9 in. 27.5 in. 16 in. 6 in. 94 Ib 280 Ib 210 Ib IN GENERAL, THE INSTALLATION SHOULD PIPE HANGERS MUST BE SPACED • DOOR FRAMING (TOP, BOTTOM, AND DOOR SIDES) DOOR SWEEPS, AND WEATHER STRIPING. 390 lb 91 4152 74.5 in 54.0 in. 41.4 in. 16 in. 6 in. 130 lb 388 lb 251 lb START AT THE UNION ELBOW/MANIFOLD ACCORDING TO THE SIZE OF PIPE (SEE • AROUND AND THROUGH CONDUITS. 500 lb 91 4153 86.0 in 65.5 in. 51.2 in. 16 in. 6 in. 159 lb 476 lb 286 lb AHEE DAND PROGRESS ALONG L THE TO TABLE 11). THE DISCHARGE NOZZLES. INSTALHANGERS MUST BE PLACED WITHIN • BEHIND PLYWOOD FASTENING WALLS IN TELEPHONE ROOMS. T PIPEWORK TO THE INSTALLATION 12in. (300mm) OF THE DISCHARGE • PASS THROUGH MAIL DOOR, AND PIGEON HOLES. DRAWINGS PROVIDED, ENSURING THAT NOZZLE (SEE FIGURE 30). THE FOLLOWING IS ADHERED TO: • HANGERS MUST BE PLACED ABOVE CEILING • THE PIPING MATERIAL MUST BETWEEN ELBOWS THAT ARE MORE • HOLES CORED THRU THE CEILING SLAB. CONFORM TO THE REQUIREMENTS THAN 12in. (300mm) APART (SEE OF ASTM/NFPA 2001 2-2. • AROUND THE ENTIRE CIRCUMFERENCE OF ALL DUCT WORK. • THE PIPE MUST BE REAMED, BLOWN FIGURE 31). CLEAR AND SWABBED WITH AN • HANGERS MUST BE FIXED TO A • WALL/CEILING SLAB JOINTS AT THE TOP OF THE WALL (CAULKING AT THE TOP RAIL IS PREFERRED). APPROPRIATE SOLVENT TO REMOVE STRUCTURE CAPABLE OF MILL VARNISH AND CUTTING OIL SUPPORTING THE PIPEWORK. • CONDUITS, PIPE CABLES, AND WIRES GOING FROM ONE ROOM TO THE NEXT. BEFORE ASSEMBLY AS REQUIRED BY • AROUND COLUMNS AND BEAMS. NFPA 2001 2-2. m a to in • PTFE (TEFLON) TAPE IS THE ONLY co N V X - 1230 \ 0 Z Z E ACCEPTABLE PIPE SEALANT AND MUST BE APPLIED TO THE MALE NOTE: CEILING TILES SHALL BE CLIPPED DOWN AROUND NOZZLES. THIS IS GOOD PRACTICE. DUE TOO AGENT DISCHARGE TURBULENCE UPON RELEASE. A .a a fx THREADS. o 6w o o 0 180' NOZZLE ELECTRICAL: _ 0 w w E SIZE SHIPPING ASSEMBLY ORIFICE DIAMETER " SW !FITTING DESCRIPTION PIPE SIZE MAXIMUM 1 . GASEOUS FIRE SUPPRESSION SYSTEM CONTROL PANEL WILL REQUIRE A DEDICATED 120VAC POWER SOURCE FROM THE ELECTRICAL Q C0 0 W N` w PART NO. MIN MAX A B ACROSS FLATS PIPE SIZE LESS THAN (IN.) SPACING CONTRACTOR. THE ELECTRICIAN IS RESPONSIBLE FOR CONDUIT, WIRE, 20-AMP CIRCUIT BREAKER AND INSTALLATION FROM THE a CLASS 300 MALLEABLE OR8 1/2 in. NPT 88 9061 0.169 in...0.378 in. 2.2 in. 0.9 in. 1.2 in OR EQUAL TO �• (M) 1 in. NPT 88 9062 0.268 in...0.689 in. 3.8 in. 2.0 in. 2.0 in DUCTILE IRON ELECTRICAL PANEL. w a Sin. NPS 3 8 5.0 (1.5) �` o8 / 2. DAMPERS FOR AIR CONDITIONING SHUTDOWN WILL REQUIRE A DEDICATED 120AC POWER SOURCE FROM THE ELECTRICAL CONTRACTOR. THE 1- J a 1-1/2 in. NPT 88 9063 0.406 in...1.181 in. 3.8 in. 3.4 in. 3.4 in ASTM AB ALL 106/A-53 SEAMLESS In. NPS 1/2 5.0 (1.5) 0 0° 2 in. NPT 88 9064 0.512 in...1.575 in. 3.8 in. 3.4 in. 3.4 in 3/4 6.8 (1.8) DAMPER POWER WIRING WILL NEED TO BE BROUGHT BACK THRU THE GASEOUS FIRE SUPPRESSION SYSTEM CONTROL PANEL FIRST. THE 0.1-12 o0 US FITTINGS ELECTRICIAN IS RESPONSIBLE FOR CONDUIT, WIRE, 120-AMP CIRCUIT BREAKER AND INSTALLATION FROM THE ELECTRICAL PANEL. NOTE: THE FLOW PROGRAM CONTAINS 1 7.0 (2.1) M O w> m 360' NOZZLE PIPE AND FITTINGS OPTIONS TOGETHER 3. AIR CONDITIONING SHUTDOWN IS TO BE PROVIDED BY THE ELECTRICIAN, THIS WILL REQUIRE A PAIR OF WIRES FROM EACH AIR :«:: w o 0 SIZE SHIPPING ASSEMBLY ORIFICE DIAMETER SW WITH EQUIVALENT LENGTH INFORMATION 1-1/4 8.8 (2.4) CONDITIONING UNIT, BACK TO THE GASEOUS FIRE SUPPRESSION SYSTEM CONTROL PANEL. THE ELECTRICIAN IS RESPONSIBLE FOR PART NO. MIN MAX "A" "B" ACROSS FLATS FOR PIPE AND FITTINGS. 1-1/2 9.0 (2.7) o `��� 0 `\' o CONDUIT AND WIRING. •••• a o 1/2 in. NPT 88 9069 0.169 in...0.378 in. 2.2 in. 0.9 in. 1.2 in 2 11.0 (3.4) 4. IF A BUILDING FIR ALARM SYSTEM IS PRESENT, THE GASEOUS FIRE SUPPRESSION SYSTEM MUST BE MONITORED. THE BUILDING FORE ALARM v •••• w 0 1 in. NPT 88 9070 0.268 in...0.689 in. 3.8 in. 2.0 in. 2.0 in 2-1/2 11.0 (3.4) CONTRACTOR OR ELECTRICIAN MUST SUPPLY THE CONDUIT AND WIRE TO THE GASEOUS FIRE SUPPRESSION CONTROL PANEL. DRY CONTACTS '••• L. 1-1/2 in. NPT 88 9071 0.406 in...1.181 in. 3.8 in. 3.4 in. 3.4 in 3 12.0 (3.7) WILL BE PROVIDED FOR THIS INTERCONNECTION. 2 in. NPT 88 9073 0.512 in...1.575 in. 3.8 in. 3.4 in. 3.4 in PIPE o PIPE 4 14.0 (4.3) MECHANICAL: �' UNI-STRUT 6 17.0 (5.2) THE MECHANICAL CONTRACTOR IS RESPONSIBLE FOR PROVIDING, AND THE INSTALLATION OF THE SMOKE/FIRE DAMPERS DAMPERS ARE REQUIRED IF I co I _ n. MOUNT TO WALL, z r 1 r.r 1 CEILING OR FLOOR. HANGER SPACING THE ROOM AIR SOURCE IS LOCATED OUTSIDE THE PROTECTED AREA, TO MAINTAIN ROOM INTEGRITY. ZERO AIRFLOW DAMPERS ARE PREFERRED. o Z z 4; _i____" - = m CD 3 NE ;_ 0 a 0 _'"I P� k cf, >_ ..Q ^ . .c.„, a N 0 C 3 C! Z n O o � z Qo A 0 0 I A 0 0 0 0 UNI-STRUT o Q Y J 3 i- ��-- -- HOLE PIPE CLAMP CD 3 _ c4 c9 PIPE CLAMP,MAY BE z cn o USED ON TW CEILING ONLY.FLOOR OR MAYO BE USED ON WALL, N = N Q N cQa FLOOR OR CEILING. I- o CO = CD r , ,_ _, r , _ co� � m w z Z 180' NOZZLE RADIUS 35.77 ft. 360' NOZZLE RADIUS 35.77 ft. O Q Z W ORIFICE PLATES ARE DRILLED ONLY AFTER MINIMAX DESIGN MANAGER VERIFICATION UNI-STRUT MOUNTING BRACKETS o � a W APPROVALS REQUIRED • • • REV DATE DESCRIPTION 0 02-14-19 FOR APPROVAL Ni X- 1230 SUPPRESSIO\ DETAILS _ SCALE: NOT TO SCALE NUM T 24AD0015 DESGNERDALE MJEASLEY I 02-14-19 slur HZ-4.0 MX DesignManager System FK 5-1-12MX DesignManager - Sstem FK 5-1-12 pliiiiiiiii: .a Kernel DesignManager-MX1230 0 V.1.1 /Gili MX DesignManager 1.5.5 UL: EX 52443-MX 12301MX 200 FM:303591441X 1230 1 3035931-MX 200 Kernel Des.gnManager-MX1230 V-1.1 I Gui MX DesignManager IgnManager 1-5.5 UL:EX 5248-MX 1230/MX 200 F3035914-MX 1230 i 3035931-MX 2 0 Project SpeciificatiorrsY uanCalculation Customer IT Language(MX-1230 S em Enclosure I Enclosure Part ft ft - -- - Line Solutiions Length Width Height Vv Vg I Vr Ca Tr min Qree Qadd ()spec GENERAL NOTES ;Project Nameyt ) L fa_____[ Imo] ffti . [ ¢] I°F] rIb [lb] lb I 1. WIRE SHOWN IN THIS DRAWING SET IS Mae 2019-01-16IT ROOM / IT ROOM 1 9 1440 1440 70 0 $. PERMITTED IN RACEWAYS LEADING TO FIRE dress 12250 SW GARDEN PLACE, TIGARD,OR 97223 Total 1440 0 1440 58-9 0 58-9 PROTECTION EQUIPMENT. OTHER WIRESHALL Designer rYlea8l8 A NOT BE PERMITTED. No. - I24A0001 Contain 2. FIRE ALARM SYSTEM DESIGN AND INSTALLATION Volume Pressure FillingQuantityFillingPortion Sel. QuantityContainer Location SHALL CONFORM TO NFPA STANDARDS AND TO Protected Enclosure - IT Room - _ Part No. Valve Amount NEC LATEST EDITION AND COMPLY WITH ALL Type of Installation eft [psi] [Ib} LIb/flt'I [Ib] Temp. 889109 ;_ 1.8 360 psi 59 80482-A DN33 I 32.42 1 26.8 70 APPLICABLE BUILDING CODES. _ •-._- _ _. - � 3. PARAI I Fl BRANCHING OF WIRE TO ALL -_-- - ----___-.. NOTIFICATION APPLIANCE CIRCUITS SHALL NOT System FK 5-1-12 PIpe.Systerin -- - - Nominal Length __� No. StartingNode EndingNode Orientation System Part Component r_.____ _. BE PERMITTED. Design Calculation r Flow Rate Starting Ending Nozzle 4. PARALLEL BRANCHING OF HIRING TO ANALOG Nominal System Pressure 360 psi y P YDiameter [ft] [Ibis] Pressure Pressure Na j INITIATING DEVICE CIRCUITS IS PERMISSIBLE. Nominal Discharge Time 10 s1 0 1 z+ Container Container 5.89 253,8 252.9 f 5. WIRE DESIGNATIONS, ( TP=TWISTED PAIR NON-SHIELDED). Altitude 0 ft . . 2 1 2 1 " 4.5 z+ Downstream Container Valve 5.89 252.9 244.5 1 TSP=PMSDD AIR (NON PAIR, Guideline/Standard NFPA 3 2 5 1 " 4.2 y+ Downstream Elbow 5.89 244.5 242.3 f TYPE: FPLP, FPLR, OR FPL AS REQUIRED. Approval FM 4 5 6 1 " 0.5 z- Downstream Elbow 5.89 242,3 241.7 1 1, 6. ALL EQUIPMENT SHOWN ON FLOOR PLANS ;Pipe Specification ASTM Schedule 40SHAD,BE LOCATED WITHIN 1'-0' AS SHOWN yT . Default Nozzle Type NCD (NPT) ON SCALED DRAWINGS. -- .-_--- --- .- Pressure Enclosure I Enclosure Qspec set ' Qspec actual 7. WIRE/CABLE MINIMUMS REQUIREMENTS: Nozzles ? Orifice Total Pipe Volume 1.56 all. StartingNode ;a fin]gall. -„ _ . . Na- Description Park. No. _ ' [psi] _ Part i%) [Ib SLC=SIG3JA1 LINE CIRCUIT 18/2 FPLR Project Info 1 6 Nozzle NCD 'l+ MX1230 NPT 1 brass 0.366 241.7 IT ROOM/ IT ROOM 100 - - 54 NAC=NOT1FICATION APP1#ANCE CIRCUIT 14/2 Protect existing IT Room with MX-1230. i FPLR. Pressure relief SBUS=FACP MODULE CIRCUIT SMOKE-18/4 Error Messages from Calculation Enclosure Volume [f#'] Max. Overpressure[psf] Hydraulic coefficient for Standard Volume Flow Pressure Relief Vent Area 8. DETECTORS SHALL NOT BE LOCATED HATHIN A iCalculation finishes# sucessfully, no errors found by calculation software pressure loss [ft3fh] In• 3'-o" RADIUS OF SUPPLY AIR DUCTS, IT ROOM 1440 4.2 0.0 - 9- 9. THESE DRAWINGS SHALL NOT BE MODIFIED Calc.according VdS WITHOUT PERMISSION FROM COSCO FIRE PROTECTION DESIGN DEPARTMENT, 10. ALL CANDELA RATINGS ARE 15 UNLESS NOTED OTHERWISE. 11. Rtit.{ TO INSTALLATION SPECIFICATION SHEETS FOR WIRING DIAGRAMS. SHEET NOTES DUCT DETECTOR LOCATIONS TO BE DETERMINED AND INSTALLED BY MECHANICAL CONTRACTOR. I:IEngineering/O0-ALARMS124A00015 Language Line Solutions -NoueciCalcs/LLS24AD0015CALC.dmfk5112 Page 2 of 4 1./'finranararinnifll1-11 APCI r 4Annnic I win.inncy I Ina .,-LII ifinnc Ji,-,./["=ircfl i C71annn1cr81 r ,-4,01.A1 1'"? D- .- MX DesignManager - System FK 5-1-12 MX DesignManager - System FK 5-1-12 Kernel DesignMenager-MX1230 V.i,1 1 Gui MX signManager 1 5.5 UL- EX 524E1-MX 12301MX 200 FM:3035914-MX 1230 1 3035931..MX 20 Bill of Material Kernel DesignManager-MX1230 V.1,1 1 Gui MX DesignManager 1,5.5 UL: EX 5248-MX 1230/MX 200 F11r1:3035914-MX 1230 / 3035931-MX 20 Quantity Unit Part No.. Description . Please Select pcs- 826758 Limit switch pneumatically actuated i. . 1-00 pcs. Order Form contact ressure gauge p c� , .. 1.00 pcs- 912075 Hose DN 40 MX 00AAX 1230 90° NPT 59.00 lb 888054 Extinguishing agent MX1230 • I . 9.20 ft ' Order Form Pipe Sch.40 A-536/106B 1"x I 1.00 pcs. 889062 Nozzle NCD 180° MX 1230 NPT 1'brass . 2.00 pcs. 747945 Elbow Al-1 -Zn-A type D 1.00 pcs. 889109 Container 52 1360 psi, Valve 60482-A DN33 ul o 1.00 pcs. 887628 Clamp for 25//50/80 extinguishing went cylinder MX 200/MX 1230 n 1.00 pcs. Order Form release device MX 200/1230 electrical oo Q up I -c:3°3 CD, V � Q � n, o I r ti U V):QO VJ6-2, { rn Cill W U Q � � • 1 Es w 3 OzQ n Z U co O w> M 1 ••• • U • •• • W Op E co •••• I- N O ^ •••• Q' U •••• a o ••e• W U • • ••• IX ••• • L_ v o ao I FR Try ; cc, i cc 8 } Z L (./) r%] CD °- Io Z a - N i O Zn O ___1L..i....l w C__.) d O O L, Q Q Y g z Q w I:/engfinee Atlg100-ALARMS124AD0015 Language Line Solutions-Novec/CalcsILLS24AD0015CALC_drntk.5112 Page 4 of 4 I---- cD CO = a I:/Eng nesringlOd ALARMS124AI]0015 Language Line SolutionsNovetlCalcslLLS24ADOOiSCALC.dmtk5l]2 Page 3 of 4 n--- o ao C a 1 , 1 Z rr1 d zz O ¢ _ I , z W a U C w_ cis CC d N APPROVALS REQUIRED I • REV DATE DESCRIPTION 0 02-14-19 FOR APPROVAL vX - 123 ; CALCJ _ATIO\ S SCALE: NOT TO SCALE MAW 24AD0015 I DEMO DATE MJEASLEY 02-14-19 SHET HZ-5.0