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APPROVED BLD PLN RESUB1 BLD2024-0170+Mechanical_Plan+2.27.2024_12.08.51_PM+4085833SITE PLAN Nord, SCALE:8"= 7'0" Cn W Q C� RESUE Feb 27 202� CITY OF EDMONDS DEVELOPMENT SERVI( DEPARTMENT end ant �o N ----------------------- I APPROVE BY PLANNING Mar 05 2024 SET DATE : 01-23-24 a _ � � ? oz °Z_m N�cro-C7 �' mcOrno°Qro? aZa�Q3m��Q0 a0 ° 3C7� �'� `o y00 y�oQQN��o�o �o��,W�z�:��a �Z�y=�� Q� �c��LLoa �>�z 3Z cy°� a�i �-��°w_ -`oa�3�za�°-a`�i o=E�o�w�a�� L��o>>Oc��oa FOmomOomQwn z 0 w W Q 0 0 z W J J � W O N Q � � II N CO Q � W lr W 0 LL w J �_ W � z � m m Z m O = Z W z � � � O U � 0 N O z � w Q Q�� cn z o a� Q z o�� o U z Q J W �_ �i, V z_ J O O U z Q w SHEET NUMBER 0 0 �� o W (�'� U Z� QQ�� °'� O %Q r l/�U}�l r ` r v i1 � J � � � � � r Y � � A100 CONTRACTOR'S LICENSE CFMHEHC969CD ABBREVIATIONS AC AIR CONDITIONING AD ACCESS DOOR AFC ABOVE FINISHED CEILING AFF ABOVE FINISHED FLOOR AHU AIR HANDLING UNIT AL ALUMINIUM BDD BACK DRAFT DAMPER BFC BELOW FINISHED CEILING BHP BRAKE HORSE POWER BI BACKWARD INCLINED BOD BOTTOM OF DUCT BTU BRITISH THERMAL UNIT BTUH BRITISH THERMAL UNIT PER HOUR CFM CUBIC FEET PER MINUTE CO CLEAN OUT CV CONSTANT VOLUME CW COLD WATER CRD CEILING RADIATION DAMPER DIA DIAMETER DIM DIMENSION DMPR DAMPER DN DOWN DP DIFFERENTIAL PRESSURE DWG DRAWING EX EXISTING EAT ENTERING AIR TEMPERATURE EF EXHAUST FAN EFF EFFICIENT, EFFICIENCY EG EXHAUST GRILLE ELEC ELECTRICAL FG FLOOR GRILL FD FIRE DAMPER F FURNACE FPM FEET PER MINUTE FSK FOIL SKRIM KRAFT LINER (SPUNSTRAND) FT FEET, FOOT G GAS GR GRILLE HP HORSE POWER HR HOUR HTG HEATING HVAC HEATING, VENTIALTION AND AIR CONDTIONING HW HOT WATER ID INSIDE DIMENSION IN INCH, INCHES INFO INFORMATION INSUL INSULATE, INSULATION JAN JANITOR KW KILOWATT KWH KILOWATT HOUR LAT LEAVING AIR TEMPERATURE LF LINEAL FEET LVG LEAVING MA MIXED AIR MBH THOUSAND BRITISH THERMAL UNITS PER HOUR MAT MIXED AIR TEMPERATURE MAX MAXIMUM MECH MECHANICAL MFG MANUFACTURER MED MEDIUM MIN MINIMUM, MINUTE MISC MISCELLANEOUS N NORTH NA NOT APPLICABLE NTS NOT TO SCALE OSA OUTSIDE AIR OAT OUTSIDE AIR TEMPERATURE OD OUTSIDE DIMENSION OPP OPPOSITE OV OUTLET VELOCITY PD PRESSURE DROP PERF PERFORATED PF PRE FILTER PH PHASE QTY QUANTITY RA RETURN AIR READ REQUIRED RET RETURN RPM REVOLUTIONS PER MINUTE RG RETURN GRILLE SA SUPPLY AIR SCHED SCHEDULE SD SMOKE DETECTOR SF SUPPLY FAN SFD SMOKE/FIRE DAMPER S.I.O SUPPLIED &INSTALLED BY OWNER/ (OTHER) SHT SHEET SP STATIC PRESSURE SPEC SPECIFICATION SR SUPPLY REGISTER SS STAINLESS STEEL STAT THERMOSTAT �ra�lira�l�a:��r,��:�� TK TOE KICK TEMP TEMPORARY THRU THROUGH TSTAT THERMOSTAT TYP TYPICAL UL UNDERWRITER'S LABORITORY UV UNIT VENTILATOR UMC UNIFORM MECHANICAL CODE UP UNIFORM PLUMBING CODE UBC UNIFORM BUIDLING CODE V VOLT VAC VOLTS AC VDC VOLTS DC VD VOLUME DAMPER VAC VACCUUM VAV VARIABLE AIR VOLUME VEL VELOCITY VOL VOLUME MECHANICAL SPECIFICATION GENERAL SCOPE THE INTENT OF THE SPECIFICATION AND THE DRAWINGS IS TO PROVIDE A COMPLETE AND FULLY OPERATIONAL MECHANICAL SYSTEM. THE MECHANICAL CONTRACTOR SHALL FURNISH AND INSTALL ALL LABOR, MATERIAL, AND EQUIPMENT NECESSARY TO COMPLETE THE MECHANICAL WORK. DRAWINGS ARE SCHEMATIC IN SOME AREAS AND MAY NOT SHOW OFFSETS WHICH MAY BE REQUIRED. SITE EXAMINATION THE MECHANICAL CONTRACTOR SHALL THOROUGHLY EXAMINE ALL AREAS WHERE EQUIPMENT, DUCTWORK, AND PIPING WILL BE INSTALLED AND WILL REPORT ANY CONDITION THAT, IN HIS OPINION, PREVENTS THE PROPER INSTALLATION OF THE MECHANICAL WORK. STANDARDS EQUIPMENT AND MATERIALS SHALL CONFORM WITH APPROPRIATE PROVISIONS OF ARL, ASME, ASTM, UL, NEMA, ANSO, SMACNA, ASHRAE, NFPA, AS APPLICABLE TO EACH INDIVIDUAL UNIT OR ASSEMBLY. CODES ALL WORK SHALL BE PERFORMED IN STRICT ACCORDANCE WITH ALL APPLICABLE STATE AND LOCAL CODES AND ORDINANCES. IN CASE OF CONFLICT BETWEEN THE DRAWINGS/SPECIFICATIONS AND THE CODES AND ORDINANCES, THE HIGHEST STANDARD SHALL APPLY. THE MECHANICAL CONTRACTOR SHALL SATISFY CODE REQUIREMENTS AS A MINIMUM STANDARD WITHOUT ANY EXTRA COST TO THE OWNER. PERMITS AND FEES THE MECHANICAL CONTRACTOR SHALL PROCURE AND PAY FOR ALL PERMITS, FEES, AND INSPECTIONS NECESSARY TO COMPLETE THE MECHANICAL WORK. WARRANTY THE MECHANICAL CONTRACTOR SHALL UNCONDITIONIALLY WARRANT ALL WORK TO BE FREE OF DEFECTS IN MATERIAL AND WORKMANSHIP FOR A PERIOD OF ONE (1) YEAR FROM THE DATE OF FINAL ACCEPTANCE BY OWNER, AND WILL REPAIR OR REPLACE ANY DEFECTIVE WORK PROMPTLY AND WITHOUT CHARGE AND SHALL RESTORE ANY OTHER EXISTING WORK DAMAGED IN THE COURSE OF REPAIRING DEFECTIVE MATERIALS AND WORKMANSHIP. DUCTWORK AND ACCESSORIES SHEET METAL DUCTWORK ALL DUCTWORK TO BE RIGID SHEET METAL CONSTRUCTED FROM GALVANIZED SHEET STEEL IN ACCORDANCE WITH SMACNA LOW VELOCITY DUCT CONSTRUCTION STANDARDS. ALL EXPOSED DUCTWORK TO BE ROUND, SPIRAL, LOCK SEAM TYPE. ASSEMBLE AND INSTALL DUCTWORK IN ACCORDANCE WITH RECOGNIZED INDUSTRY PRACTICE FOR ACHIEVING AIR TIGHT (8% LEAKAGE) AND NOISELESS (NO OBJECTIONABLE NOISE) SYSTEMS CAPABLE OF PERFORMING EACH INDICATED SERVICE. FURNISH ALL DAMPERS, TRANSITIONS, CONNECTIONS TO AIR TERMINALS, AND OTHER ACCESSORIES NECESSARY FOR A COMPLETE OPERATING SYSTEM. NO VARIATION OF DUCT CONFIGURATION OR SIZES WILL BE PERMITTED EXCEPT BY PERMISSION FROM THE ENGINEER. DUCT SEALANT SEAL ALL LONGITUDINAL AND TRANSVERSE JOINTS WITH ANON -HARDENING, NON -MIGRATING MASTIC OR LIQUID ELASTIC SEALANT OF A TYPE RECOMMENDED BY THE MANUFACTURER FOR SEALING JOINTS AND SEAMS IN SHEET METAL DUCTWORK. COVER ALL FIELD JOINTS, JOINTS AROUND SPIN -IN FITTINGS, AND FASTENING SCREWS WITH MASTIC. SUPPORTS: PROVIDE HOT -DIPPED GALVANIZED STEEL, FASTENERS, ANCHORS, RODS, STRAPS, TRIM, AND ANGLES FOR SUPPORT OF DUCTWORK. DAMPERS PROVIDE OPPOSED -BLADE, MULTI -LEAF VOLUME CONTROL DAMPERS WHERE INDICATED ON DRAWINGS AND AT POINTS ON LOW PRESSURE SUPPLY, RETURN, AND EXHAUST DUCTS WHERE BRANCHES ARE TAKEN FROM LARGER DUCTS. PROVIED UL LISTED FIRE DAMPERS WHERE REQUIRED AND IN ACCORDANCE WITH NFPA AND LOCAL CODES. PROVIDE CONVEINIENTLY LOCATED ACCESS DOORS OF AMPLE SIZE AND QUANTITY FOR SERVICING THE DAMPERS. GRILLES, REGISTERS 8c DIFFUSERS GRILLES, REGISTERS, AND DIFFUSERS SHALL BE INSTALED AS INDICATED ON THE DRAWINGS AND SCHEDULES. THE MECHANICAL CONTRACTOR SHALL PROVIDE ALL MISCELLANEOUS ITEMS NECESSARY FOR A COMPLETE AND PROPER INSTALLATION IN THE TYPE OF CEILING AND WALLS USED IN THIS PROJECT. THERMAL INSULATION PROVIDE EXTERNAL THERMAL INSULATION WITH AN INTEGRAL VAPOR BARRIER FACING OF SUFFICIENT THICKNESS TO MEET LOCAL ENERGY CODE REQUIREMENTS. PROVIDE INSULATION ON EXHAUST AND OUTSIDE AIR DUCTS, AND ON CONCEALED PORTIONS OF SUPPLY AND RETURN AIR DUCTS. DO NOT INSULATE EXPOSED DUCTWORK AND PORTIONS OF DUCTWORK THAT ARE INTERNALLY LINED. THERMAL INSULATION TO COMPLY WITH AN NFPA FLAME SPREAD OF 25 OR LESS, AND SMOKE DEVELOPED NO GREATER THAN 50. ACCOUSTICAL DUCT LINER: UNLESS OTHERWISE INDICATED ON THE PLANS, PROVIDE 1" GLASS FIBER ACCOUSTICAL DUCT LINER ON SUPPLY AND RETURN DUCTWORK WITHIN 10 FEET OF THE DISCHARGE AND INTAKE OF AIR HANDLING UNITS. INCREASE DUCT SIZE INDICATED ON PLANS 2" IN EACH DIMENSION TO ACCOMODATE LINER. TESTING, ADJUSTING, BALANCING MECHANICAL CONTRACTOR OR AN INDEPENDENT NEBB OR AABE CERTIFIED AIR BALANCE CONTRACTOR SHALL ACCURATELY BALANCE THE AIR SYSTEMS TO PROVIDE AIR QUANTITIED INDICATED ON THE DRAWINGS AND IN THIS SPECIFICATION. OPERATE AUTOMATIC CONTROLS SYSTEM AND VERIFY SET POINTS DURING BALANCING. SUBMIT TWO (2) COPIES OF THE BALANCE REPORT TO THE ENGINEER FOR APPROVAL. INCLUDE A COPY OF THE BALANCE REPORT AS APPROVED BY THE ENGINEER WITH APPLICATION FOR FINAL CONTRACT PAYMENT. DUCTLESS MULTI SPLIT HEAT PUMP UNIT SCHEDULE MARK MAKE MODEL CFM COOLING HEATING ELECTRICAL WEIGHT SOUND TOTAL EER/IEER SHCE TOTAL COP @ 47° DATA FUSE M.C.A. CU-1 CARRIER 38VMA144RDL5-1 N/A 142.8 12.30/24.00 26.5 160.0 3.60 208/230-3-60 80 70 1 137 LBS. 83.3 dBA AH-1 CARRIER 40VMH096---3 2400 97.35 12.30/24.00 26.5 108.0 3.60 208/230-1-60 15 10.2 254 LBS. 54.7 dBA AH-2 CARRIER 40VMW024---3 530 24.0 13.00/24.40 26.5 27.0 3.98 208/230-1-60 15 0.86 38 LBS. 42.0 dBA AH-3 CARRIER 40VMW024---3 530 24.0 13.00/24.40 26.5 27.0 3.98 208/230-1-60 15 0.86 38 LBS. 42.0 dBA AH-4 CARRIER 40VMW024---3 530 24.0 13.00/24.40 26.5 27.0 3.98 208/230-1-60 15 0.86 38 LBS. 42.0 dBA CU-2 CARRIER 38MARB24 N/A 24.0 13.00/24.40 26.5 27.0 3.98 208/230-1-60 35 25 135 LBS. 53.9 dBA AH-5 CARRIER 40VMF024---3 530 24.0 13.00/24.40 26.5 27.0 3.98 208/230-1-60 15 0.86 38 LBS. 42.0 dBA FAN SCHEDULE SYMBOL MAKE &MODEL SERVES CFM SP RPM MOTOR ELECT. TYPE WEIGHT BDD SOUND NOTES EF-1 CAPTIVEAIRE DU240HFA TYPE 1 KITCHEN HOOD 4876 1.75" 961 5 HP 208-3-60 ROOFTOP 313 LBS NO 8.3 SONES INTERLOCKED WITH MAU-1 EF-2 CAPTIVEAIRE DU50HFA TYPE 2 DISHWASHER EXHAUST 1000 0.5" 1361 0.5 HP 115-1-60 ROOFTOP 81 LBS NO 2.7 SONES ON WITH DISHWASHER GAS FIRED MAKE UP AIR UNIT SYMBOL MAKE &MODEL SERVES CFM SP RPM MOTOR ELECT. TYPE WEIGHT BDD SOUND NOTES INPUT BTU OUTPUT BTU TEMP RISE MUA-1 CAPTIVEAIRE A2-D.250-20D TYPE 1 KITCHEN HOODS 4876 0.5" 1769 5 HP 208-3-60 ROOFTOP 682 LBS YES 6.6 SONES INTERLOCKED WITH EF-1,W/ VFD 227963 209726 45 DEG F KITCHEN HOOD SCHEDULE SYMBOL MAKE &MODEL MAX COOKING TEMP TYPE TOTAL CFM DESIGN CFM/FT APPLIANCE DUTY LENGTH TOTAL SUPPLY CFM CONSTRUCTION WEIGHT HOOD #1 CAPTIVEAIRE 6024 ND-2-PSP-F 600 DEGREES F TYPE 1 2438 250 HEAVY 9'9" 2194 430 SS WHERE EXPOSED 565 LBS HOOD #2 CAPTIVEAIRE 6024 ND-2-PSP-F 600 DEGREES F TYPE 1 2438 250 HEAVY 9'9" 2194 430 SS WHERE EXPOSED 997 LBS AIR BALANCE: TOTAL EXHAUST AIR: 4,376 CFM REQUIRED MAKE UP AIR (100%): 4,376 CFM MAKE UP AIR PROVIDED IN DESIGN: 4,376 CFM HVAC NOTES: 1 . MUA-1 & EF-1 ARE TO BE INTERLOCKED BY CAPTIVEAIRE CONTROLS 2. TYPE 1 HOOD CONSTRUCTION IS 16 GAUGE STEEL. DUCT CONSTRUCTION IS 16 GAUGE STEEL. 3. ANSUL FIRE SUPPRESSION SYSTEM BY OTHERS 4. SEE CAPTIVEAIRE HOOD SHEETS FOR INFORMATION ON KITCHEN HOOD AND FANS 5. CLEANOUTS TO BE PROVIDED AT EACH CHANGE OF DIRECTION OF EXHAUST DUCTWORK AND NO MORE THAN 20' APART 6. MUA-1 HAS A BUILT IN MOTORIZED DAMPER. DAMPER IS A LOW LEAK (4 CFM/SQ FT) CLASS 1 A DAMPER THAT CLOSES AUTOMATICALLY 7. PER 2018 IMC SECTION 507.9 THE WALLS THE HOODS MOUNT TO ARE TO BE OF NON COMBUSTIBLE MATERIAL (METAL FRAME) 8. PER 2018 IMC SECTION 507.2.1 .1 EXHAUST AND MAKE UP AIR FANS ARE TO COME ON AUTOMATICALLY WHEN COOKING OPERATION IS DETECTED 9. PER 2018 IMC SECTION 507.12 ALL HOODS ARE TO EXTEND 6" BEYOND COOKING SURFACES ON ALL SIDES 10. EF-1 MUST DISCHARGE A MINIMUM OF 40" ABOVE ROOF (TYPE 1 HOOD EXHAUST) 1 1 . EF-2 MUST DISCHARGE A MINIMUM OF 30" ABOVE ROOF (TYPE 2 DISHWASHER EXHAUST) 12. SMOKE DETECTORS WILL BE INSTALLED ON THE MAKE UP AIR UNIT PER THE 2018 IMC SECTION 606.2.1 13. GREASE DUCTWORK SHALL BE TESTED ACCORDING TO THE 2018 IMC SECTION 506.3 14. THESE UNITS ARE USING THE EFFICIENCY PERFORMANCE ECXEPTION IN TABLE C403.5 OF THE 2018 WASHINGTON ENERGY CODE WHERE UNITS IN CLIMATE ZONE 4C CAN BE INSTALLED WITHOUT ECONOMIZERS AS LONG AS THEY ARE 64% HIGHER THAN MINIMUM EFFICIENCY (22.94 IEER REQUIRED). THESE UNITS MEET THAT CRITERIA. 15. WE ARE USING NATURAL VENTILATION FOR THIS PROJECT. PER 2018 IMC SECTION 402.2 THE MINIMUM OPENABLE AREA TO THE OUTDOORS SHALL BE 4 PERCENT OF THE FLOOR AREA BEING VENTILATED. 16. INSTALL TIMING SENSORS FOR THE HVAC SYSTEM THAT WILL SHUTOFF THE SYSTEM WHEN THE DOORS ARE OPEN FOR MORE THAN 5 MINUTES OR RESET THE SPACE HEATING/COOLING SPACE TEMPERATURE TO 55°F FOR HEATING AND 85°F FOR COOLING PER 2018 WSEC SECTION C403.4.1 .6 NON RESIDENTIAL VENTILATION CALCULATIONS ZONE OCCUPANCY AREA CFM/PERSON AREA OUTDOOR BREATHING RATE DEFAULT OCCUPANCY DENSITY OCCUPANTS MINIMUM FRESH AIR DESIGN FRESH AIR SERVED BY PRIVATE DINING 1ST FL DINING ROOMS 330 SQUARE FEET 7.5 0.18 CFM/SQ. FT. 70 PER 1000 S.F. 23 233 CFM NATUARL VENTILATION OPERABLE DOORS DINING 1ST FL DINING ROOMS 900 SQUARE FEET 7.5 0.18 CFM/SQ. FT. 70 PER 1000 S.F. 63 635 CFM NATUARL VENTILATION OPERABLE DOORS BAR 1ST FL BARS 550 SQUARE FEET 7.5 0.18 CFM/SQ. FT. 100 PER 1000 S.F. 55 512 CFM NATUARL VENTILATION OPERABLE DOORS KITCHEN KITCHEN 600 SQUARE FEET 7.5 0.12 CFM/SQ. FT. 20 PER 1000 S.F. 12 162 CFM NATUARL VENTILATION OPERABLE DOORS BAR 2ND FL BARS 450 SQUARE FEET 7.5 0.18 CFM/SO. FT. 100 PER 1000 S.F. 45 418 CFM NATUARL VENTILATION OPERABLE DOORS REC ROOM 2ND FL GAME/ARCADES 760 SQUARE FEET 7.5 0.18 CFM/SO. FT. 20 PER 1000 S.F. 15 133 CFM NATUARL VENTILATION OPERABLE DOORS 2018 NON RESIDENTIAL NATURAL VENTILATION CALCULATIONS: TOTAL FLOOR AREA OF OCCUPIED VENTILATED SPACES: 3,590 SQUARE FEET TOTAL REQUIRED OPENABLE AREA PER SECTION 402.3 OF 2018 IMC: 4% FLOOR AREA OR 143.E SQUARE FEET TOTAL SUPPLIED OPENABLE AREA PROVIDED TO OCCUPIED VENTILATED SPACES: 342 SQUARE FEET DRAWING SYMBOLS N NORTH ARROW A SECTION IDENTIFICATION M201 SHEET IDENTIFICATION 0 COLUMN GRID SYMBOLS GENERAL MECHANICAL NOTES NUMBER IDENTIFICATION FLAG MECHANICAL NOTES NUMBER IDENTIFICATION MECHANICAL LEGEND SYMBOL DESCRIPTION EXISTING WORD OR BACKGROUND INFORMATION (LIGHT LINE NEW WORK (HEAVY LINE) RELOCATE EXISTING EQUIPMENT ITEM OR DEVICE INDICATED EXISTING E�UIPMENT OR DUCTWORK TO BE SEL C1IVELY DEMOLISHED POINT OF NEW CONNEC110N U J Q U z 0 Q J z w CV CV CV 0 0 W W Q 0 O w J � J N W N 0 0 > � � w w w ° m mz m o �c� z z w w z � � p Q � _ cn � � � O O EQP-1 O ICAL EQUIPMENT D SIGNATION N EXHAUST FAN SHOWN � Q ROOM/ZONE THERMOSTAT z � 12X8 w Q DUCT (1ST FIGURE =SIDE SHO \ 2ND F URE =SIDE NOT SHOWN > s FLEXIBLE CONNECTION � (� VOLUME DAMPER � z o� Q z 45' TAKE -OFF O � O r � O 2--�'--2 45' TAPERNGULAR TAKE -OFF WITH � U � Q FLEXIBLE DUCT � > � W _= M MOTORIZED DAMPER SFD COMBINAl10N SMOKE/FIRE DAMPER FD FIRE DAMPER �CRD CEILING DIFFUSER OR GRILLE RADIATION DAMPER TERMINALS: CD-1 C�ILJNG DIFFUSER, TYPE 1 � 8 � NECK 350 BALANCE TO 350 CFM RG-1 RETURN GRILLE, TYPE 1 2412 24x12 NECK 350 BALANCE TO 350 CFM TG-1 TRANSFER GRILL, TYPE 1 2412 24x12 NECK 350 BALANCE TO 350 CFM TYP 2 TYPICAL OF 2 ®� CEILING DIFFUSER � CEILING RETURN GRILLE R S U E ® CEILING EXHAUST GRILLE Fe CIT 27 202' OF EDMONDS DEVEL PMENT SERVI( RL REFRIGERANT LIQUID LINE RS REFRIGERANT SUCTION LINE - - -C- - - CONDENSATE PIPING SHEET INDEX M0.1 HVAC SCHEDULES M1.0 HVAC 1ST FLOOR PLAN M2.0 HVAC 2ND FLOOR PLAN M3.0 HVAC ROOF PLAN M4.0 EAST ELEVATION M5.0 FIRE WRAP SPECS M6.0 FIRE WRAP SPECS M7.0 FIRE WRAP SPECS APPLICABLE CODES: 2018 INTERNATIONAL BUILDING CODE 2018 INTERNATIONAL MECHANICAL CODE 2018 WASHINGTON STATE ENERGY CODE SET DATE : 01-23-24 �� _ -o � �>z �o- �z� N�in�o-C7 �'-mcOo�o.4Q�Z azo�Q��o o�� Qo��c��`o�,o ygo��N��-ono a�o��w°��,�°_io�Q L roz��=�rom��0 Q �.. o�C7�5�C> iv in> roz �zo�OzEm��Q roQN3°C7aNQ�n= �-6�Z p �=��a��Qy� � U ro `o m� o m Q° Q ■ w J z Q J O O J LL U Q I U z z_ J O O � U U °� z_ Q o W o � � o W C'� U z� W U �� ro QQ z�� opr� CVZr� � � � �� r SHEET NUMBER M0.1 CONTRACTOR'S LICENSE CFMHEHC969CD 0 LL z O w w Q O z W J � J N W O � O N O _ } � � � W lr W 7 � W Z } m 0] (� 07 Q � z z Y W Z Q Q w Q m � O p � Q � _ � � � � � O 0 N O Z rn w Q Q�� u� cn z o o� Q z o�� ;00 �� UP DOOR O O J LL_ T UP DOOR U Q ■ w = J �_ STEEL CLADDING ;ITCHEN HOOD FROM AND EXTEND 18" HOOD HVAC 1ST FLOOR SCALE:8"=1 '0" North SET DATE: 01-23-24 RESU Feb 27 202 CITY OF EDMONDS U DEVELOPMENT SERVIC DEPARTMENT V z_ J O O � U U °� z Qo wo _ � �, o W C+') U z� L Q Q �,,� ��N� opr� Nzr� �� v r Y � � � °� 3 o z SHEET NUMBER � z � � � � � fl-CS m�Oa�Q�amz aZ_o�Q�� QO O J N QO3��o�� M1.0 y�oo��-ono ago � �w °' �,� m mQ z = � c� Q �, .. o�c��5�tia �>�z ��°°C>Z�Q�aW Q � 3 �Z a � a � = CONTRACTOR'S LICENSE a�=E�o�oi�'aY� � � � � y O �.� ,, � � CFMHEHC969CD FUc�aomOomQ°4 DR HVAC 2ND FLOOR SCALE:8ll_1 loll NOIYiI SET DATE : 01-23-24 0 L� z 0 w w Q 0 0 z W J � J N W O 0 II N � N � � � � O r W W W � W Z � m m Z 0] O 7 Z W Z � � � O U � O N O Z � w Q Q�� u� cn z 0 o� Q z o�� ;00 O O z N U Q w = J �_ RESU Feb 27 202 CITY OF EDMONDS U DEVELOPMENT SERVIC DEPARTMENT V z_ J O O � U U °� z Q wo _� �� o W (� U Z� L Q Q �,,� ��°'� O Q r U NZT@j �JON°E �� r — N N a r Y �7 � °� °� o z SHEET NUMBER (Um ��w� O �'ZmcO�pOam? N� N Z C y (O N O J aZ-o�Q 3 m°-o�0 Qo�3��3��oN� M2.0 � O O- W N 'p ;� N mZ °��_� m m ro �� Q �.. m - m(7� �L�LU a�i c� mz 3F o�oz m �-r�n-°w � Q � � DZ a � Q � CONTRACTOR'S LICENSE �=E�`oJ��ayL�L � � � ; Y o ,,� ,, � o CFMHEHC969CD W o �� F C�NONUOCOQ �9 �% B— — — �o L EXISTING �- U —�— �- - - � �� NO EXHAUST OUTLE WITHIN 10' RADIUS OF FRESH AIR INTAKE FOR MUA-1 SUPPLY DROP DOWN INTO TENANT SPACE STING AC UNIT —�— z 0 w ,I; I IIIIIII I I EF I 1 O �XISTING AC UNIT EF-1 IS A TYPE 1 HOOD EXHAUST FAN F _ _ �❑ _ � _ � _ AND MUST DISCHARGE A MINIMUM OF 40" _ _ _ � I I I ABOVE ROOF DECK PER 2018 IMC SECTION 506.3.13.1 E I TINS FAN�O EF I' e ® EF-2 IS A TYPE 2 EXHAUST FAN AND MUST DISCHARGE A MINIMUM OF 30" ABOVE ROOF DECK PER 2018 IMC SECTION 506.4.2 WALK IN COOLER NOT PART OF COMPRESSOR THIS PERMIT CU �— — — �— — — � — �— — - o � — — — —HO — — — — —� — \J — — — � — — — — —o — -0 — — — — — — — — — — — — — — — — — 1 I 1 I I HVAC ROO F P LA N SCALE:8"=1'0" North SET DATE : 01-23-24 RESUE Feb 27 202� CITY OF EDMONDS DEVELOPMENT SERVI( DEPARTMENT W J N W O � II NO O N V � � O W W W � O W Z m m C7 } W Q � z z W z > W 1' > O U O � Q � _ cn � � O ❑ U z W Q > � Q � .. � zo o� Q z ono Uo� � L� o % Ln W LL ■ w J z Q LL O O U Q I U z V z 0 O � U U °� z Qo wo z �� o W C7 U z� QQ � _�� O Q N U rzrU� a ��°°� �� r Y � � NFU �j � � o � o z SHEET NUMBER �'zm�o�o°Q�? N� N Z �� c6 N U J aZ-o -Q 3 ��--°�O Qo�� M3.0 Y��N�Qo�� w � �.. �Q �o o a� � �c ro � mZ��=�mro@.SC7 Q �.. o�C79�I�iUNc��Z 3� oyU? � Q�a`w m Q„� o� Q N o N= CONTRACTOR'S LICENSE -O W 7 -p �` Z a U p N N= E N O J N� O_ "�' LPL � -� � Y o a� ,, E � CFMHEHC969CD � U m o m� o `m Q� Q m D m r- m D O z V m 0 D m 0 I IV W I IV These drawings are the property of CFM HEATING AND COOLING, INC. and must not be reproduced, altered, or used without the prior written authority of CFM HEATING AND COOLING, INC. These drawings are only supplementary drawings to the architecTs plans and specifications. Any proposed variations or departures from these drawings must be approved by CFM HEATING AND COOLING, INC. 0 < � �l T m0< � �'�``�i n�° N 'w Ago � N♦ �"'C 0 �Az O o N 1"1'1 Q 3 h x �, o m CFM � � C _� � � HEATING &COOLING INC. � m O 11447 120TH AVE NE #100 0 m KIRKLAND, WA. 98033 425-821-1293 Jeremy@cfm-hvacr. com TITLE ■ EAST ELEVATION FOR ■ VICTOR'S TAVERN 550 MAIN ST EDMONDS, WA. 98020 SCALE 1 /8"=1'0" JOB NUMBER 4202 DRAWING NO. M4.0 DATE 01-23-24 DRAWN BY JEREMY MOELLER CHECKED BY NO. DATE BY REVISION 3MTM Fire Barrier Duct Wrap 615+ Product Data Sheet and Installation Guide 1. Product Description 3MU' Fire Barrier Duct Wrap 615+is a flexible fire-resistant wrap consisting of an inorganic fiber blanket encapsulated with ascrim-reinforced foil. The product is 1-1/2" thick, 6 pcf density.' It is used to fire rate commercial kitchen grease ducts as well as ventilation ducts. 3MU" Fire Barrier Duct Wrap 615+ is a proven alternative to 1- or 2-hour fire-resistant rated shaft enclosures for grease ducts (ICC-ES ESR-1255). With its excellent insulating capabilities, low weight and thin profile, it is an ideal choice for a duct enclosure system. This non-asbestos2 wrap installs easily due to its high flexibility and strength. ' In accordance with the tolerances in ASTMC 892 Standard Specificationfar High -Temperature Fiber Blanket Thermal Insulation. ' These fibers are not biopersistent and are thereforenon-carcinogenic per Note Q of EUDirective 67/548/EEC (guideline 97/69/EG). �; �� '�Y� � �., ° . Product Features • Two -layer wrap for grease ducts •High flexibility for installation ease rated as a shaft alternative per •Foil encapsulated for blanket protection, ASTM E 2336 less dust, and high wrap strength o �- •Zero cleazance to combustible •Wide range of penetration seal systems - ��- "' throughout the entire •Available in: °''' -� enclosure system 24" x 25 ft. (609.6mm x 7.62m) and ��^`' •Butted inner layer in 2-layer 48" x 25 ft. (1219.2mm x 7.62m) rolls Flexible and lightweight with a thin grease duct applications •Blanket adhered to foil scrim helps profile for easier application and •One -layer wrap for fire -resistive prevent wrap from slumping reduced space requirements ventilation ducts per ISO 6944 �. �`�-=- - i4: �. � FIRE BARRIER FLEXIBLE WRAP 2= �&AIR �; DUCT Fire Protection Fire Protection ICC �� NFPAa 96 ICC-ES ESR-1255 LISTED o �Gq Po�y� LISTED W TO � `�v �Rq7 OQ' US C ~ US Intertek Intertek FIRE RESISTANT DUCT FlRE RESISTANT DUCT SEE INTERTEK DIRECTORY SEE INTERTEK DIRECTORY ��pSSIFjFo �� B.ATTS AND BLANKETS FOR USE IN FlRE RESISTIVE DUCT ASSEMBLIES SEE UL FIRE RESISTANCE DIRECTORY 90G9 2. Ap p I i cati o n s 3M'" Fire Barrier Duct Wrap 615+ is an ideal fire resistive enclosure for v gTINC commercial kitchen grease ducts and ventilation air ducts. It is a proven alternative to a 1- or 2-hour fire-resistant®_ rated shaft enclosures for grease ducts and provides zero clearance to combustible construction throughout �rN[ M• eR�,o the entire enclosure system (per ICC-ES ESR-1255). 3M'" Fire Barrier Water Tight Sealant 1000 NS, 3M'" Fire Barrier Water Tight Sealant 1003 SL or 3M'" Fire Barrier Silicone Sealant 2000+ is used in combination with 3M'" Fire Barrier Duct Wrap 615+ to firestop the duct when the duct penetrates fire -rated CSFM floor or wall assemblies. 3M" Fire Barrier Duct Wrap 615+also provides a firestop solution where a T rating LISTING No. is required for penetrations located outside wall cavities or outside fire -resistance rated shaft enclosures. 2440-0941:112 'Irvo-layer grease duct applications: 3MU" Fire Barrier Duct Wrap 615+meets the criteria ofASTM E 2336 Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems. Single -layer ventilation duct applications: 3M'" Fire Barrier Duct Wrap 615+has passed ISO 6944-1985 Fire Resistance Tests -Ventilation Ducts. T rating for metallic through -penetrating items: 3M'" Fire Barrier Duct Wrap 615+ is used in conjunction with 3M Fire Barrier sealants to achieve up to 2-hour equal F & T-ratings in ASTM E 814 (iJL 1479) testedthrough-penetrations. 3. S p e e i f i cat i o n s Installation shall be ;n strict accordance with manufacture's written instructions, as shown on the approved shop drawings. 3M'" Fire Barrier Duct Wrap 615+shall be ahigh-temperature fibrous thermal insulation blanket encapsulated in afiberglass-reinforced aluminized polyester foil. Duct Wrap density shall be nominal 6 pcf (961cg/m3) and have a nominal 1-1/2" (38.1mm) thickness. The fiber blanket shall have a continuous use limit of 1000°C (1832°F). The blanket thermal resistance (R-value) at ambient temperature shall be minimum 6 3 °F - tz hr . Btu Smoke Developed Index and Flame Spread Index of the bare blanket, and of the foil encapsulated blanket shall be 0/0. The foil encapsulation shall be bonded to the core blanket material. Typically Specified Division or Section Division 7 -Thermal and Moisture Protection Section 23 07 13 -Duct Insulation Related Sections Section 07 2100 -Thermal Protection Section 07 21 16 -Blanket Insulation Section 07 84 00 - Firestopping Section 23 00 00 -Heating, Ventilation and Air -Conditioning (HVAC) Section 23 31 13 -Metal Ducts For technical support relating to 3M'" Fire Protection Products and Systems, call:l-800-328-1687 For more information on 3M'"' Fire Protection Products, visit: www.3M.com/firestop 2 8. Grease Duct Installation Techniques rant. Four approved grease duct installation techniques: 3MTM Fire Barrier Duct Wrap 615+ 2A. Butt Joint Inner Layer with Telescoping Outer Layer With the Butt -Joint Inner Layer and Telescoping Outer Layer technique, the inner layer of blankets abut the adjacent pieces of blanket. The outer layer blankets each overlap one adjacent blanket, and then the exposed edge is covered by the next blanket as shown in Figure 2A. la. First layer of 3M'" Fire Barrier Duct Wrap 615+ lb. Second layer of 3M'" Fire Barrier Duct Wrap 615+ 2. Steel banding 1/2" (12.7mm) wide min. typical 3. 3" (76.2mm) min. longitudinal overlap 4. Tightly butted joint 2B. Telescoping 3" (76.2mm) Overlap Wrap With the Telescoping Overlap Wrap method, each blanket overlaps one adjacent blanket, and each blanket has one edge exposed and one edge covered by the next blanket as shown in Figure 2B. la. First layer of 3MU" Fire Barrier Duct Wrap 615+ lb. Second layer of 3M'" Fire Barrier Duct Wrap 615+ 2. Steel banding 1/2" (12.7mm) wide min. typical 3. 3" (76.2mm) min. longitudinal overlap 2C. Checkerboard 3" (76.2mm) Overlap Wrap With the 3" (76.2mm) Checkerboazd Overlap Wrap method, blankets with both edges exposed alternate with blankets with covered edges, as shown in Figure 2C. la. First layer of 3M'" Fire Barrier Duct Wrap 615+ lb. Second layer of 3M'" Fire Barrier Duct Wrap 615+ 2. Steel banding 1/2" (12.7mm) wide min. typical 3. 3" (76.2mm) min. longitudinal overlap 2D. Butt Joint with Collar With the Butt Joint and Collar method, adjacent blankets aze butted tightly together and 6" (152.4mm) wide collar of duct wrap is centered over the joint, overlapping each blanket by 3" (76.2mm) minimum as shown in Figure 2D. la. First layer of 3M'� Fire Barrier Duct Wrap 615+ lb. Second layer of 3M'" Fire Barrier Duct Wrap 615+ 2. Steel banding 1/2" (12.7mm) wide min. typical 3. 6" (152.4mm) min. wide 3M'" Fire Barrier Duct Wrap 615+ Collaz 4. Tightly butted joint Figure 2A Butt Joint Layer with Telescoping Outer Layer (Cross Section View) 3" (76.2 mm) Figure 2B Telescoping (Cross Section View) 21" (53.3 cm) Figure 2C Checkerboard Overlap (Cross Section View) 3 2 1a l � � 2 3 2 1a 4 4. Performance &Typical Physical Properties Scrim Color: Aluminum with Black Text Thermal Conductivity: Btu - in. W �lanket Color: White Temp. hr - ftz - °F mz - K Blanket Weight: 0.91bs/ft z (4.38 kg/mz) 500°F (260°C) 0.60 0.09 Surface Burning: Foil Encapsulated Blanket (ASTM E 84) 1000°F (537°C) 1.15 0.17 Flame Spread 0, Smoke Development 0 1500°F (815°C) 1.93 0.28 Single layer R-Value of 3M"' Fire Barrier Duct Wrap 615+ at 77°F (25°C): 1800°F (982°C) 2.51 0.36 6.38 °F- � hr 2000°F (1093°C) 2.94 0.43 Btu Linear Shrinkage (24 hrs at 2012°F (1000°C)): 1.2% Single layer R (SI) Value of 3M"' Fire Barrier Duct Wrap 615+ at 77°F (25°C): Noise Reduction Ccefficieut (ASTM C 423): 0.80 0.89 m? K W 5. Design Listings Grease Duct Listings -ASTM E 2336 /ICC-ES AC101 Fire Resistive Rating Enclosure System Third -Party Testing Services Design Listing Description 1-and 2-hour 2 layers of 3M�� Fire ICC-ES ESR-1255 Rectangular Barrier Duct Wrap 615+ Intertek 3MU/FRD 120-18 Rectangular Intertek 3MU/FRD 120-19 Round Ventilation Duct Listings -ISO 6944-85 Fire Resistive Rating Enclosure System Third -Party Testing Services Design Listing Description 1-and 2-hour 1 layer of 3M'"' Fire Intertek 3MU/DI 60-01 Rectangular/Round (1 hour) Barrier Duct Wrap 615+ Intertek 3MU/DI 120-01 Rectangular/Round (2 hour) Underwriters Laboratories HNLJ.V-27 Rectangular (2 hour) Underwriters Laboratories HNLJ.V 31 2- & 3-sided Rectangular (2 hour) This document only contains a partial list of Design Listings. For the latest information go to www.3M.com/firestop or speak to your authorized 3M distributor or sales representative at (800) 328-1687. 6. Codes &Test Standards 3MU' Fire Barrier Duct Wrap 615+has been tested in accordance with the following: ASTM E 2336 Standazd Test Methods for Fire Resistive Grease Duct Enclosure Systems ICC-ES AC101 Acceptance Criteria for Grease Duct Enclosure Assemblies ASTM E 119 Standard Test Methods for Fire Tests of Building Construction ASTM E 814 Standazd Test Method for Fire Tests of Penetration Firestop Systems ASTM E 136 Standazd Test Method for Behavior of Material in a Vertical Tube Furnace at 750°C (1382°F) ASTM C 518 Standard Test Method for Steady -State Thermal Transmission Properties by Means of the Heat Flow Meter Apparatus ASTM E 84 Standazd Test Method for Surface Burning Characteristics of Building Materials ISO 6944-85 Fire Resistance Tests -Ventilation Ducts 3MTM Fire Barrier Duct Wrap 615+, when installed per ASTM E 2336 tested Grease Duct Design Listings, addresses the following code requirements: New York City OTCR Buildings Bulletin 2010-021 NFPA 96 2008/2011 International Mechanical Code® 2003/2006/2009/2012 Uniform Mechanical Code 2003/2006/2009/2012 3M`" Fire Barrier Duct Wrap 615+, when installed per ISO 6944 tested Ventilation Duct Design Listings, can help to satisfy the following code requirements: New York City OTCR Buildings Bulletin 2012-011 NFPA 92A Standazd for Smoke -Control System Utilizing Barriers and Pressure Differences, 2009 Edition -Section 6.6.2 NFPA 92B Standazd for Smoke Management Systems in Malls, Atria, and Lazge Spaces, 2009 Edition -Section 7.5.2 International Mechanical Code® 2006/2009/2012 -Section 513.10.2 International Building Code® 2006/2009/2012 -Section 909.10.2 7. Packaging, Storage, Shelf Life 3M'" Fire Batrier Duct Wrap 615+rolls are packaged in corrugated cazdboazd boxes. Product is stable under normal storage conditions. Normal stock and stock rotation practices are recommended. 3MU' Fire Barrier Duct Wrap 615+shelf life is indefinite when stored in original unopened packaging in a dry wazehouse environment. Pallets should not be stacked. 3M'" Fire Barrier Water Tight Sealant 1000 NS or 1003 SL or 3M'� Fire Barrier Silicone Sealant 2000+ must be also stored in a dry warehouse environment. 8. Grease Duct Installation Techniques rant. Access Door Four galvanized steel threaded rods, 1/4" diameter (6.35mm) by 4-1/2" to 5" long (114.3mm to 127mm) are welded to Installation the duct at the corners of the door opening. Four steel tubes, each 3" (76.2mm) long, aze placed over the rods to act as protection for the 3MU" Fire Barrier Duct Wrap 615+, and to transfer the wing nut force to the access door, when fastening the door. Four insulation pins are welded to the door panel for installation of the blanket. One layer of 3M`" Fire Barrier Duct Wrap 615+ is sized approximately 1/2" to 1" larger than the access door on all sides and impaled over the insulation pins on the panel. It is essential that this layer fit tightly against the wrap surrounding the access door opening with no through openings. A second layer of 3M`" Fire Barrier Duct Wrap 615+ is cut to overlap the first layer by a minimum of 1" (25.4mm). Impale the second layer over the pins. A third layer of 3M'" Fire Barrier Duct Wrap 615+ is cut to overlap the second layer by a minimum of 1" (25.4mm). The third layer is impaled over the pins and all three layers are locked in place with galvanized or stainless steel speed clips. Pins that extend beyond the outer layer of 3M`" Fire Barrier Duct Wrap 615+ should be fumed down or cut off to avoid sharp points on the door. The insulated door panel is placed over the threaded rods and held in place with washers and wing nuts. The details are shown in Figure 3. The details for installing the 3M"' Fire Barrier Grease Duct Access Door (pre -manufactured) are shown in Figure 3A. 3MTM Fire Barrier Duct Wrap 615+Commercial Kitchen Grease Duct Systems (Figure 3) Field -Fabricated 2-Hour Access Door System 1. Access hole 2. 1/4" (6.35mm) dia. by a minimum 6" (152.4mm)alI-threaded rods 3. Access door cover -16 gauge � 4. Insulation pins (impaling pins) -welded (optional) � � \ � \ 5. First layer 3M`" Fire Barrier Duct Wrap 615+ � � cut same size as cover \\ � .� �� \ 6. Second layer 3M'" Fire Barrier Duct Wrap 615+ � with 1" (25.4mm) overlap on all sides � �. 7. Third layer 3MU' Fire Barrier Duct Wrap 615+ with 1" (25.4mm) overlap on all sides 8. Speed clips (optional) � 9. Aluminum tape covering all exposed edges 10.4" (102mm) long steel hollow tubing to fit threaded rods Note: System integrity is limited by quality of installation. Consult current independent testing laboratories (e.g. Intertek. UL) for Design or System 11. 1/4" (6.35mm) diameter wings nuts Details. In all four overlap techniques the perimeter overlap can occur at and 1/4" (6.35mm) washers any location on the duct. 3MTM Fire Barrier Duct Wra 615+Commercial P Note: System integrity is limited Kitchen Grease Duct Systems (Figure 3A) by quality of installation. Consult Pre -Fabricated 1- or 2-Hour Access Door System current independent testing laboratories (e.g. Intertek, UL) for 1. Access hole Design or System Details. In all four overlap techniques the perimeter 2. 1/4" (6.35mm) dia. by a minimum overlap can occur at any location on 6" (152.4mm) all -threaded rods the duct. 3.3M`" Fire Barrier Grease Duct Access Door or Ductmate ULtimate Door"' 4. Insulation pins (impaling pins) -welded 5. First layer 3M'� Fire Barrier Duct Wrap 615+with � � \ � � 1" (25.4mm) overlap beyond access door on all sides � � � � � 6. Second layer 3M'" Fire Barrier Duct Wrap 615+ OPTION 1 (IMPALING PINS) cut to same size as first layer � \ � � ~� \ 1 � �� , � \ � 7. Third Layer 3M'" Fire Barrier Duct Wrap 615+with 1" (25.4mm) overlap beyond second layer on all sides . �� u � �Y 8. Speed clips OPTION 2 (CUP -HEAD PINS) 9. Aluminum tape covering all exposed edges °� 10. 1/4" (6.35mm) diameter wings nuts . and 1/4" (6.35mm) washers � . 11. Insulation pins (cup -head pins) -welded .�. 12. Access door cover -16 gauge cut same size as third layer of duct wrap with clearance holes to match pattern ofall-threaded rods 6 3 8. Grease Duct Installation Techniques 3MT"° Fire Barrier Duct Wrap 615+ should be installed per the application design listing in accordance with the following basic installation instructions. Material and Equipment • 24" or 48"wide' by 1-1/2" (38. lmm) thick" by 25 ft. (762cm) standazd length 3M'" Fire Barrier Duct Wrap 615+ blanket (60.96cm or 121.92cm by 38.1mm by 762cm) • 3M`" FSK Facing Tape 3320 (aluminum foil, fiberglass scrim, kraft paper backing with acrylic adhesive or equivalent) • Minimum 3/4" (19mm) wide filament tape (Scotch®Filament Tape 898 recommended) • Stainless steel or carbon steel banding material, minimum 1/2" (12.7mm) wide and minimum 0.015" (0.38mm) thick with banding clips of the same material • Hand banding tensioner, crimping tool and banding cutter • Minimum 12 gauge copper -coated steel insulation pins used with minimum 2-1/2" (63.Smm) square galvanized steel or stainless speed clips or 1-1/2" (38.1mm) dia. round or equivalent sized insulated cup -head pins • Capacitor dischazge stud gun • Access door hardware: four galvanized steel threaded rods, 1/4" diameter by minimum 6" long (6.35mm by 152.4mm) with 1/4" (6.35mm) wing nuts and 1/4" (6.35mm) washers • 4" (102mm) long steel hollow tubing to fit threaded rods • Minimum 4 pcf (64kg/m3) density mineral wool or scrap pieces of 3MU' Fire Barrier Duct Wrap 615+ • 3M'" Fire Barrier Water Tight Sealant (1000 NS or 1003 SL) or 3M'" Fire Barrier Silicone Sealant 2000+ ' Note: 48" (121.92cm) wide blanket helps to maximize coverage since the 3" (76.2mm) longitudinal overlaps occur less frequently. " In accordance with the tolerances in ASTM C 892 Standard Specification for High -Temperature Fiber Blanket Thermal Insulation. Preparatory Work 3M'" Fire Barrier Duct Wrap 615+ is installed with common insulation tools, such as knives, banders and capacitor discharge guns for applying msulation pins. In order to install the duct firestop system, the surfaces of all the openings and penetrating items need to be clean, dry, frost free and free of dust. 2-Layer Grease Duct Note: This general instruction for applying 3M'" Fire Barrier Duct Wrap 615+ details a two -layer wrap installation of Method (ASTM E 2336) 3M'" Fire Barrier Duct Wrap 615+blanket applied directly to a grease duct. To minimize waste, the 3M'" Fire Barrier Duct Wrap 615+material should be rolled out tautly before measuring. The fast layer of 3M'" Fire Barrier Duct Wrap 615+ blanket is wrapped azound the perimeter of the duct and is cut to a length to either butt to itself or overlap itself not less than 3" (76.2mm). The interface between adjacent blankets forms the "longitudinal" joint. Inner layer longitudinal joints can be tightly butted joints or they should overlap onto adjacent blankets with a min. 3" (76.2mm) overlap. Aluminum foil or FSK tape is used to seal all cut edges of the blanket and any tears in the foil scrim. This first layer is temporarily held in place using filament tape. The first layer does not require steel banding. The second layer of 3M'" Fire Barrier Duct Wrap 615+ is wrapped around the perimeter of the previously installed first layer of 3M'" Fire Barrier Duct Wrap 615+. The other layer perimeter (lateral) joints should be offset a minimum 3" (76.2mm) from the inner layer perimeter joints. The perimeter joints should be a minimum 3" (76.2mm) overlap. Offset the outer layer longitudinal joints a minimum 10.5" (26.7cm) from the inner layer longitudinal joints. The outer layer longitudinal joints should be a minimum 3" (76.2mm) overlap. The one exception to this rule is the "Butt Joint with Collar Method" where it is permissible for the longitudinal joints to be tightly butted and then covered with a minimum 6" wide collaz centered over it. These are available pre -made (3M'� Fire Barrier Duct Wrap 615+ Collaz). The second layer of wrap can be temporarily held in place using filament tape. The second layer of wrap requires permanent fastening with stainless (or carbon) steel banding, or with rows of weld pins (impaling or cup -head style). 3Mr"' Fire Barrier Duct Wrap 615+Commercial Kitchen Grease Duct Systems (Figure 1) 1- or 2-Hour Shaft Alternative Zero Clearance to Combustibles Telescoping Wrap Technique With Banding For Ducts 24" (60.9cm) or Less 1. First layer 3M"' Fire Barrier Duct Wrap 615+ 2. Second layer 3M'" Fire Barrier Duct Wrap 615+ 3.3/4" (19mm) wide filament tape 4. Steel banding 1/2" (12.7mm) wide min. typical for permanent fastening 5. Longitudinal joint butt or min. 3" (76.2mm) overlap on inner layer, min. 3" (76.2mm) overlap on outer layer 6. Perimeter (lateral) joint butt or min. 3" overlap (76.2mm) � on inner layer, min. 3" (76.2mm) overlap on outer layer 7. Metallic commercial cooking exhaust duct ,.u�� Note: System integrity is limited by quality of installation. `�' Ducts >_ 24" (60.9cm) wide require pinning on the bottom �� side of horizontal ducts and on a minimum of one of the wider sides of a vertical duct. Vertical ducts require pinning r�`� ,¢ on all sides > 48" (121.8cm). ,�' Consult current independent testing laboratories (e.g. Intertek, UL) � for design or system details. See Detail 9 for additional pinning information. 4 8. Grease Duct Installation Techniques rant. 3MTM Fire Barrier Duct Wrap 615+ Commercial Grease Duct Systems (Figure 4) 1 or 2-Hour Shaft Alternative Zero Clearance to Combusti Suggested Roof Vent 1. Duct 2. Roof Assembly 3. Roof Flashing 4. Vent Flashing 5. Two layers 3MU' Fire Barrier Duct Wrap 615+ 6. Firestopping System for Rated Roof Assemblies Only 7. Extend wrap a min. distance that meets local code requirements for clearance to combustibles Note: System integrity is limited by quality of installation. Consult current � independent testing laboratories (e.g. Intertek, UL) for Design or System Details. 3MTM Fire Barrier Duct Wrap 615+ Commercial Grease Duct Systems (Figure 5) Suggested Free -Standing Hood Installation 1. Hood 2. First layer 3M'" Fire Barrier Duct Wrap 615+ 3. Second layer 3M'" Fire Barrier Duct Wrap 615+ 4.3" (76.2mm) minimum overlap 5. Banding typical Note: System integrity is limited by quality of installation. Consult current independent testing laboratories (e.g. Intertek, UL) for Design or System Details. 3MTM Fire Barrier Duct Wrap 615+ Grease Duct Systems (Figure 6) Suggested Grease Hood Installation 1. Two layers 3MT°' Fire Barrier Duct Wrap 615+ 2. Scotch® Filament Tape 898 (or similaz) for temporary hold 3. Steel banding 1/2" (12.7mm) wide min. typical for permanent fastening 4.6" (152.4mm) long,l2 Gauge Copper -Coated Insulation Pins with Speed Clips -OR- 5. 12 Gauge cupped head pins 6.3" (76.2mm) min. perimeter overlap 7.3" (76.2mm) min. seam overlap 8. Cutout Duct Wrap azound junction boxes or fan louvres Note: System integrity is limited by quality of installation. Consult current independent testing laboratories (e.g. Intertek, UL) for Design or System Details. 7 SET DATE: 01-23-24 ■ O z 0 W W Q O z w J � J N LU O N � o � } z � > o > w � o > w z } m m� mo �z zw LU z (� O � Q � � o 0 0 0 0 N O Z � w Q Q�� ui cn z o o� Q z ono � � ��o U w Q LLJ ■ w � J RESU Feb 27 202 CITY OF EDMONDS U DEVELOPMENT SERVIC DEPARTMENT �- l.J z_ J O O � U U r� V z_ Wo o �� o W ch U z� L ro Q Q �,,� �� opT-� NzrUa ��CO� � � Ln � r Y � � -° ±v � o z SHEET NUMBER oz� ��ta� �' m �O �0.4 Q�Z az-ozQ 3 �.��QO O J N �� M5.0 aO��C3�3a�iof°O � � o aQ � � °- o E � z = � c� Q �, .. � o�c��5�ci a in > �z 3F oyoz � a�-°w ro Q� 3° C7 a N Q�= CONTRACTOR'S LICENSE -oW �-o�Za�oa� �= F a� o� v�i.°' ayL�i � > � � y o ,,� ,, F o CFMHEHC969CD F U m `o m O o m Q� Q � � � z 9. Ventilation Air Duct Installation Techniques 9. Ventilation Air Duct Installation Techniques coat. 10. Grease Duct &Ventilation Air Duct Installation Techniques Cont. °_ 3M�"Fire Barrier Duct Wrap 615+ should be installed per the application design listing in accordance with the following basic installation instructions. i 3M`"' Fire Barrier Duct Wra 615+Ventilation Duct S stems Fi are 8 3M`"' Fire Barrier Duct Wrap 615+ W 1-Layer Ventilation Duct Note: This general instruction for applying 3M'" Fire Barrier Duct Wrap 615+ details a one -layer wrap installation of p y ( g ) Hanging Support Details for Fire -Rated Ductwork (Figure 10) � Method (ISO 6944) 3M"` Fire Barrier Duct Wrap 615+blanket applied directly to a ventilation duct. To minimize waste, the 3M�" Fire 1.3M'° Fire Barrier Duct Wrap 615+, 1-layer Barrier Duct Wrap 615+material should be rolled out tautly before measuring. The single layer of 3M'" Fire Barrier 2, perimeter (lateral) joint min. 3" (76.2mm) overlap Note: To facilitate the application of 3M Fire Barrier Duct Wrap 615+ ., Duct Wrap 615+blanket is wrapped around the perimeter of the duct and is cut to a length to overlap itself not less so that the rods &trapeze hangers aze outside the wrap envelope, the than 3" (76.2mm), this is known as the "circumferential" or "lateral" joint. The interface between adjacent blankets 3.3/4" (19mm) wide filament tape following dimensions are recommended: � forms the "longitudinal" joint. The minimum overlap required at the longitudinal joints is a minimum 3" (76.2mm) 4. Steel banding 1/2" (12.7mm) wide min. typical for permanent fastening 1-la er 2-la er STANDARD + X X �srANDAND m overlap. Aluminum foil tape or FSK tape is used to seal all cut edges of the blanket and any tears in the foil scrim. �_ �_ As an installation aide, the blanket maybe temporarily held in place using filament tape. The 3M'� Fire Barrier 5. Longitudinal joint min. 3" (76.2mm) overlap 1. Rod -to -haze duct cleazance (Y) 4" (102mm) 6" (152mm) Duct Wrap 615+requires permanent fastening with stainless (or carbon) steel banding, or with rows of weld, pins 6. Metallic ventilation duct 2. Added rod length (X) 2" (5lmm) 4" (102mm) (impaling or cup head style). Note: System integrity is limited by quality of installation. Ducts >_ 24" (60.9cm) wide require pinning on the bottom Q Three approved ventilation duct installation techniques: side of horizontal ducts and on a minimum of one of the wider sides of a vertical duct. Vertical ducts require pinning J� Note: System integrity is limited by quality of installation. Consult current srANDAND � � 3M`"' Fire Barrier Duct Wrap 615+ on all sides > 48" (121.8cm). �( independent testing laboratories (e.g. Intertek, UL) for Design or System Details. (� �.d�a �� 7A. Telescoping 3" (76.2mm) Overlap Wrap 0 With the Telescoping Overlap Wrap method, each blanket overlaps Figure 7A Telescoping 3M`"' Fire Barrier Duct Wrap 615+ z one adjacent blanket. Each blanket has one edge initially exposed (Cross Section View) �� Hanger Penetrations of Wrap Envelope for .• � ,r< Note: System integrity is limited by quality �� .a �� Grease or Ventilation Duct Systems (Figure 11) which is then covered by the edge of the next blanket as shown in �, of installation. Consult current independent �, �� „ Figure 2A. > 1. Min. 1/2 12.7mm crown of 3M'" Fire Barrier Sealant CP 25WB+ or 3000WT 3" (76.2 mm) testing laboratories (e.g. Intertek, UL) for � ( ) 1. Single layer of 3M�" Fire Barrier Duct Wrap 615+ 1-1/2" (38.1 mm) Design or System Details. 2. Tape seams -min. 3" (76.2mm) wide aluminum tape, �-� 2. Steel banding 1/2" (12.7mm) wide min. typical 3M�' FSK Facing Tape 3320 (or equivalent) W 3. 3" (76.2mm) min. longitudinal overlap 3. 1 or 2 layers of 3M'" Fire Barrier Duct Wrap 615+ (application dependent) N o 4. All Threaded Rod c, o � N � •'�21"(53.3cm)�' 10. Grease Duct &Ventilation Air Duct Installation Techniques z 2a" (61 cm) 5. C-channel or angle iron trapeze support � Duct Support Horizontal duct assemblies with maximum cross -sectional areas of 24" x 24" (610mm x 610mm) must be supported 6. Seismic bracing wire (Grease &Ventilation) with min. 3/8" diameter (9.Smm), all -thread steel rod and 2" x 2" x 1/8" (5lmm x 5lmm x 3.2mm) steel angle, Note: The inclusion of metallic items penetrating out of the 7B. Checkerboard 3" (76.2mm) Overlap Wrap spaced a maximum of 60" (1524mm) on center. A min. clearance of 0" (Omm) and a max. clearance of 6" (152mm) wrap envelope may diminish the T Rating of the enclosure. With the 3" (76.2mm) Checkerboazd Overlap Wrap method, Figure 7B Checkerboard Overlap is required between the vertical edge of the blanket material surrounding the duct and the steel rod. Horizontal duct � o } blankets with both ed es ex osed alternate with blankets with (Cross section view) assemblies with max. dimensions of 24 x 48 (610mm x 1219mm) must be supported with min. 1/2 diameter m z } m g P (12.7mm) all -thread steel rod and 2 x 2 x 1/4 (5lmm x 5lmm x 6.4mm) steel angle spaced a max. of 60 � � m ° covered edges, as shown in Figure 2B. 1524mm� on center. A min. clearance of 0" Omm and a max. clearance of 6" 152mm is aired between the w � z z Y 1. Single layer of 3M�" Fire Barrier Duct Wrap 615+ 3" 76.2 mm ( ) ( ) ( ) � Note: System integrity is limited by quality of installation. � z ( ) vertical edge of the blanket material surrounding the duct and the steel rod. Vertical ducts must be supported at every Consult current independent testing laboratories � o � Q � 2. Steel banding 1/2" (12.7mm) wide min. typical 1-1 /2" (38.1 mm) floor line on the top of the slab. (e.g. Intertek, UL) for Design or System Details. � � ° ° ° ° 3. 3" (76.2mm) min. longitudinal overlap Pinning &Banding � � � � � � Requirements � � � � � � � � � � � .. � � � . 1a° (45.7 cm) � width <_ 24" � � 3M`"' Fire Barrier Duct Wrap 615+ Pipe ��r conanit Paranel to Duct 24" (61 cm) Conduit Penetrations of Wrap Envelope for 24" < width <_ 48" � � Grease or Ventilation Duct Systems (Figure 12) width > 48" � 1. Duct 7C. Butt Joint with Collar ,„ 2. 1 or 2 layers of 3M'" Fire Barrier Duct Wrap 615+ (application dependent) 3M` Fire Barrier Duct Wrap 615+ 3. Min.1/2" 12.7mm crown of 3M'" Fire Barrier Sealant CP 25WB+ With the Butt Joint and Collaz method, adjacent blankets aze butted Figure 7C Butt Joint with Collar Pinnin aide Fi are 9 or 3000WT ) lO tightly together and 6" (152.4mm) wide collar of duct wrap is (Cross Section View) g g ( g ) ° centered over the joint, overlapping each blanket by 3" (76.2mm) Additional pinning to prevent sagging of the duct wrap. For all ducts greater than o o Note: The inclusion of metallic items penetrating out of the (� s" (152.4 mm) 24" (60cm) in width, pinning is required to support the blanket on the bottom wrap envelope may diminish the T Rating of the enclosure. minimum as shown in Figure 2C. o 0 0 3" (7s.2 mm) 3" (76.2 mm) horizontal surface and on the outside face of a vertical duct run. Space pins a Penetrants within the wrap envelope are not protected from the 1. Single layer of 3M�' Fire Barrier Duct Wrap 615+ max. of 10-1/2" (26.7cm) apart in the direction of the blanket width, and a effects of a rease fue. 1-1/2" (38.1 mm ------ g Z Q 2. Steel banding 1/2" (12.7mm) wide min. typical max. 12" (30cm) apart in the direction of the blanket length. 3. 6" (152.4mm) min. wide 3M'" Fire Barrier Duct Materials and Equipment Wrap 615+ Collaz �� • •'��•��'�•�� •� •Minimum 12 gauge copper -coated steel insulation pins used _ _ _ _ W 12" (3oa.s mm) with minimum 2-1/2" (63.Smm) square galvanized steel or - 4. Tightly butted joint 2a" (s1 cm) , stainless speed clips or 1-1/2" (38.1mm) dia. round or equivalent i sized insulated cup -head pins i Note: System integrity is limited by quality of installation. � � -- • i Consult current independent testing laboratories Capacitor discharge stud gun Pive or Conduit Pe endicular to Duct (e.g. Intertek UL) for Design or System Details. � Note: Either apply min.12 gauge copper -coated (n � 0 impaling pins to the bare duct using a capacitor discharge gun or apply min.12 gauge cup -head Note: System integrity is limited by quality of installation. Consult current � Q pins after the duct wrap is installed. independent testing laboratories (e.g. Intertek, UL) for Design or System Details. 0 � 0 8 9 10 � 0 • C, � 0 o � � W 10. Grease Duct &Ventilation Air Duct Installation Techniques Cont. 10. Grease Duct &Ventilation Air Duct Installation Techniques Cont. 10. Grease Duct &Ventilation Air Duct Installation Techniques Cont. � U 3M`"' Fire Barrier Duct Wrap 615+ 3M`°' Fire Barrier Duct Wrap 615+ 3M`"Fire Barrier Duct Wrap 615+ W Suggested Two -Sided Wrap Installation (Figure 13) Elbow and Banding Installations (Figure 15)---------cut Suggested Branching Duct Details (Figure 17) � 1. Concrete slab � Suggested Elbow Pattern Installation (A) ----Fold 1. Duct � >_ 3" p6.2mm) 1. Perimeter -Overlap 2. 1 or 2 layers of 3M'" Fire Barrier Duct Wrap 615+ - - 2. Full width pieces of 1 or 2 layers of 3M'" Fire Barrier Duct (application dependent) < 2.3" (76.2mm) min. overlap � Wrap 615+ (application dependent) � j/ j/j 3. Concrete fasteners -min. 1/4" (6.35mm) dia. steel a a � a a 3. Hole cut (off -center) �.-�•- ! 3. Steel banding 1/2" (12.7mm) wide min. typical for permanent fastening / /// j j concrete anchors �'• 4.3M"' Fire Barrier Duct Wra 615+ field cut Note: Place overlap on opposite side of horizontal pattern. � P ( ) 4. 1/8" (3.18mm) thick x 2" to 3" (50.8mm to 76.2mm) I j N t • I t ll i' t the •ns de f the ' d t wide bar stock erforated 12" 30.Scm O.C. I o e. ns a first piece ono 1 i o Inner uc area P ( ) Suggested Banding Pattern Installation (B) I ! �-- Vertical/Horizontal Elbow Pattern and then install the adjacent pieces so they overlap at the edges w 5. Duct 1. Grease of ventilation duct i --%'- a minimum of 3" (76.2mm). When an application requires a 6. Steel banding 1/2" (12.7mm) wide min. typical < 2. 1 or 21a ers of 3M`" Fire Barrier Duct Wra 615+ O second layer of duct wrap, install the second piece over the � for ermanent fastenin y P • � • first piece and overlap at the edges a minimum of 3 (76.2mm). P g (application dependent) O ; � J 7. Banding clips 3. Steel or stainless steel banding 1/2" (12.7mm) wide min. typical � -� � . a a for permanent fastening with max. 10-1/2" (26.7cm) spacing ,, � � Second Piece � // / / ~ 4.3" (76.2mm) overlay (typical throughout application) �� /jj j// �, 5. Min. 3" (76.2mm) perimeter overlap (not shown) ';+� � //j%/// j 3 Note: 1-layer application depicted. When 2-layer application First Piece' ///%/ Note: System integrity is limited by quality a 3 is required, replicate these steps with outer joints staggered / of installation. Consult current independent a min. 3" (76.2mm) from inner joints. Banding is required / Second Piece testing laboratories (e.g. Intertek, UL) for on outermost layer only. / Design or System Details. /%%% RES U Note: System integrity is limited by quality of installation. Consult current /////// Feb 27 202 independent testing laboratories (e.g. Intertek, UL) for Design or System Details. Note: System integrity is limited by quality / ///// 3M"" Fire Barrier Duct Wra 615+ of installation. Consult current independent ////// CITY OF EDMONDS U P >3"(76.2mm( testing laboratories (e.g. Intertek, UL) for DEVELOPMENT SERVIC Suggested Three -Sided Wrap Installation (Figure 14) Design or System Details. First Piece z DEPARTMENT 1. Concrete slab assembly a a 3M`"' Fire Barrier Duct Wrap 615+ �r 2. 1 or 2 layers of 3M'" Fire Barrier Duct Wrap 615+ o a o 0 a hcation d endent � Suggested Installation for 90 Turn (Figure 16) M z ( PP � eP ) 3M` Fire Barrier Duct Wrap 615+ 3. Concrete fasteners - min. 1/4" (6.35mm) dia. steel concrete anchors A-F (representative field -cut duct wrap sections) A B C Suggested Duct Wrap /Shaft Transition Installations (Figure 18) %� - 4. 1/8" (3.18mm) thick x 2" to 3" (50.8mm to 76.2mm) wide bar stock 1. Duct D E 1. Fire barrier gypsum shaft assembly � 0 perforated 12" (30.Scm) O.C. 2. 1 or 2 layers of 3M'" Fire Barrier Duct Wrap 615+ 2.5/8" (15.88mm) depth of 3M'" Fire Barrier Sealant 5 �� (application dependent) 1st Layer 1000NS,1003SL or 2000+ 3. Scotch® Filament Ta a 898 ore uivalent 0 6. Steel banding 1/2" (12.7mm) wide min. typical for permanent fastening P ( q ) Step 1 Step 2 Step 3 C 3. 1 or 2 layers of 3M'" Fire Barrier Duct Wrap 615+ I I U 7. Banding clips 4. Steel banding 1/2" (12.7mm) wide min. typical A � � (application dependent) 1..� for permanent fastening - _= i � 4.3M�" Fire Barrier Duct Wrap 615+ (use small scrap piece) � 1 0� 5. Min. 3" (76.2mm) perimeter overlap i B 5. Fire barrier concrete floor assembly • ; .s � ,:. , •, � � � � � V r � 6. Min. 3" (76.2mm) longitudinal overlap � (y 6. Air gap as required by local mechanical code (grease ducts) '� � � � � � � V� Note: System integrity is limited by quality of installation. > .;� �' �• Consult current independent testing laboratories Note: 2-layer application depicted. When 1-layer 7. Extend duct wrap mto shaft a min. distance that meets local � � � � � - (e.g. Intertek UL) for Design or System Details. application is used, install banding (item 4) as a 2nd Layer code requirements for clearance to combustibles permanent hold. step 4 � � � � � W O _ Step 5 i Step 6 _ = D / _ l ---- - _ � i= I III J 1 Note: System integrity is limited by quality w � o _ I I I I I of installation. Consult current independent I I � U testing laboratories (e.g. Intertek, UL) for w � E Design or System Details. > > Q Q � _ � � � � - CV .� O Q r U Step 7 F I Step 8�_ T Q c� � a �� Note: System integrity is limited by quality _ � � 1 � � � � of installation. Consult current independent ( I I r testing laboratories (e.g. Intertek, UL) for - y T ��v Y�� Design or System Details. o o � @ � � � Q� SHEET NUMBER �' �c°ono°Q�? az-o�Q � ��QO �J°3�ro��°N° M6.0 �° °-°-w °��-° � mQ 11 12 13 a��i00oo��ma��Op �� z�� z��=��L�� Q �, .. a�°��a �>�z �� oyUz � a�-`ow a w � 3 �Z a � a � = CONTRACTOR'S LICENSE SET DATE: 01-23-24 �� °� �_ �� CFMHEHC969CD �C�Jmom�omQ°4 10. Grease Duct &Ventilation Air Duct Installation Techniques Cont. Penetrations When the duct penetrates a fire rated wall, ceiling or floor, an approved firestop system must be employed. Figures 19-21 illustrate typical conditions. To firestop the wrapped duct, follow the installation parameters detailed in a compatible ASTM E 814 tested through -penetration firestop design. Note: Through -penetration designs in which the duct is bare where it passes through combustible or limited -combustible construction (e.g. gypsum walls or wood joist floor -ceiling assemblies) are appropriate for ventilation duct scenarios only. It is not appropriate for bare, uninsulated grease ducts to pass through combustible assemblies. Intertek 3MU/DI design listings contain through penetration details. See system details of UL System HNLJ.V 27, Section 3.C. for applicable iJI, through penetration systems. 3M`"' Fire Barrier Duct Wrap 615+ Typical Through Penetration Firestop System (Figure 19) 1-Hour Through Penetration Systems Fire -Rated Wood/Gypsum Floor/Ceiling Assembly 1. Floor/ceiling assembly 2. Duct 3.One or two layers 3M'" Fire Barrier Duct Wrap 615+ 4. Banding or pinning 5.3M'" Fire Barrier Packing Material PM 4, 4 pcf mineral wool, or scrap duct wrap (min. 33%compressed) 6.3M'" Fire Barrier Water Tight Sealant 1000 NS, 3M'" Fire Barrier Water Tight Sealant 1003 SL, or 3M�' Fire Barrier Silicone Sealant 2000+ Note: Sealant to be applied at a minimum 5/8" (15.9mm) depth. Note: System integrity is limited by quality of installation. Consult current independent testing laboratories (e.g. Intertek, UL) for Design or System Details. 3M`"' Fire Barrier Duct Wrap 615+ Typical Through Penetration Firestop System (Figure 20) 1- or 2-Hour Through Penetration Systems -Gypsum Wall or Gypsum Shaftwall 1 a. Gypsum wall assembly lb. Gypsum shaftwall assembly 2. Duct 3.One or two layers 3M'" Fire Barrier Duct Wrap 615+ (layering dependant on application) 4. Banding or pinning 5.3M�" Fire Barrier Packing Material PM 4, 4 pcf mineral wool, or scrap duct wrap (min. 33%compressed) 6.3M�" Fire Barrier Sealant 1000NS or 2000+ applied at a min. 5/8" (15.9mm) depth Note: The assembly can be either a symmetrical gypsum wall or an asymmetrical gypsum shaftwall. Note: System integrity is limited by quality of installation. Consult current independent testing laboratories (e.g. Intertek, UL) for Design or System Details. For technical data and properties of 3M'" Fire Barrier Water Tight Sealant 1000 NS, 3M'" Fire Barrier Water Tight Sealant 1003 SL or 3M"' Fire Barrier Silicone Sealant 2000+, see separate product data sheets available from your 3M representative or go to www.3M.com/firestop. 14 10. Grease Duct &Ventilation Air Duct Installation Techniques �ottt. 3M`"' Fire Duct Wrap 615+ Typical Through Penetration Firestop System (Figure 21) 1- or 2-Hour Through Penetration Systems 4-1/2" (11.4cm) Concrete Floor or Wall �r 1. Floor/ceiling or wall assembly � I \\ 2. Duct j � _'=___ ' ^I 3.One or two layers 3M'" Fire Barrier Duct Wrap 615+ (application dependent) I I � i 4. Banding or pinning I �r 5.3M'" Fire Barrier Packing Material PM 4, 4 pcf mineral I /� I \ TORBARE DUCT wool or scrap duct wrap (min. 33%compressed) - ` __;__ i I I = ,__ 6.3M'" Fire Barrier Water Tight Sealant 1000 NS, 3M`" Fire Barrier Water _ _ _ __ I � I _ =; `:. �; Tight Sealant 1003 SL, or 3M'" Fire Barrier Silicone Sealant 2000+ I �� I _ � i�+ Note: Sealant to be applied at a minimum 5/8" (15.9mm) depth. For wall assembly apply sealant t0 both sides of wall. � I TD FWRAPP OPDUCT (3M"" Fire Barrier Water Tight Sealant 1003 SL not suited for wall applications.) I I Note: System integrity is limited by quality of installation. Consult current independent testing laboratories (e.g. Intertek, UL) for Design or System Details. For technical data and properties of 3M'" Fire Barrier Water Tight Sealant 1000 NS, 3M'" Fire Barrier Water Tight Sealant 1003 SL or 3M`" Fire Barrier Silicone Sealant 2000+, see separate product data sheets available from your 3M representative or go to www.3M.com/firestop. 11. Maintenance No maintenance is expected when installed in accordance with the applicable Intertek, iJI, or other third -party listed system and in accordance with 3M'" Fire Barrier Duct Wrap 615+Installation Guidelines. Once installed, if any section of the 3M"' Fire Barrier Duct Wrap 615+ is damaged such that the blanket requires repair, the following procedure will apply: 1. If the blanket has not been damaged but the foil has ripped, seal the rips with aluminum foil tape. 2. If the blanket has been damaged: a. The damaged section should be removed by cutting the steel banding or removing the clips holding it in place. b. A new section of the same dimension should be cut from a roll of 3M'" Fire Barrier Duct Wrap 615+, either 24" (60.9cm) or 48" (121cm) wide. c. The new section should be placed and fitted ensuring the same overlap that existed previously (i.e. the original installation method). d. The steel banding should be placed around the material and tensioned so as to sufficiently hold the 3M'" Fire Barrier Duct Wrap 615+ in place. 12. Availability 3M�"' Fire Barrier Duct Wrap 615+ is available from 3M Authorized Fire Protection Products Distributors and Dealers. 3M`" Fire Barrier Duct Wrap 615+ is available in 24" x 25 ft, Roll (1/case), 48" x 25 ft, Roll (1/case). 3M�' Fire Barrier Duct Wrap Collars 615+are available in 1.5" x 6" x 25 ft, Rolls (4/case). For additional technical and purchasing information regarding this and other 3M'" Fire Protection Products, please call: 1-800-328-1687 or visit www.3M.com/firestop. 13. Safe Handling Information Prior to handling or disposal of 3M'� Fire Protection Products, consult all relevant Material Safety Data Sheets (MSDS). 15 C`�lLJ Building and Commercial Services Division 3M Center, Building 223-2N-21 St. Paul, MN 55144-1000 USA 1-800-328-1687 www.3M.com/firestop Important Notice to User: Technical Information: The technical information, recommendations and other statements contained in this document are based upon tests or experience that 3M believes are reliable, but the accuracy or completeness of such information is not guaranteed. Product Use: Many factors beyond 3M's control and uniquely within user's knowledge and control can affect the use and performance of a 3M product in a particular application. Given the variety of factors that can affect the use and performance of a 3M product, user is solely responsible for evaluating the 3M product and determining whether it is fit for a particular purpose and suitable for user's method of application. Warranty and Limited Remedy: 3M warrants that each 3M'" Fire Protection Product will be free from defects in material and manufacture for 90 days from the date of purchase from 3M's authorized distributor. 3M MAKES NO OTHER EXPRESS OR IMPLIED WARRANTIES, INCLUDING ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. If a 3M product does not conform to this warranty, the sole and exclusive remedy is, at 3M's option, replacement of the 3M product or refund of the purchase price. Limitation of Liability: Except where prohibited by law, 3M will not be liable for any loss or damage arising from the 3M product, whether direct, indirect, special, incidental or consequential, regardless of the legal theory asserted. Please Recycle. Printed in USA. ©3M 2013. All Rights Reserved. 3M and Scotch are trademarks of 3M. All other trademarks Literature Order Info: 98-0213-4662-6 are the property of their respective owners. SET DATE: 01-23-24 z 0 w w Q 0 0 z w J J � W N O N � O f� } v � _ � Z w Cr W � O Z � m m mo �� Z z Y w Z Q� a w a m O O O U cUn � O z � \w Q � zo �Qz OHO von � l-(') 0 � � � W LL U W �� VnJ L.L i mW ■ L.L W J �_ RESU Feb 27 202 CITY OF EDMONDS U DEVELOPMENT SERVIC DEPARTMENT V z_ J O O � U U °� z Q wo z �� o W c� U z� L W U O � Q >Q � _ > � � -N� O Q r U Nzr@j �� Ln� r - N U r Y � � � a-°i U � � � o Z SHEET NUMBER 0 Oar ro�N C7 aZ-o�Q�� .��QO O J N QO�3�� M7.0 ygo��N��-ono �o �-QW � -�:. �Q roro �z�ro� roz��=�roro�c0 Q ro .- m a�C7�5�C>a�i�>c�az ��Z p�OZ E Q�-oQ � Q Y .3 0 � a ,� o � = CONTRACTOR'S LICENSE -o= �-o�Z �-� o�g °' Eroo�cn--a--� � � � ; � O �.� ,, E � CFMHEHC969CD � U m `o m� o m Q°� REVISIONS DESCRIPTION DATE: PER QUESTI❑NS, CAUL- THE Seattle ❑ffice REGI❑N 85 PH❑NEB C425) 212 - 5996 EMAIL reg85@captiveaire,cor� unnn TI�TFnR��IQTTnN — .TnR�F,'.�,n.�F;F; 9 PATENT NUMBERS AC-PSP (UNITED STATES) - US PATENT 7963830 B2, AC-PSP WALL CCANADA) - CA PATENT 2820509, AC-PSP ISLAND CCANADA) - CA PATENT 2520330 MAX EXHAUST PLENUM T❑TAL H❑❑D C❑NFIG RISERCS) H❑❑D APPLIANCE DESIGN T❑TAL H❑❑D N❑ TAG M❑DEL MANUFACTURER LENGTH C❑❑KING TYPE DUTY CFM/FT EXH CFM SUPPLY C❑NSTRUCTI❑N END T❑ R❑W TEMP WIDTH LEND HEIGHT DIA CFM VEL SP CFM END L 6024 600 430 SS 1 CAPTIVEAIRE 9' 9" I HEAVY 250 2438 10" 23" 4" 2438 1526 -0,791" 2194 LEFT AL❑NE Cookline ND-2-PSP-F DEG WHERE EXP❑SED R 6024 600 430 SS 2 Cookline CAPTIVEAIRE 9' 9" DEG I HEAVY 250 2438 10" 23" 4" 2438 1526 -0,791" 2194 RIGHT AL❑NE ND-2-PSP-F WHERE EXP❑SED .III 1 /:l/! I11 FILTERCS) LIGHTCS) UTILITY CABINETCS) H❑❑D TAG EFFICIENCY @ 7 WIRE FIRE SYSTEM ELECTRICAL SWITCHES FIRE SYSTEM H❑❑D HANGING N❑ TYPE QTY HEIGHT LENGTH QTY TYPE L❑CATI❑N SIZE MICR❑NS GUARD TYPE SIZE M❑DEL # QUANTITY PIPING WEIGHT L 85% SEE FILTER 565 1 Cookline CAPTRATE S❑L❑ FILTER 7 20" 16" SPEC 3 RECESSED R❑UND N❑ YES LBS R 85% SEE FILTER 1 LIGHT 997 2 CAPTRATE S❑L❑ FILTER 7 20" 16" 3 RECESSED R❑UND N❑ RIGHT 12"x60"x24" TANK FS 4 0/4 0/4 0 DCV-1111 YES Cookline SPEC 1 FAN LBS un n n n PTTn N,� H❑❑D N❑ TAG ❑PTI❑N LEFT QUARTER END PANEL 23" T❑P WIDTH, 0" B❑TT❑M WIDTH, 23" HIGH 430 SS. 1 L Cookline INSULATI❑N F❑R BACK ❑F H❑❑D, SENS❑R-CV. RIGHT QUARTER END PANEL 23" THP WIDTH, 0" B❑TT❑M WIDTH, 23" HIGH 430 SS 2 R Cookline INSULATI❑N F❑R BACK ❑F H❑❑D, SENS❑R-CV. PF,'RFnRATF,'T) ,S'TIPPT,Y PT,F,'NTI�T�,S' ) H❑❑D N❑ TAG P❑S LENGTH WIDTH HEIGHT TYPE RISERCS) WIDTH LEND DIA CFM SP 1 E Cookline Front 117" 20" 6" MUA 12" 28" 731 0,201" MUA 12" 28" 731 0,201" MUA 12" 28" 731 0,201" 2 R Cookline Front 129" 20" 6" MUA 12" 28" 731 0,201" MUA 12" 28" 731 0,201" MUA 12" 28" 731 0,201" 1/2" - 13 TPI GRADE 5 (MINIMUM) STEEL HEX NUTS, 1/2" GRADE s (MINIMUM) STEEL — ELAT WASHER, 1/2" - 13 TPI GRADE 5 (MINIMUM) STEEL ALL -THREAD 1/P" - 13 TPI GRADE s (MINIMUM) STEEL HEX NUT, 1/2" GRADE s (MINIMUM) STEEL FLAT WASHER, SPECIPICATI❑N CAPTRATE® GREASEST❑P® S❑L❑ TILTER THE CAPTRATE GREASE-ST❑P S❑L❑ FILTER IS A SINGLE -STAGE FILTER FEATURING A UNIQUE S-BAFFLE DESIGN IN C❑NJUNCTI❑N WITH A SE❑TTED REAR BAFFLE DESIGN, T❑ DELIVER EXCEPTI❑NAL FILTRATI❑N EFFICIENCY, FILTER IS STAINLESS STEEL C❑NSTRUCTI❑N, AND SIZED T❑ FIT INT❑ STANDARD 2-INCH DEEP H❑❑D CHANNELCS), UNITS SHALL INCLUDE STAINLESS STEEL HANDLES AND A FASTENING DEVICE T❑ SECURE THE TW❑ C❑MP❑NENTS WHEN ASSEMBLED GREASE EXTRACTI❑N EFFICIENCY PERF❑RMANCE SHALL REM❑VE AT LEAST 75% ❑F GREASE PARTICLES FIVE MICR❑NS IN SIZE, AND 85% GREASE PARTICLES SEVEN MICR❑NS IN SIZE AND LARGER, WITH A C❑RRESP❑NDING PRESSURE DR❑P N❑T T❑ EXCEED 1,0 INCHES ❑F WATER GAUGE, THE CAPTRATE GREASE-ST❑P S❑L❑ WAS TESTED T❑ ASTM STANDARD ASTM F2519-05, MANUFACTURER APPR❑VED F❑R USE IN S❑LID FUEL APPLICATIONS AS A SPARK ARRESTER, EFFICIENCY VS. PARTICLE DIAMETER PRESSURE DROP VS. EL❑W RATE 100 3.s0 80 } U z W U 60 w w w Q 40 Z O_ H U Q w zo O L o.l l.o lo.o PARTICLE DIAMETER,CUM) CAPTRATE FILTERS ARE BUILT IN C❑MPEIANCE WITH NFPA #96, NSF STANDARD #2 UL STANDARD #1046, INT, MECH, C❑DE CIMC), ULC-S649, FULL LENGTH HANGING ANGLE (HARDWARE BY INSTALLER) FULL LENG1 HANGING AN (WEIGHT BE ANCHUR PUI EUR HUUD) 1/2" GRADE (MINIMUM) S FLAT WAS HI 1/2" - 13 l GRADE 5 CM...� �. STEEL HEX NUT. ASSEMBLY INSTRUCTI❑NS HANGING ANGLE MUST BE SUPP❑RTED WITH 1/2" - 13 TPI GRADE 5 (MINIMUM) ALL -THREAD SANDWICH HANGING ANGLES AND CEILING ANCH❑R P❑INTS WITH 1/2" GRADE 5 (MINIMUM) STEEL FLAT WASHERS AND 1/2" - 13 TPI GRADE 5 (MINIMUM) HEX NUTS AS SH❑WN MUST USE D❑UBLED HEX NUT C❑NEIGURATI❑N AB❑VE CEILING ANCH❑RS, SINGLE HEX NUT BENEATH HANGING ANGLE IS ACCEPTABLE E❑R FULL LENGTH HANGING ANGLES, MAINTAIN 1/4" ❑E EXP❑SED THREADS BENEATH B❑TT❑M HEX NUT. T❑RQUE ALL HEX NUTS T❑ 57 ET-LBS. 1/2" - 13 TPI GRADE 5 CMINIMU""' STEEL HEX NUTS 1/2" GRADE s (MINIMUM) STEEL FLAT WASHER, 1/2" - 13 TPI GRADE 5 CMINIMU STEEL ALL-THRE 1/2" - 13 TPI GRADE 5 CMINIMU STEEL HEX NUT. 1/2" GRADE 5 (MINIMUM) STEEL FLAT WASHER, K3UP7 0 (U 2.s0 �_ 2.00 CL w Q Iso w L7 1.00 W CL nxiu o.00 � 0 soo l000 lsoo FL❑W RATE CCFM) G H N (\� ,P BUILT z ■\V� A ® IN ACCORDANCE WITH NFPA vry a � CISiE9 No. 96 H❑❑D C❑RNER HANGING ANGLE "'^F'DWARE BY INSTALLER) HUUD CURNER HANGING ANGLE (WEIGHT BEARING ANCHOR POINT EUR HOOD), 1/P" GRADE 5 (MINIMUM) STEEL FLAT WASHER, 1/P" - 13 TPI GRADE 5 CMINIMU.,, STEEL HEX NUTS ASSEMBLY INSTRUCTIONS HANGING ANGLE MUST BE SUPP❑RTED WITH 1/2" - 13 TPI GRADE 5 (MINIMUM) ALL -THREAD SANDWICH HANGING ANGLES AND CEILING ANCH❑R P❑INTS WITH 1/2" GRADE 5 (MINIMUM) STEEL FLAT WASHERS AND 1/2" - 13 TPI GRADE 5 (MINIMUM) HEX NUTS AS SH❑WN, MUST USE D❑UBLED HEX NUT C❑NEIGURATI❑N BENEATH H❑❑D HANGING ANGLES AND AB❑VE CEILING ANCH❑RS, MAINTAIN 1/4" ❑E EXP❑SED THREADS BENEATH B❑TT❑M HEX NUT. T❑RQUE ALL HEX NUTS T❑ 57 ET-LBS. 1/2" - 13 TPI GRADE s CMINIMU""` STEEL HEX NUTS 1/2" GRADE 5 (MINIMUM) STEEL FLAT WASHER. 1/2" - 13 TPI GRADE 5 CMINIMU STEEL ALL-THRE 1/2" - 13 TPI GRADE s CMINIMU STEEL HEX NUT, 1/2" GRADE S (MINIMUM) STEEL FLAT WASHER, SUPPLY PLENUM HANGING ANGLE /ARE BY INSTALLER) SUPPLY PLENUM HANGING ANGLE (WEIGHT BEARIN( ANCHUR POINT FOR SUPPLY PLENUM). 1/2" GRADE 5 (MINIMUM) STEEL FLAT WASHER, 1/2" - 13 TPI GRADE 5 CMINIML��. STEEL HEX NUT. ASSEMBLY INSTRUCTIONS HANGING ANGLE MUST BE SUPP❑RTED WITH 1/2" - 13 TPI GRADE 5 (MINIMUM) ALL -THREAD SANDWICH HANGING ANGLES AND CEILING ANCH❑R P❑INTS WITH 1/2" GRADE 5 (MINIMUM) STEEL FLAT WASHERS AND 1/2" - 13 TPI GRADE 5 (MINIMUM) HEX NUTS AS SH❑WN, MUST USE D❑UBLED HEX NUT C❑NEIGURATI❑N AB❑VE CEILING ANCH❑RS SINGLE HEX NUT BENEATH HANGING ANGLE IS ACCEPTABLE E❑R PSP HANGING ANGLES, MAINTAIN 1/4" ❑E EXP❑SED THREADS BENEATH B❑TT❑M HEX NUT. T❑RQUE ALL HEX NUTS T❑ 57 ET-LBS 0 0 0 0 ■ O W n� W C� �— O �--' U CW W^ E 0 U N .� a� ca U O O �nn-'II rn� nW `-' W r n� V J � � C� � 0 �ESdB 2724 I OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. REVISIONS DESCRIPTION DATE: EXHAUST RISER, HANGING ANGLE, 20" CAPTRATE S❑L❑ FILTER WITH H❑OK 1" LAYER ❑F INSULATION FACTORY INSTALLED IN 3" INTERNAL STANDOFF, MEETS 0 INCH REQUIREMENTS F❑R CLEARANCE TO COMBUSTIBLE SURFACES. IT IS THE RESPONSIBILITY OF THE ARCHITECT/OWNER TO ENSURE THAT THE H❑❑D CLEARANCE FROM LIMITED -COMBUSTIBLE AND COMBUSTIBLE MATERIALS IS IN COMPLIANCE WITH LOCAL C❑DE REQUIREMENTS, GREASE DRAIN WITH REM❑VABLE CUP, LEFT QUARTER END PANEL, 1" LAYER ❑F INSULATION FACTORY INSTALLED IN INTERNAL BACK STANDOFF, MEETS 0 INCH REQUIREMENTS F❑R CLEARANCE TO COMBUSTIBLE SURFACES 1" LAYER ❑F INSULATION FACTORY INSTALLED IN INTERNAL BACK STANDOFF, MEETS 0 INCH REQUIREMENTS F❑R CLEARANCE T❑ C❑MBUSTIBLE SURFACES, 3" �_ 3" 9„ 10" ------ - � � � � 9„ 10" ------ - -� �23"� �23"� / 50" U.L. LISTED RECESSED R❑UND LED FIXTURE AND LED LIGHT U.L. LISTED RECESSED FIXTURE AND LED R❑UND LED LIGHT, � 60" ❑ ❑ ❑ ❑ ❑ ❑ N m m N . 28" 28" 28" a0 O� 28„ 28„ 28„ O TILITY ABINET, �0. � ��0. �0„ 1 ------------------� 12"------------------� 12"--------- 10" � 10" � ---------� 10" 12"--------- � ---------� 10" 12"------------------� � 10" 12"------------------� � 10" 20„ �0. 19 1/2" 58 1/2" 39" 58 1/2" PLAN VIEW — HOOD �1 (L Cookline 9' 9.00" LONG 6024ND-2—PSP—F FIXTURE AND LED LIGHT, rTACHING PLATES UPPLY RISER WITH i❑LUME DAMPER, 58 1/2" 21 1/2" 43" 10'-9 00" OVERALL LENGTH 20'-6,00" OVERALL LENGTH PLAN VIEW — HOOD ��R Cookline� 9' 9.00" LONG 6024ND-2—PSP—F 23,5% ❑PEN STAINLESS STEEL PERF❑RATED PANEL EXHAUST RISER, HANGING ANGLE, 20" CAPTRATE S❑L❑ FILTER WITH HOOK, 1" LAYER ❑F INSULATION FACTORY INSTALLED IN 3" INTERNAL STANDOFF, MEETS 0 INCH REQUIREMENTS F❑R CLEARANCE T❑ COMBUSTIBLE SURFACES, IT IS THE RESPONSIBILITY OF THE ARCHITECT/OWNER T❑ ENSURE THAT THE H❑OD CLEARANCE FROM LIMITED -COMBUSTIBLE AND COMBUSTIBLE MATERIALS IS IN COMPLIANCE WITH LOCAL CODE REQUIREMENTS, GREASE DRAIN WITH REM❑VABLE CUP, RIGHT QUARTER END PANEL, 12" FIXTURE AND LED LIGHT, ITACHING PLATES, UPPLY RISER WITH �❑LUME DAMPER 23,5% ❑PEN STAINLESS STEEL PERF❑RATED PANEL, O U N .� cB U ■ CW I� W 0 0 � O W +; � Q� Q� QJ I _ � � 0 0 �' �ESdB U I 2724 OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SECTION VIEW — 1yI0DEL 6024ND-2—PSP—F HOOD — � 9 (L Cookliri,e� SECTION VIEW — 1yI0DEL 6024ND-2—PSP—F HOOD — �2 (R Cookliri,e� SHEET NO. 2 REVISIONS DESCRIPTION DATE: 0 FIRE SYSTEM INFORMATION JOB 650366 i =�: �� E FIRE SYSTEM PARTS LIST KEY U � O a� �� U I I � I�O� � ��I U � .Q O O > U I � J v � .� w ___ � ao � o� N � N RN a% X y Q LL rn rn Ln N_ N N iLi z O a 0 N rn Q m `m w aS Q U 'v co d rn 0 M Q O o � � � o W +; � I � � Q� S � Q � Q� I _ � � � � � � � O O �' �ESdB U 2724 I OF E DS DEVELOPMENT SERVICES DEPARTMENT DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. 3 TIRE SYSTEM TAG TYPE SIZE MAX FP DESIGN TP INSTALLATI❑N N❑ SYSTEM L❑CATI❑N ❑N H❑❑D 1 TANK FS 4 0/4 0/4 0 60 56 PIKE CABINET RIGHT RIGHT, HU❑D 2 PIKE SYSTEM TAG TYPE SIZE SUPPLIED BY N❑ 1 SC ELECTRICAL 2 000 CAPTIVEAIRE SYSTEMS PIKE QTY BY QTY BY SYSTEM TAG KEY NUMBER - PART DESCRIPTI❑N N❑ PACT❑RY DIST 0 - 0 - TANK TIRE SUPPRESSI❑N P❑ST-DISCHARGE PR❑CEDURE UTILITY CABINET LABEL SHEET, 1 0 0 - 0 - TANK PIKE SUPPRESSI❑N MAINTENANCE GUIDE UTILITY CABINET LABEL SHEET, 1 0 0 - 0 - 12-P28021-32144-❑T-360 DUCT PIKE THERM❑STAY WITH 12 P❑❑T WIRE LEADS, N❑, 2 0 CL❑SE ❑N TEMP RISE AT 360°F, 0 - 0 - 32-00002 QUIK SEAL - 1/2" (UL), 2 0 0 - 0 - 361091 3/8" BRASS PLUG 5 0 0 - 0 - 4429K153 1/2" MALE NPT T❑ 1/2" FEMALE NPT ELB❑W, BRASS, 3 0 0 - 0 - 4429K422 1/2" X 1/4" BRASS REDUCING BUSHING 2 0 0 - 0 - 79425 3/8" NPT FEMALE T❑ 1/2" MALE PR❑PRESS ADAPTER, 5 0 0 - 0 - 79525 1/2" 90 PR❑ -PRESS ELB❑W WITH 1/2" NPT TEMALE C❑NNECTI❑N, MEGA 2 0 0 - 0 - 79580 1/2" X 1/2" PR❑ -PRESS TEE X 1/2" NPT FEMALE C❑NNECTI❑N, MEGA 3 0 0 - 0 - 87-120042-001 SEC❑NDARY ACTUAT❑R VALVE (SVA) - SINGLE ACTUAT❑R, REQUIRES PRIMARY RELEASE ACTUATUR, TANK PIKE SUPPRESSI❑N 2 0 0 - 0 - 87-120045-001 H❑SE, SEC❑NDARY ACTUAT❑R H❑SE, 7,5" BRAIDED STAINLESS STEEL, TANK PIKE SUPPRESSI❑N, 2 0 0 - 0 - 87-300001-001 TANK - PRESSURIZED TANK USED T❑R TANK TIRE SUPPRESSI❑N 3 0 0 - 0 - 87-300030-001 PRIMARY ACTUAT❑R KIT CPAK) - ACTUAT❑R AND RELEASE S❑LENDID ASSEMBLY, ❑NE NEEDED PER FIRE SYSTEM, SUPERVISED, TANK PIKE SUPPRESSI❑N, 1 0 0 - 0 - 87-300152-001 HARDWARE, SVA B❑LTS, TANK TIRE SUPPRESSI❑N, 12 0 0 - 0 - 9055455PC PR❑ PRESS 1/2 PRESS X PRESS 90 ELB❑W LD, 10 0 0 - 0 - 9097200PC PR❑ PRESS PC611 1/2 PRESS TEE LD 11 0 0 - 0 - 98694A115 HARDWARE, DATANKL❑CK L❑(KING BRACKET SQUARE NUTS 5/16" ZINC, TANK 6 0 FIRE SUPPRESSI❑N, 1 0 - 0 - A0034332 JUNCTI❑N B❑X P❑R MANUAL PULL STATI❑N, 1,5" DEEP BACK B❑X, RED C❑L❑R. 1 0 0 - 0 - A31484 1/4" NPT SCHRADER VALVE AND CAP, JB INDUSTRIES, 1/4" TLARE X 1/4" MPT HALT UNI❑N, USED ❑N TANK SERVICE P❑RT, 2 0 0 - 0 - BI145 3/8" BLACK IR❑N 90 ELL. 4 0 0 - 0 - DATANKL❑CK DISCHARGE ADAPTER TANK L❑(KING PLATE T❑R TIRE SYSTEM TANK INSTALLATI❑N IN UTILITY CABINETS, TANK TIRE SUPPRESSI❑N, 3 0 0 - 0 - SLPC❑N-03TT SUPERVISED L❑❑P C❑NNECTI❑N KIT, C❑NTAINS THE PARTS NEEDED T❑ C❑NNECT THE SUPERVISED L❑❑P BETWEEN END T❑ END H❑❑DS WITH LESS THAN A 2' GAP, KIT 2 0 C❑NTAINS 5 FEET ❑P BLACK MG WIRE, 5 FEET ❑P TAN MG WIRE, 3 FEET ❑P FLEXIBLE C❑NDUIT, AND TW❑ 7/8" C❑NNECT❑RS, 0 - 0 - SLPC❑N-20PT SUPERVISED LU❑P C❑NNECTI❑N KIT, C❑NTAINS THE PARTS NEEDED T❑ C❑NNECT THE SUPERVISED L❑❑P BETWEEN H❑❑DS WITH UPT❑ 19' GAP KIT C❑NTAINS 22 FEET 1 0 ❑T BLACK MG WIRE, 22 TEET ❑T TAN MG WIRE, 20 TEET ❑T TLEXIBLE C❑NDUIT, AND TW❑ 7/8" C❑NNECT❑RS, 0 - 0 - TANK STRAP TANK STRAP - USED T❑R TANK TIRE SUPPRESSI❑N, 9 0 0 - 0 - YTS-UCTANKBRACKET TANK BRACKET T❑R TIRE SYSTEM TANK INSTALLATI❑N IN UTILITY CABINETS, TANK FIRE SUPPRESSI❑N 3 0 0 - 0 - WK-283952-000 DISCHARGE ADAPTER, TANK TIRE SUPPRESSI❑N 3 0 16 - 16 - 79210 1/2" X 3/8" NPT MALE ADAPTER, MEGA, 12 0 16 - 16 - ❑L-P N❑ZZLE - TANK PR❑TECTI❑N APPLIANCE C❑VERAGE N❑ZZLE (INCLUDES METAL BLUW ❑PP CAP, LANYARD, USED WITH CHR❑ME-PLATED PIPE). 12 0 26 - 26 - QSA-3/8 QUIK SEAL - 3/8" CUL), 12 0 34 - 34 - A0034331 24VDC SINGLE ACTI❑N MANUAL ACTUATI❑N DEVICE (PUSH/PULL STATI❑N) WITH PR❑TECTIVE C❑VER, ❑NE C1) N❑RMALLY ❑PEN C❑NTACT, RED C❑L❑R, 1 0 — SYSTEM REQUIRES A MINIMUM OF 7 FT GF EQUIVALENT PIPE LENGTH BETWEEN TANK AND NEAREST APPLIANCE NOZZLE FOR MOST APPLIANCES. EACH 90 DEGREE ELBOW ADDS 1.3 FT OF EQUIVALENT LENGTH. SEE MANUAL FGR DETAILS REVISIONS DESCRIPTION DATE: ALTERNATE FIELD -CONNECTION POIN T FACTORY PIPING EXTENDS A OF 6" ABOVE THE TGP GF TF EXHAUST RISER. HANGING ANGLE BO" CAPTRATE SOLC FILTER WITH HOOK, 1" LAYER OF INSULATION FACTORY INSTALLED IN 3" INTERNAL STANDOFF, MEETS 0 INCH REQUIREMENTS FOR CLEARANCE TO COMBUSTIBLE SURFACES IT IS THE RESPONSIBILITY OF THE ARCHITECT/OWNER TC ENSURE THAT THE HOOD CLEARANCE FROM LIMITED -COMBUSTIBLE AND COMBUSTIBLE MATERIALS IS IN COMPLIANCE WITP LOCAL CODE REQUIREMENTS GREASE DRAIN WITH REMOVABLE CUP LEFT QUARTER END PANEL GAS VALVE FOR FS//1—. BACK HOOD BACK a I �- � nu o nu � 25.00" I � 25.00" � I�23"� � �23"� L_ SLPCON-20FT SLPCON-03FT SLPCON-03FT KIT KIT KIT HOOD # 1 CL Cookline) JOB # 6503661 TS # 1 HOOD # 2 CR Cookline) JOB # 6503661 RS # 1 MODEL ND-2-PSP-F SIZES 60"x24" LENGTH 9' 9" a � MODEL ND-2-PSP-T SIZE 60"x24" LENGTHS 9' 9" a HOOD FRONT HOOD FRONT zo Q d M > o I � o M � Z � X W O X � � 0 J O W � o Y H = o Z O � V Q Q'.. C7 H D_ S N FIXTURE AND LED LIGHT, ITACHING PLATES. UPPLY RISER WITH 'O LUME DAMPER. 23.5% ❑PEN STAINLESS STEEL PERFORATED PANEL. SECTION VIEW - MODEL 6024ND-2-PSP-F HOOD - # 9 EXHAUST RISER HANGING ANGLE 20" CAPTRATE SBLB FILTER WITH HBBK, 1" LAYER OF INSULATION FACTORY INSTALLED IN 3' INTERNAL STANDOFF, MEETS 0 INCH REQUIREMENTS FOR CLEARANCE TO COMBUSTIBLE SURFACES IT IS THE RESPONSIBILITY OF THE ARCHITECT/OWNER TO ENSURE THAT THE HOOD CLEARANCE FROM LIMITED -COMBUSTIBLE AND COMBUSTIBLE MATERIALS IS IN COMPLIANCE WITH LOCAL CODE REQUIREMENTS GREASE DRAIN WITH REMOVABLE CUP, RIGHT QUARTER END PANEL �O J NOZZLE HEIGHT 35-50" FROM COOKING SURFACE C45,25") SECTION VIEW - MODEL 6024ND-2-PSP-F HOOD - #2 GAS VALVES AND STRAINERS GAS VALVE SIZING GAS VALVE DIMENSIONS INSTALLATION PART NUMBERS TYPE SIZE VOLTAGE MIN. INLET PRESSURE MAX. INLET PRESSURE FLOW AT 1 IN. W. C. DROP NATURAL GAS FLOW AT 1 IN. W.C. DROP PROPANE DIM "A" DIM "B" DIM "C" DIM "D" DIM "F" DIM "G" MOUNTING ORIENTATION GAS VALVE PART NUMBER STRAINER PART NUMBER GAS VALVE/STRAINER KIT ELECTRICAL 2" 120 VAC 0 PSI (0 IN. W.C.) 5 PSI (138 IN. W.C.) 2,940,500 BTU/HR 1,908,048 BTU/HR 7-5/8" 6-3/8" 7-1/4" 7-13-16" 15-5/8" 13-15/16" HORIZONTAL/ VERTICAL 8214280 4417K68 (SC)EGVA2 DIM "A" DIM "G" ALL GAS VALVES/STRAINERS CALCULATIONS PROPER CLEARANCE MUST BE PROVIDED IN ORDER TO SERVICE THE TO CALCULATE GAS FLOW FOR OTHER THAN 1 IN. W.C. PRESSURE DROP STRAINERS A MINIMUM OF 4" CLEARANCE DISTANCE MUST BE NEW BTU/HR = (BTU/HR AT 1 IN.W.C. PRESSURE DROP) X NEW PRESSURE DROPo.s PROVIDED AT THE BASE OF THE STRAINER CUSTOMER MUST VERIFY TO CALCULATE GAS FLOW FOR OTHER THAN 0.64 SPECIFIC GRAVITY BTU CONSUMPTION AS WELL AS PRESSURE RATING SPECIFIC GRAVITY NEW BTU/HR = (BTU/HR AT 0.64) X (0.64 / NEW SPECIFIC GRAVITY)o.s OF NATURAL GAS = 0.64, SPECIFIC GRAVITY OF LP = 1.52. I"F» CTRIC GAS VALVE. FLOW. DIM "C"- IM °B"� � \�� MIN. DIM "D" STRAINER FIXTURE AND LED LIGHT, fTACHING PLATES. UPPLY RISER WITH 'OLUME DAMPE R� 23.5% OPEN STAINLESS STEEL PERFORATED PANEL N❑TES - FIELD PIPE DR❑PS AS SHOWN PIPING, ELBOWS, TEES, AND NOZZLES SUPPLIED BY CAS, - FIELD INSTALLED DROP. FACTORY WILL PR❑VIDE QTY 2 60IN LONG PIECES ❑P CHROME PLATED PIPING SHIPPED L❑❑SE T❑ BE PIEED-INSTALLED - SHIP LOSE DR❑P� FACTORY WILL PR❑VIDE THE EXACT CHROME PIPE LENGTH NEEDED SHIPPED L❑❑SE T❑ BE FIELD -INSTALLED, - REL❑GATE NOZZLES IP PLOW PATTERN IS BLOCKED BY SHELVING, SALAMANDERS, ETC, - OVERLAPPING COVERAGE SHALL N❑T BE USED ON ANY APPLIANCE WITH AN OBSTRUCTION, - IF APPLICABLE, EXTENDED PRE -PIPED DR❑PS ARE SHIPPED LOOSE, - FACTORY PIPING EXTENDS A MAXIMUM OP 6" ABOVE THE TOP OP THE H❑❑D, - APPLIANCE DIMENSIONS LISTED REPRESENT THE CO❑KING SURFACE SIZE, N❑T THE OVERALL APPLIANCE SIZE - THIS FIRE SYSTEM COMPLIES WITH U.L. 300 REQUIREMENTS, - OL-F NOZZLE PART NUMBER REPLACES 3070-3/8H-10-SS J❑B #� 6503661, J❑B NAMES VICTOR TAVERN - EDMONDS WA R2 SYSTEM SIZES TANK-SP-3 DESIGN PP 56, MAXIMUM PPS 60, H❑OD # 1 9' 9,00" L❑NG x 60" WIDE x 24" HIGH, RISER # 1 SIZES 10" x 23" H❑❑D # 1 METAL BL❑W-❑PP CAPS INCLUDED, H❑OD # 2 9' 9 00" LONG x 60" WIDE x 24" HIGH RISER # 1 SIZES 10" x 23" H❑OD # 2 METAL BL❑W-OFF CAPS INCLUDED, - HEAVY-DUTY APPLIANCES CRATED 600°F) WILL REQUIRE AN ADDITIONAL D❑WNSTREAM PIRESTAT IN THE EVENT THAT THE DUCTWORK CONTAINS ANY HORIZONTAL RUNS OVER 25 FT IN LENGTH, - MEDIUM T❑ LIGHT -DUTY APPLIANCES CRATED 450°P) WILL NOT REQUIRE ANY ADDITIONAL D❑WNSTREAM DETECTION, LEGEND - FIRE CABINET TANK SYSTEM 1 4 GALLON TANK, 2 PRIMARY ACTUATOR RELEASE, 3 SEC❑NDARY ACTUATOR RELEASE, 4 PRESSURE SUPERVISION SWITCH, 5 PRIMARY HOSE ASSEMBLY, 6 SEC❑NDARY HOSE ASSEMBLY, 7 REMOTE MANUAL ACTUATION DEVICE, INCLUDES FIELD INSTALLATION AND HOOKUP DURING NORMAL BUSINESS HOURS BY CERTIFIED INSTALLERS ONLY IN THE LOCATION NOTED ABOVE, TWO SITE VISITS ❑NLY CONE VISIT TO SET PULL STATION & SYSTEM HOOKUP AND ONE VISIT FOR ONE TEST; ADDITIONAL VISITS WILL RESULT IN ADDITIONAL CHARGES), ONE MECHANICAL OR ELECTRICAL GAS VALVE PER SYSTEM AT A MAXIMUM SIZE OF 2", PERMIT, AND SYSTEM TEST EXCLUDES UNION LABOR & PREVAILING WAGE CLABOR & WAGES WILL BE ADDED IF APPLICABLE), GAS VALVE INSTALLATION, ELECTRICAL HOOKUP AND CONNECTIONS, HANGING OF FIRE CABINET, SHUNT TRIP, HANDHELD EXTINGUISHERCS), ON -SITE RE -PIPING DUE TO EQUIPMENT LAYOUT CHANGES. E O U N L .� i=. CB U ■ \�C CW �" W V I 0 0 O W +; � I � � Q� S � Q � Q� I _ � � 0 0 �' �ESdB U I 2724 OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 1 /2" = 1 '0" MASTER DRAWING SHEET NO. '�I ray.-iti�ir��rryrrri�rarirririrrr��r�a��r:��.�Tix�.�Ta�i REVISIONS DESCRIPTION DATE: EAN M❑T❑R DISCHARGE WEIGHT UNIT TAG QTY EAN UNIT M❑DEL # MANUFACTURER CEM ESP RPM ENCL HP BHP PHASE V❑LT ELA VEL❑CITY (LBS) S❑NES N❑ 1 KEP 1 DU240HEA CAPTIVEAIRE 4876 1,750 961 ❑DP,PREMIUM 5,000 2,8220 3 208 15,8 1108 EPM 313 18,3 3 DEE 1 DU50HEA CAPTIVEAIRE 1000 0,500 1361 TEA❑ —ECM 0 500 0 2830 1 115 6 3 380 EPM 81 12,7 MUA FAN INFORMATION JOB�650366 i EAN MIN DESIGN M❑T❑R WEIGHT UNIT TAG QTY EAN UNIT M❑DEE # BLOWER H❑USING CEM CEM ESP RPM ENCL HP BHP PHASE V❑LT ELA MCA M❑CP (LBS) S❑NES NU 2 MUA 1 A2—D,250-20D 20ME-2—M❑D A2—D,250 2500 4876 0,500 1769 ❑DP,PREMIUM 5,000 3,2260 3 208 15,0 18,8A 30A 682 19,7 (r'Q.�' FTRF'T) il/TQ KT,—TTP Q TR TTNTT�,S' ) EAN UNIT TAG INPUT OUTPUT TEMP RISE REQUIRED INPUT GAS PRESSURE GAS TYPE BURNER BTUs BTUs EFFICIENCY(%) N❑ 2 MUA 252625 232415 45°E 7 IN. W.C. — 14 IN W.C. NATURAL 92 �Q N n PTTn N.� EAN UNIT N❑ TAG QTY DESCRIPTION 1 GREASE B❑X 1 KEE 1 EAN BASE CERAMIC SEAL — INSTALLED AT PLANT — E❑R GREASE DUCTS 1 2 YEAR PARTS WARRANTY 1 SIZE 2 TEMPERED COMMERCIAL D❑WN DISCHARGE E❑R DIRECT DRIVE AHUS 1 INLET PRESSURE GAUGE, 0-35" 1 MANIFOLD PRESSURE GAUGE, —5 T❑ 15" WC 1 BUTTERFLY M❑D VALVE ❑PTI❑N E❑R M❑D SIZE 2 C1" M❑D VALVE) 2 MUA 1 SHIP LOSE GAS STRAINER 1" 1 M❑T❑RIZED BACKDRAET DAMPER E❑R A2—D H❑USING — MEETS AMCA CLASS 1A RATING 1 SEPARATE 120V WIRING PACKAGE (REQUIRED AND USED ❑NLY E❑R DCV ❑R PREWIRE WITH VED) — THREE PHASE ❑NLY 1 2 YEAR PARTS WARRANTY 1 ECM WIRING PACKAGE — MANUAL ❑R 0-10VDC REFERENCE SPEED C❑NTR❑L —RTC— CTELC❑ M❑T❑R), CCW R❑TATI❑N 3 DEE 1 M❑T❑RIZED I 15 BDD 120/240V 1 SCR-13 BIRD SCREEN 1 2 YEAR PARTS WARRANTY �Q N Q rr, F,�,�nRTF,� EAN EXHAUST SUPPLY UNIT N❑ TAG GREASE CUP GRAVITY DAMPER WALL M❑UNT SIDE DISCHARGE GRAVITY DAMPER M❑T❑RIZED DAMPER WALL M❑UNT 1 KEE YES 2 MUA YES 3 DEE N❑ BAN TAG WEIGHT ITEM SIZE 1 # 1 KEE 48 LBS CURB 31,500"W X 31,500"L X 24 000"H VENTED HINGED, 2 # 2 MUA 88 LBS CURB 31,000"W X 79,000"L X 24 000"H INSULATED, 3 # 3 DEE 27 LBS CURB 19,500"W X 19,500"L X 20,000"H, HMI SCHEDULE M❑DBUS UNIT NUMBER HMI # HMI L❑CATI❑N TEMP AVERAGING ADDRESS EAN #2 HMI #1 — UNIT HMI # 1 MOUNTED IN UNIT N❑T AVERAGED 55 EAN #1 DU240HEA - EXHAUST FAN (KEE) 37 TOP VIEW I 31" - DIRECT DRIVE CONSTRUCTION CNO BELTS/PULLEYS), - R❑❑E MOUNTED FANS, - RESTAURANT M❑DEL, - UL705 AND UL762 AND ULC-S645 - VARIABLE SPEED CONTROL - INTERNAL WIRING - THERMAL OVERLOAD PROTECTION (SINGLE PHASE), - HIGH HEAT OPERATION 300°F C149°C), - GREASE CLASSIFICATION TESTING, - NEMA 3R SAFETY DISCONNECT SWITCH N❑RMAL TEMPERATURE TEST EXHAUST FAN MUST OPERATE CONTINUOUSLY 8 WHILE EXHAUSTING AIR AT 300°E C149°C) UNTIL ALL FAN PARTS HAVE REACHED THERMAL EQUILIBRIUM, AND WITH❑UT ANY DETERI❑RATING EFFECTS T❑ THE EAN WHICH WOULD CAUSE UNSAFE OPERATION, DUCTWORK BETWEEN EXHAUST RISER ❑N H❑❑D AND EAN CBY OTHERS) ABN❑RMAL FLARE-UP TEST EXHAUST FAN MUST OPERATE CONTINUOUSLY WHILE EXHAUSTING BURNING GREASE VAPORS AT 600°E C316°C) E❑R A PERIOD ❑E 15 MINUTES WITH❑UT THE FAN BECOMING DAMAGED TO ANY EXTENT THAT COULD CAUSE AN UNSAFE CONDITION, ❑PTI❑NS - GREASE B❑X, - FAN BASE CERAMIC SEAL - INSTALLED AT PLANT - E❑R GREASE DUCTS, - 2 YEAR PARTS WARRANTY, HINGE KIT -NTED CURB GE UCTI❑N / \ R❑❑E OPENING \ ____ 31" DIMENSIONS 31 " � �/ 0 0 O U N L .� a� c� U 0 ■ CW W^ O o � � � C� W +; � I � � Q� S � Q � Q� I _ � � C� � � � � O O �' �ESdB U I 2724 OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B — 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. REVISIONS DESCRIPTION DATE: FAN #2 A2—D,250-20D — HEATER CMUA) 1 DIRECT GAS FIRED HEATED MAKE UP AIR UNIT WITH 20" MIXED FLOW DIRECT DRIVE FAN, 2 INTAKE HO❑D WITH EZ FILTERS. 3 DOWN DISCHARGE — AIR FLOW RIGHT —> LEFT, 4 DOWN DISCHARGE CONSTRUCTION F❑R SIZE 2 DIRECT DRIVE AHUS, 5 GAS PRESSURE GAUGE, 0-35", 2 5" DIAMETER, 1/4" THREAD SIZE, 6 GAS PRESSURE GAUGE, —5 T❑ +15 INCHES WC., 2 5" DIAMETER, 1/4" THREAD SIZE, 7 BUTTERFLY M❑D VALVE ❑PTI❑N F❑R M❑D SIZE 2 C1" M❑D VALVE), 8 SHIP L❑❑SE GAS STRAINER, T❑ BE INSTALLED UPSTREAM ❑F UNIT C❑NNECTI❑N 1" C❑NNECTI❑N 9 M❑T❑RIZED BACK DRAFT DAMPER 22J5" X 24" F❑R SIZE 2 STANDARD & M❑DULAR HEATER UNITS W/EXTENDED SHAFT, STANDARD GALVANIZED C❑NSTRUCTI❑N, 3/4" REAR FLANGE, L❑W LEAKAGE, LF120S ACTUAT❑R INCLUDED, 10, SEPARATE 120VAC WIRING PACKAGE F❑R MAKE—UP AIR UNITS, ❑PTI❑N MUST BE SELECTED WHEN M❑UNTING VFD IN PREWIRE PANEL ❑R WITH DCV PACKAGE PR❑VIDES SEPARATE 120VAC INPUT T❑ SUPPLY FAN. THIS 120V SIGNAL MUST BE RUN BY ELECTRICIAN FR❑M DCV T❑ MUA SWITCH 11, HINGED D❑UBLE WALL INSULATED D❑❑R ASSEMBLY (BURNER/BL❑WER SECTI❑N), 12, 2 YEAR PARTS WARRANTY, SUPPLY SIDE HEATER INF❑RMATI❑N� �N❑TES SUPPLY DUCT MUST BE INSTALLED T❑ MEET SMACNA STANDARDS A MINIMUM STRAIGHT DUCT LENGTH MUST BE MAINTAINED D❑WNSTREAM ❑F UNIT DISCHARGE AS ❑UTLINED IN AMCA PUBLICATI❑N 201, WHEN USING RECTANGULAR DUCTW❑RK, ELB❑WS MUST WINTER TEMPERATURE = 30°F TEMP, RISE = 45°F BE RADIUS THR❑AT, RADIUS BACK WITH TURNING VANES FLEXIBLE DUCTW❑RK AND SQUARE THR❑AT/SQUARE BACK ELB❑WS SH❑ULD BTUs CALCULATED ❑FF ACTUAL AIR DENSITY, N❑T BE USED, ANY TRANSITI❑N AND/❑R TURNS IN THE DUCTW❑RK WILL CAUSE SYSTEM EFFECT SYSTEM EFFECT WILL ❑UTPUT BTUs AT ALTITUDE ❑F 0,0 FT. = 211531 DRASTICALLY INCREASE STATIC PRESSURE AND REDUCE AIRFL❑W, D❑ N❑T RELY ❑N UNIT T❑ SUPP❑RT DUCT IN ANY WAY. FAILURE INPUT BTUs AT ALTITUDE ❑F 0,0 FT. = 229925, T❑ PR❑PERLY SIZE DUCTW❑RK MAY CAUSE SYSTEM EFFECTS AND REDUCE PERF❑RMANCE ❑F THE EQUIPMENT, ❑UTPUT BTUs AT ALTITUDE ❑F 237 FT. = 209726, SUGGESTED STRAIGHT DUCT SIZE IS 20" x 20", INPUT BTUs AT ALTITUDE ❑F 237 FT. = 227963, SIFTING LUG. 3 24" EQUIPMENT CURB R❑❑F ❑PENING 2" SMALLER THAN CURB DIMENSI❑N CURB ❑LITER u DISCHARGE ❑PE 24" 20 1/4" MIf STD D PER ❑PTI❑NSA - EULL B❑TT❑M C❑RNERS CURB, 20 GAUGE STEEL C❑NSTRUCTI❑N, 6 1/8" F❑R FIELD WIRING, MIN, 20" 0 ■ 0 W QJ CW �" W O U N L .� cB U O O Q� Q� Q 0 �ESdB 2724 I OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. 6 REVISIONS DESCRIPTION DATE: FAN #3 DU50HFA - EXHAUST FAN CDEF) 27 1/4" 28 7/8" I —. a TOP VIEW 21" 21 1/2" FEATURES: - DIRECT DRIVE C❑NSTRUCTI❑N CN❑ BELTS/PULLEYS), - R❑❑F MOUNTED FANS. - UL705, - VARIABLE SPEED C❑NTROL, - INTERNAL WIRING, - THERMAL ❑VERLDAD PR❑TECTI❑N (SINGLE PHASE), - NEMA 3R SAFETY DISC❑NNECT SWITCH ❑PTIDNS - ECM WIRING PACKAGE - MANUAL OR 0-10VDC REFERENCE SPEED CONTROL -RTC- CTELCO MOTOR), CCW R❑TATI❑N - M❑T❑RIZED I 15 BDD 120/240V, - SCR-13 BIRD SCREEN, - 2 YEAR PARTS WARRANTY, 19 1/2" �': 20 GAUGE STEEL C❑NSTRUCTI❑N, � � � � L�NGE� � � R❑❑P ❑PENING � / 16" DIMENSI❑NS 16 " � �/ BACKDRA�T DAMPER INSTA��ATIDN AIR PL❑W 16 — CR❑❑T ❑PENING) nnr,iinnaTT DAMPER, ® �RE�SE DUCT & CHIMNEY SPECIHIC�TI❑NS�� HH❑V❑C �RCP�SC DUCT CQU�❑ T❑ C�HTIVE�IRE SYSTEMS M❑DE❑ "DW" R❑UND 20 ❑�U�E 430 ST�INI_ESS STEEI- DUCTW❑RK� M❑DEU "DW" IS ❑ISTED T❑ UU 1��U AND IS INST�I-I-CD USINC "V" CU�MH U❑CKINC C❑NNECTI❑NS SCE❑ED WITH 3M TIRE B�RRIEH 2O00 HI-US� M❑CI- "DW" DDES N❑T REQUIRE WE❑DINS PR❑VIDIN� IT HAS BEEN INST�❑❑ED PER THE MPIUT�CTURCS INST�❑❑P�TI❑N U❑E� PR❑VIDE RATED ACCESS D❑❑RS �T EVERY CH�N�E IN DIRECTI❑N AND EVERY 12' ❑N CENTER PER MPIUT�CTURES ❑ISTIN� M❑DC❑ "DW" H❑RIZ❑NTH❑ RUNS ❑CSS THAN T5 TT. CAN BE SI-❑PED 1/16" PER 12"� H❑RIZ❑NT�I_ RUNS M❑RE THAN 75 ❑T� CAN BE SU❑PED 3/16" PER 12"� DUCT SH❑U❑D BC S❑❑PED �S MUCH �S H❑SSIB❑E T❑ REDUCE THE CHANCE ❑T �REP�SC �CCUMU❑DTI❑N IN H❑RIZ❑NTH❑ RUNS IH THE DUCT ❑H CHIMNEY IS WITHIN 1U U❑-2221 ❑R UI_-103 HT I-ISTED D❑UBI_E CQU�❑ T❑ C�HTIVC�IRC SYSTEMS M❑DE❑ 430 STP�IN❑ESS INNER DUCT INSU❑P�TED CUSTOMER APPROVAL TO MANUFACTURE: APPROVED AS NOTED APPROVED WITH NO EXCEPTION TAKTC. REVISE AND RESUBMIT SIGNATURE YOUR TITLE INCHES ❑T C❑MBUSTIB❑C M�TERI�❑� HR❑VIDE W�❑❑ �RE�SE DUCT ❑R D❑UB❑E WP�❑❑ CHIMNEY "DW- 2R� 2R TYPE HT� 3R� ❑R 3Z" R❑UND 20 �P�U�T WITH � 24 ��U�E 430 STAIN❑ESS ❑LITER SHE❑❑� DIRECT FIRED CDF) PR❑FILE PLATE ASSEMBLY DIRECT FIRED PR❑FILE PLATE SPECIFICATI❑NS� DESCRIPTI❑N� DIRECT FIRED BURNERS SHALL HAVE PATENTED CUS PATENT N❑� US6629523B2), SELF-ADJUSTING PR❑FILE PLATES DESIGNED T❑ ENSURE PR❑PER AIR VELOCITY AND PRESSURE DR❑P ACROSS THE BURNER, PROFILE PLATES SHALL ALL❑W BURNERS T❑ ACHIEVE CLEAN C❑MBUSTI❑N BY LIMITING BY-PR❑DUCT LEVELS T❑ A MAXIMUM ❑F SPPM ❑F CARB❑N M❑N❑XIDE CC❑), AND 0,5PPM ❑F NITR❑GEN DI❑XIDE CN❑2XJIRECT FIRED UNITS SHALL BE C❑NFIGURED WITH THE BL❑WER M❑UNTED D❑WNSTREAM ❑F THE BURNER, THIS ARRANGEMENT WILL ENSURE A C❑NSISTENT AIRFL❑W, REGARDLESS ❑F INLET AIR TEMPERATURE, APPLICATI❑N� SPRING -LOADED BURNER PROFILE PLATES ARE ENGINEERED T❑ AUTOMATICALLY REACT TO THE M❑MENTUM OF A FRESH AIR STREAM, WITHOUT THE NEED F❑R ANY MOTORS ❑R ACTUATORS TO MECHANICALLY ADJUST THEM, WITH THIS FEATURE, ALL DF UNITS ARE DESIGNED FOR DEMAND CONTR❑L VENTILATI❑N CDCV) REQUIREMENTS, CERTIFICATI❑NS ALL PROFILE PLATE ASSEMBLIES SHALL BE INCLUDED IN THE DF UNIT'S ETL LISTING AND COMPLY WITH COMBINED SAFETY STANDARDS ANSI Z83 4 AND CSA 3J CN❑N-RECIRCULATING DF HEATERS) AND ANSI Z83,18 (RECIRCULATING DF HEATERS). GENERAL (❑NSTRUCTION -PR❑FILE PLATES SHALL BE F❑RMED FR❑M G90 GALVANIZED STEEL, -PR❑FILE PLATES SHALL VARY IN SIZE PER UNIT, -PR❑FILE PLATES SHALL BE M❑UNTED AL❑NG THE SAME PLANE AS THE DISCHARGE ❑F THE BURNER, -DESIGN SHALL INC❑RP❑RATE PR❑PERLY T❑RQUED, PERMANENTLY M❑UNTED SPRING HINGES, -SPRING HINGES SHALL BE MADE FR❑M PLATED STEEL, HIGH TEMP GASKET T❑ SEAL THE FAN TRANSITION PLATE VENTED CURB R❑❑F TERMINATI❑N, LISTEI *NOTE: UL 762 INSTALL. rXHAUST FAN, HE INNER DUCT IS FULLY WELDED ❑ THE TRANSITI❑N PLATE, ALL /ELDS ARE DYE TESTED ECURED T❑ THE URB BY ❑THER, 0 0 0 ■ Q 3 s O W a� 0 �--> u CW W^ O U a� .� ca U s �i � � � s 0 �ESdB 2724 I OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. PARTS INCLUDED GREASEBOX REV,#2 08/19/02 REVISIONS � DESCRIPTION DATE: GREASE B❑; C❑VEf GREi P 5 " 3 3 *NOTE: UL 705 INSTALL. ri nSED POSITION EAN, HINGE KIT C❑PTI❑ ��i �1l�.'��i�] GREASE B❑X. GREASE B❑X C❑VER. GREASE PIPE SHEET METAL SCREWS 3 - E❑NG C3/4" EGJ GREASE B❑X C❑VER, GREASE BOX FIELD INSTALLATION STEP 1 ATTACH GREASE B❑X C❑VER T❑ THE CURB, H❑ED 3" DIMENSI❑N AS SH❑WN ❑N PIC. 1, SCREW GREASE B❑X C❑VER T❑ CURB USING C3) E❑NG C3/4" EGJ SCREWS AS SH❑WN ❑N PIC, 2 J� �,u v u�� ATTACH GREASE B❑X T❑ GREASE B❑X C❑VER, SLIDE AND DR❑P. AS SH❑WN ❑N PIC. 3, SSE B❑X, 0 0 =�. �� o U � O ca a� U I I � I�O� ��I � U •� � O > .Q O � U I J v � .� w ___ � ao � o� N � N RN a% X y Q rn rn Ln N_ N N W Z O d Q S O W S Q� C� CLJ C� 0� 0 N >Q m L W i Q U 'v co d rn 0 M I _ � � � � � � � O O �' �ESdB U 2724 I OF E DS DEVELOPMENT SERVICES DEPARTMENT DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. REVISIONS DESCRIPTION DATE: NGrEs ■ = S4 and S6 1 may be needed for NFBUP-S 2 o-BK fl �21 — o-B K_ � 3 �4 o- K 15 v61 o- D �7� 8 HB � H 8 120V2 — °�e_D�� NE H1 SW-01 o-R H N BK � F AFIRE I/P TRIPS UPON 120VAC 4 4 BK ODMmBK lzovac o P I R ,,. �� .�BL 120VAC I/P H — � 8 J9 120V 5 O 6 O J10 120V 7 8 Jc 9 I� i m io m io �xr—T� WH RE -DV IEL/DEL A 1 N os Wire o ILIA and IL1 in DCV YW"�� Y�I 0 RE-DV-1 RD � Dy RD DODO©0©©0 ®®mm TR MT-01 SUPPLY Jl J2 J3 J4 JS J6 LOCAL J2 HMI LOCAL J 3 J 2 SPACENUT RED HMI HMI IF SPACE SENSUR IS WIRED 987654321 181716151413121110 J31 � U W W 9876543z1 RDz L J361817161514131z1110 (40VA)—TR-O5 BK lsov H HN �� e �� e �� e �� e �� J12�ll1-1 H1-1 J14�AI-2�AI-3 �28�DI-Z�AI-4J BP 7654321 1413121110 9 8 J13 m Bc I U L7 (LJ O_ H 987654321 181716151413121110 J3z °' TPICPSC-ll ��©�©©� . m®®mm00 MODBus J16 J383 1 CB e m �e R � BL-24VAC eGY-INTKK � e Q � 1 � Q `� 8 e G m W � m 1 � J11 e SN-01 INTAKE L7 � e 0 � � w e SN-04 _ � nlscH/HID �0 e J15 e � � 0 e m w e 10 e J35 CUMPUNENT LIST LABEL DESCRIPTION CH-0t CIRCUIT_BREAKER B3 FR-Ol EVD/ECM-ACU+SLI-MP BB FSC-Ol FIREYE_FLAME SAFETY BB MT -➢I SUPPLY MDTDR E3 MT-➢S INTAKE_DAMPER MTR C4 RE-➢V DCV RELAY BS/➢1 SN-XX TEMP_SENSDR I4/IS/I6/]7 SW -➢I DISCONNECT_SWITCH A3 TR-02 IGNITION TRANSFMR B9 TR-OS BOARD POWER_TRFMR E5 VA-01 PIL➢T_GAS_VALVE E7 VA-02 MAIN_GAS VALVE E7 VA -OS M➢D_GAS_VALVE E7 LEGEND --FIELD WIRING FAcrDRv wIRrNG BK- BLACK YW- YELLOW BL- BLUE GY- GREY HR- BROWN PR- PLRPLE RD- REO WH- WFQTE GR- GREEN WIA- DR/BL STRIPE BJRD- BL/RD STRIPE RU/I3J- RD/GN STRIPE wH/�- ww� STRIPE JOB NAME Victor Tavern - DRAWING TITLE DESCRIPTION OF OPERATION MUA BOARD (DETAILS T❑ FOLLOW) JOB NO DRAWN BY 6503661 AUTO FACTORY 1/5/z024 Dwc N4+�J6503661-2 Installation Wiring JOB 6503661 - Victor Tavern - Edrlonds WA R2 DRAWING NUMBER RP6503661-2 SHIP DATE 1/5/2024 MODEL A2-D.250-20D 120 V 1 PH. 240 V 1 PH. 208/460/600 V 3 PH. ns a e o ions Disconnect Disconnect Disconnect Switch Switch Swltch Gal -flex conduit Gal -flex conduit Gal -flex conduit Cin unit) ® (in unit) � Cin unit) Factory Factory Factory wiring wiring wiring Field Wired Swltch ® BK ® ® WH GR Customer supplied ®\\\ ® BK RD I ® Customer GR supplied ®\\®\ \®\ \1 ® ® ® BK BK B R WH GR supplied I I J Customer wiring wiring wiring STANDING POWER RD & WH Wire C115 V, 1 PHASE) Power Connection See above details, TD J16-5 & J16-6 nN MUA FIELD WIRED CGNTACTS srml-H� — — � WHEN USED WITH PRE WIRE sFn1Z �Y — _ \ WIRE T❑ SFCl/SFGI � DAMPER INTERLOCK TGna oYWD� — — � / WIRE T❑ ILIA & IL1B n�o Rn — — — � NOTES WIRE COLOR BK - BLACK YW -YELLOW BL - BLUE GR - GREEN BR - BROWN GY - GRAY DR - ORANGE PR - PURPLE RD - RED PK - PINK WH - WHITE O U N L .� Q U 0 ■ \QC CW I� W V 0 0 OJ W +; � I � � QJ � � Q QJ �- -� J/�� ' C y 0 O �' �ESdB U I 2724 OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. ICl/y�7lY!7��r�7�I r1�7��L��I:bT�itl:TsYil REVISIONS � DESCRIPTION DATE: SWITCHES FANS C❑NTR❑LLED NO TAG PACKAGE # L❑CATI❑N ❑PTI❑N LOCATION QUANTITY FAN TAG TYPE � HP VOLT FLA UTILITY CABINET 1 LIGHT KEF EXHAUST 3 5000 208 15,8 1 DCV-1111 UTILITY CABINET RIGHT RIGHT SMART C❑NTR❑LS DCV H❑❑D # 2 MUA SUPPLY 3 5000 208 15,0 1 FAN Terminal Blocks for wired connection Connection for Modbus Factory wired ❑R Field Wired F le ld Connection to Router ❑R Ethernet swlt ch in, - .�r��' � \� r JOB NO (MODEL NUMBER DRAwN BY (SCHEMATIC TYPE I DESCRIPTI❑N ❑F ❑PERATIDN' 6 5 0 3 6 61 D C V - 1111 INSTALL SPnnnd Control Ventllntlon, w/ control for 1 Exhnust Fnn, 1 Supply Fan, Exhnust on In Flre, Lights out In Flre, Fnns 1 modulnte bused on duct tenpernture. INVERTER DUTY 3 PHASE MDTDR REQUIRED FOR USE WITH VFD. Roon tempernture JOB NAME Vlc for Tavern - Edmonds WA R2 DATE DWG NO nsor shipped loose For field Instnllntlon.Verlfy dlstnnce between VFD and Motorl nddltlonnl cost could apply If 1/5/2024 ECP #1-1 dlstnnce exceeds so feet F le ld Connection Antennas 1 Wired ❑R Paddle 2 BREAKER PANEL TO PRIMARY CONTROL PANEL Responsibility: Electrician 3 BREAKER SIZE SH❑WN IS THE MAXIMUM ALLOWED �"••, - 6 am'� � Cellular Module P, e e d, ° e® Compute module CASlink Monitor and Control - Hood control panel to support communications to cloud -based Building Management System. - Hood Control Panel to allow cloud -based Building Management System to monitor real time parameters outlined as MONITOR in the points list. - Hood Control Panel to allow cloud -based Building Management System to control parameters outlined as CONTROL in the points list. - Hood Control Panel to allow cloud -based Building Management System to implement SYSTEM ECONOMIZER control strategies for fully integrated Building Management. MONITORING AND CONTROL POINTS LIST DCV Packages Function Room Temperature MONITOR Duct Temperatures) MONITOR MUA Discharge Temperature MONITOR Kitchen RTU Discharge Temperature MONITOR Fan Speed MONITOR Fan Amperage MONITOR Fan Power MONITOR VFD Faults MONITOR Controller Faults MONITOR Fan Faults MONITOR Fan Status MONITOR PCU Faults MONITOR PCU Filter Clog Percentages MONITOR Fire Condition MONITOR CORE Fire System. MONITOR Building Pressures MONITOR Prep Time Button MONITOR & CONTROL Fans Button MONITOR & CONTROL Lights Button MONITOR & CONTROL W¢sh Button MONITOR & CONTROL SC Packages Function Room. Temperatures) MONITOR Duct Temperatures) MONITOR MUA Discharge Temperature MONITOR Kitchen RTU Discharge Temperature MONITOR Controller Faults MONITOR Fan Faults MONITOR Fan Status MONITOR PCU Faults MONITOR PCU Filter Clog Percentages MONITOR Fire Condition MONITOR CORE Fire System MONITOR Building Pressures MONITOR Fans Buttons) MONITOR & CONTROL Lights Buttons) MONITOR & CONTROL Wash Button MONITOR & CONTROL 4 5 6 8 9 10 11 12 PRIMARY CONTROL PANEL ------------ Hut H1 ----------- Neutral Nq ��"d GND CBNTROL POWER. D❑ NBT WIRE T❑ GFCI ❑R SHUNT TRIP BREAKER. 1ST HCICID LIGHT BREAKER SHARED W/ CGNTROL POWER, SWITCH #1 _ LINE ------------ LINE ----------- LINE �—nd 1 L3 ----------- KEF SM-1 WIRE T❑ VFD QUICK CONNECTGR ____________ LINE ------------ LINE LINE L4 L5 L ----------- Ground GND MUA SM-2 WIRE T❑ VFD QUICK CONNECTOR C❑NTR❑L PANEL T❑ FANS 13 Responsibility: Electrician PRIMARY PANEL FANS KEF 14 FA Ni Ol Load Wiring U1 �oRH �Ec I — — — — — — — �% SM-1 \/1 V 11 —LORD LEG2— ---- —pia 15 WIRE TG LOPD LEG 3 — — — — — — ��a VFD QUICK GND eRouuD-- ---- —�li CONNECTOR WIRE TG — MUST HAVE ITS ❑WN CONDUIT DISCONNECT 16 DO NOT SHARE CONDUIT! F A Ni 02 MUA L 00.d Wiring `� — LGRO LEG 1— — HLACK O 1% SM-2 V LOPD LEG 2 — HLACK — — a WIRE T❑ \ I� WI — LGRD LEG 3— BLRCK a 1B VED QUICK 11 fll _120V HOT— RED a cONNEcrGR N1 120V NEUTRAL WHITE — — — GROUND GREEN 1 IF VFD MOUNTED 19 — — — — i IN 2ND PANEL, MUST HAVE ITS ❑WN CONDUIT WIRE SF SIGNAL DO NOT SHARE CONDUIT! — FROM PANEL WITH 20 ECPM03. FAN START SFG1 -- 24VRC------ G4V — SIGNAL FC1 -- �"""e— UI� 21 TO MUA BOARD WIRE T❑ UNI MUA INTERLOCK 22 23 24 JOB NO MODEL NUMBER DRAWN BY SCHEMATIC TYPE U �V 6503661 DCV-1111 INSTALL JOB NAME DATE Dwc No Victor Tavern - Edmonds WA R2 1/5/2024 ECP #1-3 1 - TANK PROTECTION EEECTRICA� DETAIR 2 ELECTRICIAN _ 1, WIRE MAIN CONTROL PANEL PER INCLUDED SCHEMATIC 2, WIRE ALL FANS PER INCLUDED SCHEMATIC 3 3, WIRE SHUNT TRIP BREAKER (OPTIONAL) 4, WIRE UDS APPLIANCE KILL SWITCH, IF EQUIPPED (OPTIONAU — 5 WIRE GAS VALVE 4 s s 8 soon T� 208 V REMOVE JUMPER MA DAMPER IR GN PCB — — — — — — — — — MU� 1 P RG VING D7 INTERLOCK LOW VOLTAGE CONNECTION FOR TERMINAL NAMES DAMPER INTERLOCK. WIRE no NOT ARRLv MULTIPLE SUPPLY ❑N THE SAME IF MUA By OTHERS Z GNE IN SERIES. SHOULD HAVE CONTINUITY WHEN DAMPER IS PROVEN ❑PEN. NGT REQUIRED FOR ALL UNITS, SEE MAKE-UP AIR SCHEMATIC. CONTROL PANEL TO ACCESSORY ITEMS Responsibility: Electrician NTRDL PANEL .L4 ALL SWITCHES FACTORY WIRED T❑ CAT-5 CONNECTION SWITCHES HOOD LIGHTS 1 ;ONTROL PANEL — — — — — — — — — BLACK _ T❑ Wl---------WHITE — HOOD LIGHTS GND — — — GREEN _ — J 1400 W MAX WIRE TO J-BOX ON TOP OF HOOD COMM ROUTER CAT-5 ETHERNET CONNECTION ;ONTROL PANEL _ _ _ _ _ _ _ _ _ _ _ _ TO WIRE DIRECTLY TO COMMUNICATION WORLD WIDE MODULE. NET REQUIRES ll DHCP 2) WEB UDP PORT 1444 & 1445 OPEN FOR OUTBOUND TRAFFIC ONLY ;ONTROL PANEL T1A----------- —� TO T1B WIRE TL) CONTROL BARD. INSTALL ROOM TEMP ROOM TEMP SENSOR IN ROOM AWAY FROM HEAT SENSOR SOURCES. DO NOT INSTALL SENSOR GROUPS ON THE CEILING GRID, SEE MANUAL HPi 5�000 .,��. � �..,� � ni.��l L_n �, yc� vDLvzoe v T❑ T FACTORY WIRED TEMPERATURE HOOD 2 CAPTURE VOLUME SENSOR. MOUNTED IN HOOD CAPTURE CAPTURE 1 SENSOR VOLUME, CONTROL PANEL T3A — — — — — — — — — — — _ T❑ T3B WIRE TO CONTROL BOARD. HOOD 1 CAPTURE VGLUME SENSOR MOUNTED IN HOOD CAPTURE CAPTURE 1 SENSOR VOLUME. GAS SOLENOI CONTROL PANEL GA$ —HOT TOGAS VALVE _ TO 1 _ — — — — — NEUTRAL GAS VALVE ONLY ENERGIZED THROUGH LCD 120V ONLY HMI WHEN FIRE SYSTEM ARMED. THE FOLLOWING CONNECTIONS MAY OR MAY NOT BE REQUIRED BASED ❑N JOBSITE SPECIFICATIONS HGT TO SHUNT COIL SHUN�COIL ;ONTROL PANEL T — — — — ��— SIGNAL FOR N1 — NEUTRAL FROM SHUNT COIL — — EXTERNAL ST TERMINAL IS ENERGIZED SHUNT TRIP IN FIRE CONDITION. H OT_TO_CGNTACT�R COIL GNTAC�R_COIL ;ONTROL PANEL ��— SIGNAL FOR N NEUTRAL TO CGNTACTOR COIL — — EXTERNAL KS TERMINAL IS DE -ENERGIZED :ONTACTGR COIL IN FIRE CONDITION. :ONTROL PANEL �l — — — — — — — — COMMON DRY CONTACT F — — — — — NGRMALLY OPEN ON/OFF wlrH SFC2 _ _ _ _ _ coMMON — SUPPLY FAN SF02 _ _ _ _ _ NGRMALLY OPEN — GROUP 1 SPARE CONTACTS WILL MAKE CGMMUN TU NORMALLY OPEN WHEN SUPPLY FAN IS ON. DCV SPEED V❑+----------- ± TU BMS )-lOV GUTPUT V❑- WIRE TO ECPM03 TERMINALS ON PCB CONFIGURABLE OUTPUL CTOTAU SEE ECPM03 OWNERS MANUAL VFD ANALOG 30---------- -+ TO BMS 7-lOV ❑UTPUT----------- - IN VFD WIRE TO VFD TERMINAL STRIP. PROPORTIONAL TO FREQUENCY. (EACH VFD) SEE VFD OWNERS MANUAL. BMS SW,I�TNC�H :ONTROL PANEL H1 �� r❑ IG1----------- — J EXTERNAL SIGNAL SWITCH THROUGH BMS WILL ACTIVATE ZONE( FANS AND SWITCH LIGHTS GAS SOLENOID ;ONTROL PANEL LGV — —=OSITIVE TO GAS VALVE _ T❑ N1D _ _ _ _ _ _ _ _NEGATIVE GAS VALVE ONLY ENERGIZED THROUGH LCD HMI WHEN FIRE SYSTEM ARMED. 24V DC ❑NLY (NOT NEEDED IF USING 120V GAS VALVE). C❑NTR❑L PANEL T❑ FIRE SYSTEM Responsibility ALARM CONTRACTOR BUILDING ALARM PANEL CONTROL PANEL FIRE INPUT J9 SIGNAL FOR ALl---------- BUILDING AL2 FIRE ALARM WIRE DIRECTLY TD CORE CIRCUIT PANEL BOARD ALl WILL MAKE AL2 IN FIRE CONDITION, BUILDING CONTROL PANEL ALARM PANEL SIGNAL FOR C�MMDN BUILDING TBC — — — — — — TROUBLE TBL TROUBLE RELAY CONTACTS WI�OSED ALARM MAKE TBC TO TBL IN TROUBLE CONDITION. DLSCRIP I 1❑N LJF ❑PLRA 11LJN1 1 r MODEL NUMBER DRAw,v BY Fire system #I TANK Fs - a o/a.o/a.o. I I JOB N 0 D C V -1111 6503661 DATE 0�/10/2021 Rev. 2 �S-1� MASTER ELECTRICAL CONTRACTOR REQUIREMENT ITEM CUNNECTIUN IN PANEL CUNNECTIUN IN DEVICE VULTAGE AMPERAGE COMMENTS SHUNT TRIP BREAKER (UPTIUNAL) ST & N1 BREAKER COIL (A1 & A8) 120 VAC < 4 AMPS ST TU Al ON SHUNT BREAKER CUIL, AND NEUTRAL TU A2 UN SHUNT TRIP BREAKER CUIL CONTROL PANEL POWER H1 & N1 + GRUUND CIRCUIT BREAKER 120 VAC 15 AMPS CGNTRUL PANEL PUWER MUST NUT BE RUN THROUGH SHUNT TRIP BREAKER UDS APPLIANCE KILL SWITCH (UPTIUNAL) KTS & N1 KTS & N1 120 VAC < 4 AMPS KILL SWITCH TERMINALS MUST BE IN SERIES WITH OTHER KILL SWITCHES REMUTE 1zOVAC ANSUL AUTUMAN (UPTIUNAL) AU1, AUZ SOLENOID 120 VAC < 6 AMPS 120V TU AU1, AUZ TU ANSUL ELECTRIC AUTUMAN, ANSUL SOLENOID TO NEUTRAL GAS VALVE LGV & N1D (IF 24 VDC) GAS & N1 CIF 180 VAC) RED/RED/GREEN 24 VDC UR 180 VAC < LO AMPS IF 24 VDC - 2 WIRES & GRUUND, N1D TU RED, LGV TG RED, AND GREEN TO GRUUND IF 180 VAC - � WIRES & GRUUND GAS TU RED, N1 TU RED, AND GREEN TU GROUND s 10 11 12 13 SHUNT TRIP BREAKER (UPTIUNAL) -2 WIRES, 120VAC 14 -ST TU Al UN SHUNT BREAKER � -NEUTRAL TU A2 UN SHUNT TRIP BREAKER is is n 1a POWER TU ELECTRIC — APPLIANCE 19 20 21 22 23 36 INCHES CLEARANCE REQUIRED IN FRONT OF ALL UTILITY CABINET DOORS THE PANEL SHALL ALSO BE LUCATED IN AN ACCESSIBLE AREA WHERE THE AUDIBLE AND VISUAL ALARMS CAN BE HEARD AND SEEN � — — �1 ELECTRIC II GAS COOKING — APPLIANCE(S) 2a — NOTE' SEE INSTALLATION, OPERATION, AND MAINTENANCE MANUAL FUR FURTHER INSTRUCTIONS CONTROL PANEL POWER -� WIRES & GRUUND — -1z0 VAC, 15 AMP SERVICE -WIRE TO H1 AND N1, GROUND -PUWER MUST NUT GRIGINATE FROM SHUNT TRIP BREAKER GAS VALVE PUWER -2 WIRES & GRUUND -�4 VDC WIRE TU LGV & N1D -120 VAC WIRE TG GAS & N1 GAS VALVE -STRAINER MUST BE INSTALLED UPSTREAM OF VALVE 1 2 3 4 5 s 8 s 10 11 12 13 1a 1s 1s n 18 1s 2D 21 22 23 2a JOB NAME Victor Tavern - Edmonds WA R2 1/5/2024 TANK PROTECTION SOW-VCRTAGE DETAIL ALARM CONTRACTOR 1, WIRE MANUAL ACTUATIGN DEVICE(S), REMUTE FIRESTAT(S), CURE INTERLOCK(S), FIRE SENSORS) AND FIRE ALARM CUNTACTS �, COMPLETE FINAL HOOKUP OF SYSTEM 3, VERIFY FINAL FIRE SYSTEM TEST scHEMATIc TYPE DLSCRIP I 1❑N LJF ❑PLI INSTALL Flre Systen #1 TANK FS - 4�0/4.0/4.0. owc No ECP #1-4 10/Ol/2023 Rev, 3 �S-1� MASTER ALARM CGNTRACT�R REQUIREMENT ITEM CONNECTION IN PANEL CONNECTION ON DEVICE VOLTAGE AMPERAGE CGMMENTS 101 AND 104 WIRE MANUAL ACTUATIUN DEVICE TERMINAL 1 BETWEEN CURE PANEL TERMINALS 102 AND 103 MANUAL ACTUATIUN DEVICES) 102 AND 103 1 & 2 z4 VDC < LO AMPS WIRE MANUAL ACTUATIUN DEVICE TERMINAL 2 BETWEEN CURE PANEL TERMINALS 101 AND 104 JUMPER 101 TU 104 AND 10z TU 103 IF NU MANUAL ACTUATIUN DEVICE IS INSTALLED MANUAL ACTUATIUN DEVICE COVER N/A N/A N/A N/A MANUAL ACTUATIUN DEVICE CUVER MUST BE INSTALLED IF SURFACE MOUNTED, USE COVER EXTENSION STI-6531B WIRE FIRE SENSUR WHITE WIRES BETWEEN HUUD CURE PANEL TERMINALS �Z AND 23 REMUTE FIRESTAT SENSORS) �1 AND 84 BLACK AND WHITE z4 VDC < LO AMPS WIRE FIRE SENSUR BLACK WIRE BETWEEN HUUD CURE PANEL TERMINALS 21 AND z4 �� AND 83 HIGH TEMP (848°F) #44160106FE9 (WHT) & #44160106,FE0 (BLK)WIRE UR SIMILAR ONLY IF RAN W P R W FIRE ALARM CUNTACT AL1, AL2 VARIES SOV MAX UP TU 1 AMP FIRE ALARM RELAY CUNTACTS FUR BUILDING FIRE ALARM LUCATED IN THE (AC/DC) CORE ELECTRICAL CUNTRUL PANEL CORE INTERLOCKS) CA, CB, CC CA, CB, CC RS-485 CUMMUNICATIUNS CURE SYSTEM (ll CA, TU CURE SYSTEM (�) CA. CURE SYSTEM (ll CB, TU CURE SYSTEM (8) CB. SIGNAL CORE SYSTEM (ll CC, TU CURE SYSTEM (8) CC. USE BELDEN# 88760 OR SIMILAR WIRE TRUUBLE CUNTACT TBC, TBL, T(JK VARIES MAX 120 VAC UP TU 6 AMPS WIRE TU TBL & TBC NORMALLY UPEN CUNTACT, CLUSES IN TRUUBLE CUNDITIUN CORE CUMMUNICATIUNS CABLE RJ-45 Jack INTERNET CUNNECTIUN SIGNAL <LO AMPS TYPICAL CONNECTION CATS CABLE TU LOCAL AREA NETWURK VIA ETHERNET SWITCH UR WIRELESS RUUTER WITH VALID INTERNET CUNNECTIUN FIRE ALARM CUNTACT -2 WIRES WIRED TU NURMALLY UPEN CUNTACTS (CLUSES IN FIRE CUNDITIUN) -CURE CUNTRUL PANEL ALl AND AL2 -SEE FIGURE Z TRUUBLE CUNTACT -2 WIRES TU NORMALLY UPEN CUNTACTS (CLOSE IN TROUBLE CONDITION) -CURE PANEL TERMINALS TBL AND TBC -SEE FIGURE 4 SUPERVISED LOOP -4 WIRES, �4VDC CONNECT BLACK WIRES BETWEEN 21 AND 24 IN PANEL, CONNECT WHITE (OR RED) WIRES BETWEEN 2� AND �3 IN PANEL -ADDITIONAL FIRESTATS, WIRED IN SUPERVISED LOOP -USE HIGH TEMP (842°F) #44160106FE9 (WHT) & #44160106FE0 (BLK)WIRE UNLY IF RAN OVER TOP OF HUUD; OTHERWISE BELDEN #6320UL UR SIMILAR PLENUM RATED WIRE -SEE FIGURE 1 36 INCHES CLEARANCE REQUIRED IN FRONT OF ALL UTILITY CABINET DUURS THE PANEL SHALL ALSU BE LUCATED IN AN ACCESSIBLE AREA WHERE THE AUDIBLE AND VISUAL ALARMS CAN BE HEARD AND SEEN cooKING APPLIANCES) FIRE ALARM PANEL CORE INTERLOCK � WIRES + SHIELD _ L�-USE BELDEN#88760 UR SIMILAR WIRE — — — — — — — — — — _ _ -SEE FIGURE 3 CURE CUMMUNICATIUNS CABLE -CATS CABLE MUST BE INSTALLED TO A LUCAL AREA MANUAL NETWURK WITH VALID INTERNET ACCESS ACTUATION VIA ETHERNET SWITCH UR WIRELESS DEVICE RUUTER 10 TO 20 FEET FRUM EXHAUST HOOD HUUD LUCATED NEAR POINT OF EGRESS FRUM HUUD MANUAL ACTUATIUN DEVICE WIRES -4 WIRES, �4VDC WIRE (TERMINAL ll BETWEEN 102 AND 103 -WIRE (TERMINAL �) BETWEEN 101 AND 104 T® -ADDITIONAL PULL STATIONS WIRED IN SUPERVISED LUUP 1 -USE BELDEN #63�OUL UR SIMILAR WIRE -SEE FIGURE lA 48 TU 48 INCHES ABOVE FLOOR MANUAL ACTUATIUN DEVICE LEVEL TO PART #SS2031ZA-EN ELECTRIC GAS CENTER OF PUSH PROTECTIVE CUVER MUST BE INSTALLED STATION ATTENTION LOW -VOLTAGE DC OR SIGNALING WIRE SHOULD BE ROUTED IN SEPARATE CONDUIT FROM ALL AC SOURCES NOTE' SEE INSTALLATION, OPERATION, AND MAINTENANCE MANUAL FUR FURTHER INSTRUCTIONS �=��Y \� !f Q U O � C6 U I I I � 0 I U O � O > .Q I � /�U� V /, J V w _'_ � 00 � o� N � N RN a% X y Q LSi N_ N N w Z d O N >� +j L w N Q U 'v co d rn 0 M Q 0 0 0 W +; � n�I W I n� _� V 0 0 �' F\�SdB U 2724 I OF E DS DEVELOPMENT SERVICES DEPARTMENT DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. �o REVISIONS DESCRIPTION DATE: 1 2 RD 18A' 3 3x I RD RD 4 RDSW-OS-3oR 3 4 Test rmed RD RD-17 BR — Flre Relay 5 RDL R 6BK FIRE IN ICATURR AA-O�R Audible Alarm 6 Prime / Reset PS-1 Rn ��oR WH O�� — Pressure Switch 7 q RDSW-0 BR Door Tamper Switch 16AWG o PN: 1606-XLP-60EQ LN} Adjust power supply to 27.5 Volts with an accurate PS-02 60W Digital Volt Meter or with an HMI plugged into the CURE +- board. RD-19 RD RD/GN 8 Equipment Relay RD-20 Rn GR/BL Trottu e elay K -1 — RD UR/BL Auxlllary Interlock Relay 9 To Building Flre Alnrm Panel - — — — — - - FIRE ALARM SYSTEM DRY CONTACTS. Termlals AL1 & AL2 make In FIRE + RI 5 AMP FUSE �� DISCONNECT Jl 24 VOLT BATTERY FOR SHIPMENT + TACK PCB-2 J3-3 J3-4 J3-8 J4-6 J3-5 ATTENTI❑N L❑W-V❑LTAGE DC ❑R SIGNALING WIRE SH❑OLD BE ROUTED IN SEPARATE CONDUIT FRDM ALL AC S❑URGES, G 1 RD RD _ _ TERMINAL LGV USED FUR 24VDC 24V DC Gas Valve POWERED GAS VALVES UNL Y. GAS VALVES SHOULD BE WIRED TU MASTER CURE BOARD UNL Y. PRSW-OS Y� BR -1BL J3-7 Test armed RELEASE SOLENOID PSW-OS-? (2nd Contact) J3-10 R YW Test Armed J2-1 RD 1-----------, HIGH TEMP WIRE (842 F), BK PN�� SLPCON-xFT required J 2_2 — — — — — — — F$-01 for all Supervised Loop ��\,��uuu��J wlring In contnct with a FIRE STAT SUPERVISED LOOP o� hood All other wlring May be mixed factory and field Flre Stat shall be PN; 6320UL, 'ring. See Installation Schematic. Belden or similar. Factory Multiple fire sensors possible. FS-02 mounted hood sensors will 4V ' W be terminated at junction ��{ box on top of hood. J2-3 BK — — — — — — — J Flre Stat J 2_4 RD-----------J J10-1 RD 1 1 Auxlllary Interlock (AUX-011: M$-01 Wlre AU1 / AU2 of adjacent Master CORE BK panel(s) In each mnnual activation loop J10-2 1 — — — — — — — �� for simultaneous activation, Micro SW qUl/AU2 will have continuity for 10 MANUAL ACTUATION LOOP / REMOTE FIRE seconds if adjacent panel goes into fire SYSTEM LOOP. AUX-01 Multiple manual actuation possible. condition, activnting this CORE Panel but A Plug jumper with wires from pinl to allowing for a reset after 10 seconds. pin4 and from pint to pin3 should be Adjacen mounted on J10 If there Is no manunl CORE NOTES AU1/AU2 terminals of CORE Panel actuation device and no microswitch. Panel should not be wired Into Its own manunl MAD-Ol activation loop. J10-3 BK CzN ------- Manual Ac�i�n J10-4 RD 1 4--------- � CAT-5 WIRING (MASTER ONLY) �--- O FIELD WIRED IF REMOTE PREWIRE ECPM03 PUT END OF LINE PLUG IN EMPTY RJ45 UNLESS PCU AFM UR OTHER COMPONENT IN SERIES. 1 2 SHIELDED TWISTED PAIR J7-2 BK BK CA RS-485 CORE INTERLOCK NETWORK. Connection to other CORE Panels or J7-3 RD RD CB Communication Module. See Installation Schematic for Connection. J7-1 Shield CC �S1� MASTER Master CURE S I S S w i t c h totCDosED 8 posltlon. Slave O • • • O : : : CORE with address 1 set 3 DIP SW 8 to `�' CLOSED OPEN posltlon. All other CURES 1 2 3 4 5 6 7 8 set DIP SW 8 UPEN. FIRE INDICATOR FAULT CONDITION FLASH CODES 2 Release Solen old 3 Pressure Swlt ch 4 Auxiliary Fault 5 Microcontroller Fault 6 N/A 7 Supervised Loop 8 Ground Fault 9 Surfactant Low 10 Battery Voltage Low 11 AC Power Failure 12 Door Tamper Swlt ch 13 Test Mode 14 CORE Interlock Network 15 Fault on Hood In Interlock Network 16 Fault on PCU in Interlock Network FACTORY WIRING SCHEMATIC CORE FIRE PROTECTION RA-x RD-x 120 VAC 24 VDC RELAY RELAY NO 4 3 NO 4 3 NC 2 1 NC 2 1 COIL 8 7 COIL 8 7 COM 6 5 COM 6 5 LABEL DESCRIPTION MAD-01 MANUAL ACTIVATION PN; DEVICE PCB-2 CORE PCB PN; PCHCORE-APP PS-02 CORE POWER SUPPL PN: 1606-XLP-60E WS-x Wnter Solenoid PNL varies LT-06 24V Red Ind. Light PNL PNL-1163-OUR LL-Ol Surf. Level Sensor PNL AQ5510 AA-Ol Audible Alnrm PNL SCE120LA3FPlB PB-XX Prime/Reset Switch PNL ZB4HA2/ZB4BZ1015 SW -OS TEST/ARM Switch PNL ZBSAD2 SW-04 Tamper Switch PN: BZ-2R01-A2 SP-1 Surfactant Pump PN: 50000-805 GV-1 24v DC Gas Valve PN; vnrles FS-XX Duct Fire Sensor PN; 12-F28021-000360 LT -OS 24V YLW Ind. Llgh- PN: PNL-1163-OUY PS-Ol Remote Pulll/Push PNL Station STI-SS243 PWS-Ol 24VDC Power Supp PNL 24VDC l8W POWER RD-XX 24V➢C Phoenix Reln� PS Pressure Switch l PNL EWC-PRESSURE � LEGEND — — FIELD WIRING FACTORY WIRING BK- BLACK YW- YELLOW BL- BLUE GY- GREY BR- BROWN PR- PURPLE UR- ORANGE RD- R£D WH- WHITE GR- GREEN UR/�- UR/BL STRIPE BL/RD- BL/RD STRIPE RD/DM- RD/GN STRIPE WWEL- WWBL STRIPE UNLESS SPECIFIED OTHERWISE, ALL FACTORY AC WIRING 16 AWG. ALL FACTORY DC WIRING 18 AWG. �, d z c� CJ I -- CONTR❑L INPUT 120V I + H1=LINE, N1=NEUTRAL, —_ 15A BREAKER D❑ NOT � � 24\ CONNECT TO SHUNT TRIP = BREAKER. SEE 3 J — - INSTALLATION SCHEMATIC - + 24V — _ F❑R ADDITIONAL REQ, Ps-o1 DC TERMINAL GAS USED FOR L N L AC 120V PGWERED GAS - - - VALVES ❑NLY p7 .ti .ti PANEL LID�Ii�� z z x 3 4 �7 Izov I❑I I BK BK 14AWG R I�aHl BK r—r,1 WH rJ E 3 BK HOOD GHTS�`�Nl 4 sK V � 6 DC+ BL g RD-1 ��RD1 7 MAKE UP AIR INTERLOCK. J U MaP�R 8 aJ 10 J10 ECPM03 ECPM03 9 SE C� o q AR1'� JUMPER FIRE SYSTEM "H1 Cyj I' BK _Wired to RD RD Master CURE SCADA �J -(if applicable) Use shielded DEST DEST NOTES All items on ECPM03 J3 line to be daisy chained iron one component to the next, with EOL120A at end of line Place PNL EOL120A in empty RJ45 port, ECPM03/DAISY CHAIN �� NPER NPER 1 1 11 11 ECPM03 or Previous EUL J� U NOTE: Configure ECPM03 for CORE L� MASTER CURE ' - FACTORY WIRING M❑TOR POWER CIRCUIT SCHEMATIC N OTEi IF VFD HAS 1PH 240V INPUT, USE Ll & L2 ONLY. CIRCUIT BARDS IF VFD HAS 1PH 120V INPUT, USE Ll & N ❑NLY. ECPM03 MTR KEF 12 AWG SM-1 FL Ai15.8 3 PH HK O BK U/T1 HP��5.000 208 V HK HK BK V/T2 BK P100i01 P101��N/A RARAx 120 VAC RD-x 24 VDC 30 A GR W/T3 P102��0.0 RELAY RELAY GND GR 1 HK BK L1 P103�60J P107i00 P108i95 NO 4 3 NC 2 1 COIL 8 7 NO 4 3 NC 2 1 COIL 8 7 1 HK L2 BK L3/N P131�N/A P150i01 COM 6 5 COM 6 5 O P 167 60J V FDA ESV402NO2TXB571P 194�� 225 P41oi11 MTR:MUA COMPONENT LIST 12 AWG M- FLA:15.0 LABEL DESCRIPTION BK 3 PH O BK U/Tl HP�5.000 ST-X Starter 208 V L HK BK V/T2 P100�01 P 101�N/A PNL varies BL-X Overload 30 A L6 BK GR W/T3 P102�0.0 PNL varies P103i70�3 C-X Contactor GND HK BK L1 P107�00 P108�90 PNL varies PS-t Power Sup. 24VDC BK BK L2 P131��N/A PNL MDPIB-24A-1C BK BK L3/N P150�01 RA-x 120V Relayy DPDT O P167��70�2 PN: 34.110�0164.0 V FDA ESV402NO2TXB57�194� 225 410 21 RD-x 24VDC Ligght Relay PN: 34.110�0168.0 TS-x Duct Thermostat PN: A/CP-PO-T4'-EXPL DRY CONTACTS CSHOWN DE -ENERGIZED) 14 AWG RA-2-1 ON/OFF NO WITH C YW SUP 14 AWG RA-Z-2 NO C YW SCADA SCADA Module PN ' LEGENll — — FIELD WIRING FACTORY WIRING BK- SACK YW- YELLOW BL- BLUE GY- GREY BR- BROWN PR- PURPLE OR- URPNGE RD- RED WH- WHITE OR/BL- OR/BL STRIPE BL/RD- BL/RD STRIPE RD/GN- RD/GN STRIPE WH/BL- WH/BL STRIPE JOB NAME Victor Tavern - DRAWING TITLE DCV-1111 DESCRIPTION OF OPERATION Demnnd ContWol ventuntmn, /control For 1 Exhnust Fnn, 1 Supply Fnn, Exhnust on n Flre, Lights out In Fire, Fans modulnte based on duct tenpernture. INVERTER DUTY 3 PHASE MOTOR REQUIRED FOR USE WITH VFD. Room tenpernture shipped loose for f leld olnstallatlon. V erify distance between VFD and Motors additional ost could apply if distance exceeds 50 NO '� � 0_°' W w�' W 0 V O W �J �— � J/�� -� ' �' �ESdB U 2724 I OF E DS DEVELOPMENT SERVICES DEPARTMENT DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B — 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. REVISIONS DESCRIPTION DATE: ��V��l�� l��I�l�� — C❑NTR❑LS SHALL BE LISTED BY ETL CUL 508A) AND SHALL C❑MPLY WITH DEMAND VENTIJATI❑N SYSTEM TURND❑WN REQUIREMENTS ❑UTLINED IN IECC 403 7 5 C2021), DUCT — THE C❑NTROL ENCL❑SURE SHALL BE NEMA 1 RATED AND LISTED F❑R INSTALLATI❑N INSIDE ❑F THE EXHAUST H❑❑D UTILITY CABINET THE C❑NTR❑L ENCL❑SURE MAY BE C❑NSTRUCTED ❑F STAINLESS STEEL ❑R PAINTED STEEL / �� — TEMPERATURE PR❑BEGS) L❑GATED IN THE EXHAUST DUCT RISERCS) SHALL BE C❑NSTRUCTED ❑F / � STAINLESS STEEL, / — A DIGITAL CNNTR❑LEER SHALL BE PR❑VIDED TD ACTIVATE THE H❑❑D EXHAUST FANS DYNAMICALLY BASED I ❑N A FIXED DIFFERENTIAL BETWEEN THE AMBIENT AND DUCT TEMPERATURES SENS❑RS THIS EUNCTI❑N SHALL MEET THE REQUIREMENTS ❑F IMC 507,1,1 — A DIGITAL C❑NTR❑LEER SHALL PR❑VIDE ADJUSTABLE HYSTERESIS SETTINGS T❑ PREVENT CYCLING ❑F THE I FANS AFTER THE C❑❑KING APPLIANCES HAVE BEEN TURNED ❑FF AND/❑R THE HEAT IN THE EXHAUST SYSTEM IS REDUCED, — A DIGITAL C�NTR❑LEER SHALL PR❑VIDE AN ADJUSTABLE MINIMUM FAN RUN—TIME SETTING T❑ PREVENT FAN Roots TEMRCRaTuI CYCLING sENs❑R, — VARIABLE FREQUENCY DRIVES CVFDS) SHALL BE PR❑VIDED F❑R FANS AS REQUIRED THE DIGITAL C❑NTR❑LEER SHALL M❑DULATE THE VEDS BETWEEN A MINIMUM SETPDINT AND A MAXIMUM SETP❑INT ❑N DEMAND THE DUCT TEMPERATURE SENS❑R INPUTCS) T❑ THE DIGITAL CONTR❑LEER SHALL BE USED T❑ CALCULATE THE SPEED REFERENCE SIGNAL, — THE VFD SPEED RANGE ❑F ❑PERATI❑N SHALL BE ER❑M 0% T❑ 100% E❑R THE SYSTEM, WITH THE ACTUAL MINIMUM SPEED SET AS REQUIRED T❑ MEET MINIMUM VENTILATI❑N REQUIREMENTS, — AN INTERNAL ALG❑RITHM T❑ THE DIGITAL C❑NTR❑LEER SHALL M❑DULATE SUPPLY FAN VED SPEED PR❑P❑RTI❑NAL T❑ ALL EXHAUST FANS THAT ARE L❑GATED IN THE SAME FAN GR❑UP AS THE SUPPLY FAN — THE SYSTEM SHALL ❑PERATE IN PREP M❑DE DURING LIGHT C❑❑KING LDAD ❑R C❑❑L D❑WN M❑DE WHEN SUFFICIENT HEAT REMAINS UNDERNEATH THE HOOD SYSTEM AFTER COOKING ❑PERATI❑NS HAVE C❑MPLETED ❑PERATI❑N DURING EITHER ❑F THESE PERI❑DS WILL DISABLE THE SUPPLY FANS AND PR❑VIDE AN EXHAUST FAN SPEED THAT IS EQUAL T❑ THE MINIMUM VENTILATI❑N REQUIREMENT, TYPICAL HOOD CONTROL PANEL INSTALLATION SEQUENCE N� OPERATICNS� THE H❑❑D C❑NTR❑L PANEL IS CAPABLE ❑F ❑PERATING IN ❑NE ❑R MORE ❑F THE F❑LL❑WING STATES AT ANY GIVEN TIME — AUT❑MATIC�THE SYSTEM ❑PERATES BASED ❑N THE DIFFERENTIAL BETWEEN R❑❑M TEMPERATURE AND THE TEMPERATURE AT THE H❑❑D CAVITY ❑R EXHAUST DUCT C❑LEAK FANS ACTIVATE AT A C❑NFIGURABLE TEMPERATURE DIFFERENTIAL THRESH❑LD, DEPENDING ❑N THE J❑B C❑NFIGURATI❑N EACH FAN Z❑NE CAN BE C❑NFIGURED AS STATIC ❑R DYNAMIC. THESE TERMS REFER T❑ WHETHER A VARIABLE M❑T❑R (SUCH AS EC M❑T❑RS ❑R VFD DRIVEN M❑T❑RS) M❑DULATE WITH TEMPERATURE IF THE PANEL IS EQUIPPED WITH VARIABLE SPEED FANS AND THE Z❑NE IS DEFINED AS "DYNAMIC", THESE WILL M❑DULATE WITHIN A USER —DEFINED RANGE BASED ❑N THE TEMPERATURE DIFFERENTIAL, PANELS EQUIPPED WITH VARIABLE SPEED FANS AND A FAN Z❑NE DEFINED AS "STATIC", FANS WILL RUN AT A SET SPEED CALCULATED E❑R THE DRIVE DEMAND C❑NTR❑L VENTILATI❑N SYSTEMS ARE CAPABLE ❑E M❑DULATING EXHAUST AND MAKE UP AIR FAN SPEEDS PER THE REQUIREMENTS ❑UTLINED IN IECC 403 7 5 C2021), — MANUAL�THE SYSTEM ❑PERATES BASED ❑N HUMAN INPUT ER�M AN HMI, — A DIGITAL C❑NTR❑LEER SHALL DISABLE THE SUPPLY FANGS), ACTIVATE THE EXHAUST EANCS), ACTIVATE THE APPLIANCE SHUNT TRIP, AND DISABLE AN ELECTRIC GAS VALVE AUT❑MATICALLY WHEN FIRE C❑NDITIDN — SCHEDULES A WEEKLY SCHEDULE CAN BE SET T❑ RUN FANS E❑R A SPECIFIED PERI❑D THR❑UGH❑UT THE IS DETECTED ❑N A C❑VERED H❑❑D, DAY. THERE ARE THREE ❑CCUPIED TIMES PER DAY T❑ ALL❑W F❑R THE USER T❑ SET UP A TIME THAT IS SUITABLE T❑ THEIR NEEDS ANY TIME THAT IS WITHIN THE DEFINED OCCUPIED TIME, THE SYSTEM WILL RUN — A DIGITAL C❑NTR❑LEER SHALL ALL❑W F❑R EXTERNAL BMS EAN C❑NTR❑L VIA DRY C❑NTACT (EXTERNAL AT M❑DULATI❑N M❑DE AND EDLL�W THE EAN PR❑CEDURE ALG❑RITHM BASED ❑N TEMPERATURE DURING THIS C❑NTR❑L SHALL N❑T ❑VERRIDE EAN ❑PERATI❑N L❑GIG AS REQUIRED BY C❑DE). TIME DURING UN❑CCUPIED TIME, THE SYSTEM WILL HAVE AN EXTRA ❑EESET T❑ PREVENT UNINTENDED ACTIVATION ❑F THE SYSTEM DURING A TIME WHERE THE SYSTEM IS NOT BEING ❑CCUPIED — AN LCD INTERFACE SHALL BE PR❑VIDED WITH THE E❑LL❑WING FEATURES A, ❑N/❑EE PUSH BUTT❑N EAN & LIGHT SWITCH ACTIVATI❑N, B, INTEGRATED GAS VALVE RESET F❑R ELECTR❑NIC GAS VALVES CND RESET RELAY REQUIRED), C, VFD FAULT DISPLAY WITH AUDIBLE & VISUAL ALARM N❑TIEICATI❑N D, DUCT TEMPERATURE SENS❑R FAILURE DETECTI❑N WITH AUDIBLE & VISUAL ALARM NOTIEICATI❑N, E, MIS —WIRED DUCT TEMPERATURE SENS❑R DETECTI❑N WITH AUDIBLE & VISUAL ALARM N❑TIEICATI❑N, F, A SINGLE L❑W V❑LTAGE CAT-5 RJ45 WIRING CONNECTI❑N, G, AN ENERGY SAVINGS INDICAT❑R THAT UTILIZES MEASURED KWH FROM THE VEDS, — OTHERS THE SYSTEM ❑PERATES BASED ❑N THE INPUT FROM AN EXTERNAL SOURCE CDDC, BMS DR HARD —WIRED INTERL❑CK), — EIRE� UP❑N ACTIVATI❑N ❑F THE H❑❑D FIRE SUPPRESSI❑N SYSTEM, THE EXHAUST EAN WILL C❑ME ❑N ❑R C❑NTINUE T❑ T❑ RUN, THE H❑❑D MAKEUP AIR WILL SHUTD❑WN, AND A SIGNAL WILL BE SENT F❑R ACTIVATING THE SHUNT TRIP BREAKER PR❑VIDED BY THE ELECTRICIAN FUEL GAS WILL SHUT ❑FF VIA A MECHANICAL/ELECTRICAL GAS VALVE ACTUATED BY THE H❑❑D FIRE SUPPRESSI❑N SYSTEM E 0 U N .� a� c� U ■ CW W^ O o � � � o W +; � I � � Q� S � Q � Q� I _ � � � � � � � O O �' �ESdB U I 2724 OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. �2 SYSTEM DESIGN VERITICATI❑N CSDV) REVISIONS DESCRIPTION DATE: IH ❑ROCKED, CAS SERVICE WIU❑ PERT❑RM A SYSTEM DESIGN V❑RITICATI❑N CSDV) ❑NC❑ A❑❑ EQUIPMENT HAS HAD A C❑MPU❑TE START UP PER THE ❑PERATI❑N AND INSTAUUATI❑N MANUA❑� TYPICAUUY, THE SDV WI❑❑ B❑ PERH❑RM❑G ATTER AUU INSPECTIONS ARE C❑MP❑ETE� ANY TIEUD RE❑ATED DISCREPANCIES THAT THE ATTENTI❑N ❑T THE GENERA❑ C❑NTRACT❑❑ WI❑❑ BE D❑CUMENT❑D AND T❑RWARDED T❑ T❑ ARE DISC❑VERED DURING THE SDV WI�� BE BR❑UGHT T❑ AND C❑RR❑SP❑NDING TRADES ❑N SITE. THESE ISSUES THE APPR❑PRIATE SAUES ❑❑TIC❑� IH CAS SERVICE HAS RES❑UVE A DISCREPANCY THAT IS A TIEUD ISSUE, THE GENERA❑ C❑NTRACT❑R WIUU BE N❑TITIED AND BI❑❑EG ❑❑R THE W❑RK� SH❑UUD A RETURN TRIP BE REQUIRED DUE T❑ ANY TIEUD REUATED DISCREPANCY THAT CANN❑T B❑ RES❑❑VEG DURING THE SDV, THERE WIUU B❑ ADDITI❑NAU TRIP CHARGES DURING THE SDV, CAS SERVICE WIUU ADDRESS ANY DISCREPANCY THAT IS THE TAUT ❑T THE MANUTACTURER� SH❑U�D A RETURN TRIP BE REQUIRED, THE GENERAL C❑NTRACT❑R AND APPR❑PRIATE SAUES ❑❑❑ICE WIUU BE N❑TITIED� THERE WIUU BE N❑ ADDITI❑NAU CHARGES ❑❑R MANUTACTURER DISCREPANCIES. 0 0 0 0 U N L .� U 0 ■ as 0 0 0 o W +; � I � � Q� S � Q � Q� I _ � � � � � � � O O �' �ESdB U I 2724 OF E DS DEVELOPMENT SERVICES DATE: 1 /5/2024 DWG.#: 6503661 D RAB1N R T B - 8 5 SCALE: 3/4" 1 '0" MASTER DRAWING SHEET NO. 13