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REVISIONS
<br /> ELECTRICAL PACKAGE — JOB 5274758 DESCRIPTION DATE:
<br /> PACKAGE SWITCHES FANS CONTROLLED 0
<br /> NO TAG # LOCATION OPTION Q
<br /> LOCATION QUANTITY FAN TAG TYPE (P HP VOLT FLA
<br /> 1 LIGHT KEF-1 EXHAUST 3 3.000 208 9.5
<br /> 1 DCV-2111 WALL MOUNT IN SS BOX 05M❑UNT BOX ALL SMART CONTROLS DCV KEF-2 EXHAUST 3 3.000 208 9.5
<br /> 1 FAN MAU-1 SUPPLY 3 5.000 208 15.0x ;
<br /> JOB NO MODEL NUMBER DRAWN BY SCHEMATIC TYPE DESCRIPTION OF ❑PERATI❑Ni JOB NO MODEL NUMBER DRANK BY SCHEMATIC TYPE DESCRIPTION OF OPERATION. °I
<br /> DCV-2111 INSTALL Demand Control Ventilation, w/control for 2 Exhaust Fans,I Supply Fan,Exhaust on In Fire, Lights out In Fire, Fans DCV-2111 INSTALL Demand Control Ventilation, w/ control for 2 Exhaust Fans, 1 Supply Fan, Exhaust on in Fire, Lights out In Fire, Fans
<br /> 5274758 modulate based on duct temperature.INVERTER DUTY 3 PHASE MOTOR REQUIRED FOR USE WITH VFD. Room temperature 5274758 modulate based on duct temperature. INVERTER DUTY 3 PHASE MOTOR REQUIRED FOR USE WITH VFD. Room temperature
<br /> JOB NAME DATE DWG NO sensor shipped loose for field Installatlon.Verlf distance between VFD and Motor)additional cost could n l If JOB NAME DATE DWG NO sensor shl ed loose for field Installatlon.Verif distance between VFD and Motor) additional cost could apply If IIh�L� a a
<br /> DENNY'S - STOCKTON, CA PP y appLy
<br /> DENNY'S - STOCKTON, CA PP y PP Y ���//D/�7/�J[Y1
<br /> 1/17/2022 ECP #1-1 distance exceeds 50 feet. 1/17/2022 ECP #1-2 distance exceeds 50 Feet.
<br /> 1 1 REVISIONS
<br /> 2 FAN: 04 SHUNT COIL 2 BUILDING O E
<br /> LOAD LEG 1 BLACK MAU-1 FLA-15.0 HOT TO SHUNT COIL ALARM PANEL i O
<br /> BREAKER PANEL TO PRIMARY CONTROL PANEL Load Wlring ° HP,5.000 CONTROL PANEL CONTROL PANEL U ��W U)L J�vi vS Z 'o vi
<br /> LOAD LEG 2 BLACK ° vOLT�zoe v NEUTRAL FROM SHUNT COIL (� L m W W-W-L Z Z W W
<br /> Responsibility) Electrician SM-3 V3 SIGNAL FOR N1 SIGNAL FOR COMMON J 3>J Q O Q U �
<br /> LOAD LEG 3 BLACK o EXTERNAL ST TERMINAL IS ENERGIZED 3 BUILDING TBC O (B a J D_W-J CO Ot N I-0 ��
<br /> 3 BREAKER SIZE SHOWN IS THE MAXIMUM ALLOWED WIRE TO W3 J H
<br /> VFD QUICK 120V HOT RED o SHUNT TRIP IN FIRE CONDITION. TROUBLE TBL NORMALLY CLOSED U O Q O O_W>N U 0 W Z Z N
<br /> BREAKER PANEL PRIMARY CONTROL PANEL 120V NEUTRAL WHITE TROUBLE RELAY CONTACTS WILL N U >0 0 2 Z Q F Z Q
<br /> CONNECTOR N1 NL ONTAC R-COI ALARMLM V)t- O
<br /> HOT-TO CONTACTOR-COIL MAKE TBC TO TBL IN TROUBLE O Q F-O O- >�0
<br /> 4 GROUND GREEN li CONTROL PANEL K$ 4 � � Z O N 0_H-Z � �W
<br /> NEUTRAL_TO_CONTACTOR_COIL CL Cn W W�
<br /> HL SIGNAL FOR NL O g O 35 LLI Z J > Q Of-
<br /> Hot CONDITION. W 0
<br /> BREAKER 1PH Neutral IF VFD MOUNTED (n Q O J
<br /> 120 V N1 IN 2ND PANEL, MUST HAVE ITS OWN CONDUIT EXTERNAL KS TERMINAL IS DE-ENERGIZED , 2: 6) O H N W 0_ _J Q Z
<br /> 5 Ground WIRE SF SIGNAL D❑ NOT SHARE CONDUIT!
<br /> W J O J F-W m?r. Cr-m m
<br /> is A CONTROL POWER. D❑ NOT WIRE CONTACTOR COIL IN FIRE CONDITION. 5 CONTROL PANEL T❑ FIRE SYSTEM z w
<br /> FROM PANEL WITH - H
<br /> T❑ GFCI OR SHUNT TRIP ECPM03. 0 z z (n w(n 0 0(n LL.U_
<br /> BREAKER,
<br /> Responsibilityl CERTIFIED INSTALLER �_ W Z z LLI LLJ CL zQ D(n O?
<br /> 6 1ST HOOD LIGHT BREAKER SHARED W/
<br /> CONTROL POWER. SWITCH #1 CONTROL PANEL $FC] COMMON 6 CONTROL PANEL COMPONENT Q> 17]0MV)
<br /> F- W
<br /> LINE DRY CONTACT NORMALLY OPEN W CLD OL p 5 LLI w 0=V U)Z 0 0
<br /> 7 LINE CONTROL PANEL T❑ ACCESSORY ITEMS F 7 W V)J w Q 3
<br /> BREAKER 3PH
<br /> LL ON/OFF WITH COMMON FIRE STATS (,.) �Z p Z �Q Q �Z N
<br /> QwoCr O
<br /> LZ SUPPLY FAN NORMALLY OPEN � � CO ~W d D_ Q
<br /> 208 V LINE Responsibilityl Electrician $FDS SPARE CONTACTS WILL MAKE O W W Of O�Z U 0 P2 J
<br /> MCA: 11.9 A L3 GROUP 1 Lf0 �J=(-)(ng00Z(nOfZ
<br /> Ground COMMON TO NORMALLY OPEN FIRE STAT SUPERVISED LOOP FS-OL
<br /> 8 MOCP: 20 A GND CONTROL PANEL COMPONENT WHEN SUPPLY FAN IS ON. 8 CONTROL PANEL May be mixed factory and field W N w U~O N w Q U Z= W N=
<br /> KEF-1 SM-1 wiring. See Installation Schematic. �- U W= J F-
<br /> WIRE
<br /> TO DUCT Multi le fire sensors ossible. Fire Stat N W W- c)H- Q p O Z
<br /> WIRE T❑ VFD QUICK CONNECTOR + MOUNTED FIRE
<br /> HIGHTEMPWIRE (842 F), PN: F-O^IULI O ct W !-O W'
<br /> LINE CONTROL PANEL ALL SWITCHES FACTORY WIRED DCV SPEED V❑+ O m U(n(n Z Z w O Z U>-
<br /> red
<br /> s L4 T❑ J4 CAT-5 CONNECTION 0-lOV OUTPUT VD- - TO BMS g DETECTION Supervised Loopuiw r ng on colntact FS-02 C'!W O Z Q W O
<br /> BREAKER 3PH LINE WIRE TO ECPM03 TERMINALS. STAT(S) with a hood. All other wiringshat K W CID W J OCL'J(n U W N CL 0 O
<br /> 208 V L5 SWITCHES ON PCB CONFIGURABLE OUTPUT, W O Of CD LLI 0_ Q O U
<br /> LINE be PN. 6320UL, Belden or slrollar. Fire Stat W H Q Z�
<br /> 10 MCA: 11.9 A L6 (TOTAL) SEE ECPM03 OWNERS MANUAL.
<br /> MocP: 20 A KEF-2 SM-2 Ground GND VFD ANALOG 30 10 Q W z 0 O_-J O O � Z�F-
<br /> mo-
<br /> HOOD LIGHTS 1 + ILL.< >Z 0 Q J~Z H-U= _
<br /> WIRE T❑ VFD QUICK CONNECTOR CONTROL PANEL B1 BLACK 0-10V OUTPUT 2 - TO BMS 00 PULL STATION w I=w~OL LLJ O_Z U O J 0 W
<br /> 11 TO W1 WHITE IN VFD WIRE TO VFD TERMINAL STRIP. 11 101 - N 5 H Z 0 Z W Z Z W W
<br /> PROPORTIONAL TO FREQUENCY. O Z O(n O J 0 5 0 U D
<br /> LINE L7 HOOD LIGHTS GND GREEN (EACH VFD) SEE VFD OWNERS MANUAL. MS-01 0 J-U U Q Z J O Z
<br /> BREAKER 3PH W
<br /> LINE WIRE TO J-BOX ON TOP OF HOOD C N 0 a W 0 11'D Z 0 O
<br /> L8 1400 W MAX BMS SWITCH
<br /> 208 V LINE MANUAL ACTUATION LOOP / REMOTE FIRE �F N O Z J w m O
<br /> 12 CONTROL PANEL C 12 SYSTEM Looe, Micro SW 00 w(/j Q m Q Z Z W O W W 0
<br /> MCA: 18,8 A Ground ROUTER Multiple manual actuation possible. Z W Z J= =0_W
<br /> COMM TO I01 Multiple manual actuation possible. p LL�'0 0 ()O H-
<br /> MOCP: 30 A CAT-5 ETHERNET CONNECTION A Piny jumper wit wires from pin,, to AUX-01 O O W W 0( N W H
<br /> MAU-1 SM-3 CONTROL PANEL EXTERNAL SIGNAL SWITCH THROUGH BMS pin' and from pine to pins s mounted o O Z- U U
<br /> 13 - - WILL ACTIVATE ZONE) FANS AND 13 CONTROL PANEL J10, remove the jumpers and M Q W O W W O H W
<br /> WIRE T❑ VFD QUICK CONNECTOR TO SWITCH LIGHTS TO FIRE wire ;n the supervised actuation loop. ~U w Y=Y J Z 0 H-
<br /> WIRE DIRECTLY TO COMMUNICATION M;croswltch MS-o1 is optional for fire Adjacent 0 Z Q I J Q F-W WLLJ O O
<br /> WORLD WIDE SYSTEM PULL system interlock. FS W W W J�W M O g
<br /> MODULE, NET REQUIRES 1) DHCP 2)
<br /> 14 WEB UDP PORT 1444 & 1445 OPEN FOR 14 STATION Auxl iary Interlock (AUX-01a M Panel L O LLI Z Fn m 0 Z OO~ r Q LLI
<br /> Wire AU1 / AU2 o£ adjacent Master FS
<br /> OUTBOUND TRAFFIC ONLY. GAS SOLENOID N }
<br /> panel(") in each manual activSee'loop CzN =
<br /> POSITIVE T❑ GAS VALVE £Par simultaneous activation, see Fare U O �
<br /> CONTROL PANEL TO FANS CONTROL PANEL LGV system drawings for more Informatlon. Q Q w O w LL Q w (n J
<br /> 15 TO N1D NEGATIVE 15 Manual Of w J � (n ('J D
<br /> Res onsibilit Electrician ONLY ENERGIZED THROUGH LCD AEtLlation OD w 0(n -J Q N N Z W m L'
<br /> P YI CONTROL PANEL T1A GAS VALVE HMI WHEN FIRE SYSTEM ARMED. O Q Q m Q � LLI
<br /> J U N m
<br /> PRIMARY PANEL FANS TO TIB WIRE TO CONTROL BOARD, INSTALL 24V DC ONLY (NOT NEEDED IF USING 120V 104 Device 00 w 0 0(n
<br /> w w O-
<br /> KITCHEN TEMP
<br /> ROOM TEMP GAS VALVE). O J U} W Z - Z z
<br /> Z
<br /> FAN: O1 KEF-1 SENSOR SOURCES, DO NOT INSTALL SENSOR Q W F-~Q 'W Z Z U Z Q
<br /> 16 SENSOR IN ROOM AWAY FROM HEAT 16 Q Z J O Y (n N Z Q
<br /> LOAD LEG 1 COMMON CORE PCB U > Z Z Q W H 00 d Q= U V B
<br /> Load Wiring �Ul o FLA:9.5 ON THE CEILING GRID, SEE MANUAL. CONTROL PANEL C2 ECPM03LOAD LEG 2 HP,3.000 NORMALLY OPENSM-1 ° VOLT,208 v SPARE FIRE AR2 CONTROL PANELffCAT-5 CONNECTION W�WQO W()N<U Z0 N17 LOAD LEG 3 SPARE CONTACTS WILL MAKE C2 TO 17WIRE TO ° CONTROL PANEL SYSTEM DRY AR2 WHEN SYSTEM IS ARMED. THEY TO WIRE DIRECTLY TO CONTROL BOARD J 5 Z U � J Z=
<br /> GROUND T2T� ARE USED TO DISABLE EQUIPMENT REMOTE FS > Q O U(n W LLI ()0 -Q�
<br /> VFD QUICK GND I' T❑ D CONTACT ADDITIONAL DEVICES MAY BE INLINE,
<br /> CONNECTOR WIRE TO CAPTURE VOLUME WIRE TO CONTROL BOARD, HOOD 1 OR PROVIDE SIGNALS, (NOT FOR Of
<br /> 18 MUST HAVE ITS OWN CONDUIT SENSOR MOUNTED IN HOOD CAPTURE CAPTURE 1 BUILDING FIRE ALARM WHICH MUST 18 MASTER PANEL PLACE END OF LINE PLUG O U Q Z =J~0 F-
<br /> BE
<br /> ED
<br /> Y TO
<br /> E ANSUL
<br /> DO NOT SHARE CONDUIT! DISCONNECT SENSOR VOLUME, ALARMRINITIATINGLSWITCHHLOCATED IN EMPTY JACK. PN: EOL120A E O 20A J 6 W LO Q�a W Z O LLI
<br /> IN ANSUL AUTOMAN) UNLESS VFD, PCU, OR OTHER (6 i2= z N 3 U=H N
<br /> FAN: 02 KEF-2 COMPONENT IN SERIES. > Q F-0 W W N O D U O W
<br /> 19 Load WiringEV-2-1
<br /> LOAD LEG 1 o FLA-9.5 19 N H�O U H Q H �
<br /> SM-2 LOAD LEG 2 ° HP,3.000 CONTROL PANEL T3ALOAD LEG 3 VOLT,208 V TO T CC O Q IC)U Z W o 0(n O N wWIRE TO o WIRE TO CONTROL BOARD. HOOD 2 CONTROL PANEL TO FIRE SYSTEM INTERLOCK NETWORK SHIELDED TWISTED PAIR MASTER CORE W W U Q H U ti M LL.W�
<br /> 20 VFD QUICK GND GROUND CAPTURE VOLUME SENSOR MOUNTED IN HOOD CAPTURE CAPTURE 1 CONTROL PANEL CA BLACK CA O J of W Z Z O W J
<br /> SENSOR VOLUME, Responsibility, ALARM CONTRACTOR 20RED (n 0 Z J J F-Q w(n W(n m N z
<br /> CONNECTOR WIRE TO TO CB CB -0 Q Z H-W LLI(n O
<br /> MUST HAVE ITS OWN CONDUIT DISCONNECT CONTROL PANEL COMPONENT MASTER FS CC SHIELD IN CC Oj Z-Z O(n W O Z W C)F_CL
<br /> 21 DO NOT SHARE CONDUITI GAS SOLENOI 21 PANEL CORE PANELS THAT MUST ACTIVATE WIRE TO LIKE TERMINALS > Q Q Li1 LLJ O () =0 aLLI W Z
<br /> HOT TO GAS VALVE Q W (/)0 >LEJ
<br /> CONTROL PANEL BUILDING TOGETHER. SET MASTER & SLAVE EL- En> F- x O
<br /> NEUTRAL ALARM PANEL DIP SWITCHES PER FIRE SYSTEM � Lit 0 W Q W
<br /> CONTROL PANEL MANUAL, 'T N O>?� 0 } O 0 N
<br /> TO N1 FIRE INPUT W W() (A m OL
<br /> 22 GAS VALVE ONLY ENERGIZED THROUGH LCD J9 22 _LL Q O O Q O w z GC O-(:y
<br /> W
<br /> SIGNAL FOR AL1 H-Z==z L,LL_Q Q O Q w<
<br /> 120V ONLY HMI WHEN FIRE SYSTEM ARMED, CONTROL PANEL PS
<br /> 23zFIREILDING ALARM AL2 T❑ EXTRA RS z
<br /> THE FOLLOWING CONNECTIONS WIRE DIRECTLY TO CORE CIRCUIT 23 FIRE SYSTEM HID
<br /> MAY OR MAY NOT BE PANEL BOARD. AL1 WILL MAKE AL2 IN FIRE W NG D AITi AIM FOR ALLOT-HEW-
<br /> REQUIRED BASED ON JOBSITE CONDITION, PRESSURE PRESSURE SWITCHES IN N
<br /> SPECIFICATIONS SWITCH PARALLEL.
<br /> 24 24 O
<br /> N
<br /> 00
<br /> N cD
<br /> A B C D E F G H I FACTORY WIRING Lo Pao
<br /> UNLESS SPECIFIED OTHERWISE, ALL FACTORY AC WIRING 16 AWG. ALL FACTORY DC WIRING 18 AWG. MOTOR POWER CIRCUIT SCHEMATIC V 1 O') (D
<br /> 1 J9 120V d NOTE: IF VFD HAS 1PH 240V INPUT, USE Ll & L2 ONLY. CIRCUIT BOARDS
<br /> IF VFD HAS 1PH 120V INPUT, USE Ll & N ONLY. ECPM03
<br /> 3 MTR:KEF-1 DCV Rev, 2.14,0 U (�
<br /> 1 WH 2 CONTROL INPUT 120V 1a AWG - FLA:9,5 HMI Rev, 2.14,00 N LL
<br /> FN 1o = BK O B3 PH K HP:3,000
<br /> P100:01 RA-x RD-x
<br /> FA—R-1 BK H1=LINE, N1=NEUTRAL, a 20s v BK BK v/T2 P1011N/A
<br /> GAS (3, BK 15A BREAKER, D❑ NOT 24V ®�9�0�® 4 BK BK 12o vac Za vac
<br /> _nmaCONNECT T❑ SHUNT TRIP WIRED BK Wired to 20 A GR W/T3 P10210.0 RELAY RELAY
<br /> = RD RD Master CORE GR P103154.2 NO 4 3 NO 4 3
<br /> FKT ® BREAKER. SEE 3 J6 1 0O3®s5©7 ANT (if applicable) GND BK BK P107:00 NC 2 1 NC 2 1 L i
<br /> BK 0 LO
<br /> INSTALLATION SCHEMATIC - + 24V SCADA S SHD Use shielded wir BK BK Ll P108:98
<br /> 2 BK DC + EST BK BK L2 P1311N/A COIL 8 1 COIL 8 7 1 O
<br /> 6 FOR ADDITIONAL REQ, PS-01 oa o W1 L3/N P150101 COM 6 5 COM 6 5 C �J
<br /> TERMINAL GAS USED FOR - EST O P167:56.1 Z
<br /> 120V POWERED GAS N L AC VFD:ESV222NO2YXB571P194:225 C- N
<br /> BK 2 + DEST J1LO
<br /> FH 1 8 VALVES ONLY U o CAT-5 0 MTR:KEF-2 -COMPONENT LIST �� L0 U
<br /> DEST 14 AWG - FLA:9,5 LABEL DESCRIPTION
<br /> PANEL LIDiI, GwC� zz= T❑ ETH 3 PH BK O BK UBK
<br /> /Tl HP:3.000 ST-X Starter
<br /> Ploo:ol N
<br /> CD
<br /> Lo 208 V L5 BK /T2 PIO1lN/A OL-X Overload L.I. OO
<br /> 20 A BK /T3 P10210.0 varies
<br /> 3 NOTE: All items on ECPM03 J3 line to be daisy chained GR P103.54.1 C-X Cont'ctor
<br /> from one component to the next, with EOL120A at end GND BK BK P107:00 r T
<br /> of line. Place PN: EOL120A in empty RJ45 ort. U2 L1 P108198 PS-1 Power Sup. 24VDC O w
<br /> P Y P BK BK L2 P1311 N/A MDP18-24AAC
<br /> ECPM03/DAISY CHAIN BK BK L3/N P150:01 RA-x 120V Rela DPDT
<br /> y I—
<br /> J� � P167:56,0 34.110.0164.0
<br /> V
<br /> FD,ESV222NO2YXB571P1941225
<br /> P410112 Ln
<br /> MTR:MAU-1 RD-x 24VDC Light Relay
<br /> PER ER PER _ 34.110.0198.0
<br /> i1 i1 i1 3 PH 12 AWG BK O BK U/Tl FHP:5.000
<br /> P100:01
<br /> 4 1 M-1 1 M-2 1 M-3 208 V BK BK V/T2 PI01lN/A
<br /> 30 A BK GR W/T3 P10210,0
<br /> 2 2 �2 GND GR P103172.3
<br /> J7 120V BK BK P107:00
<br /> Ll P108:90 ( �
<br /> BK 14AWG R -1 BK BK BK L2 P13UN/ A V J U
<br /> 1 BK I��Hl O4
<br /> L3/N P150:01
<br /> TnlP167:72,3
<br /> BK WH N1 VFDlESV402NO2TXB57
<br /> 194:225
<br /> 5 F 3 BK HOOD GHTS JUMPER 410:21
<br /> F 4 BK z
<br /> FOR_1 (5)
<br /> SCADA SCADA Module
<br /> 6 DC+ Bim®RD- R01 AR1>JUMPER FIRE SYSTEM H1
<br /> N1 I I I �--+
<br /> SFl BK 7 RA-2 8 WH FrFNp W V)-__ �W O
<br /> I
<br /> FIELD WIRING W
<br /> FACTORY WIRING ' II
<br /> BK-BLACK YW-YELLOW V)
<br /> 7 BL-BLUE GY-GREY J
<br /> ECPM03 or Previous EOL BR-BROWN PR-PURPLE L Q
<br /> J NOTE: Configure ECPM03 for CORE OR-ORANGE RD-RED DATE: 1 /17/2022
<br /> N
<br /> LJ DRY CONTACTS (SHOWN DE-ENERGIZED) WH-WHITE GR-GREEN
<br /> MASTER CORE UR/BL-UR/BL STRIPE
<br /> BL/RD-BL/RD STRIPE
<br /> MAKE UP AIR ERLOCK, DWG.#:
<br /> RD/GN-RD/GN STRIPE },MAKE ,
<br /> JUMPERJINT ER WH/BL- WH/BL STRIPE
<br /> FN 5274758 0
<br /> 8 o oN of EF1 BK WH 14 AWG RA-2-1
<br /> 14
<br /> PANEL COOLING ON/OFF JOB NAME a
<br /> N WITH DENNY'S - STOCKT =3
<br /> oJ10 _110BK F N WH C YW SUP DRAWING
<br /> 2111 DRAWN kBY: c u r t i s Q ~TTLE o
<br /> ECPM03 ECPM03 EF l H
<br /> SECONDARY PANEL COOLING IF NECESSAR
<br /> 14 AWG RA-2-2 DESCRIPTION OF OPERATION c1q Demand Control LOcu
<br /> Ventilation, w/control /�
<br /> for Pa Fans, 1 \/J > � u�j
<br /> C YW Supply Fan,Exhaust on SCALE: Q Z O
<br /> In Fire,Lights out InQ C7
<br /> 9 based on duct Fire,Fans modulate 3/4,) = 1 )-0"
<br /> U N
<br /> ba (� LLJ
<br /> temperature. INVERTER
<br /> DUTY 3 PHASE MOTOR O
<br /> REQUIRED FOR USE WITH (13 O
<br /> VFD. Room temperature O
<br /> sensor shipped loose MASTER DRAWING }, _
<br /> for field
<br /> Instnllntlon.Verlfy W U Z
<br /> distance between VFD O <
<br /> and Motary additional Q y- v,
<br /> cost could apply If
<br /> J
<br /> CI distance exceeds 50 covJ V)
<br /> BB NO DRAWN BY 0
<br /> 5274758 til
<br /> TYPE DATEJ F F
<br /> EACIOBY 1/17/2022 SC-20 x 18 x 8,62 BOX 0WG NO ECP #1-6
<br /> H ~ �/ U >
<br /> H H /� W O
<br /> DO W W O +�
<br /> O = � 0
<br /> SHEET NO. W
<br /> CL
<br /> SHEET NUMBER
<br /> 7
<br /> FS-8 . 6
<br /> DATE
<br /> October 13, 2021
<br />
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