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GD <br />3 <br />Li <br />16 <br />0 <br />W <br />0 <br />L4 <br />N <br />0 <br />L4 <br />0 <br />W <br />OU <br />0 <br />0 <br />W <br />ED <br />0 <br />W <br />r- <br />0 <br />LINE NO. ADD WHEN SHOWN <br />ON ONE LINE DIAGRAM <br />100— 5% LINE <br />CB SEMI CONDUCTOR DISCONNECT <br />101— A� s o P101 F101/� FUSES P101 A REACTORS P101 B L1 VARIABLE T1j <br />— T101 i <br />' FREQUENCY <br />i\ DRIVE (VFD) (E) WELL NO. 3 <br />B>� a P102 F102 P102A P102B T102 <br />102- 480V --- o r L2 T2 — -- --o l100 HP <br />i M 124 LA <br />103- C� 1 P103 tF <br />03(E:R)�P`103A P103B L3 T3 T103 <br />1COMM <br />.._ ._ _. <br />480, CPT CABLE VFD <br />104- F11 <br />HIM TERMINATOR <br />120V - PORT HIM HUMAN <br />INTERFACE <br />105- ♦ i MODULE <br />10OL F13 �\ 10K n 100N (WHT) <br />106- �� <br />THERMOSTAT <br />107 40 40 <br />- <br />CR -2 <br />108- <br />151 <br />(118) PICO CONTROLLER <br />109- CONTROL L N I {-� <br />POWER <br />TERMINAL BLOCKS <br />110- IN FCS <br />(TYP) <br />100L HC -D <br />_ LOCKOUT LOS 100D <br />111 STOP IN 0 <br />100L 100D <br />112 - <br />HS -A <br />MANUAL HAND102 <br />113- START 40 0 _IN 1 <br />114- <br />OUT 0 <br />115_ CONTROL AUT0103 IN 2 <br />u I <br />122A CR -1 <br />116- <br />YMC 301 (112) <br />PLC 100L STT/STP 104 OUT 1 <br />117- T1228 <br />START/ — — --1 r — IN 3 n <br />-- <br />STOP <br />MOTOR <br />118- <br />FAN 1 <br />FAN 2 <br />101 CR <br />1 <br />140 <br />1 _ <br />PLC SPEED— <br />CONTROL 4-20 mA 141 CONTROL <br />YSC 301 <br />142 <br />143 <br />SPEED OUT 4-20 rnA 144 SPEED <br />YSI 1301 <br />145 <br />_OCKOUT <br />RELAY _ <br />116 <br />146 <br />121A 121A <br />II 121B 1216 I I <br />119- OVERTEMP <br />100L TSH <br />— — ­0-� <br />105 <br />0 IN 4 <br />CD <br />(JUMPER IF NOT USED) <br />J <br />120- <br />121- REMOTE <br />SHUTDOWN <br />100L XS �2 <br />— ,. _. <br />106 <br />I N 5 <br />(JUMPER IF NOT USED) <br />122- <br />Q <br />123_ VFD <br />m <br />107 IN 6 <br />OUT 3 <br />2 - <br />Ln Ln <br />CDD� <br />d <br />t=1 <br />Ip <br />�o <br />�N <br />U <br />LLJ <br />C5 <br />IV <br />U F <br />W d <br />a C <br />J C <br />� n <br />LINE NO. ADD WHEN SHOWN <br />ON ONE LINE DIAGRAM <br />100— 5% LINE <br />CB SEMI CONDUCTOR DISCONNECT <br />101— A� s o P101 F101/� FUSES P101 A REACTORS P101 B L1 VARIABLE T1j <br />— T101 i <br />' FREQUENCY <br />i\ DRIVE (VFD) (E) WELL NO. 3 <br />B>� a P102 F102 P102A P102B T102 <br />102- 480V --- o r L2 T2 — -- --o l100 HP <br />i M 124 LA <br />103- C� 1 P103 tF <br />03(E:R)�P`103A P103B L3 T3 T103 <br />1COMM <br />.._ ._ _. <br />480, CPT CABLE VFD <br />104- F11 <br />HIM TERMINATOR <br />120V - PORT HIM HUMAN <br />INTERFACE <br />105- ♦ i MODULE <br />10OL F13 �\ 10K n 100N (WHT) <br />106- �� <br />THERMOSTAT <br />107 40 40 <br />- <br />CR -2 <br />108- <br />151 <br />(118) PICO CONTROLLER <br />109- CONTROL L N I {-� <br />POWER <br />TERMINAL BLOCKS <br />110- IN FCS <br />(TYP) <br />100L HC -D <br />_ LOCKOUT LOS 100D <br />111 STOP IN 0 <br />100L 100D <br />112 - <br />HS -A <br />MANUAL HAND102 <br />113- START 40 0 _IN 1 <br />114- <br />OUT 0 <br />115_ CONTROL AUT0103 IN 2 <br />u I <br />122A CR -1 <br />116- <br />YMC 301 (112) <br />PLC 100L STT/STP 104 OUT 1 <br />117- T1228 <br />START/ — — --1 r — IN 3 n <br />-- <br />STOP <br />MOTOR <br />118- <br />FAN 1 <br />FAN 2 <br />101 CR <br />1 <br />140 <br />1 _ <br />PLC SPEED— <br />CONTROL 4-20 mA 141 CONTROL <br />YSC 301 <br />142 <br />143 <br />SPEED OUT 4-20 rnA 144 SPEED <br />YSI 1301 <br />145 <br />_OCKOUT <br />RELAY _ <br />116 <br />146 <br />121A 121A <br />II 121B 1216 I I <br />119- OVERTEMP <br />100L TSH <br />— — ­0-� <br />105 <br />0 IN 4 <br />(JUMPER IF NOT USED) <br />OUT 2 <br />120- <br />121- REMOTE <br />SHUTDOWN <br />100L XS �2 <br />— ,. _. <br />106 <br />I N 5 <br />(JUMPER IF NOT USED) <br />122- <br />123_ VFD <br />107 IN 6 <br />OUT 3 <br />RUN <br />124 <br />125- VFDL 108 IN 7 125A <br />FAIHC-C OUT 4 READY <br />8 YCA <br />'-1— 109 I N 8 125 <br />126- RESET _0 0 <br />100L 110 126A SV 100N <br />127- SPARE IN 9—(� <br />OUT 5 fla <br />128- 1268 <br />i9i <br />PTT ` <br />100E G RUN LIGHT <br />100L E -o RUN RELAY <br />123A CR 108,129 <br />2 132,132 <br />t00L <br />PTT` FAIL <br />A LIGHT <br />100L F--0 <br />F, OO <br />107 <br />124ACR FAIL <br />3 RELAY <br />132 <br />100L <br />108 <br />CR -2 152 100N <br />129- <br />(118) <br />130--- <br />131- <br />131 133 <br />132- <br />CR -3 FAIL CR -2 RUN <br />(123) 132 YMF 301 (1 18) 134 YMR 301 <br />F14 <br />MANUAL <br />+24 VDC SPEED <br />CONTROL. <br />SPEED <br />SOURCE <br />RUN <br />RUN CONTACT <br />FAIL CONTACT <br />SOLENOID VALVE <br />(CONNECT IF SUPPLIED) <br />MOTOR HEATER <br />(CONNECT IF SUPPLIED) <br />135 <br />CR -2 SPARE <br />(118) T 136 <br />NOTES: <br />e- 6A 0A tO <br />C rA U <br />REVISION <br />EQUIPMENT NAMEPLATE <br />WITH 1/4" LETTERING <br />By • CONTROLLER SHALL BE AN AB 1760-1_18AWA—EXOR EQUAL <br />TESTED BY SUPPLIER• r•ETC., PERP&ID, <br />PROVIDENOT USED. THESE ARE TO BE CONTACTS OFF OF AUXILIARY RELAY CONTACTS <br />LOCATED IN MCC CONTROL PANEL DRIVEN FROM FIELD DEVICE. <br />1 INSTALL MOTOR TERMINATOR AS RECOMMENDED 1 MANUFACTURE <br />FO ENEIIIIIIII-_ <br />MCC CUBICLE LAYOUT <br />I <br />LOCKOUT <br />STOP <br />(RED) <br />(HC—D) <br />LOCATED AT EQUIPMENT <br />n <br />COUNTY APPROVAL <br />DESCRIPTION _— -- -- <br />APPROVED BY DATE <br />4, <br />____CONTROL POWER <br />BLOWN FUSE <br />INDICATOR <br />_HUMAN INTERFACE <br />MODULE <br />REMOTE MOUNT <br />NEMA 12 DIGITAL <br />VFD PROGRAMMER/ <br />CONTROLLER <br />ON UPPER <br />CUBICLE DOOR <br />WITH DISPLAY <br />& KEYPAD <br />�-FAN 1 & 2 SIZE PER <br />VFD COOLING REQUIREMENTS <br />Q. WING <br />Corrr:Ctior ,s BY <br />7 0 111,0 Chat-: die S E y <br />Pa N_ — <br />Any p rSo .I Using This Drawing Should Verify <br />It,`<:rmation By inspecting The Site Of Work <br />---EQUIPMENT NAMEPLATE <br />WITH 1/4" LETTERING <br />ATTACHED WITH <br />LOCKOUT STOP 4�pF ESS/ON <br />LEVER WITH <br />PADLOCKABLE HASP c"� ILLIAM P. FZ <br />CASSITY <br />z <br />,y? E-17132 <br />or, <br />Exp. 09/30/07 <br />DEVICE BOX ��qr£ CTR`\ <br />OF CNS <br />SEE TESCO SUBMITTAL DRAWINGS FOR ACTUAL <br />AS -BUILT CONTROL DRAWINGS JOB Na. T-34926 <br />RECORD DRAWING <br />These record drawings have been prepared <br />based on information provided by others. <br />The Engineer has not verified the accuracy <br />of such information and shall not be resp— <br />onsible for any errors or omissions which <br />may be incorporated herein as a result. <br />SCALE BAR T IS ONE FULL SCALE DATE DESIGNED MB FLYING J-LODI <br />MBER <br />0 1.' JULY 2007 ECO. LOGIC FLYING J INC. DRAWING NUMBER SHEET NU <br />NO SCALE IpnNOTHIONE INCH Engineering H FILE DRAWN BD 333 WEST CENTER STREET CSA 31 WELL NUMBER 3 NITRATE WELL PUMP CONTROL DIAGRAM E10 <br />SCALE ACCORDINGLY CHECKED BC SHENORTH SALT LAKE, UT 84054 TREATMENT SYSTEM SITE IMPROVEMENTS22 <br />FLYJ07-007 Rocklin, California � -OF ----- <br />■o <br />■W <br />■o <br />■! <br />1s <br />