HomeMy WebLinkAboutEMC 2024Appendix VI
Underground Storage Tank
Monitoring System Certification Form
CERS = California Environmental Reporting System, GPH = Gallons Per Hour, ID = Identification,
ICC = International Code Council, LLD = Line Leak Detector, NA = Not Applicable, SW = Single-
Walled, UDC = Under-Dispenser Containment, UST = Underground Storage Tank,
VPH = Vacuum/Pressure/Hydrostatic
Page 1 of 6
TYPE OF ACTION Installation Repair 12 Month
1. FACILITY INFORMATION
CERS ID Certification Date
Facility Name
Facility Address City ZIP Code
2. SERVICE TECHNICIAN INFORMATION
Company Performing the Certification Phone
Mailing Address
Service Technician Performing Test
Contractor/Tank Tester License Number
ICC Number ICC Expiration Date
3.TRAINING AND CERTIFICATIONS
Manufacturer and Test Equipment Training Certifications Expiration Date
4.CERTIFICATION BY SERVICE TECHNICIAN CONDUCTING TEST
I hereby certify that the monitoring system is operational in accordance with California Code
of Regulations, title 23, division 3, chapter 16, section 2638; that required supporting
documentation is attached; and all information contained herein is accurate.
Service Technician Signature Date Total # of Pages
Underground Storage Tank
Monitoring System Certification Form
Page 2 of 6
5.MONITORING SYSTEM AND PROGRAMMING
A separate Monitoring System Certification Form must be prepared for each control panel.
Make of Monitoring System
Control Panel
Model of Monitoring System
Control Panel
Software Version Installed
Attach the post-certification reports if the monitoring system is capable of generating
either; Monitoring System Set-up Alarm History Report Yes No NA
All monitoring equipment is operational per manufacturer’s specifications?
Secondary containment systems are free of damage, debris, or liquid?
Are the audible and visual alarms operational?
All sensors have been: 1) visually inspected for wiring kinks, breaks and residual
buildup on floats; and 2) tested for functionality and confirmed operational?
Are all sensors installed to detect a release at the earliest opportunity in the
secondary containment?
The monitoring system set-up was reviewed, and proper settings confirmed?
Was the monitoring control panel’s backup battery visually inspected, functionally
tested, and confirmed operational?
Does the flow of fuel stop at the dispenser if a release is detected in the under-
dispenser containment?
Does the turbine automatically shut down if the piping secondary containment
monitoring system fails to operate or is electrically disconnected?
Does the turbine automatically shut down if the piping secondary containment
monitoring system detects a release? Which sensors initiate positive shut down?
(Check all that apply) Sump UDC
If monitoring system alarms are relayed to a remote monitoring center, is all
communication equipment operational?
Describe all answers marked “No” or “Fail” and proposed remedy in Section 9.
List all monitoring equipment either replaced or repaired in Section 9
Underground Storage Tank
Monitoring System Certification Form
Page 3 of 6
6. SENSOR TESTING RESULTS
List only sensors tested on date of this certification. List “Sensor ID” as labeled in system
programming. Additional copies of this page may be attached to accommodate all sensors tested.
Sensor ID Sensor Model Component(s) Monitored Pass Fail
Describe all answers marked “No” or “Fail” and proposed remedy in Section 9.
List all monitoring equipment either replaced or repaired in Section 9
Underground Storage Tank
Monitoring System Certification Form
Page 4 of 6
7. LINE LEAK DETECTOR TESTING
Check this box if line leak detectors ARE NOT installed. (Do not complete this section.)
Simulated release rate verified: (Check all that apply.)
3 GPH 0.1 GPH 0.2 GPH Yes No NA
Has the testing apparatus been properly calibrated?
For emergency generator tank systems, does the LLD create an audible and visual
alarm when a leak is detected?
For mechanical LLDs, does the LLD restrict the flow through the pipe when a
release is detected?
For electronic LLDs, does the turbine automatically shut off when a release is
detected?
For electronic LLDs, does the turbine automatically shut off if any portion of the
monitoring system is disabled or disconnected?
For electronic LLDs, does the turbine automatically shut off if any portion of the
monitoring system malfunctions or fails a tightness test?
For electronic LLDs, have all accessible wiring connections been visually inspected
for kinks and breaks?
Were all items on the equipment manufacturer’s maintenance checklist completed?
Were all LLDs confirmed operational within regulatory requirements?
LLD ID LLD Model Lines Monitored Pass Fail
Describe all answers marked “No” or “Fail” and proposed remedy in Section 9.
List all monitoring equipment either replaced or repaired in Section 9
Underground Storage Tank
Monitoring System Certification Form
Page 5 of 6
8. IN-TANK GAUGING TESTING
Check this box if tank gauging is used only for inventory control.
Check this box if NO tank gauging equipment is installed.
(Do not complete this section if either box is checked.)
Yes No NA
All wiring has been: 1) visually inspected for kinks, breaks and proper entry and
termination; and 2) tested for ground faults?
Were all in-tank gauging probes visually inspected for damage and residue buildup
to ensure that floats move freely, functionally tested, and confirmed operational?
Was accuracy of system’s product level readings tested?
Was accuracy of system’s water level readings tested?
Were all probes reinstalled properly?
Were all items on the equipment manufacturer’s maintenance checklist completed?
Probe ID Probe Model Tanks Monitored Pass Fail
9. COMMENTS
Describe all answers marked “No” or “Fail” and proposed remedy.
List all monitoring equipment either replaced or repaired.
Underground Storage Tank
Monitoring System Certification Form
Page 6 of 6
10.MONITORING SITE PLAN
Date site plan was prepared:
If a site plan has been prepared that shows all required information, you may include it, rather than this page,
with your Monitoring System Certification Form. The site plan must show the general layout of tanks and
identify locations of the monitoring panel, and all leak detection equipment and monitoring locations. Include
a legend for all symbols depicted.
S\''ST::1'1 SEn1:
,JUL :•4 .. 2LC ~ '7 : 1 7 AM
!31/'SEM UN l T:': u. s.
ff·(ST:ll LAt'JC _AC E
ENG'..l 3H
S'(SEM DATE>Tll"IE FOF:MAT
MON ::1IJ '/V\1\' HI-:MM ::38 ,,:M
8:279::'.' CE:J 1:HE'1/ROl··J
1 l 25 C:)FFEE
811KE?fiF' I EI.Ii 9:~ :31 2
61; 1-:;tJ8-90E,:
SHIFT TIME
SHIFT TIME -
SHIFT TIME
SHIFT TIME ~
4: 15 AM
DISABLED
DI!3ABLED
DISABLED
TiiNK H=:R T~;'f hEEDED ~•,JRN
D[SA::LED
ThNK hNN TE:T r,EEDED t,JRN
D [!3A ::LED
L [ NE F!E-El'Jh :LE METHOD
P11SS L I NE T: ST
L[NE I 'ER TS'I hEEDED WRN
D [SA ::LED
L [ NE hNN TE:I [\EEDED ~✓RN
D [SA ::LED
Pl<] NT re \l(,~Ur···E:3
El1JAB'..ED
TEMP C:)MPHl::AT ON
\/11LU :: <DEG = J , 60. 0
STIC< HEIGHT CFFSET
D lSA ::LED
ULLA1::E: 90\:
H -PR-:•T:)COL : AT H FOF:MAT
HEIG-IT
Pl<EC!ti!ON T:ST DURATION
HOUR:,;: 12
D1WL I GHT t,f,',J I r,G TI ME
El'~AB'..ED
START DATE
M11R ,JEE!< = !3UN
START TIME
:2: 0 :1 :'.:\M
El~D A 1TE
NOV ,JED: !3UN
El~D Tl '"1E :2: 0:1 :'.:\M
RE-DIF!ECT L•:CPL PRINTOUT
D [SA:ll.ED
EURO PROTOC•::L PREF!><
S'•ftff::l'I SECLI, I 1'1
CODE : oom 1=0
M11 I NTUJANCE HI f.3TORY
D[SA::LED
T11NK CHART ::EClJRITY
D [SA::LED
CUST•:•1'1 AU1Pi"'S
D [SA::LED
!3ERV I CE NOT I CE
D[SAC:LED
rno :: l 66 (;(, _ l'.JTE'l
CODE:
\//WO ;• 1"10Nl r ,::F:I fiG T'iPE
C11RB I 3D
M11SS , DENE~ l 1"t
D [SA ::LED
F [ sc,:,1. HE I C:-T HECUR I TV
D [SA::LED
I l·~'JE ·ff:)RV Ft ~AF.1"1!3 UN I TS
CONF I G: SW, \DPIW
M11>< ,:,F! LAHL : 1./0LUME
H [ GH PRODUCT : % MA><
01/ER:' l LL : % MA><
DEL I •; NEEDL : % MAX
Lot,,J =R:>DUCT : 1.IOLUME
ALARl·1I REDUCT IC f,J
D [SA::LED
COMM _l ~J I CAT I ,: t•J!:: E,ETUP
PORT ~,ETTI 1111:;:3:
COMM fl:)ARD (RS-232 )
BAU:, RATE ')600
PAR IT i EVEN
STO =· BIT STOP
DAW, LENCT -: '7 DATA
Ri3-2::? SECLI~ IT'•/
CODE : DWh::LED
COMM fl:)ARD '.~ ( S-SAT l
BAU:1 RATE %00
PAR !Ti l·JONE
STO~ BIT STOP
DAW, LENCT -: l3 DATA
R\3-2::'.' SECLI, n u
CODE : DWf,::LED
DTR r·J :)RMhl. ST i\TE: HIGH
COMM K)ARD : ;3 <EDIM l
RB-2 ::'.' SECLI , I P l
CODE : DI~lh::LED
COMM EOARD f, <RE;-232 )
BAU:, RATE •· 200
PAR IT'/ ODD
i3TO=· BIT STOP
DAT,:, LENCT -: '7 DATA
Ri3-2 ::'.! SECLI, I Tu
CODE : DWh::LED
AUTO TRAN~,l"I IT f3ETT I NG!3:
AUTO LEAK h~AF.t"l LIM IT
D [SA::LED
AUTO HIGH ~,l,2Trn LIMIT
D [SA::LED
AUTO OvERFI ~L LIMIT
D [SA::LED
AUTO L :)l1J PF'•~DI_CT
D !SA::LED
AUTO THEFT :~ I 1"1 T
D!SA::LED
AUTO DEL I 1JE ,Y ~3TART
D[SA::LED
AUTO DEL I \1E,V END
D[SA:tl.ED
AUTO E><TEF!f1l,2L •: NPUT ON
D [SA:ll.ED
AUTO E><TEFil'l,:,L :: NPUT OFF
D [SA::LED
AUTO t,ENSOF' FLEL ALARM
D [SA::LED
AUTO t,ENSOF' l,JV:ER ALARM
D [SA::LED
AUTO ~;ENSOF' OL'.: ALARM
D [ SA::LED
RECE I \IER m :T UF :
NONE
AUTO DIAL TIME SETUP:
NONE
Rt3-2 ::? END ,::F f"1Ef3SAGE
D ISA::LED
AUTO DIAL F,~Alsf"l SETUP
I l1J-T,:,r•JK m :T _p
T 1: :11 ESEL
Pl~OD _ICT C0[1:'
THEF:J•·JhL COFF
rnNK I1IAMEER
TriNK PF:OF IL:'
FULL 1JCL
FLOAT 3IZE:
W1HP 01 IN I f''I _M
1
: . 000450
111 .00
1 PT
12022
4.D If'L
0.000
l,J;HP AIARf·J I \G : 2. 0
HIGH l.·l:'.\TEF: •~ If' •• T: :3. 0
w,nE;, :'.\LAF!f••J FILTER: LOt.J
Mli>< ,:,Ft LABE~
\,'(,~ Uf"E
HIGH PRODUCT
~;; MP ><
( GALL,:: NE ,
01/ER=· 1 LL LI I'' IT
\; MP ><
( GAU.,:: NE ,
DEL I '.'ERV LI I'' IT
\; MP><
( GALL,:: NE ,
LOW =·F::)DUCT
\,'(, ~ IJf" E
LEAK hLARM •~If''•• T:
SUDD::f•J LO::;f-; Lif"lIT :
TriNK TILT
Pl~OB:: JFH;ET
12022
95.0
11421
90.0
10820
10 .0
1202
500
'39
99
2.40
0. 00
S IPH:,f·J MAtff=OLDED TANK:3
T:t: \JONE
LINE M:'.\NIFU~DED TANKS
T :t: 1IONE
LEAK f<l!N PE,ICDIC: 0%
LEAK MIN F1M··.UPL
0
0%
0
PER I ,:,DIC n :::T ~:\'PE
STAf1JDARD
Al1JNU,:,L TH;T FP •• L
F,~Alsf"l DISABLED
PERI ,:,DIC n :::T FAIL
F,~AHl DISABLED
Gl~0:3:,; TEST : A I L
i".,~AHl DI E;ABLED
Alm TE3T F1\.':RPGI NG: OFF
PER TE3T h\,':RPGI f•,JG: OFF
T1~NK TEST r·+::T I Fi: OFF
nJK n;r :3 n· -Of\ BREAK: OFF
DEL I '.,'ERV DLA'y 5 MIN
PUMP THRHH+::u : 1 0. 00%
T 2: :,:LJPER
PIWD_ICT C0[1:'
THERl0lhL COE F
rnNK DIAMEER
TiiNK PROF IL:
FULL I/CL
FLOAT 3!ZE:
l,J;~TP ''1 IN I f"I _M
: . 00[170[1
111 .00
1 PT
12022
4 .D I N.
D . DOD
LJ1HE;'. ,..JARf·JI \G : 2. 0
HIGH t,J:'.\TEF! •~ If" ••T: :3 . D
t,J;HE? :'.\LAF:r·,1 FILTER : LOl,J
M1~>< ,:,Ft LABE ~
\1C•~Uf0 E
HIGH PRODUCT
:\: MP ><
(GALL•:NE,
01/ER=' I LL LI I' IT
i;: MP>(
(GAL.ENE•
DEL I ',,'ERV LI I" IT
:i;; MP>(
( GALL•:: NE ,
LOl,,,J =RJDUCT
12022
95.0
11421
90.0
10820
1 0. 0
1202
\l(,~Ut''E 500
LEAK hLARM •~ I t0 •• T: 99
SUDD::r·J Lorn::; LI t"l IT : 99
W1NK TILT 2 . 50
PIWH:: :JFn,ET O. 00
S IPH:,t·J MAt'Jl=OLDED TANKS
T:t: 1IONE
LINE f'l:'.\N!FU~DED TANKS
T:t: ·,JONE
LEAK t-11 N PE, !CDIC: 0%
0
LEAK r, 1 I r•,J fl f1I \ UP L 0%
0
PER I ,:,IJ IC n :::T ~:VPE
STANDARD
Al·mu,:,1. THiT FP •• L
F,~Alsf"l DI SABLED
PERJ,:,IJIC n :::T FAIL
Fi~Alsf"l DI :3ABLED
GROS:,; TE:3T : A I L
F,~AHl DI SABLED
AJ•,JN TL:H h\/:'RPG I NG: OFF
PER TE3T h\.':RPGING: OFF
OFF
Tl~K T::;r :==in·-Of\ BREAK:OFF
DEL I ',.'EF:V DLA'•;
PUMP THREm1,:u
T :3: _lf•JLEAIJ
PIWD _ICT COD:'
THERl··lhL COE.=F
TiiNK DIAMH:R
rnNK PROF IL:
FULL. I/CL
5 MIN
: 10. 00%
3
: . [100700
111 .00
1 PT
12022
FLOAT 3 I ZE :
W1HP vJ IN l t·LM 4.0 IN.
I]. 000
WiTE~• ;JARt·J I \G : 2. 0
H[GH 1,J"\TEF! •~rr•/ T: 3.0
W11 TE? 9LAF:t·'I FILTER : LOL,1
M11>< •:•F! LABL
vu~ur··E 12022
H[GH PRODUCT
:;;: MP >(
(GAU.•:NE,
01/ER=' J LL I. I I'' IT
:;;: MP><
( GAU.•:: NE ,
DELI'v'ERY I.Jlv IT
95.0
11421
90.0
10820
:::-;: MP>< 1 0. 0
(GAU.,::NE, 1202
LOW =·F:::)[)LJCT
\1C• ~ Ut" E
LEAK ~1LARM •~ I tv •• T :
SIJDD::r·J Lm;f ; Llt"l!T:
TtiNK TILT
Pl~OB:: :)FH;ET
500
99
99
:3. 30
Cl.OD
S [ PH•:•~/ MA~JI=OLDED TANKS
T :I: 'IONE
L ! NE M"iN!F'C•~DED TAt·,JKE:;
T:t: 1JONE
LEAK M IN n : , I CD I C :
LEAK MIN ht·•I\UPL 0%
0
PER I ,:,IJ IC n::: T '.:'YPE
:::;TAt•.JDARD
Al~NLl1:,1. TH;T FP •• L
fl~ AF. t"l DI EA BLED
PERI•:•DI C n :::T FAIL
h~AF.t"l DISABLED
Gl(OS:,; Tfa,;T =AIL
f1 ~AF.l"l DI:3ABLED
Al1H~ TE3T h\.':F:PG I NG: OFF
PER TE3T h\.':F:PG I w:~: OFF
T11NK TEST r,1,::nrv: OFF
Tl··JK T::lT :3JF·-Ot\ BREAK:OFF
DEL!'..'ERY DLA\' 5 MIN
PUMP THRErn+::u : 1 [I. 00\;
[__
LEAK TEST r·t:THlD
TEST ON DhT: : ALL TANK
M11Y ::7. 2011
START TI ME : [ •• :3ABLED
TEST F!9TE : 0. '.?O GAL/HR
DIJRAT I JN . c: HOURS
D3T ::hRLY E:TOF :DISABLED
LEAK TEST F':PC!ff FOF:MAT
~/ORMAL
PHES:::LJRE LI \E LEAK :::;ETUP
0 1 : :11 EBEL
T'(P : ;: , 0/ :3 , [I I N FI BERGLAE:;S
2. or 11 DI A L:N : 300 FEET
:3 . 0 I '•I D I A L : N : 0 FEET
:3HUTX>,,JN FihTE: 3. 0 GPH
LOW =RES:3LJF': E HUTOFF: NO
LO~J =RESSUF': : 0 PS I
T 1: :11 EBEL
D[SP::t'J3E MC•:E:
STAt·DhRD
SENS•:•F!: \/DHEr
Pl~ES:::LJRE or =sc: 0. OPS I
0 2: :::UPER
T'i P : ;•, 0 /3, Cl IN FI BERGLASS
2. OI 11 DIA L:N: 300 FEET
3 . 0 I 11 DI A L: r•,J : 0 FEET
SHUT:10 ,,JN F!f1TE: 3 . 0 GPH
LOL·J =·F:ESSUF': E HUTOFF: NO
LOl.·J =·F!ESSllF': : 0 PS I
T 2 : :,:LJPER
D [ SP::t'/3E MC• : E :
STAN:1hRD
SENS•:•F!: \/ENTEL
Pl~ES:::LJRE or=sE'.:: 0. OPS I
0 3: _it·JLEAD
T'iP : ;• , 0 / :3 , Cl I N FI BEF:GLA:38
2.01~ DIA L~N: 300 FEET
:3. or,,, DIA L:N: 0 FEET
SHUL1(),.JN F!hTE: 3. 0 GPH
LOW =·F!ESSLJF': EHUTOFF:NO
LOl1,J =RES:3l1F': : 0 PS I
T :3: Jt·JLEAD
D [SP::t·/3E 1'1(•:E:
STAN:1hRD
SENS•:•F!: \/DfTEr
Pl<ES:::LJRE ()f'=SF:: 0. OPS!
L [ NE LEAK L•::CJ<O UT SETUP
LOCJ<,:,ur :3CH:DLLE
D11IL'i'
ST ART T I ME : DI flABLED
STOP TI ME : DI f,ABLED
LrOU!Il SErt=::,::R flETUP
L 1 : :, l E :31T
mi -:::nTE <:: I [\GLE FLOAT)
C1HE:ORY : :::n SUMP
L 2 : :11 E Al'/111 m I -:::nn C: I hGLE FLOAT)
U \TE1::0RY : ,0Nl\lJLAR :::;F>ACE
Tl< I -:::T'iTE (::I t1,GLE FLOAT)
C1HE:O RY : :::n SUMP
L 4: :I] Af'.H'J
TF: I -:::T"\TE (::I f\GLE FLOAT )
ChTE:ORY : 1" NI\ lJLAR SPACE
L 5: :ll STP m I -:::T9TE (::I I\GLE FLOAT )
C1HE:OR\" : ::TF SUMP
L 5:::'.' Af'./t'J mr -:,:nTE (:: I 1\1'.!LE FLOAT)
C1HE:O RY : ,:'11/t\ lJLAR SPACE
PLLD LI r1lE [1 I SPBLE :=:;ETUP
I l'•l-T,=,r·JK ALh,Mf.:
T 1 :L:)l,J PF'•::DLCT ALARM
L [QUID srn:::::,:: R HLMS
L 1 :FUEL ,c,~AF:r-·1
L 1 :f.,ENSOF' OL'.: ALAF:M
L 1 :f.,HORT ,"'LPJ2f'·1
Q 2: :::UPER
I l1J-T,:,w: Alh,Mf.:
T 2:HJGH l.·VTEH ALARM
T 2: L:)t,,J pp,::DLCT ALARM
L lOUID SEr'J:::,:R HLMS
L 5:FUEL h~AFJ·1
L 5 :f.,ENSOF' OL'.: ALARM
L 5 :f.;HORT ,"'UHM
WD :::] TE hL,"'Rt•'fl
lSD GR0:3f., =REfl FAIL
[SD DEGRD =Rm FAIL
[SD \1!'.\POF! ~EP!'. FAIL
um -I03E hL,"'Rt•fl
11LL : G RO:::;::; ,: 0 L LECT FA IL
11LL :[lEGRD 1:0LLECT FAIL
11LL:FLOt,J C:•:LLECT FAIL
(l 3: _lt·lLEAD
I l~-w,r·H'. AU,,Mf.:
T :3: HIGH t.,I,"'TEH ALARM
T 3:L::>W PF:•:DLCT ALARM
L [QUID SEW::,::R HLMS
L 3:FUEL h~Af.t"1
L :3 :f.,ENSOF' OL'.: ALARM
L 3:f.,HORT ,:::,urn·1
1 t3D -10 3E hL,"' Rt·' H
11LL:CROSf.i ,:OLLECT FAIL
f1LL: DEGRD ,:OLLECT FAIL
f'\LL:FLOW c,::LLECT FAIL
s t:,:ir-•··1 I<'
ChTE:ORY h IR FLOl,•,J METER
s 2:,=ir-•1 :3 -·c
C1HE:OR\" .Cd R FLOl,J METER
s 3:,:ir-•,1 5-·E,
C1HE:ORY h IR FLOl,.J METER
s 4 :,=,F •1 7--E:
C1HE:ORY h IR FLOW METER
5 5:,:ir-"1 9-·1 =
C1HE:ORY h IR FLOt,.J METER
s 6 : ,:,p1 I l -1 2
C1HE:O R'l ,c, IR FLOl,•J METER
s 7: '.,'~,p PF! =:-1 0
CiHE:ORY ·~•,:::,pen PRE:3SURE
E1/R/ I f.iD SET _p
V1WO? PROCE::SCH TYPE
r•,JONE
Al,JAL\'::,!S TJl'•E:::
T l ME : I O : ()[I At•
DELA'/ ·1 I NUT:S:
ACCE='l' HIGH Of.\/R:
El1lAB~.ED
WD -I03E W1:LE
ID :·p FL HL AA RR
Ol
0')
0:3
O,l
0':i
\]I;
0'7
0:3
09
I I]
1 l
:11 01
:1? O?
:I'.l o::J
:i,1 04
:iti mi
:ib Ob ] ~~ 0 ~,
:1 tl O fl
:19 QC)
!ti 10
I'.' 11
01 00
01 00
02 00
U-,-, "-00
0:3 0[1
0:3 00
04 00
04 00
05 00
05 00
06 00
06 00
um ,:i1 RFLm.I ME '.:ER MAP
ID S::F! I AL r•,I _M LABEL
6 :lb27
:2 6:lb45
:3 6:icq3
4 6:;t,70
lj 6 :ltd 3
I:i 6:lb72
HFM
f\FM
/\FM
HFM
HFM
HFM
1-2
3-4
5-6
7-8
9-10
11-12
um :'LJEL GF',"'DE HOSE MAP
I 2 :3 4
FP M -IH MHH 1·· HI-MHH AA
- -------------------------
Ol 2:i1 90] 101 u u 0') 2 ]~~ 90'.' 102 u u
U-•) ,J 2]'.l 90J 10'.: u u
O,l 2 :i,1 904 I 04 u u
0':i 2](j 9oti 10: u u
01; 2]b 90b I OE u u
0'7 2 ]~1 90'.' I 07 u u
0:3 2:10 90E) I OE u u
0'3 2 :Ici 90'.l I 0': ,,
,.) u
11; 21 (l 91 () 1 IC :3 u
1'7 21 l 91 l I 1 1 3 u
1 ,-, 0 21? 91 ? 1 1 ,-C. ,, ,.:, u
Ll1BL TABLE ----------------·-----
l : _lt·l!'.\SSJ C ·•,EI
,-J • ,:.. . ::LEND:] :3: ?E::;UU,F'
l . ' . 1··11 D cm.c,:E
':i: =·HM! ur·I
1;: I~:0LD
?: ::F/~>l'CE
:3: :::] LVEF! ';l: ::LENW
I I]: ::LEND4
ALARl•I HI :31'(• ,y !IEPORT
3YSTEI'· P LAF!M
P11PE? :)UT
~, "-~, "-
3
3
4
4
5
5
6
6
,JUL lli, 20~'~ B:41 AM
PHI r·nn:: EF!P•:R
JUL !ti .. 20~:~ B:41 AM
REMOTE DJrn:•~A\' ERROR
JUN ::J, 2[ll: :~:41 PM
ALARl"I HISTC-,y J?EPORT
----lN-ThM < PLARM -----
T 1: :,1 ESEL
H [GH L·J!'.\TEF! ,"LPRM
JUN 14. 2017 t;:25PM
SUDD:'.tJ LO!';E; ALHRM
JUN 1 4 .. 2 Cll 7 6 : 0 I PM
I l1JVA~.l D FI.JL LEVEL
JUN 1,1. 201 7 B:00 PM
JUN 1,1. 2017 t;:21 l?M
H [ GH L·J!'.\TEF! kAF. t.JJ NG
JUN 14. 201 7 t;: 25 PM
DELJ'...'ERY t·JE:DED
JUt•·J 1,1 .. 2017 b:17 PM
ALARl"I HI ~3TC• ~y REPORT
T 2 :::;LJPER
~::,UDD::t·J LO(=,E; ALnRM
JUL :i . 2 0 1 : l3 : 1 5 PM
I l··J\.IA ~. l D F I.JE ~ L E\/EL
M(\R 1 l , 20~'1 \): 15 PM
DEL I ',..'ER\1 r-JE::DED
M/'.1R 10, 20~'1 \):45 PM
M1~R 1 b . 2 0 1 : 1 .. : 5 2 AM
ALARl···I HI ::,re,, V HEPO RT
----l N-rnr•,1< PLAF:M -----
T :J: Jt·JLEAD
LEAK f1LARM
JUN 1 CL 20 1 7 4 : 25 PM
JUt··J 1 Cl. 20 1 7 :3 : 55 PM
01/ER:' I LL hURr·,
APR ~•]. 20~'.1 'J 21 AM
AUG ,1 .. :::u:.:·_ '1 18 AM
APR 1'.L 2(]~•~ 1. 01 AM
ALARl·I HI src,,y REPORT
-----3EN~;c,, PLAF:M
L 1: :11 E Sl'F'
STP ::;LJ•1P
(3Ett3•:•Fi our ,jLPJ1M
APR El.. 20~' 1 'J: 57 AM
FUEL hLARM
APR EJ, 20~' 1 'J: 1 2 AM
FUEL hLARM
APR ? , 20 ~' 1 I './: 5:3 PM
-----3ENHU , PLARM
L 2: :,1 E At·H'·I
Al·mU~}1R SPt,1:E
SENS•:•F! our i''LPRM
APR 8. 2021 9:57 AM
FUEL f1LARM
APR B .. 20~' 1 'J: 04 AM
FUEL hLARM
DEC 1 ~i. 20~'.:C B: 2'3 AM
ALARl·I HI:3TU,'i REPORT
-----3END::,, PLARM
L :3: ::~r STP
STP ::;lJ "lP
SENS•:•F! OUT ,jLPJ1M
APR tl. 20~'.1 9: 57 AM
FUEL hLARM
APR B. 2[C 1 'J: 1 2 AM
FUEL hLARM
APR ?, 20~'1 f::: 10 AM
ALARl''I HI Eff(, ,\:' l?EPORT
-----3ENt,U, PLARM
L 4: :1 l AN~J
Al1H1JUj;R SP/'.1(E
SENS•=•F! OUT 1:::,LPHM
APR fl. 20~' ~ '3 : 57 AM
FUEL hLARM
APR fl. 2(12~ 9 :04 AM
SENS•=•F! OUT 1::,LPJ;M
FEB ti. 20~'.~ 9: 29 AM
ALARl"I HISTU,'/ HEPORT
-----3Ef-.J::;<:,, PLARM
L 5: :II STP
STP :,;LJ vJp
SENS•=•F! OUT 1::,LPl?M
APR fl, 2(1~•~ 9: 57 AM
FUEL hLARl'l
APR EL 2(1~•~ 9: 11 AM
E,ENS•=•F! OUT ,::,LPl?M
FEB C, 20~' ~ 9: 29 AM
ALARl''I HI E,TC•, V HEPO RT
-----3ENt,C•, PLARM
L 5: ::7 Al'Jt'J
Al·mu~.{;R SP/'.i(E
SENS•=·F! OUT i'LPl?M
APR fl, 2(1~'.~ 9:57 AM
FUEL hLARf'l
APR tl, 2(1~'. ~ '3: 04 AM
FUEL hLARf'l
APR ? , 2(1~'. ~ 1 D: 05 AM