ࡱ> r  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqstuvwxyz{|}~Root Entry Ff"Workbook i_VBA_PROJECT_CUR" fVBAf @`\plgsmith Ba= ThisWorkbook3د=CuX/ 8<@"1Arial1Arial1Arial1Arial1$Arial1 Arial1Arial1Arial1.Times New Roman1.Times New Roman1Symbol1( ZapfDingbats1.Times New Roman1Symbol1./Times New Roman1.Times New Roman1.Times New Roman1& Small Fonts1Arial1Arial1Arial1Arial1Arial1Arial1Arial1Symbol1( Arial Narrow1 Arial1Arial1( Arial Narrow1Arial1( Arial Narrow1( Arial Narrow1QTahoma1Tahoma1QTahoma1.Times New Roman1.Times New Roman1Symbol12Bookman Old Style1.Times New Roman1. Times New Roman1. Times New Roman1.Times New Roman1&x Small Fonts1Arial1.Times New Roman1/Arial1Arial1.Times New Roman1.Times New Roman1( Arial Narrow1Symbol1QTahoma1Arial1. 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A    AA   @     P    " #   P !P" @ @  P  @  P@  P  PP  + 1P   @  P @ @ @  1@ @  1@@     1@  1 @ @@7 @7  @ 7 7 @  @  P @  @  @ >  @ @ > )@ > ) > ) > )P > )@@ > )@ > %@ > )P @ >  1 @ >  @ @ > @ @ > !>  > !>  P @> P 1@ 1@ @  1P @  P  Q@ @  1Q@ @  P @  @@ 6 @@ 6 @@ 6 @ @ 6 6 @ 6 @@ 6  @ 6 !@ @ 6 @@ 6 @ 6 @ 6   ww@ @  ww@ @   @ @   @ @ @ 6 Q@ @ 6  @@ >  @ > 1 1@ @  1@  @ > @ >  Q@ >  ! @  Q!@ @  1  @@>  P @>  @@ >  @@ > 1!@   !@@ =  ! @ =  @ 6   6  @ 6   6   @ >   >   >   >  P >  P  ! @  !@  P! @ 1!@ @  1! @  51!@ @ 51Q!@ @  @@ >  @>  @@ " @  !@ @ >  !@@ >  "!@ @ >  "P >  "Q@ @ > 1!@@   "! @ >  "@ @ >  @  @ >  @   P   !@ >  !@@ >  @      P    @ >  P @  !@@ >  @  @@      P  PQ @  @>  Q@@ >   > )@ @ >  P @ >  @> 1@ 1@ @ 1@  1@ @  !@@ > !  @ >  P! @  @ >  > P > @@ > @ > @ > !@@  !@ @@ 6 @ 6 1@ 6 @ 6 !@@6 @ 6 @ 6 @@ 6 4@ 6 4@ 6 4 6  P @ @ 6  6 @=  @@   P @  !1  @@ >  @ >  @   @  @@ >  @ @  @  Q@@ >  Q@ >  Q@  Q@  Q @  @  P @  @@  @ %   !@@ >  !@ >  !@@ >  @@ =   @ =  1@@  1@  1P @  @ >   >  @ >  1 @  @@ >   @ >  @@ >   @ >  ! @ >  !@@ >  !@ >  ! @ >  @ > %@@  %@  %P @   @ 6   6  P 6  @@ >  @ >  @@ >  1@@ >  1@ >  @@>  @>  @@>  @  @  1@  1P @ 1@ 1 @ 1P @ %@@ > %@ > %@ > 78%@ 1%@ 7P% @ %@ 8 @  8  8P  1@ > @@ > @ >  @ > !@@ > !@ > ! @ > @@ 6 @ 6 @@ 6  @ 6 @@ > p@ > @ @@ 6 P @ 6 @@ > @ > @@ >   @ > @@ > @ > Q@@ 6 Q @ 6 Q@@ 6 PQ @ 6 @ > @@ > @ >  @ >@ >   @ !@  ! @  @ @ 6  6 1@ 1 @ @ >  >  > @@6 @6 @ >   1@ @@ 6 @ 6 1@ @@ > @ >  @ > @@ 6 @ 6 @  @   @ > @@ > @ >  @ > @ 6  6 @@6 p@6 @@ 6 @ 6 @@ 6 @ 6  @ 6 1@@ 1 @ 1@ 6 1P 6  > P > 1 1P @@6 @@ 6 @ 6  6 @ 6 @@ > @ > P @ > @@ 6 @ 6   @ 6   @@ >  @  @ !@@ 6 !@ 6 1@ 6 1  @ 6 !@  ! @ @ > 1P @ @@ > P @ > 1P @ 1@ 1@@ 1P @ 1@@ 1 @ @@ 6 @ 6 P @ 6  @ 6 @@6 P @6 @@6  @6 P @ 6 @@ 6  @ 6 @ P @ @ 6 P 6 @@6  @6 @@ 6 @ 6 @@ 6 P @ 6 !@@ 6 P! @ 6 !@@ 6 !@ 6 ! @ 6 @@ 6 @ 6 @@ 6  @ 6 P @ 6 !@@ 6 @@  @ @@ > P @ >  @@ >   @ >  @ >   >  P > @@ 6 @ 6  @ 6 @@ 6  @ 6 @@  @ P @ >   >  @ > @ >  > 1@@  1 @  1@@ 1 @ @@ >  @ > @ 6  6 @@ 6  @ 6 @@ 6 @@ >  @ > !@@ 6 !@ 6 ! @ 6 !@@ 6 ! @ 6 P 1P %@ 6 P% @ 6 %@@ 6 %@ 6 P @ 6  6  6 P 6 @ 6  6 P @ @   @ 1P @  @@ 6  @ 6 1!@@ 1! @ 1!@@ 1P! @ !@ !@ @@ > @ > Q@@ > Q@ > @@ > @ > !@@ > !  @ >  1"@@  1" @  1"@@  1"  @  @@ >  @ >  P @ >  !!@@ >  !!@ >  !P! @ > @  @    @   !@ =  ! @ = @ > 0@ 0 0P /@ > @@> p@>  @ = @ = P @ = @ =  @@  @  @@  1  @ @@  @    @  @@    !"@@ !"@ @  @   @  "@@>  " @>  "@>  "P @> 3@@ > 3@ >  "@@>  " @> " "  "Q@ " Q @ @@ @   @  @        "Q@  !@@  !@   ! @  %@@ > %@ > .x@ > .xP @ > p@ > pP @ > 0@@ 0@ 0P @  "@@ >  "P @ >  "@@  "@  !@@ >  !@ >  "@@>  "@>  "@>  "@@>  " @>  "@ >  " @ > )@@ 7 ) @ 7  " @  !@@ >  "@@ >  "P @ > 3@@ > 1P @ % >  1"@@ >  1"@ >  "@ >  1" @ >  " @ >  1"@  1"P @  1"@ @  1"Q@ @  1"@ @  1"Q@ @  1"@ @ "!@@ > " ! @ >  !@@>  !@> "@ "   "@  "  +"@@ >  "@ >   " @ > &"@@ > & " @ > " @ "  "@ %"@@ > % " @ > &"@@ > @@ = @ = &@@ > &@ > &@@ > & @ >  "@@  "  @  "@@ > &P @ > "@@ > "  @ >  P U@@ > U@ > U@ > PU @ > &@@7 &@7 &  @7 &" @ 7 &" 7 &" 7 &" @ > &" > " "@ "@@ "  @ "!@@ " ! @ & >  @ > " "@ "  ("@ ("  & @ > &! @ > &"@ > "@@ "  @ "@ "!@ "!@ @ "!!@ @ )"@@ > )"@ > ) " @ > "@@ > "  @ >  "@@ >  P" @ > " @  "  " @  " @  "   " @   "   1"@  1" &  @ > !@@ > p@ >  " @ =  " = " @ = " = "!@ @ = "Q!@ @ = !@@ >  ! @ >  1"@ @ "!@ @ = !@@ > !@ > !@ > -"!@@ = -" ! @ = %!@@ > %!@ > %P! @ > "@@ > "!@@ !@ P! @  @@ >  !@@ >  !@ >  #@>  1@@ @  1"@  1"  @ > pP @ >  @@ 7   @ 7   no dec83ffff̙3f3f3f3f333\`p Cert Form 6CH0Site Verif Page 1 6CH&WSite Verif Page 2 For 4 OR 6CH FORMS;   ;-' Print_Area_MI;O`iz@s#3  @@  q/Owner:Facility Information 4WY  Yes NoFunctionChannelKe Primary Ke Interval SizeDisplay SequencekWh Delivered 5 Minutes kWh ReceivedVoltage Transformer InformationCurrent Transformer InformationBFN/A1 Instrument Transformer Correction Factors (FCF) Full Load @ Unity:Full Load @ 50% Power Factor:Light Load @ Unity: TransformerLineTotal% Watt Fe Loss:% VAR Fe Loss:% Watt Cu Loss:% VAR Cu Loss:% Watt Total Loss:% VAR Total Loss:Remarks:Date:1Reviewed by ISO Meter Engineering Representative:California ISO 3WD AFCF- Site Verification Data Sheet Page 1 of 2#Metered Entity Facility InformationType of InspectionUnit:New Installation Meter Test ISO AuditStreet Address:Equipment Change Program Change Re-Test City and Zip:Customer Inquiry Witness Only OtherMeter InformationInstallation Information+Physical, Electrical, & Program Parameters! Type of Generation or Connection ThermalHydro SolarIntertieWindCo-Gen GeothermalOther Electrical Service InformationPOD kV: 4-Wire YPower Xfmr MVA:Hi kV:Lo kV:Generation Output:MWAux. Xfmr MVA:As-Found Meter SealsAs-Left Meter SealsTerminal Cover: Testswitch:Test Standard Information Meter Reads As-Found As-Left Make:Serial Number: Read DescriptionReadType:Kind:Std. Cal. Date:Next Cal. Date:#Recorder Ke's & Channel AssignmentsPri. KeInterval5 Min.)Meter Calibration Test Results and RecordAs-Found As-LeftMeter Wh/Pulse Meter PulsesMeter WatthoursStandard Watthours% Meter Registration(=) Final % Meter RegistrationWh Delivered FLWh Delivered PFWh Delivered LLWh Received FLWh Received PFWh Received LLMake:Model:Form:Type:3  3-Wire D Parent:  Child:  Page 2 of 2DMeter and Instrument Transformers Physical and Electrical Parameters4Voltage & Current Magnitudes and Phase Displacements%Manual Phase Arrangement Verification RotationVectorsVolts Phase AngleAmperes#Meter Connections Rotation DiagramsFM 5S 3W Delta FM 9S 4W Wye Name Plate Manufacturer Manufacturer Serial Number Serial Number TypeType RatioRatio Nominal Volts Nominal Volts BIL Rating Factor Burden Rating Burden Rating Actual Burden Actual Burden Visually VerifiedVisually Verified6Instrument Transformers Final Correction Factors (FCF)NTransformer and/or Line Loss Compensation at 120V, 5A, Single Phase Meter TestTotals%VAR Fe%VAR CuTotal Watt CompensationTotal VAR Compensation % W Fe+Cu % VAR Fe+Cu2Equipment Security and Communications Verification: Verified Meter and Related Components Are Sealed ,Telemetry and Metering Share The Same Router ISO MDAS Polled This Meter'Inspector Information and Final Remarks Passed Inspection Criteria:0Enter remarks when leaving this button uncheckedDate of Inspection:Inspector Badge No.: ISO STAMP Inspected by: Signature:By the above signature, I certify that I have never worked on or serviced in any capacity prior to becoming an ISO Approved Meter pInspector this revenue meter and associated facility which I have inspected, certified, tested or audited today.Af '&Bf'Cf'CBA*+ABC*,  Remarks:)"Reviewed by (Inspector Supervisor) )!Reviewed by (ISO): )Display Mult.:  Test-setISO DEVICE ID: 1. kWh Delivered 4. kWh ReceivedTransformer Loss: Line Loss: Other:  Pulses:   Currents: ISO Device ID:Internal Mult.:WPower Transformer and Radial Line Loss Compensation Values ( at Full Load Meter rating)( IP Address/Router/Port or Phone Number:' %Watt Fe: %Watt Cu:N/A WattsN/A VARs N/A Power Factor: N/A Full Load: N/A Light Load: Compensated:  Site Name: Metered Unit Name: See Printout: "Verified Transfer Relay Operation:! VARh Del. PF VARh Rec. PFSequence(X) Standard Correction!(X) Instrument Xformer CorrectionEnergy Flow Direction :1Phase Voltage Indicator :1 kWh Received :1VT Nameplate DataCT Nameplate DataD/T kW Delivered :1kWh Delivered : 1Demand kW Delivered :1D/T kW Received :1 Demand kW Received :1Meter Date/Time (D/T) :1Serial Number: 1Accuracy Class:Aux. kV:Site: kVARh Del. (Q1) :1 kVARh Rec. (Q2) :1 kVARh Del. (Q3) :1 kVARh Rec. (Q4) :1kVARh Delivered (Q1)kVARh Received (Q3)kVARh Delivered (Q2)kVARh Received (Q4)N/A Losses:GISO Metered Entity Metering Certification Form (6 Channel Applications)PPage 1 of 2 for Site Verification, Six-Channel Applications % Meter Reg EntryRPage 2 of 2 for Site Verification, Four or Six-Channel, Four-Quadrant Applications 2. kVARh Delivered (Q1) 3. kVARh Received (Q3) 5. kVARh Delivered (Q2) 6. kVARh Received (Q4) Rev 08/16/04DDoes Meter Accept External Inputs for Totalization/Netting Purposes?ISO METERING CERTIFICATION FORMN/A Losses:"Instrument Transformer InformationProfiled Quantity=Load / Generation Profile, Interval Data Recorder InformationEffective Date Site Name:Address:ISO Resource ID:Site Contact's Name:ISO Inspection Co.:Point of Delivery MW:Generator/Load MVA:!Inspection / Visit / Update Date: Rated PF:Gen/Load Designation:Standby Provider:Drawing Number(s):Contact's Phone No.:Insp. Co. Phone No.:Meter Program By:Auxiliary Load (MW):Retail Load (MW):Meter Manufacturer:Display Constant:Internal Constant:VTR*CTR:Program ID Number:Router Manufacturer:Polling Address/Port: Router Type:Modem Phone Number:Comm Line Speed: Baud Rate:Form: Manufacturer: Ratio (VTR):Voltage Class: BIL Rating:Burden Rating:Connected Burden: Ratio (CTR):Rating Factor:Form Completed By: Reviewed by Inspector:Company:!Certified ISO Inspector Seal No.: Rev 08/17/042ISO-MDAS MV-90 Setup & Meter Polling Completed By:3ISO Revenue Metering And Communications InformationCover Snap-Ring: CT Ratio:Provides Analog Outputs:!Verified Meter Totalizing Scheme: This Meter Totalizes: Standalone: VT Sec. Volts:  VT Ratio:2T U\UCVVoWXVXYuYZhZZN[?\\]2^ ^ _ `t Ra b QccHdBef[ghYvijDkkPl+mmn @  q1s/5#  dMbP?_*+%&?'(?)M\\CSIFIPS01\csifiprn50W odXLetterPRIV''''#"dXX?cU} I } $ q @0    @ @ @ @ @ @ @ @   @ @ @ @ @ ,@  ,@ @ @ @ @ @     @ @ @ @ @ *++00 ,,-./ 1222222223     ''( ')    '(    %%& #$    ^ D K   J  l  !   "  ! $  &        K  R U    C ̨ --D D AD D B  X  K       l       k                 ~ U?B  - 1'LALD B   ~ @ m ~ U@B  -   ~ @ m ~ U@B  -   ~  @ m ~ U@B  -  ~ $@ m ~ U@B  -,   ~ @ m ~ @ -  ~ "@    %  &    %   &    UGGG UGGn XGGG XGGn GGG GGn D| l@**@@@@@@hl*TTVTL*|*@@@ @! @" @# @$ @%  & @' @ ( @) @* @+ @,  - @. @/ @0 1@2@34 5789:;<=>?  GGG  GGn !!GGG !!GGn ""GGG ""HGn ##GGG ##GGn $$GGG $$GGn % %% & && ' ' ' ' ' ' (( )) ) ) )U )) ) ) )  * *=* -'D*AD*D*B * *=*  -*'D*AD*D*B + +=+ -* 'D+AD+D+B + +=+  -+'D+AD+D+B ,,=,\ -,'D+AD*D+B=, -,'D+AD*D+BE,\ -+ /D,D,A%,,B ,,=,G -,'D+AD*D+B=, -, 'D+AD*D+BC, G -,-D,D,AD,D,B - - . / 0 1  1 1" 1 1!1 2! 2 2# 2B 2!2 o 3%3 3!3 4"4 4!4 5@# 55 5p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l2222222222222222222222222222222`abcdefghijklmnop.`00000000000000000000.a00000000000000000000.b00000000000000000000.c00000000000000000000.d00000000000000000000.e00000000000000000000.f00000000000000000000.g00000000000000000000.h00000000000000000000.i00000000000000000000.j00000000000000000000.k00000000000000000000.l00000000000000000000.m00000000000000000000.n00000000000000000000.o00000000000000000000.p00000000000000000000&@2222222222222222 "(  x  6XPP?  ]4@ g+JOavwTQ M<NEnter name of device(s) being metered; like "Generator 1 Main" or "Pumps 1-5"<"yMs~~  <` XPP?  ]4@` in-oEm3! ><?Enter name of local UDC provider; else, enter "Self Provided" <"'>s~~  < XPP?  7+]4@ ]l \]M7V!w ~<Enter the "Multiply By" or display multiplier constant used to obtain actual energy and demand quantities from displayed reads<"Z~ s ~~  <( XPP?  ]4@(p xU5KKq ;<<Enter the product of Voltage and Current transformer ratios<" ;T~~  < XPP?  ]4@ :KIA a<bEnter ANSI Form designation printed on meter face; typically 5s (3-wire Delta) or 9s (4-wire Wye)<6#a4t ~~  < XPP? !']4@ @;O{7UX <Enter VT nameplate (0.15, 0.3, 0.6, or 1.2) ANSI Accuracy Class. Note that VTs with Accuracy Class higher than 0.3 require certified tests and correction factors (FCF) entered in the section below. <"~~  <T XPP? ! ']4@T M^NjƼW <Enter CT nameplate (0.15, 0.3, 0.6, or 1.2) ANSI Accuracy Class. Note that CTs with Accuracy Class higher than 0.3 require certified tests and correction factors (FCF) entered in the section below. <"~~   < XPP? (-+]4 @\ =0ThhIVnn\ <Enter transformer and/or line losses from calculation sheet(s). Fill in the four boxes with either a % value, a zero, or leave all four boxes blank and check the N/A box in this cell <"Y~~   < XPP? (d -]4 @L frd=%Ls4 <Enter transformer and/or line losses from calculation sheet(s). Fill in the four boxes with either a % value, a zero, or leave all four boxes blank and check the N/A box above<">   Hx))@A@?#]6 x  "#   H))@A@?]6   "#~~  <8 XPP?   0]4@8 af<4UAmD4 <Either place a checkmark on the first column for a standard display sequence or enter a different sequence and place a checkmark on the second column<"  H))@A@?+]6   "#  H))@A@? +]6   "#xx  6TXPP? ]4@T [Wu)Op_ғX k<lThese calculated fields are the product of the recorder's constant (Ke) times the meter's Display Constant <"k~~  < XPP?  d]4@( MnxsI8s <Calculate the recorder's constant (Ke) for each assigned channel and enter them in round numbers; like 0.0002 or 0.0003 instead of 0.000225<",!4  H))@A@?%b']6   "#  Hp))@A@?(r*+]6 p(  "#~~  < XPP? b!]4@( \`bE{D]U| <When complete serial numbers do not fit here, enter a matched prefix set of numbers in the Remarks Section and enter the last four digits of each serial number here <"20.~~  <8 XPP?  3!9]4@8( {LpO <When complete serial numbers do not fit here, enter a matched prefix set of numbers in the Remarks Section and enter the last four digits of each serial number here <"d ~~  < XPP? #(G]4@x vpWO%H. <Measure and enter the amount of burden connected to each VT. Burden may be calculated when revenue meters, on a single circuit, are the only connected burden.<"xx  6XPP? "'+]4@h &~!AAx#X d<eEnter the highest burden supported at ANSI 0.3 rating. W, X, M, Y, Z, and ZZ are acceptable entries.<"ad2odxx  6dXPP? "]4@d j-tKo҈X g<hEnter the VT's connected ratio (N:1). List available ratios in the Remarks Section for multi-ratio VTs.<"goxx  6XPP?  "]4@P F[=3w6X m<nEnter the CT's connected ratio. Include a list of available ratios in the Remarks Section for multi-ratio CTs<"m~~  <, XPP? # #'d]4@,  B}L  r<sEnter the CT's highest burden rating at ANSI 0.3 Accuracy Class. The highest connected burden allowed is 1.8 Ohms.<"3r~~  < XPP? $U)U]4@ =!o8IKVu <Measure and enter the amount of burden connected to each CT. Burden may be calculated when revenue meters, on a single circuit, are the only connected burden. Uppercase "W" is Ohms symbol.<"d ~~  < XPP? " &]4@p  $ kK'bd  \<]Enter the CT's Thermal Rating Factor (TRF) at 30C. Enter 1.0 if the CT's TRF is unavailable.<"\mef  HP))@A@?/  (]6 P  "#   H))@A@? O ' (]6   "# ! H))@A@?z(S*+]6 !  "#~~ " <l XPP? r]4"@l _!EyaY$ <Effective date to connect to the grig to either backfeed or start parallel generation as stated in PGA or similar contract between ISO Metered Entity and ISO <""jcejatjcejatjcejat jcejat jcejatjcejatjcejatjcejatjcejatjcejatjcejatjcejatjcejat"jcejat"jcejat#jcejat#jcejat$jcejat$jcejat%jcejat) jcejat) jcejat>@444~                        !!!!""""####$$$$%%%%&&''''''(( ))))****.. ++++,,,,// 00 111111  5522222233443344-- 7 @ <WV  dMbP?_*+%;&?'(?)?M\\CSIFIPS01\csifiprn50W odXLetterPRIV''''#"dXXcU} } I} $ <;@ @0h@;@;@;@ h@;@;@ ;@ ;@ ;@ ;@ ;@;@;@;@;@ h@;@;@;@ ;@;@;@;@;@;@;@;@;@;@ hAAA ( ~~~~~~~~~~~~} '  ("~~~~~~~~~~~~} ) *. ~~~~~~~~~~~~}  +  ,    -   ."~~~~~~~~~~~~} 5/6AAAAAS 0    1   j2"~~~~~~~~~~~~} 839TTTTTU 4    5   6"~~~~~~~~~~~~} 7 8. ~~~~~~~~~~~~} W9XXXXXXX :. XXXXXX~~~~~~~~~~~~} o AA p AA qP ;   ;<   ;=  ;>"~~~~~~~~~~~~} r AA 4 4YYY ?  @  A  B" ~~~~~~~~~~~~} 5. 6YZ H( IYY C. ~~~~~~~~~~~~} ?- @AV H `~ A@ A D ab s t  }E" ~~~~~~~~~~~~~} D Elm F) 66G vF w G Q H" R~~~~~} 5 6 6 F6 6 6 tI uS J ;K& <~~~~~} O,I NuN RvR Nn oL  ppq  M& pp~~~~~} 5+ 66 P@ PQ r'  s  '& s~~~~~} 5*66667LM dN  ecc  N& ec~~~~~~~~~~~~} 89999:NO ^O  _ff  O& _f~~~~~~~~~~~~} Phhhhhh gQ hi  R    S$~~~~~~~~~~~~} T  jU k [V \]  _  W   _ W"~~~~~~~~~~~~} X lm Y Z  x0yz{|~~~~~~~~~~~~} [  \  x0yz{|{~~~~~~~~~~~~} ] x0yzij~~~~~~~~~~~~}    ^ _ x0yz{|{~~~~~~~~~~~~} b -b1'LAD LB `` x0yz{|{~~~~~~~~~~~~} c - a` x0yzij~~~~~~~~~~~~} c - `` x0yz{|{}}}}}}}}}}}}} kc - a` x0yz{|{}}}}}}}}}}}}} c -$ `` x0yz{|{}}}}}}}}}}}}} c - a` x0yz{|{}}}}}}}}}}}}}qrvwxty x0yz}}}}}}}}}}}}}qtu xyzDAlfffff||||fZ ;@ !h@"@#;@$;@%;@&;@';@(;@);@*;@+;@,;@ -;@.;@/;@0;@1;@2;@3;@4;@5;@6;@7;@8;@9;@:;@;;@ z s{wxt|   !a$!hhhhhhhhhhhhhh "b" "Tc "Td "e" "f" "g"  " "  " "  "h" #i #EE=# -#'D#AD#D#B#K# -#5D#D#dAD#D#dB# c# -MD#D#D# D#D# AD#D# D# B# $j $EE=$ -$'D$AD$D$B$K$+ -*5D$D$dAD$D$dB$ c$I -*MD$D$D$ D$D$ AD$D$ D$ B$ %k %EE% -%%1%*'LALLB%% -$%?%*5LLdALLdB% %$ -#%W%*MLLLLLALLLB% &l &EF&( -&%&&, -%%& &0 -%%& 'm 'EF'4 -'%''+8 -&%' 'I< -&%' (n (EE(@ -(%((D -'%( (H -'%( ) )EE)L -)%))P -(%) )-T -(%) * *EF*X -*%**\ -)%* *` -)%*&+=>B>B>B>B>B>BC&,JKLKLKLKLKLKLM -?# -  --$ -  - $#&. %%!!!!###$$$$#&/%%%%!!!!###$$$$#&0%%%%!!!!###$$$$#&1%%%%!!!!###$$$$#&2%%%%!!!!###$$$$#&3%%%%!!!!&&&$$$$#&4''''''(&5(((((((((((((('&6%%%%$$)))))***+%&7%%%%$$)))))***+%&8%%%%$$)))))$$$%%&9%%%%$$))))),,,%-&:%%%%$$)))))$$$%%&;%%%%$$))))),,,%-< L6AAz**b*************, S,(  ~  <B XPP?  =  U]4@B  t/Ы /<0Point of Delivery Line Voltage, expressed in kV<"/xx  6$CXPP?   =z]4@$C jo\*K>X 9<:Check button if meter totalizes pulses from another meter<"9#~~  <C XPP? n ]4@C  M]If> <Check button if this meter either receives and totalizes pulses from another meter or takes in currents from two sets of CTs per phase<"xx   6CXPP? n  ]4 @C!  v{Jbil7X L<MThis meter neither sends nor receives energy pulses to or from another meter<"uL@+@*xx   6PDXPP? 1 b]4 @PDX! ^ DyUVX B<CThis meter receives and processes energy pulses from another meter<"LB#xx   6DXPP?  ]4 @D@" wSw"K# _X ><?This meter sends energy pulses to another meter for processing<"3> @!~~   <E XPP?   1]4 @E" 6KBKnRփK /<0Check here if the meter performs both functions. That is, it receives energy pulses from a child meter for processing, and it sends pulses to another (parent) meter for additional processing. Insert a comment on page 2 of this document and identify input and output connections to and from this meter. <"/@@~~   <|E XPP? 1%]4 @|Ep# Op~XXЫ <Example: RM10-06<"Z~~  <E XPP? ]4@E`$ Pp~XXЫ -<.Examples: Radian, SC, Schlumberger, Transdata<"-ut~~  <DF XPP?  %]4@DF$ Rp~XXЫ <Enter date when standard will be due for its next calibration certification. This date shall be less than one year from the current date.<"~~  <F XPP? K U]4@F% Sp~XXЫ c<dKe is the secondary value of a recorded pulse (in kWh) for each channel assigned in the recorder. <"c~~  < G XPP?  1]4@ G% Tp~XXЫ 9<:This is the primary value (in kWh) of a recorder pulse. <"9ote~~  <pG XPP?  b]4@pG& Up~XXЫ M<NThis is the time assigned to the recorder to collect and store energy data. <"gM~~  <G XPP?  n1]4@G0' Vp~XXЫ o<pThis area is to contain the actual meter-displayed information, obtained visually from the meter's main display<" o~~  <8H XPP?  nI % ]4@8H ( Wp~XXЫ 4<5Includes all fossil and gas-fueled generation plants<"4.~~  <H XPP?  %U]4@Hp( Jy=FG <Enter the quotient obtained from dividing the CTRxVTR multiplier by the "Display Mult." For example, the internal multiplier is 9.6 for a meter with CTRxVTR of 96,000 and a "Display Mult." of 10,000. <"~~  <I XPP?  % b]4@I`) HM1[ <This value is in multiples of ten and selected during the Ke calculation process to obtain a display dial-over (100,000) of at least two months at maximum load or generation<"2mte~~  <dI XPP? 1]4@dI) }8D~[Ы -<.Enter the standard's Current Calibration date<"-  HI))@A@?n"UI#1]6 I*  "#  HJ))@A@?  ]6 J*  "#  HxJ))@A@?  ]6 xJ+  "#  HJ))@A@? b ]6 J,  "#  H0K))@A@? b ]6 0K-  "#  HK))@A@?  ]6 K.  "#   HK))@A@? ]6 K/  "# ! HDL))@A@?nI]6 !DL0  "# " HL))@A@?b ]6 "L1  "# # HL))@A@? b ]6 #L2  "# $ HXM))@A@? b ]6 $XM3  "# % HM))@A@? b ]6 %M4  "# & HN))@A@?nI ]6 &N5  "# ' HlN))@A@?nI]6 'lN6  "# ( HN))@A@?   ]6 (N7  "# ) H$O))@A@?   ]6 )$O8  "# * HO))@A@?   ]6 *O9  "# + HO))@A@?  ]6 +O:  "# , H8P))@A@?  ]6 ,8P;  "# - HP))@A@?  ]6 -P<  "# . HP))@A@?t ]6 .P=  "# / HLQ))@A@? ]6 /LQ>  "# 0 HQ))@A@? ]6 0Q?  "# 1 HR))@A@?  z ]6 1R@  "# 2 H`R))@A@?  z ]6 2`RA  "# 3 HR))@A@?  ]6 3RB  "# 4 HS))@A@?  ]6 4SC  "# 5 HtS))@A@? 1  ]6 5tSD  "# 6 HS))@A@? 1  ]6 6SE  "# 7 H,T))@A@? ]6 7,TF  "# 8 HT))@A@? ]6 8TG  "# 9 HT))@A@? 1  ]6 9TH  "#~~ : <HU XPP?   =]4:@HUI ܥ^Ы b<cGeneration Output is normally stated in MW. Check this box if Generation Output is stated in MVA.<"b ; HU))@A@?  ]6 ;UJ  "# < HV))@A@?   ]6 <V@K  "# = H\V))@A@?  ]6 =\V@L  "# > HV))@A@? ]6 >V@M  "# ? HW))@A@? ]6 ?W@N  "# @ HpW))@A@?n!I"]6 @pW@O  "#<~~ U <W XPP?  1n ]4U@W@P MbpH6<< T<UWritten as N:1, this ratio is obtained visually from VT or metering unit nameplates<"Ttis<~~ V <8X XPP?  %I I]4V@8X@Q L$oAHۧ<< <Enter measured A-Phase volts.<$<~~ e <X XPP?  ]4e@XQ  sG|kOb=< =<>Check button if meter currents originate from two sets of CTs<"'=<~~ m <Y XPP? n ]4m@YR $RA*<< I<JApproved manufacturers include ABB, Siemens, Schlumberger, and Trans-Data<"zI<~~ n <dY XPP? n  ]4n@dYR Y#iH 4L< M<NApproved models include ION, Mark V, MAXsys 2510, Quad4, Quad4+, and Quantum<"Mm<~~ o <Y XPP? % n]4o@YS U_ޣKSښ < @<AApproved types include 8400, 8500, 2510, Q4N-71, M5S9, and Q1000<"S@ncu<~~ p <,Z XPP? n 1 ]4p@,ZT 1L ?L< `<aANSI Form designations with one (1) stator less than the number of circuit wires is acceptable. <"`<~~ q <Z XPP?    ]4q@ZU 8)SBb< B<CWritten as N:5, this ratio is obtained visually from CT nameplates<"7Btis<~~ r <Z XPP? n I]4r@ZPU  xFO3< 5<6Check box if POD is different from the meter location<"5<xx s 6X[XPP? n  ]4s@X[@V g/94Mz]X< Z<[Check this box if meter is programmed to provide local generation or load level indication<"Z<~~ t <[ XPP?  ]4t@[V ZL*M춎wR< t<uCheck box if meter is required to subtract transformer losses from generation and/or add transformer losses to loads<"0t<~~ u < \ XPP?   =]4u@ \(W njJo< f<gCheck box if meter is required to subtract line losses from generation and/or add line losses to loads<"f<~~ v <\ XPP?  bU# ]4v@\X Ef+HfMD:< <Enter the number of watthours each meter-emmited light pulse represents. Typically, this value is 1.8 for 3-Stator meters and 1.2 for 2-Stator meters. <"<~~ w <\ XPP? 1 b"9]4w@\hX &SIA*§ԧi< A<BEnter the number of pulses emitted by the meter for each test run<">A<~~ x <L] XPP?  b "]4x@L]XY wBWxD!*;i< K<LObtain the number of watthours registered by the meter during each test run<"tKm<~~ y <] XPP?   b n"]4y@]Y eC`a< 3<4READ number of watthours registered by the standard<"31to<~~ z <^ XPP?  n b #]4z@^Z yoTKupɐ< 2<3ENTER meter percent registration for each test run<"2<~~ { <x^ XPP?  bI$]4{@x^Z vBf\"< <Test the meter to deliver a minimum of 1.8 Wh if it is 3-stator or 1.2 Wh if it is 2-stator and the standard delivers a minimum of 10,000 counts for each test run<"<~~ | <^ XPP? 1 #U]4|@^[ M#H L< <Enter test-set or standard's correction for specific test point. Example: Enter 1.00020 if standard error is -0.02; enter 0.99980 if standard error is +0.02 <"<~~ } <@_ XPP? 1 bF%=]4}@@_(\ DܯbI֢m$1< <Enter the total IT correction for the specific point being tested. Enter 1.00000 if ITs are ANSI 0.3 or better accuracy OR enter FCFs from Page 2 of this document<" <~~ ~ <_ X:?  z$(]4~@_] \2˿5A ڋ6j< C<DRead the overall final meter error in terms of % Meter registration<"=C/ <~~  <` XPP? ]]4@`h]  4}R$ND{{f< "<#This entry copies itself to Page 2<""@<~~  <l` XPP? nbz]4@l`X^ Q'G喾 < $<%This information copies to next page<"$<~~  <` XPP?  1 U]4@`^ xD5>f< 8<9Enter if it is part of the meter's main display sequence<"8<~~  <4a XPP?  nb]4@4a_ ;DJRvu< 8<9Enter if it is part of the meter's main display sequence<"8jcejapjcejapmJCejapnJCejappJCejap Jesus Cejao oJCeja  U Jesus Cejao q Jesus Cejao Vjceja   Jesus Cejao JCeja   Jesus Cejao sjceja  rjceja  tjceja  ujceja  : Jesus Cejao Jesus Cejao Jesus Cejao Jesus Cejao Jesus Cejao Jesus Cejaoe Jesus Cejao Jesus Cejao Jesus Cejao Jesus Cejao Jesus Cejaojceja  Jesus Cejao Jesus Cejaojceja  Jesus Cejao Jesus Cejao Jesus Cejao"{jceja "vjceja "wjceja "xjceja "yjceja "zjceja " |jceja " }jceja "~jceja >@<K  b -- -- ++++++ ++ ++ $$    %%&&''     ))(())&&(( )) (('' '' )) **  $$''%%**'' (( )) ** $$ %% && %% && $$ $$ %% && (( ** ** **$$%%&&''(())&&##''**(())  $$%%####   ## !!"""""" 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C g ]?@wXPB @ C g ]@xXPB A B C g bk]AdxXPB B B C g 7;]B$yx| h y} C C y}] C`yrrb y} D 3 y}] D`tz E  N @A@g Text 267o }]E{ <90<2  F  N̝ @A@g Text 270DY]F̝h{ <300<2  G  N @A@g Text 271*7]Gp| <150<2  H  ND @A@g Text 272_m]HD`} <120<2  I  N @A@g Text 273]IP~ <270<2  J  N @A@g Text 274y]J@ <180<2 < K  N @A@g Text 275}]K0< <0<2 < L  N4 @A@g Text 276]L4 < <210<2 < M  Np @A@g Text 277l-9]Mp< <30<2 < N  N @A@g Text 278IZ]g]N< <60<2 < O  N @A@g Text 279o]O< <330<2 < P  N$ @A@g Text 280]P$< <240<2 <rb ok Q 3 ok] Q`Ѕ<XPB R B C @g k]R@<jb2 S  s *@A@g ei]S@<^VB T S Z@g o]T@<td v&@ U 3  &] U`< V  B))@A@v&@]6 V( < "#< W  B,))@A@&?]6 W, < "#< X  Bt))@A@&@]6 Xt < "#< Y  B))@A@#&C@]6 Y| < "#< Z  B))@A@#&C?]6 Zt < "#< [  BL))@A@x&?]6 [Ll < "#< \ H))@A@?k e"]6 \d < "#< ^ H))@A@?+-]6 ^H < "#< _ B`))@A@(*9]6 _`H < "#< ` B))@A@(*9]6 `H < "#< a B))@A@)+3]6 a@ < "#< d Ht))@A@? }"]6 dt8 < "#< e HФ))@A@?  "]6 eФ0 < "#< g H,))@A@"$<]6 g,0 < "#< h H))@A@k" e$-]6 h0 < "#<~~ m < XPP?  er M r]4m@0 hyXȿ@`kf< <This illustration may be updated to reflect actual vector findings. It may also be left alone and a meter-generated set of vectors be printed and submitted.<"< n BH))@A@+]6 nH0 < "#<~~ o < XPP? e<]4o@ !,ȽAF9\< @<AEnter the ISO DEVICE ID: on Site Verification Data Sheet Page 1 <"7@<~~ p < XPP?  e]4p@x  )A x< Q<REnter the Site's Name on the previous page (Site Verification Data Sheet, Page 1)<"Q <~~ q <t XPP? eM+]4q@tș aDBCJ^Gku < G<HEnter Metered Unit Name on Site Verification Data Sheet, Page 1 (Unit:)<"XGHit<~~ r <ا XPP?  ei M ]4r@ا AD@VD3\< C<DEnter burden, followed by an uppercase "W" for the "Ohms" character<"QCs dojcejaopjcejao qjcejaomjcejaorjcejao>@000 ,,))** && &&             ,,&&%%                                #### !!   ## ######## %%%%$$$$$$ %% ''''''''$$%%&&$$$$%% %% %%$$ $$ '' 44 55 22 33 5500 ((++..  // .. ---- -- '' '' ''##  !! !!!!!!!! ))** 1111 11 ** 1100 ,, ,,       44551166 7 Sheet2 ThisWorkbookSheet1Sheet2%_VBA_PROJECT5   !"#$&'()*+,-./012346789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdfghijklmnoprtuvwxyz{}~+x,,#xME (SLSS<N0{00020819-0000-0000-C000-000000000046}8(%H xAttribute VB_Name = "ThisWorkbook" Bas0{00020P819-0C$0046} |GlobalSpacFalse dCreatablPredeclaIdTru BExposeTemplateDerivBustomizD2 DKx,%]#xME (SLSS<N0{00020820-0000-0000-C000-000000000046} @ %H@ "  " (op@o`X۰Attribute VB_Name = "She@et1" Bast0{00020820- C$0046} |Global!SpacFalse dCreatablPre declaIdTru BExposeTemplateDeriv$BustomizD2 P Sub CheckBox1_Click() End 28+x,2|#xME (SLSS<N0{00020820-0000-0000-C000-000000000046}8(%H xAttribute VB_Name = "She@et2" Bast0{00020820- C$0046} |Global!SpacFalse dCreatablPre declaIdTru BExposeTemplateDeriv$Bustom izD2 am  *\G{000204EF-0000-0000-C000-000000000046}#4.0#9#C:\PROGRA~1\COMMON~1\MICROS~1\VBA\VBA6\VBE6.DLL#Visual Basic For Applications *\G{00020813-0000-0000-C000-000000000046}#1.3#0#C:\Program Files\Microsoft Office\Office\EXCEL9.OLB#Microsoft Excel 9.0 Object Library*\G{00020430-0000-0000-C000-000000000046}#2.0#0#C:\WINNT\System32\stdole2.tlb#OLE Automation *\G{2DF8D04C-5BFA-101B-BDE5-00AA0044DE52}#2.1#0#C:\Program Files\Microsoft Office\Office\MSO9.DLL#Microsoft Office 9.0 Object Library*\G{0D452EE1-E08F-101A-852E-02608C4D0BB4}#2.0#0#C:\WINNT\System32\FM20.DLL#Microsoft Forms 2.0 Object Library*\G{6B14D972-9E82-4FE7-8F79-02E828B0439C}#2.0#0#C:\DOCUME~1\lgsmith\LOCALS~1\Temp\Excel8.0\MSForms.exd#Microsoft Forms 2.0 Object Library.E .`M   Q<Ax,ThisWorkbook0F427b4ef2ThisWorkbook,1 Sheet10G427b4ef2 Sheet1%]% Sheet20H427b4ef2 Sheet22|01P0f;N7v|jNI&#D ܢ0t&Excel+VBAWin16~Win32MacVBA6# VBAProjectstdole`OfficeuMSFormsC ThisWorkbook| _EvaluateSheet1CheckBox1_ClicklCheckBox28_ClicksWSheet2Workbookk Worksheetl 60* pHd VBAProject4@j = r Q<A J< rstdole>stdole f%\*\G{00020430-C 0046}#2.0#0#C:\WINNT\System32\c2.tldirePROJECTwmqSPROJECT sSummaryInformation( |b#OLE Automation^DOfficDO>fic5DD2DF8D04C-5BFA-101B -BDE5DAA5B42Dgram Files\Microso(ft 6\MSO9.DLL#  9.0 Ob Library#CMSForms>!SFr ms3D452EE1 -E08FXA-8-02608C4D0BB4NFM20& [L&/;!1elAl00}#:0l# 50 A6B14D972-9E82-4FE7-08F7968B 9C6DOCUME~1\lgsmith\LOCALSTemp\Excel8.0\U.exdc=".E .`(M A"x,¸ThisWorkbo okGT"h@sWnkbok 2 HB11BE,!,"B+BSheetT1G Se^t1 !t2 %` %] 2 2 2 2.2| Sheet1Sheet1Sheet2Sheet2ThisWorkbookThisWorkbookID="{7FAE53B8-C671-4347-9992-48FC08C05B32}" Document=Sheet1/&H00000000 Document=Sheet2/&H00000000 Document=ThisWorkbook/&H00000000 Name="VBAProject" HelpContextID="0" VersionCompatible32="393222000" CMG="0E0CC3A34767C56BC56BC56BC56B" DPB="888A455646564656" GC="0200CFB748B848B8B7" [Host Extender Info] &H00000001={3832D640-CF90-11CF-8E43-00A0C911005A};VBE;&H00000000 &H00000002={00020818-0000-0000-C000-000000000046};Excel8.0;&H00000000 [Workspace] Sheet1=0, 0, 0, 0, C Sheet2=0, 0, 0, 0, C ThisWorkbook=0, 0, 0, 0, C Oh+'0HP`p jcejaflgsmithMicrosoft Excel@b/k@~$&@6~DocumentSummaryInformation8DCompObjf՜.+,0 PXp x California ISO Cert Form 6CHSite Verif Page 1 6CHSite Verif Page 2 For 4 OR 6CH  Worksheets FMicrosoft Excel WorksheetBiff8Excel.Sheet.89q