Dry Type Distribution Trafo Task List

Key for task list group Task list description(GrC des)

PLNNR KTEXT

Key for task list group Task list description(GrC des)

TR-D-D INSPECTION OF TRAFO AS PER SMP _1D

TR-D-D INSPECTION OF TRAFO AS PER SMP _1W

TR-D-D INSPECTION OF TRAFO AS PER SMP _1M

A1

Author: Key for Task List Group : Key identifying a group. Use You can use groups, for instance, to identify two routings that have different production steps for one material. Procedure Enter the group to which you want to restrict the selection.

B1

Author: Task list description : Describes the routing. Dependencies This text is transferred to the first line of the long text for the task list. Character formats such as bold or italics are not supported in short texts. If you use special character formats in long texts, the system displays the corresponding control characters in the short text.

A3

Author: Key for Task List Group : Key identifying a group. Use You can use groups, for instance, to identify two routings that have different production steps for one material. Procedure Enter the group to which you want to restrict the selection.

B3

Author: Task list description : Describes the routing. Dependencies This text is transferred to the first line of the long text for the task list. Character formats such as bold or italics are not supported in short texts. If you use special character formats in long texts, the system displays the corresponding control characters in the short text.

TR-D-D MAINT OF TRAFO AS PER SMP _1 Y

Planning plant Main workctr

WERKS ARBPL VERWE ANLZU

Planning plant Main workctr

DEPT PLANT CODE DEPT WORK CENTER IEL 1



Task list usage

System Condition

Task list usage

System Condition

C1

Author: A maintenance planning plant is the organizational unit in which maintenance requirements are planned. These requirements can either come from your own plant or from another maintenance plant assigned to this maintenance planning plant. The planners within a maintenance planning plant are defined by maintenance planner groups. The units of capacity in Plant Maintenance are managed as maintenance work centers in the PM system. The maintenance work centers are usually assigned to the maintenance planning plant. However, you can also use maintenance work centers from other plants to perform maintenance tasks.

D1

Author: Main Work Center : Work center that is in overall charge; when a maintenance task is performed. Key which uniquely identifies the main work center for this technical object. If the current technical object is being used as a reference object in a maintenance order, this work center will be proposed as the main work center in the order during internal processing.

E1

Author: Task list usage : Key specifying the areas in which the task list can be used (for example, in production or plant maintenance). Do not confuse the task list usage with the usage of a PRT or a work center. In these cases, the usage describes the task list types in which the PRT or work center can be used.

F1

Author: Overall condition of technical system : Key for the sytem condition of an operational system Procedure Specify the different system conditions with the aid of the customizing tool. Example The system condition assigned to an operation determines, for example, whether the system must be 1- in operation 0- not in operation during execution.

C3

Author: A maintenance planning plant is the organizational unit in which maintenance requirements are planned. These requirements can either come from your own plant or from another maintenance plant assigned to this maintenance planning plant. The planners within a maintenance planning plant are defined by maintenance planner groups. The units of capacity in Plant Maintenance are managed as maintenance work centers in the PM system. The maintenance work centers are usually assigned to the maintenance planning plant. However, you can also use maintenance work centers from other plants to perform maintenance tasks.

D3

Author: Main Work Center : Work center that is in overall charge; when a maintenance task is performed. Key which uniquely identifies the main work center for this technical object. If the current technical object is being used as a reference object in a maintenance order, this work center will be proposed as the main work center in the order during internal processing.

E3

Author: Task list usage : Key specifying the areas in which the task list can be used (for example, in production or plant maintenance). Do not confuse the task list usage with the usage of a PRT or a work center. In these cases, the usage describes the task list types in which the PRT or work center can be used.

F3

Author: Overall condition of technical system : Key for the sytem condition of an operational system Procedure Specify the different system conditions with the aid of the customizing tool. Example The system condition assigned to an operation determines, for example, whether the system must be 1- in operation 0- not in operation during execution.

DEPT PLANT CODE CEMMNT PM 0

CEMSNT

VAGRP STRAT VORNR UVORN

DEPT PLANNER CODE Z1 0010 PM01

0010 PM01 10

0010 PM01 20


0010 PM01 10

0010 PM01 20


Responsible planner group/department

Maintenance strategy

Operation/activity number

Control Key

Sub-operation

STEUS

Responsible planner group/department

Maintenance strategy

Operation/activity number

Control Key

Sub-operation

G1

Author: Responsible planner group/department : Key which identifies the planner group responsible for maintaining the task list. Dependencies When you enter the planner group, also enter the plant for whose routings the planner group is responsible.

H1

Author: Maintenance Strategy : Rule for the sequence of planned maintenance and inspection tasks. A maintenance strategy contains the maintenance packages that define the cycle in which the individual tasks should be performed (for example, every two months, every 5,000 km, every 500 operating hours). It also contains additional scheduling parameters such as shift factor, preliminary and follow-up buffers, and hierarchy. Maintenance strategies are obligatory in strategy plans. Single cycle plans do not use maintenance strategies, but instead have only one maintenance cycle.

I1

Author: Operation Number : Determines the order in which the operations of a sequence are carried out.

J1

Author: Control Key : Indicated the agengy who will be doing the task operation. Eg. PM01 - Internal Labor PM03 - External Services (Contractor) PM05 - Internal Services (Shared Services)

K1

Author: Suboperation : Determines in which order the sub-operations of an operation are listed.

G3

Author: Responsible planner group/department : Key which identifies the planner group responsible for maintaining the task list. Dependencies When you enter the planner group, also enter the plant for whose routings the planner group is responsible.

H3

Author: Maintenance Strategy : Rule for the sequence of planned maintenance and inspection tasks. A maintenance strategy contains the maintenance packages that define the cycle in which the individual tasks should be performed (for example, every two months, every 5,000 km, every 500 operating hours). It also contains additional scheduling parameters such as shift factor, preliminary and follow-up buffers, and hierarchy. Maintenance strategies are obligatory in strategy plans. Single cycle plans do not use maintenance strategies, but instead have only one maintenance cycle.

I3

Author: Operation Number : Determines the order in which the operations of a sequence are carried out.

J3

Author: Control Key : Indicated the agengy who will be doing the task operation. Eg. PM01 - Internal Labor PM03 - External Services (Contractor) PM05 - Internal Services (Shared Services)

K3

Author: Suboperation : Determines in which order the sub-operations of an operation are listed.

0010 PM01 10

0010 PM01 20

0010 PM01 30


0010 PM05 10

0010 PM05 20

0010 PM05 30

0010 PM05 40

0010 PM05 50

0010 PM05 60

0010 PM05 70

0010 PM05 80

0010 PM05 90

0010 PM05 100

0010 PM05 110

0020 PM05 10

Operation / Sub operation description

LTXA1 DAUNO

Operation / Sub operation description

INSPECTION OF TRAFO AS PER SMP _1D 2 1 1D

Check Transformer Loading

Check Winding temperature (RTD)

INSPECTION OF TRAFO AS PER SMP _1W 2 1 1W

Marshalling Box

Earth Pit

INSPECTION OF TRAFO AS PER SMP _1M 2 1 1M

Work involved in the activity

Number of capacities required

Normal duration of the activity

Maintenance Package

(Frequency)

ARBEI

ANZZL

KTEXTZYK01Work

involved in the activity

Number of capacities required

Normal duration of the activity

Maintenance Package

(Frequency)

L1

Author: Operation short text : Describes the operation or sub-operation. Dependencies This text is copied into the first line of the long text for the operation or sub-operation. Character formats such as bold or italics are not supported in short texts. If you use special character formats in long texts, the system displays the corresponding control characters in the short text.

M1

Author: Work involved in the activity : Amount of work involved in performing the activity. Example Activity 1: Assembly of an object Amount of work: 8 hours Activity duration: 4 hours Number : 2 (people) The work is larger than the duration, since the activity is carried out by two employees. Activity 2: Painting an object Amount of work: 4 hours Activity duration: 6 hours The work is less than the duration, since the paint has to dry before the object can be processed further.

N1

Author: Number of capacities required : Number of the capacities required of the capacity category to carry out the operation.

O1

Author: Normal duration of the activity : The normal duration required to carry out the activity.

P1

Author: Scheduling by calendar-Daily, Weekly, Monthly Performance based- Hrs,Km,Volume , Size

L3

Author: Operation short text : Describes the operation or sub-operation. Dependencies This text is copied into the first line of the long text for the operation or sub-operation. Character formats such as bold or italics are not supported in short texts. If you use special character formats in long texts, the system displays the corresponding control characters in the short text.

M3

Author: Work involved in the activity : Amount of work involved in performing the activity. Example Activity 1: Assembly of an object Amount of work: 8 hours Activity duration: 4 hours Number : 2 (people) The work is larger than the duration, since the activity is carried out by two employees. Activity 2: Painting an object Amount of work: 4 hours Activity duration: 6 hours The work is less than the duration, since the paint has to dry before the object can be processed further.

N3

Author: Number of capacities required : Number of the capacities required of the capacity category to carry out the operation.

O3

Author: Normal duration of the activity : The normal duration required to carry out the activity.

P3

Author: Scheduling by calendar-Daily, Weekly, Monthly Performance based- Hrs,Km,Volume , Size

Earthing and Earth Connection

Transformer doors

Bus Duct(If present)

MAINT OF TRAFO AS PER SMP _1 Y 8 3D 1Y

Main Marshalling Box

Power Cable Box ,Bushing & Sup insulator

Tightness of Neutral & Body earthing Conn

Measurement of wdg IR value

Measurement of PI value

Measurement of HV & LV winding resist.

Operation of Cooling System(If equipped)

Winding Temperature RTD

Check tightness of Tap changer connection

Panel space heaters

Protection & control checks for Trafo

Power & Control cables

[Cable maintenance has to be carried out by Specialised Team for Cables]

Tag column

Text editor text line

TXPARGRAPH TXLINE

Tag columnText editor text line

01 A.SAFETY INSTRUCTION02 A1.INFORM OPERATION BEFORE GOING TO THE RESPECTIVE TRAFO03 A2.USE PPE & ELECTRICAL STANDARD HAND GLOVES AS PER SMP 04 DOC No. KPO/EM/CM/SMP/DRY TRAFO/R0005 B.TOOLS AND TACKLES 06 B1.KEEP TORCH.07 B2.KEEP NOTE BOOK.

01 (A)How to check02 current reading from MFM/SAS/Ammeter/Relay

03 (B)Inspection Criterion

04 loading <100 %

01 (A)How to check02 visual on MB & RTCC(if provided)03 (B)Inspection Criterion0405 Temperature at variation between phase should have max 5%

01 A.SAFETY INSTRUCTION02 A1.INFORM OPERATION BEFORE GOING TO THE RESPECTIVE TRAFO03 A2.USE PPE & ELECTRICAL STANDARD HAND GLOVES AS PER SMP 04 DOC No. KPO/EM/CM/SMP/DRY TRAFO/R0005 B.TOOLS AND TACKLES 06 B1.KEEP TORCH.07 B2.KEEP NOTE BOOK.

01 (A)How to check02 Visual inspection03 (B)Inspection Criterion04 No dust deposition

01 (A)How to check02 Visual inspection of Earth pit03 (B)Inspection Criterion04 Earth pit chamber & electrode should be in good condition

01 A.SAFETY INSTRUCTION

Observe that the temp. is < 85 ° C.

Q1

Author: Tag column : The tag column contains format keys which define the output formatting of the text or initiate control commands. A format key defines the beginning of a new paragraph and its formatting. All text lines directly after it which have blanks in this field belong to this paragraph. These lines are handled as continuous text lines and are always formatted by the SAPscript editor so that as many words as possible fit into an editor line. Blanks between words are taken into account. The editor formatting is not the same as the output formatting.

R1

Author: Text editor text line : The text area in the SAPscript text editor begins at the ruler. You can enter your text in the subsequent lines which are ready for input.

Q3

Author: Tag column : The tag column contains format keys which define the output formatting of the text or initiate control commands. A format key defines the beginning of a new paragraph and its formatting. All text lines directly after it which have blanks in this field belong to this paragraph. These lines are handled as continuous text lines and are always formatted by the SAPscript editor so that as many words as possible fit into an editor line. Blanks between words are taken into account. The editor formatting is not the same as the output formatting.

R3

Author: Text editor text line : The text area in the SAPscript text editor begins at the ruler. You can enter your text in the subsequent lines which are ready for input.

02 A1.INFORM OPERATION BEFORE GOING TO THE RESPECTIVE TRAFO03 A2.USE PPE & ELECTRICAL STANDARD HAND GLOVES AS PER SMP 04 DOC No. KPO/EM/CM/SMP/DRY TRAFO/R0005 B.TOOLS AND TACKLES 06 B1.KEEP TORCH.07 B2.KEEP NOTE BOOK.

01 (A)How to check02 Visual inspection 03 (B)Inspection Criterion04 2 Point earthing of Body and neutral(If Visible) has to be ensured.05 Earthing flat should be rigidly connected to the Earth Pit.06 (C) Action (if out of criterion)07 If earthing link at body or earth or Earth Grid is broken08 plan or eary shutdown to repair and reconnect.

01 (A)How to check02 visual 03 (B)Inspection Criterion04 Transformer Doors should be locked05 (C) Action (if out of criterion)06 If door is open , while transformer is energised07 plan for early shutdown to close and lock the door08 Check door lock limit switch & protections system for healthyness

01 (A)How to check02 visual03 (B)Inspection Criterion04 CHECK BUS DUCT SILICA GEL COLOUR, SHOULD BE BLUE05 Space Heaters are in healthy condition06 (C) Action (if out of criterion)07 Plan for early shutdown to attend

01 A.SAFETY INSTRUCTION02 A1.TAKE SHUTDOWN03 A2.INFORM OPERATION BEFORE GOING TO THE RESPECTIVE TRAFO04 A3.USE PPE & ELECTRICAL STANDARD HAND GLOVES AS PER SMP 05 DOC No. KPO/EM/CM/SMP/DRY TYPE TRAFO/R0006 B.TOOLS AND TACKLES 07 B1.KEEP TORCH.08 B2.KEEP NOTE BOOK.09 C.FOLLOW POSITIVE ISOLATION PROCEDURE

01 (A)How to check02 Visual inspection of contacts for wear and sparks03 Check for tightness of control wire04 Earthing check for Main Marshalling Box 05 (B)Maintenance method.

06 No spark or wear is observed in Marshalling boxes07 No loose connection08 double earthing of cable box and check rigid connection to Earthing Grid09 No moisture ingress10 (C) Action (if out of criterion)11 If spark observed, cleaned it properly & check connection for tightness12 Cover with Aluminium Tape / Puff Seal, Place Silica gel packets.

01 (A)How to check02 Visual inspection of contacts for wear and sparks 03 Temp sticker colour04 (B)Maintenance method.05 No discoulour , discharge marks or insulation deterioration06 No Cracks on insulator or bushings & should be glossy in appearance07 No change in colour of temperature sticker08 (C) Action 09 if required replace the insulator or bushing10 Clean the insulator & bushing11 Check the tightness of Bushing clamps & support insulator

01 (A)How to check02 Tools03 (B)Maintenance criteria04 Tightness 05 (C) Action 06 Earthing conn tightness to be done by torque wrench with required torque

01 (A)How to check02 Check the value by meggar(5KV) for HV winding03 Check the IR value by meggar(500 V) for LV winding04 (B)Maintenance Criterion05 IR > Rated Voltage KV + 1 Mega Ohm06 (C) Action (if out of criterion)07 Stop conditions for moisture entry 08 If IR values are less , Refer PI Value

01 (A)How to check02 Check the PI value by meggar(5KV) for HV winding03 Check the PI value by meggar(500 V) for LV winding04 (B)Maintenance Criterion05 PI Value should be > 2 for new Transformer HV winding06 PI Value should be > 2 for new Transformer LV winding07 PI Value should be > 1.3 for Transformer more than 10 Yrs in service08 (C) Action (if out of criterion)09 Stop conditions for moisture entry 10 Major deviation [>50%] in trend of PI value based on past . 11 Corrective action to be taken

01 (A)How to check02 Winding resistance test kit03 (B)Maintenance Criterion04 The variation in resistance between consecutive tap shall be consistent.05 The variation in winding resistance between phases ≤ 5%06 (C) Action07 If resistance value exceed the limit further investigation to be made

01 (A)How to check02 Manual03 (B)Maintenance Criterion04 Operatonal , actuation as per setting05 (C) Action (if out of criterion)06 As per control circuit & settings

01 (A)How to check02 Visual check the temperature in all channels03 Resistance Measurement of RTDs04 (B)Maintenance Criterion05 Equal in all channels and as per ambient temperature and Heat content06 RTD Cable at TB are tight07 (C) Action (if out of criterion)08 Check RTD Connection , RTD Resistance values09 Check & change the scanner channels if required10 Replace the RTD or Temp scanner if required

01 (A)How to check02 Tools03 (B)Maintenance Criterion04 Tightness 05 (C) Action (if out of criterion)06 Tightness to be done by torque wrench with required torque

01 (A)How to check02 Manual03 (B)Maintenance Criterion04 Operatonal05 (C) Action (if out of criterion)06 Check connection of thermostat07 If required replace the heater ot thermostat

01 (A)How to check02 CHECK FOR WTI , Door interlok PROTECTION03 Manual Actuation of the operation of protections as per set parameters04 (B)Maintenance Criterion05 Tripping & alarm signal to corresponding protection relay06 No change in approved protection settings of transformer07 (C) Action (if out of criterion)

08 Correct the protection setting as per setting approved 09 Change WTI, RTD if required

01 (A)How to check02 Visual inspection for heating/physical damage03 tightness of HT cable termination04 tightness of control cable termination05 (B)Maintenance criteria06 No discoloration of cable & termination07 Tightness of power & control cable 08 IR value > Rated Voltage KV + 1 Mega Ohm09 (C) Action 10 If found loose, tightness to be done by torque wrench 11 Repair/Replace the cable / cable terminationation if required

entrylist no Maintenance Plan Category MOT

MAINTPLAN_CAT MAINTPLAN_DES

E001 PM SMSE-1D-INSP-BOF-LCSS-3-TRASFORMER-1E002 PM SMSE-1W-INSP-BOF-LCSS-3-TRASFORMER-1E003 PM SMSE-1M-INSP-BOF-LCSS-3-TRASFORMER-1E004 PM SMSE-1Y-MAINT-BOF-LCSS-3-TRASFORMER-1E005 PM SMSE-1D-INSP-BOF-LCSS-3-TRASFORMER-1E006 PM SMSE-1W-INSP-BOF-LCSS-3-TRASFORMER-1E007 PM SMSE-1M-INSP-BOF-LCSS-3-TRASFORMER-1E008 PM SMSE-1Y-MAINT-BOF-LCSS-3-TRASFORMER-1E009 PM SMSE-1D-INSP-BOF-UTILITY-LCSS-TRAFO-1E010 PM SMSE-1W-INSP-BOF-UTILITY-LCSS-TRAFO-1E011 PM SMSE-1M-INSP-BOF-UTILITY-LCSS-TRAFO-1E012 PM SMSE-1Y-MAINT-BOF-UTILITY-LCSS-TRAFO-1E013 PM SMSE-1D-INSP-BOF-UTILITY-LCSS-TRAFO-2E014 PM SMSE-1W-INSP-BOF-UTILITY-LCSS-TRAFO-2E015 PM SMSE-1M-INSP-BOF-UTILITY-LCSS-TRAFO-2E016 PM SMSE-1Y-MAINT-BOF-UTILITY-LCSS-TRAFO-2E017 PM SMSE-1D-INSP-BOF-CONVERTER-LCSS-TRAFO-1E018 PM SMSE-1W-INSP-BOF-CONVERTER-LCSS-TRAFO-1E019 PM SMSE-1M-INSP-BOF-CONVERTER-LCSS-TRAFO-1E020 PM SMSE-1Y-MAINT-BOF-CONVERTER-LCSS-TRAFO-1E021 PM SMSE-1D-INSP-BOF-CONVERTER-LCSS-TRAFO-2E022 PM SMSE-1W-INSP-BOF-CONVERTER-LCSS-TRAFO-2E023 PM SMSE-1M-INSP-BOF-CONVERTER-LCSS-TRAFO-2E024 PM SMSE-1Y-MAINT-BOF-CONVERTER-LCSS-TRAFO-2E025 PM SMSE-1D-INSP-BOF-CONVERTER-LCSS-TRAFO-3E026 PM SMSE-1W-INSP-BOF-CONVERTER-LCSS-TRAFO-3E027 PM SMSE-1M-INSP-BOF-CONVERTER-LCSS-TRAFO-3E028 PM SMSE-1Y-MAINT-BOF-CONVERTER-LCSS-TRAFO-3E029 PM SMSE-1D-INSP-BOF-LCIEM-SS1-TRAFO-1E030 PM SMSE-1W-INSP-BOF-LCIEM-SS1-TRAFO-1E031 PM SMSE-1M-INSP-BOF-LCIEM-SS1-TRAFO-1E032 PM SMSE-1Y-MAINT-BOF-LCIEM-SS1-TRAFO-1E033 PM SMSE-1D-INSP-BOF-LCIEM-SS1-TRAFO-2E034 PM SMSE-1W-INSP-BOF-LCIEM-SS1-TRAFO-2E035 PM SMSE-1M-INSP-BOF-LCIEM-SS1-TRAFO-2E036 PM SMSE-1Y-MAINT-BOF-LCIEM-SS1-TRAFO-2E037 PM SMSE-1D-INSP-BOF-LCIEM-SS2-TRAFO-1E038 PM SMSE-1W-INSP-BOF-LCIEM-SS2-TRAFO-1E039 PM SMSE-1M-INSP-BOF-LCIEM-SS2-TRAFO-1E040 PM SMSE-1Y-MAINT-BOF-LCIEM-SS2-TRAFO-1E041 PM SMSE-1D-INSP-BOF-LCIEM-SS2-TRAFO-2E042 PM SMSE-1W-INSP-BOF-LCIEM-SS2-TRAFO-2E043 PM SMSE-1M-INSP-BOF-LCIEM-SS2-TRAFO-2E044 PM SMSE-1Y-MAINT-BOF-LCIEM-SS2-TRAFO-2E045 PM SMSE-1D-INSP-BOF-LCIEM-SS2-TRAFO-3E046 PM SMSE-1W-INSP-BOF-LCIEM-SS2-TRAFO-3

E047 PM SMSE-1M-INSP-BOF-LCIEM-SS2-TRAFO-3E048 PM SMSE-1Y-MAINT-BOF-LCIEM-SS2-TRAFO-3E049 PM SMSE-1D-INSP-BOF-LCIEM-SS2-TRAFO-4E050 PM SMSE-1W-INSP-BOF-LCIEM-SS2-TRAFO-4E051 PM SMSE-1M-INSP-BOF-LCIEM-SS2-TRAFO-4E052 PM SMSE-1Y-MAINT-BOF-LCIEM-SS2-TRAFO-4

MaiMaintenanUnit oMaintenanc Equipment (PRD) Counter

MAMAINTPLMAINTMAINTPL MAINTPLAN_EQUIPMENT MAINTPLAN_COUNTER

Z1 10254722Z1 10254722Z1 10254722Z1 10254722Z1 10254723Z1 10254723Z1 10254723Z1 10254723Z1 10254746Z1 10254746Z1 10254746Z1 10254746Z1 10254747Z1 10254747Z1 10254747Z1 10254747Z1 10254774Z1 10254774Z1 10254774Z1 10254774Z1 10254775Z1 10254775Z1 10254775Z1 10254775Z1 10254776Z1 10254776Z1 10254776Z1 10254776Z1 10254886Z1 10254886Z1 10254886Z1 10254886Z1 10254887Z1 10254887Z1 10254887Z1 10254887Z1 10254918Z1 10254918Z1 10254918Z1 10254918Z1 10254919Z1 10254919Z1 10254919Z1 10254919Z1 10254920Z1 10254920

Z1 10254920Z1 10254920Z1 10254921Z1 10254921Z1 10254921Z1 10254921

Planning Plant Order type Main Work center Maintenance Planner group

MAINTPLAN_PLN_PLANT MAINTPLAN_ORDER_TYPE MAINTPLAN_MAIN_WC MAINTPLAN_PL_GROUP

Maintenance Activity type Task List type Task List group Group Counter

MAINTPLAN_MAT MAINTPLAN_TLTYPE MAINTPLAN_TLGRP MAINTPLAN_GRC

INSPECTION OF H

INSPECTION OF H

SF later confirmation SF earlier confirmation Positive tolerance Negative tolerance

MAINTPLAN_SF_LATER MAINTPLAN_SF_EARLIER MAINTPLAN_TOL_POS MAINTPLAN_TOL_NEG

100 30 30 0

100 30 30 0

Call Horizon Scheduling Period Scheduling period unit Confirmation required

MAINTPLAN_CALLHOR MAINTPLAN_SCHEDPER MAINTPLAN_SCHED_UNIT MAINTPLAN_CONFIRM

365 DAYS

365 DAYS

Sort Field Start Date StartCounterReading

MAINTPLAN_SORT MAINTPLAN_START MAINTPLAN_STARTCOUNTRDG

ENTRYLISTNO Entrylist name Entrylist desc. Measuring Indicator t20 40 MPTYP INDCT

C(001) C(001)E001 SMSE-1D-INSP-BOF-LCSS-3-TRAFO-1

E002 SMSE-1W-INSP-BOF-LCSS-3-TRAFO-1

E003 SMSE-1M-INSP-BOF-LCSS-3-TRAFO-1

E004 SMSE-1Y-MAINT-BOF-LCSS-3-TRAFO-1

E005 SMSE-1D-INSP-BOF-LCSS-3-TRAFO-2

E006 SMSE-1W-INSP-BOF-LCSS-3-TRAFO-2

E007 SMSE-1M-INSP-BOF-LCSS-3-TRAFO-2

E008 SMSE-1Y-MAINT-BOF-LCSS-3-TRAFO-2

E009 SMSE-1D-INSP-BOF-UTILITY-LCSS-TRAFO-1

E010 SMSE-1W-INSP-BOF-UTILITY-LCSS-TRAFO-1

E011 SMSE-1M-INSP-BOF-UTILITY-LCSS-TRAFO-1

E012 SMSE-1Y-MAINT-BOF-UTILITY-LCSS-TRAFO-1

E013 SMSE-1D-INSP-BOF-UTILITY-LCSS-TRAFO-2

E014 SMSE-1W-INSP-BOF-UTILITY-LCSS-TRAFO-2

E015 SMSE-1M-INSP-BOF-UTILITY-LCSS-TRAFO-2

E016 SMSE-1Y-MAINT-BOF-UTILITY-LCSS-TRAFO-2

E017 SMSE-1D-INSP-BOF-CONVR-LCSS-TRAFO-1

E018 SMSE-1W-INSP-BOF-CONVR-LCSS-TRAFO-1

E019 SMSE-1M-INSP-BOF-CONVR-LCSS-TRAFO-1

E020 SMSE-1Y-MAINT-BOF-CONVR-LCSS-TRAFO-1









E029 SMSE-1D-INSP-BOF-LCIEM-SS1-TRAFO-1

E030 SMSE-1W-INSP-BOF-LCIEM-SS1-TRAFO-1

E031 SMSE-1M-INSP-BOF-LCIEM-SS1-TRAFO-1

E032 SMSE-1Y-MAINT-BOF-LCIEM-SS1-TRAFO-1





















Equipment no. Measurement Position Description fo measurement pointEQUNR PSORT PTTXTC(018) C(020) C(040)

SMSE-1D-LCSS3TR1-RA BOF-LCSS-3-TRAFO-1-CURRENT-R PHASESMSE-1D-LCSS3TR1-YA BOF-LCSS-3-TRAFO-1-CURRENT-Y PHASESMSE-1D-LCSS3TR1-BA BOF-LCSS-3-TRAFO-1-CURRENT-B PHASESMSE-1D-LCSS3TR1-WDT BOF-LCSS-3-TRAFO-1-R PHASE WDG TEMP SMSE-1D-LCSS3TR1-WDT BOF-LCSS-3-TRAFO-1-Y PHASE WDG TEMP SMSE-1D-LCSS3TR1-WDT BOF-LCSS-3-TRAFO-1-B PHASE WDG TEMP SMSE-1D-LCSS3TR1-WTS BOF-LCSS-3-TRAFO-1-WINDING TEMP STATUSSMSE-1W-LCSS3TR1-TCB BOF-LCSS-3-TRAFO-1-TRAFO CELL & BODYSMSE-1W-LCSS3TR1-EPT BOF-LCSS-3-TRAFO-1-EARTH PIT STATUS SMSE-1W-LCSS3TR1-MBS BOF-LCSS-3-TRAFO-1-MARSHALLING BOX STASMSE-1M-LCSS3TR1-ERS BOF-LCSS-3-TRAFO-1-EARTH CONN STATUSSMSE-1M-LCSS3TR1-TRD BOF-LCSS-3-TRAFO-1-TRAFO DOOR STATUSSMSE-1M-LCSS3TR1BDSG BOF-LCSS-3-TRAFO-1-BUS DUCT SLI GEL STASMSE-1Y-LCSS3TR1-BIC BOF-LCSS-3-TRAFO-1-BUSH & INSUL CONDSMSE-1Y-LCSS3TR1-WIR BOF-LCSS-3-TRAFO-1-Winding IR value 6.6 KVSMSE-1Y-LCSS3TR1-WIR BOF-LCSS-3-TRAFO-1-Winding IR value 415 VSMSE-1Y-LCSS3TR1-WPI BOF-LCSS-3-TRAFO-1-Winding PI value 6.6 KVSMSE-1Y-LCSS3TR1-WPI BOF-LCSS-3-TRAFO-1-Winding PI value 415 VSMSE-1Y-LCSS3TR1-WRE BOF-LCSS-3-TRAFO-1-WDG RESIST HV R-YSMSE-1Y-LCSS3TR1-WRE BOF-LCSS-3-TRAFO-1-WDG RESIST HV Y-BSMSE-1Y-LCSS3TR1-WRE BOF-LCSS-3-TRAFO-1-WDG RESIST HV B-RSMSE-1Y-LCSS3TR1-WRE BOF-LCSS-3-TRAFO-1-WDG RESIST LV R-YSMSE-1Y-LCSS3TR1-WRE BOF-LCSS-3-TRAFO-1-WDG RESIST LV Y-BSMSE-1Y-LCSS3TR1-WRE BOF-LCSS-3-TRAFO-1-WDG RESIST LV B-RSMSE-1Y-LCSS3TR1-WDS BOF-LCSS-3-TRAFO-1-WDG RESIST STATUSSMSE-1Y-LCSS3TR1-ERE BOF-LCSS-3-TRAFO-1-EARTH RESISTANCESMSE-1Y-LCSS3TR1-RIR BOF-LCSS-3-TRAFO-1-P CBL 6.6 KV IR R-ESMSE-1Y-LCSS3TR1-YIR BOF-LCSS-3-TRAFO-1-P CBL 6.6 KV IR Y-ESMSE-1Y-LCSS3TR1-BIR BOF-LCSS-3-TRAFO-1-P CBL 6.6 KV IR B-ESMSE-1Y-LCSS3TR1-RIR BOF-LCSS-3-TRAFO-1-P CBL 6.6 KV IR R-YSMSE-1Y-LCSS3TR1-YIR BOF-LCSS-3-TRAFO-1-P CBL 6.6 KV IR Y-BSMSE-1Y-LCSS3TR1-BIR BOF-LCSS-3-TRAFO-1-P CBL 6.6 KV IR B-RSMSE-1Y-LCSS3TR1-RIR BOF-LCSS-3-TRAFO-1-P CBL 415V IR R-ESMSE-1Y-LCSS3TR1-YIR BOF-LCSS-3-TRAFO-1-P CBL 415V IR Y-ESMSE-1Y-LCSS3TR1-BIR BOF-LCSS-3-TRAFO-1-P CBL 415V IR B-ESMSE-1Y-LCSS3TR1-RIR BOF-LCSS-3-TRAFO-1-P CBL 415V IR R-YSMSE-1Y-LCSS3TR1-YIR BOF-LCSS-3-TRAFO-1-P CBL 415V IR Y-BSMSE-1Y-LCSS3TR1-BIR BOF-LCSS-3-TRAFO-1-P CBL 415V IR B-RSMSE-1Y-LCSS3TR1-PCT BOF-LCSS-3-TRAFO-1-PROT & CONT STATUSSMSE-1D-LCSS3TR2-RA BOF-LCSS-3-TRAFO-2-CURRENT-R PHASESMSE-1D-LCSS3TR2-YA BOF-LCSS-3-TRAFO-2-CURRENT-Y PHASESMSE-1D-LCSS3TR2-BA BOF-LCSS-3-TRAFO-2-CURRENT-B PHASESMSE-1D-LCSS3TR2-WDT BOF-LCSS-3-TRAFO-2-R PHASE WDG TEMP SMSE-1D-LCSS3TR2-WDT BOF-LCSS-3-TRAFO-2-Y PHASE WDG TEMP SMSE-1D-LCSS3TR2-WDT BOF-LCSS-3-TRAFO-2-B PHASE WDG TEMP

SMSE-1D-LCSS3TR2-WTS BOF-LCSS-3-TRAFO-2-WINDING TEMP STATUSSMSE-1W-LCSS3TR2-TCB BOF-LCSS-3-TRAFO-2-TRAFO CELL & BODYSMSE-1W-LCSS3TR2-EPT BOF-LCSS-3-TRAFO-2-EARTH PIT STATUS SMSE-1W-LCSS3TR2-MBS BOF-LCSS-3-TRAFO-2-MARSHALLING BOX STASMSE-1M-LCSS3TR2-ERS BOF-LCSS-3-TRAFO-2-EARTH CONN STATUSSMSE-1M-LCSS3TR2-TRD BOF-LCSS-3-TRAFO-2-TRAFO DOOR STATUSSMSE-1M-LCSS3TR2BDSG BOF-LCSS-3-TRAFO-2-BUS DUCT SLI GEL STASMSE-1Y-LCSS3TR2-BIC BOF-LCSS-3-TRAFO-2-BUSH & INSUL CONDSMSE-1Y-LCSS3TR2-WIR BOF-LCSS-3-TRAFO-2-Winding IR value 6.6 KVSMSE-1Y-LCSS3TR2-WIR BOF-LCSS-3-TRAFO-2-Winding IR value 415 VSMSE-1Y-LCSS3TR2-WPI BOF-LCSS-3-TRAFO-2-Winding PI value 6.6 KVSMSE-1Y-LCSS3TR2-WPI BOF-LCSS-3-TRAFO-2-Winding PI value 415 VSMSE-1Y-LCSS3TR2-WRE BOF-LCSS-3-TRAFO-2-WDG RESIST HV R-YSMSE-1Y-LCSS3TR2-WRE BOF-LCSS-3-TRAFO-2-WDG RESIST HV Y-BSMSE-1Y-LCSS3TR2-WRE BOF-LCSS-3-TRAFO-2-WDG RESIST HV B-RSMSE-1Y-LCSS3TR2-WRE BOF-LCSS-3-TRAFO-2-WDG RESIST LV R-YSMSE-1Y-LCSS3TR2-WRE BOF-LCSS-3-TRAFO-2-WDG RESIST LV Y-BSMSE-1Y-LCSS3TR2-WRE BOF-LCSS-3-TRAFO-2-WDG RESIST LV B-RSMSE-1Y-LCSS3TR2-WDS BOF-LCSS-3-TRAFO-2-WDG RESIST STATUSSMSE-1Y-LCSS3TR2-ERE BOF-LCSS-3-TRAFO-2-EARTH RESISTANCESMSE-1Y-LCSS3TR2-RIR BOF-LCSS-3-TRAFO-2-P CBL 6.6 KV IR R-ESMSE-1Y-LCSS3TR2-YIR BOF-LCSS-3-TRAFO-2-P CBL 6.6 KV IR Y-ESMSE-1Y-LCSS3TR2-BIR BOF-LCSS-3-TRAFO-2-P CBL 6.6 KV IR B-ESMSE-1Y-LCSS3TR2-RIR BOF-LCSS-3-TRAFO-2-P CBL 6.6 KV IR R-YSMSE-1Y-LCSS3TR2-YIR BOF-LCSS-3-TRAFO-2-P CBL 6.6 KV IR Y-BSMSE-1Y-LCSS3TR2-BIR BOF-LCSS-3-TRAFO-2-P CBL 6.6 KV IR B-RSMSE-1Y-LCSS3TR2-RIR BOF-LCSS-3-TRAFO-2-P CBL 415V IR R-ESMSE-1Y-LCSS3TR2-YIR BOF-LCSS-3-TRAFO-2-P CBL 415V IR Y-ESMSE-1Y-LCSS3TR2-BIR BOF-LCSS-3-TRAFO-2-P CBL 415V IR B-ESMSE-1Y-LCSS3TR2-RIR BOF-LCSS-3-TRAFO-2-P CBL 415V IR R-YSMSE-1Y-LCSS3TR2-YIR BOF-LCSS-3-TRAFO-2-P CBL 415V IR Y-BSMSE-1Y-LCSS3TR2-BIR BOF-LCSS-3-TRAFO-2-P CBL 415V IR B-RSMSE-1Y-LCSS3TR2-PCT BOF-LCSS-3-TRAFO-2-PROT & CONT STATUSSMSE-1D-UTLTYTR1-RA BOF-UTILITY-LCSS-TRAFO-1-CURRENT-R PHASESMSE-1D-UTLTYTR1-YA BOF-UTILITY-LCSS-TRAFO-1-CURRENT-Y PHASESMSE-1D-UTLTYTR1-BA BOF-UTILITY-LCSS-TRAFO-1-CURRENT-B PHASESMSE-1D-UTLTYTR1-WDT BOF-UTILITY-LCSS-TRAFO-1-R PHASE WDG TEMP SMSE-1D-UTLTYTR1-WDT BOF-UTILITY-LCSS-TRAFO-1-Y PHASE WDG TEMP SMSE-1D-UTLTYTR1-WDT BOF-UTILITY-LCSS-TRAFO-1-B PHASE WDG TEMP SMSE-1D-UTLTYTR1-WTS BOF-UTILITY-LCSS-TRAFO-1-WINDING TEMP STATUSSMSE-1W-UTLTYTR1-TCB BOF-UTILITY-LCSS-TRAFO-1-TRAFO CELL & BODYSMSE-1W-UTLTYTR1-EPT BOF-UTILITY-LCSS-TRAFO-1-EARTH PIT STATUS SMSE-1W-UTLTYTR1-MBS BOF-UTILITY-LCSS-TRAFO-1-MARSHALLING BOX STASMSE-1M-UTLTYTR1-ERS BOF-UTILITY-LCSS-TRAFO-1-EARTH CONN STATUSSMSE-1M-UTLTYTR1-TRD BOF-UTILITY-LCSS-TRAFO-1-TRAFO DOOR STATUSSMSE-1M-UTLTYTR1BDSG BOF-UTILITY-LCSS-TRAFO-1-BUS DUCT SLI GEL STASMSE-1Y-UTLTYTR1-BIC BOF-UTILITY-LCSS-TRAFO-1-BUSH & INSUL CONDSMSE-1Y-UTLTYTR1-WIR BOF-UTILITY-LCSS-TRAFO-1-Winding IR value 6.6 KV

SMSE-1Y-UTLTYTR1-WIR BOF-UTILITY-LCSS-TRAFO-1-Winding IR value 415 VSMSE-1Y-UTLTYTR1-WPI BOF-UTILITY-LCSS-TRAFO-1-Winding PI value 6.6 KVSMSE-1Y-UTLTYTR1-WPI BOF-UTILITY-LCSS-TRAFO-1-Winding PI value 415 VSMSE-1Y-UTLTYTR1-WRE BOF-UTILITY-LCSS-TRAFO-1-WDG RESIST HV R-YSMSE-1Y-UTLTYTR1-WRE BOF-UTILITY-LCSS-TRAFO-1-WDG RESIST HV Y-BSMSE-1Y-UTLTYTR1-WRE BOF-UTILITY-LCSS-TRAFO-1-WDG RESIST HV B-RSMSE-1Y-UTLTYTR1-WRE BOF-UTILITY-LCSS-TRAFO-1-WDG RESIST LV R-YSMSE-1Y-UTLTYTR1-WRE BOF-UTILITY-LCSS-TRAFO-1-WDG RESIST LV Y-BSMSE-1Y-UTLTYTR1-WRE BOF-UTILITY-LCSS-TRAFO-1-WDG RESIST LV B-RSMSE-1Y-UTLTYTR1-WDS BOF-UTILITY-LCSS-TRAFO-1-WDG RESIST STATUSSMSE-1Y-UTLTYTR1-ERE BOF-UTILITY-LCSS-TRAFO-1-EARTH RESISTANCESMSE-1Y-UTLTYTR1-RIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 6.6 KV IR R-ESMSE-1Y-UTLTYTR1-YIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 6.6 KV IR Y-ESMSE-1Y-UTLTYTR1-BIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 6.6 KV IR B-ESMSE-1Y-UTLTYTR1-RIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 6.6 KV IR R-YSMSE-1Y-UTLTYTR1-YIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 6.6 KV IR Y-BSMSE-1Y-UTLTYTR1-BIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 6.6 KV IR B-RSMSE-1Y-UTLTYTR1-RIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 415V IR R-ESMSE-1Y-UTLTYTR1-YIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 415V IR Y-ESMSE-1Y-UTLTYTR1-BIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 415V IR B-ESMSE-1Y-UTLTYTR1-RIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 415V IR R-YSMSE-1Y-UTLTYTR1-YIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 415V IR Y-BSMSE-1Y-UTLTYTR1-BIR BOF-UTILITY-LCSS-TRAFO-1-P CBL 415V IR B-RSMSE-1Y-UTLTYTR1-PCT BOF-UTILITY-LCSS-TRAFO-1-PROT & CONT STATUSSMSE-1D-UTLTYTR1-RA BOF-UTILITY-LCSS-TRAFO-2-CURRENT-R PHASESMSE-1D-UTLTYTR1-YA BOF-UTILITY-LCSS-TRAFO-2-CURRENT-Y PHASESMSE-1D-UTLTYTR1-BA BOF-UTILITY-LCSS-TRAFO-2-CURRENT-B PHASESMSE-1D-UTLTYTR1-WDT BOF-UTILITY-LCSS-TRAFO-2-R PHASE WDG TEMP SMSE-1D-UTLTYTR1-WDT BOF-UTILITY-LCSS-TRAFO-2-Y PHASE WDG TEMP SMSE-1D-UTLTYTR1-WDT BOF-UTILITY-LCSS-TRAFO-2-B PHASE WDG TEMP SMSE-1D-UTLTYTR1-WTS BOF-UTILITY-LCSS-TRAFO-2-WINDING TEMP STATUSSMSE-1W-UTLTYTR-2-TCB BOF-UTILITY-LCSS-TRAFO-2-TRAFO CELL & BODYSMSE-1W-UTLTYTR-2-EPT BOF-UTILITY-LCSS-TRAFO-2-EARTH PIT STATUS SMSE-1W-UTLTYTR-2-MBS BOF-UTILITY-LCSS-TRAFO-2-MARSHALLING BOX STASMSE-1M-UTLTYTR-2-ERS BOF-UTILITY-LCSS-TRAFO-2-EARTH CONN STATUSSMSE-1M-UTLTYTR-2-TRD BOF-UTILITY-LCSS-TRAFO-2-TRAFO DOOR STATUSSMSE-1M-UTLTYTR-2BDSG BOF-UTILITY-LCSS-TRAFO-2-BUS DUCT SLI GEL STASMSE-1Y-UTLTYTR-2-BIC BOF-UTILITY-LCSS-TRAFO-2-BUSH & INSUL CONDSMSE-1Y-UTLTYTR-2-WIR BOF-UTILITY-LCSS-TRAFO-2-Winding IR value 6.6 KVSMSE-1Y-UTLTYTR-2-WIR BOF-UTILITY-LCSS-TRAFO-2-Winding IR value 415 VSMSE-1Y-UTLTYTR-2-WPI BOF-UTILITY-LCSS-TRAFO-2-Winding PI value 6.6 KVSMSE-1Y-UTLTYTR-2-WPI BOF-UTILITY-LCSS-TRAFO-2-Winding PI value 415 VSMSE-1Y-UTLTYTR-2-WRE BOF-UTILITY-LCSS-TRAFO-2-WDG RESIST HV R-YSMSE-1Y-UTLTYTR-2-WRE BOF-UTILITY-LCSS-TRAFO-2-WDG RESIST HV Y-BSMSE-1Y-UTLTYTR-2-WRE BOF-UTILITY-LCSS-TRAFO-2-WDG RESIST HV B-RSMSE-1Y-UTLTYTR-2-WRE BOF-UTILITY-LCSS-TRAFO-2-WDG RESIST LV R-YSMSE-1Y-UTLTYTR-2-WRE BOF-UTILITY-LCSS-TRAFO-2-WDG RESIST LV Y-BSMSE-1Y-UTLTYTR-2-WRE BOF-UTILITY-LCSS-TRAFO-2-WDG RESIST LV B-R

SMSE-1Y-UTLTYTR-2-WDS BOF-UTILITY-LCSS-TRAFO-2-WDG RESIST STATUSSMSE-1Y-UTLTYTR-2-ERE BOF-UTILITY-LCSS-TRAFO-2-EARTH RESISTANCESMSE-1Y-UTLTYTR-2-RIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 6.6 KV IR R-ESMSE-1Y-UTLTYTR-2-YIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 6.6 KV IR Y-ESMSE-1Y-UTLTYTR-2-BIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 6.6 KV IR B-ESMSE-1Y-UTLTYTR-2-RIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 6.6 KV IR R-YSMSE-1Y-UTLTYTR-2-YIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 6.6 KV IR Y-BSMSE-1Y-UTLTYTR-2-BIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 6.6 KV IR B-RSMSE-1Y-UTLTYTR-2-RIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 415V IR R-ESMSE-1Y-UTLTYTR-2-YIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 415V IR Y-ESMSE-1Y-UTLTYTR-2-BIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 415V IR B-ESMSE-1Y-UTLTYTR-2-RIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 415V IR R-YSMSE-1Y-UTLTYTR-2-YIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 415V IR Y-BSMSE-1Y-UTLTYTR-2-BIR BOF-UTILITY-LCSS-TRAFO-2-P CBL 415V IR B-RSMSE-1Y-UTLTYTR-2-PCT BOF-UTILITY-LCSS-TRAFO-2-PROT & CONT STATUSSMSE-1D-CONVTR1-RA BOF-CONVR-LCSS-TRAFO-1-CURRENT-R PHASESMSE-1D-CONVTR1-YA BOF-CONVR-LCSS-TRAFO-1-CURRENT-Y PHASESMSE-1D-CONVTR1-BA BOF-CONVR-LCSS-TRAFO-1-CURRENT-B PHASESMSE-1D-CONVTR1-WDT BOF-CONVR-LCSS-TRAFO-1-R PHASE WDG TEMP SMSE-1D-CONVTR1-WDT BOF-CONVR-LCSS-TRAFO-1-Y PHASE WDG TEMP SMSE-1D-CONVTR1-WDT BOF-CONVR-LCSS-TRAFO-1-B PHASE WDG TEMP SMSE-1D-CONVTR1-WTS BOF-CONVR-LCSS-TRAFO-1-WINDING TEMP STATUSSMSE-1W-CONVTR1-TCB BOF-CONVR-LCSS-TRAFO-1-TRAFO CELL & BODYSMSE-1W-CONVTR1-EPT BOF-CONVR-LCSS-TRAFO-1-EARTH PIT STATUS SMSE-1W-CONVTR1-MBS BOF-CONVR-LCSS-TRAFO-1-MARSHALLING BOX STASMSE-1M-CONVTR1-ERS BOF-CONVR-LCSS-TRAFO-1-EARTH CONN STATUSSMSE-1M-CONVTR1-TRD BOF-CONVR-LCSS-TRAFO-1-TRAFO DOOR STATUSSMSE-1M-CONVTR1BDSG BOF-CONVR-LCSS-TRAFO-1-BUS DUCT SLI GEL STASMSE-1Y-CONVTR1-BIC BOF-CONVR-LCSS-TRAFO-1-BUSH & INSUL CONDSMSE-1Y-CONVTR1-WIR BOF-CONVR-LCSS-TRAFO-1-Winding IR value 6.6 KVSMSE-1Y-CONVTR1-WIR BOF-CONVR-LCSS-TRAFO-1-Winding IR value 415 VSMSE-1Y-CONVTR1-WPI BOF-CONVR-LCSS-TRAFO-1-Winding PI value 6.6 KVSMSE-1Y-CONVTR1-WPI BOF-CONVR-LCSS-TRAFO-1-Winding PI value 415 VSMSE-1Y-CONVTR1-WRE BOF-CONVR-LCSS-TRAFO-1-WDG RESIST HV R-YSMSE-1Y-CONVTR1-WRE BOF-CONVR-LCSS-TRAFO-1-WDG RESIST HV Y-BSMSE-1Y-CONVTR1-WRE BOF-CONVR-LCSS-TRAFO-1-WDG RESIST HV B-RSMSE-1Y-CONVTR1-WRE BOF-CONVR-LCSS-TRAFO-1-WDG RESIST LV R-YSMSE-1Y-CONVTR1-WRE BOF-CONVR-LCSS-TRAFO-1-WDG RESIST LV Y-BSMSE-1Y-CONVTR1-WRE BOF-CONVR-LCSS-TRAFO-1-WDG RESIST LV B-RSMSE-1Y-CONVTR1-WDS BOF-CONVR-LCSS-TRAFO-1-WDG RESIST STATUSSMSE-1Y-CONVTR1-ERE BOF-CONVR-LCSS-TRAFO-1-EARTH RESISTANCESMSE-1Y-CONVTR1-RIR BOF-CONVR-LCSS-TRAFO-1-P CBL 6.6 KV IR R-ESMSE-1Y-CONVTR1-YIR BOF-CONVR-LCSS-TRAFO-1-P CBL 6.6 KV IR Y-ESMSE-1Y-CONVTR1-BIR BOF-CONVR-LCSS-TRAFO-1-P CBL 6.6 KV IR B-ESMSE-1Y-CONVTR1-RIR BOF-CONVR-LCSS-TRAFO-1-P CBL 6.6 KV IR R-YSMSE-1Y-CONVTR1-YIR BOF-CONVR-LCSS-TRAFO-1-P CBL 6.6 KV IR Y-BSMSE-1Y-CONVTR1-BIR BOF-CONVR-LCSS-TRAFO-1-P CBL 6.6 KV IR B-RSMSE-1Y-CONVTR1-RIR BOF-CONVR-LCSS-TRAFO-1-P CBL 415V IR R-E

SMSE-1Y-CONVTR1-YIR BOF-CONVR-LCSS-TRAFO-1-P CBL 415V IR Y-ESMSE-1Y-CONVTR1-BIR BOF-CONVR-LCSS-TRAFO-1-P CBL 415V IR B-ESMSE-1Y-CONVTR1-RIR BOF-CONVR-LCSS-TRAFO-1-P CBL 415V IR R-YSMSE-1Y-CONVTR1-YIR BOF-CONVR-LCSS-TRAFO-1-P CBL 415V IR Y-BSMSE-1Y-CONVTR1-BIR BOF-CONVR-LCSS-TRAFO-1-P CBL 415V IR B-RSMSE-1Y-CONVTR1-PCT BOF-CONVR-LCSS-TRAFO-1-PROT & CONT STATUSSMSE-1D-CONVTR2-RA BOF-CONVR-LCSS-TRAFO-2-CURRENT-R PHASESMSE-1D-CONVTR2-YA BOF-CONVR-LCSS-TRAFO-2-CURRENT-Y PHASESMSE-1D-CONVTR2-BA BOF-CONVR-LCSS-TRAFO-2-CURRENT-B PHASESMSE-1D-CONVTR2-WDT BOF-CONVR-LCSS-TRAFO-2-R PHASE WDG TEMP SMSE-1D-CONVTR2-WDT BOF-CONVR-LCSS-TRAFO-2-Y PHASE WDG TEMP SMSE-1D-CONVTR2-WDT BOF-CONVR-LCSS-TRAFO-2-B PHASE WDG TEMP SMSE-1D-CONVTR2-WTS BOF-CONVR-LCSS-TRAFO-2-WINDING TEMP STATUSSMSE-1W-CONVTR2-TCB BOF-CONVR-LCSS-TRAFO-2-TRAFO CELL & BODYSMSE-1W-CONVTR2-EPT BOF-CONVR-LCSS-TRAFO-2-EARTH PIT STATUS SMSE-1W-CONVTR2-MBS BOF-CONVR-LCSS-TRAFO-2-MARSHALLING BOX STASMSE-1M-CONVTR2-ERS BOF-CONVR-LCSS-TRAFO-2-EARTH CONN STATUSSMSE-1M-CONVTR2-TRD BOF-CONVR-LCSS-TRAFO-2-TRAFO DOOR STATUSSMSE-1M-CONVTR2BDSG BOF-CONVR-LCSS-TRAFO-2-BUS DUCT SLI GEL STASMSE-1Y-CONVTR2-BIC BOF-CONVR-LCSS-TRAFO-2-BUSH & INSUL CONDSMSE-1Y-CONVTR2-WIR BOF-CONVR-LCSS-TRAFO-2-Winding IR value 6.6 KVSMSE-1Y-CONVTR2-WIR BOF-CONVR-LCSS-TRAFO-2-Winding IR value 415 VSMSE-1Y-CONVTR2-WPI BOF-CONVR-LCSS-TRAFO-2-Winding PI value 6.6 KVSMSE-1Y-CONVTR2-WPI BOF-CONVR-LCSS-TRAFO-2-Winding PI value 415 VSMSE-1Y-CONVTR2-WRE BOF-CONVR-LCSS-TRAFO-2-WDG RESIST HV R-YSMSE-1Y-CONVTR2-WRE BOF-CONVR-LCSS-TRAFO-2-WDG RESIST HV Y-BSMSE-1Y-CONVTR2-WRE BOF-CONVR-LCSS-TRAFO-2-WDG RESIST HV B-RSMSE-1Y-CONVTR2-WRE BOF-CONVR-LCSS-TRAFO-2-WDG RESIST LV R-YSMSE-1Y-CONVTR2-WRE BOF-CONVR-LCSS-TRAFO-2-WDG RESIST LV Y-BSMSE-1Y-CONVTR2-WRE BOF-CONVR-LCSS-TRAFO-2-WDG RESIST LV B-RSMSE-1Y-CONVTR2-WDS BOF-CONVR-LCSS-TRAFO-2-WDG RESIST STATUSSMSE-1Y-CONVTR2-ERE BOF-CONVR-LCSS-TRAFO-2-EARTH RESISTANCESMSE-1Y-CONVTR2-RIR BOF-CONVR-LCSS-TRAFO-2-P CBL 6.6 KV IR R-ESMSE-1Y-CONVTR2-YIR BOF-CONVR-LCSS-TRAFO-2-P CBL 6.6 KV IR Y-ESMSE-1Y-CONVTR2-BIR BOF-CONVR-LCSS-TRAFO-2-P CBL 6.6 KV IR B-ESMSE-1Y-CONVTR2-RIR BOF-CONVR-LCSS-TRAFO-2-P CBL 6.6 KV IR R-YSMSE-1Y-CONVTR2-YIR BOF-CONVR-LCSS-TRAFO-2-P CBL 6.6 KV IR Y-BSMSE-1Y-CONVTR2-BIR BOF-CONVR-LCSS-TRAFO-2-P CBL 6.6 KV IR B-RSMSE-1Y-CONVTR2-RIR BOF-CONVR-LCSS-TRAFO-2-P CBL 415V IR R-ESMSE-1Y-CONVTR2-YIR BOF-CONVR-LCSS-TRAFO-2-P CBL 415V IR Y-ESMSE-1Y-CONVTR2-BIR BOF-CONVR-LCSS-TRAFO-2-P CBL 415V IR B-ESMSE-1Y-CONVTR2-RIR BOF-CONVR-LCSS-TRAFO-2-P CBL 415V IR R-YSMSE-1Y-CONVTR2-YIR BOF-CONVR-LCSS-TRAFO-2-P CBL 415V IR Y-BSMSE-1Y-CONVTR2-BIR BOF-CONVR-LCSS-TRAFO-2-P CBL 415V IR B-RSMSE-1Y-CONVTR2-PCT BOF-CONVR-LCSS-TRAFO-2-PROT & CONT STATUSSMSE-1D-CONVTR3-RA BOF-CONVR-LCSS-TRAFO-3-CURRENT-R PHASESMSE-1D-CONVTR3-YA BOF-CONVR-LCSS-TRAFO-3-CURRENT-Y PHASESMSE-1D-CONVTR3-BA BOF-CONVR-LCSS-TRAFO-3-CURRENT-B PHASE

SMSE-1D-CONVTR3-WDT BOF-CONVR-LCSS-TRAFO-3-R PHASE WDG TEMP SMSE-1D-CONVTR3-WDT BOF-CONVR-LCSS-TRAFO-3-Y PHASE WDG TEMP SMSE-1D-CONVTR3-WDT BOF-CONVR-LCSS-TRAFO-3-B PHASE WDG TEMP SMSE-1D-CONVTR3-WTS BOF-CONVR-LCSS-TRAFO-3-WINDING TEMP STATUSSMSE-1W-CONVTR3-TCB BOF-CONVR-LCSS-TRAFO-3-TRAFO CELL & BODYSMSE-1W-CONVTR3-EPT BOF-CONVR-LCSS-TRAFO-3-EARTH PIT STATUS SMSE-1W-CONVTR3-MBS BOF-CONVR-LCSS-TRAFO-3-MARSHALLING BOX STASMSE-1M-CONVTR3-ERS BOF-CONVR-LCSS-TRAFO-3-EARTH CONN STATUSSMSE-1M-CONVTR3-TRD BOF-CONVR-LCSS-TRAFO-3-TRAFO DOOR STATUSSMSE-1M-CONVTR3BDSG BOF-CONVR-LCSS-TRAFO-3-BUS DUCT SLI GEL STASMSE-1Y-CONVTR3-BIC BOF-CONVR-LCSS-TRAFO-3-BUSH & INSUL CONDSMSE-1Y-CONVTR3-WIR BOF-CONVR-LCSS-TRAFO-3-Winding IR value 6.6 KVSMSE-1Y-CONVTR3-WIR BOF-CONVR-LCSS-TRAFO-3-Winding IR value 415 VSMSE-1Y-CONVTR3-WPI BOF-CONVR-LCSS-TRAFO-3-Winding PI value 6.6 KVSMSE-1Y-CONVTR3-WPI BOF-CONVR-LCSS-TRAFO-3-Winding PI value 415 VSMSE-1Y-CONVTR3-WRE BOF-CONVR-LCSS-TRAFO-3-WDG RESIST HV R-YSMSE-1Y-CONVTR3-WRE BOF-CONVR-LCSS-TRAFO-3-WDG RESIST HV Y-BSMSE-1Y-CONVTR3-WRE BOF-CONVR-LCSS-TRAFO-3-WDG RESIST HV B-RSMSE-1Y-CONVTR3-WRE BOF-CONVR-LCSS-TRAFO-3-WDG RESIST LV R-YSMSE-1Y-CONVTR3-WRE BOF-CONVR-LCSS-TRAFO-3-WDG RESIST LV Y-BSMSE-1Y-CONVTR3-WRE BOF-CONVR-LCSS-TRAFO-3-WDG RESIST LV B-RSMSE-1Y-CONVTR3-WDS BOF-CONVR-LCSS-TRAFO-3-WDG RESIST STATUSSMSE-1Y-CONVTR3-ERE BOF-CONVR-LCSS-TRAFO-3-EARTH RESISTANCESMSE-1Y-CONVTR3-RIR BOF-CONVR-LCSS-TRAFO-3-P CBL 6.6 KV IR R-ESMSE-1Y-CONVTR3-YIR BOF-CONVR-LCSS-TRAFO-3-P CBL 6.6 KV IR Y-ESMSE-1Y-CONVTR3-BIR BOF-CONVR-LCSS-TRAFO-3-P CBL 6.6 KV IR B-ESMSE-1Y-CONVTR3-RIR BOF-CONVR-LCSS-TRAFO-3-P CBL 6.6 KV IR R-YSMSE-1Y-CONVTR3-YIR BOF-CONVR-LCSS-TRAFO-3-P CBL 6.6 KV IR Y-BSMSE-1Y-CONVTR3-BIR BOF-CONVR-LCSS-TRAFO-3-P CBL 6.6 KV IR B-RSMSE-1Y-CONVTR3-RIR BOF-CONVR-LCSS-TRAFO-3-P CBL 415V IR R-ESMSE-1Y-CONVTR3-YIR BOF-CONVR-LCSS-TRAFO-3-P CBL 415V IR Y-ESMSE-1Y-CONVTR3-BIR BOF-CONVR-LCSS-TRAFO-3-P CBL 415V IR B-ESMSE-1Y-CONVTR3-RIR BOF-CONVR-LCSS-TRAFO-3-P CBL 415V IR R-YSMSE-1Y-CONVTR3-YIR BOF-CONVR-LCSS-TRAFO-3-P CBL 415V IR Y-BSMSE-1Y-CONVTR3-BIR BOF-CONVR-LCSS-TRAFO-3-P CBL 415V IR B-RSMSE-1Y-CONVTR3-PCT BOF-CONVR-LCSS-TRAFO-3-PROT & CONT STATUSSMSE-1D-SS1TRF1-RA BOF-LCIEM-SS1-TRAFO-1-CURRENT-R PHASESMSE-1D-SS1TRF1-YA BOF-LCIEM-SS1-TRAFO-1-CURRENT-Y PHASESMSE-1D-SS1TRF1-BA BOF-LCIEM-SS1-TRAFO-1-CURRENT-B PHASESMSE-1D-SS1TRF1-WDT BOF-LCIEM-SS1-TRAFO-1-R PHASE WDG TEMP SMSE-1D-SS1TRF1-WDT BOF-LCIEM-SS1-TRAFO-1-Y PHASE WDG TEMP SMSE-1D-SS1TRF1-WDT BOF-LCIEM-SS1-TRAFO-1-B PHASE WDG TEMP SMSE-1D-SS1TRF1-WTS BOF-LCIEM-SS1-TRAFO-1-WINDING TEMP STATUSSMSE-1W-SS1TRF1-TCB BOF-LCIEM-SS1-TRAFO-1-TRAFO CELL & BODYSMSE-1W-SS1TRF1-EPT BOF-LCIEM-SS1-TRAFO-1-EARTH PIT STATUS SMSE-1W-SS1TRF1-MBS BOF-LCIEM-SS1-TRAFO-1-MARSHALLING BOX STASMSE-1M-SS1TRF1-ERS BOF-LCIEM-SS1-TRAFO-1-EARTH CONN STATUSSMSE-1M-SS1TRF1-TRD BOF-LCIEM-SS1-TRAFO-1-TRAFO DOOR STATUS

SMSE-1M-SS1TRF1BDSG BOF-LCIEM-SS1-TRAFO-1-BUS DUCT SLI GEL STASMSE-1Y-SS1TRF1-BIC BOF-LCIEM-SS1-TRAFO-1-BUSH & INSUL CONDSMSE-1Y-SS1TRF1-WIR BOF-LCIEM-SS1-TRAFO-1-Winding IR value 6.6 KVSMSE-1Y-SS1TRF1-WIR BOF-LCIEM-SS1-TRAFO-1-Winding IR value 415 VSMSE-1Y-SS1TRF1-WPI BOF-LCIEM-SS1-TRAFO-1-Winding PI value 6.6 KVSMSE-1Y-SS1TRF1-WPI BOF-LCIEM-SS1-TRAFO-1-Winding PI value 415 VSMSE-1Y-SS1TRF1-WRE BOF-LCIEM-SS1-TRAFO-1-WDG RESIST HV R-YSMSE-1Y-SS1TRF1-WRE BOF-LCIEM-SS1-TRAFO-1-WDG RESIST HV Y-BSMSE-1Y-SS1TRF1-WRE BOF-LCIEM-SS1-TRAFO-1-WDG RESIST HV B-RSMSE-1Y-SS1TRF1-WRE BOF-LCIEM-SS1-TRAFO-1-WDG RESIST LV R-YSMSE-1Y-SS1TRF1-WRE BOF-LCIEM-SS1-TRAFO-1-WDG RESIST LV Y-BSMSE-1Y-SS1TRF1-WRE BOF-LCIEM-SS1-TRAFO-1-WDG RESIST LV B-RSMSE-1Y-SS1TRF1-WDS BOF-LCIEM-SS1-TRAFO-1-WDG RESIST STATUSSMSE-1Y-SS1TRF1-ERE BOF-LCIEM-SS1-TRAFO-1-EARTH RESISTANCESMSE-1Y-SS1TRF1-RIR BOF-LCIEM-SS1-TRAFO-1-P CBL 6.6 KV IR R-ESMSE-1Y-SS1TRF1-YIR BOF-LCIEM-SS1-TRAFO-1-P CBL 6.6 KV IR Y-ESMSE-1Y-SS1TRF1-BIR BOF-LCIEM-SS1-TRAFO-1-P CBL 6.6 KV IR B-ESMSE-1Y-SS1TRF1-RIR BOF-LCIEM-SS1-TRAFO-1-P CBL 6.6 KV IR R-YSMSE-1Y-SS1TRF1-YIR BOF-LCIEM-SS1-TRAFO-1-P CBL 6.6 KV IR Y-BSMSE-1Y-SS1TRF1-BIR BOF-LCIEM-SS1-TRAFO-1-P CBL 6.6 KV IR B-RSMSE-1Y-SS1TRF1-RIR BOF-LCIEM-SS1-TRAFO-1-P CBL 415V IR R-ESMSE-1Y-SS1TRF1-YIR BOF-LCIEM-SS1-TRAFO-1-P CBL 415V IR Y-ESMSE-1Y-SS1TRF1-BIR BOF-LCIEM-SS1-TRAFO-1-P CBL 415V IR B-ESMSE-1Y-SS1TRF1-RIR BOF-LCIEM-SS1-TRAFO-1-P CBL 415V IR R-YSMSE-1Y-SS1TRF1-YIR BOF-LCIEM-SS1-TRAFO-1-P CBL 415V IR Y-BSMSE-1Y-SS1TRF1-BIR BOF-LCIEM-SS1-TRAFO-1-P CBL 415V IR B-RSMSE-1Y-SS1TRF1-PCT BOF-LCIEM-SS1-TRAFO-1-PROT & CONT STATUSSMSE-1D-SS1TRF2-RA BOF-LCIEM-SS1-TRAFO-2-CURRENT-R PHASESMSE-1D-SS1TRF2-YA BOF-LCIEM-SS1-TRAFO-2-CURRENT-Y PHASESMSE-1D-SS1TRF2-BA BOF-LCIEM-SS1-TRAFO-2-CURRENT-B PHASESMSE-1D-SS1TRF2-WDT BOF-LCIEM-SS1-TRAFO-2-R PHASE WDG TEMP SMSE-1D-SS1TRF2-WDT BOF-LCIEM-SS1-TRAFO-2-Y PHASE WDG TEMP SMSE-1D-SS1TRF2-WDT BOF-LCIEM-SS1-TRAFO-2-B PHASE WDG TEMP SMSE-1D-SS1TRF2-WTS BOF-LCIEM-SS1-TRAFO-2-WINDING TEMP STATUSSMSE-1W-SS1TRF2-TCB BOF-LCIEM-SS1-TRAFO-2-TRAFO CELL & BODYSMSE-1W-SS1TRF2-EPT BOF-LCIEM-SS1-TRAFO-2-EARTH PIT STATUS SMSE-1W-SS1TRF2-MBS BOF-LCIEM-SS1-TRAFO-2-MARSHALLING BOX STASMSE-1M-SS1TRF2-ERS BOF-LCIEM-SS1-TRAFO-2-EARTH CONN STATUSSMSE-1M-SS1TRF2-TRD BOF-LCIEM-SS1-TRAFO-2-TRAFO DOOR STATUSSMSE-1M-SS1TRF2BDSG BOF-LCIEM-SS1-TRAFO-2-BUS DUCT SLI GEL STASMSE-1Y-SS1TRF2-BIC BOF-LCIEM-SS1-TRAFO-2-BUSH & INSUL CONDSMSE-1Y-SS1TRF2-WIR BOF-LCIEM-SS1-TRAFO-2-Winding IR value 6.6 KVSMSE-1Y-SS1TRF2-WIR BOF-LCIEM-SS1-TRAFO-2-Winding IR value 415 VSMSE-1Y-SS1TRF2-WPI BOF-LCIEM-SS1-TRAFO-2-Winding PI value 6.6 KVSMSE-1Y-SS1TRF2-WPI BOF-LCIEM-SS1-TRAFO-2-Winding PI value 415 VSMSE-1Y-SS1TRF2-WRE BOF-LCIEM-SS1-TRAFO-2-WDG RESIST HV R-YSMSE-1Y-SS1TRF2-WRE BOF-LCIEM-SS1-TRAFO-2-WDG RESIST HV Y-BSMSE-1Y-SS1TRF2-WRE BOF-LCIEM-SS1-TRAFO-2-WDG RESIST HV B-R

SMSE-1Y-SS1TRF2-WRE BOF-LCIEM-SS1-TRAFO-2-WDG RESIST LV R-YSMSE-1Y-SS1TRF2-WRE BOF-LCIEM-SS1-TRAFO-2-WDG RESIST LV Y-BSMSE-1Y-SS1TRF2-WRE BOF-LCIEM-SS1-TRAFO-2-WDG RESIST LV B-RSMSE-1Y-SS1TRF2-WDS BOF-LCIEM-SS1-TRAFO-2-WDG RESIST STATUSSMSE-1Y-SS1TRF2-ERE BOF-LCIEM-SS1-TRAFO-2-EARTH RESISTANCESMSE-1Y-SS1TRF2-RIR BOF-LCIEM-SS1-TRAFO-2-P CBL 6.6 KV IR R-ESMSE-1Y-SS1TRF2-YIR BOF-LCIEM-SS1-TRAFO-2-P CBL 6.6 KV IR Y-ESMSE-1Y-SS1TRF2-BIR BOF-LCIEM-SS1-TRAFO-2-P CBL 6.6 KV IR B-ESMSE-1Y-SS1TRF2-RIR BOF-LCIEM-SS1-TRAFO-2-P CBL 6.6 KV IR R-YSMSE-1Y-SS1TRF2-YIR BOF-LCIEM-SS1-TRAFO-2-P CBL 6.6 KV IR Y-BSMSE-1Y-SS1TRF2-BIR BOF-LCIEM-SS1-TRAFO-2-P CBL 6.6 KV IR B-RSMSE-1Y-SS1TRF2-RIR BOF-LCIEM-SS1-TRAFO-2-P CBL 415V IR R-ESMSE-1Y-SS1TRF2-YIR BOF-LCIEM-SS1-TRAFO-2-P CBL 415V IR Y-ESMSE-1Y-SS1TRF2-BIR BOF-LCIEM-SS1-TRAFO-2-P CBL 415V IR B-ESMSE-1Y-SS1TRF2-RIR BOF-LCIEM-SS1-TRAFO-2-P CBL 415V IR R-YSMSE-1Y-SS1TRF2-YIR BOF-LCIEM-SS1-TRAFO-2-P CBL 415V IR Y-BSMSE-1Y-SS1TRF2-BIR BOF-LCIEM-SS1-TRAFO-2-P CBL 415V IR B-RSMSE-1Y-SS1TRF2-PCT BOF-LCIEM-SS1-TRAFO-2-PROT & CONT STATUSSMSE-1D-SS2TRF1-RA BOF-LCIEM-SS2-TRAFO-1-CURRENT-R PHASESMSE-1D-SS2TRF1-YA BOF-LCIEM-SS2-TRAFO-1-CURRENT-Y PHASESMSE-1D-SS2TRF1-BA BOF-LCIEM-SS2-TRAFO-1-CURRENT-B PHASESMSE-1D-SS2TRF1-WDT BOF-LCIEM-SS2-TRAFO-1-R PHASE WDG TEMP SMSE-1D-SS2TRF1-WDT BOF-LCIEM-SS2-TRAFO-1-Y PHASE WDG TEMP SMSE-1D-SS2TRF1-WDT BOF-LCIEM-SS2-TRAFO-1-B PHASE WDG TEMP SMSE-1D-SS2TRF1-WTS BOF-LCIEM-SS2-TRAFO-1-WINDING TEMP STATUSSMSE-1W-SS2TRF1-TCB BOF-LCIEM-SS2-TRAFO-1-TRAFO CELL & BODYSMSE-1W-SS2TRF1-EPT BOF-LCIEM-SS2-TRAFO-1-EARTH PIT STATUS SMSE-1W-SS2TRF1-MBS BOF-LCIEM-SS2-TRAFO-1-MARSHALLING BOX STASMSE-1M-SS2TRF1-ERS BOF-LCIEM-SS2-TRAFO-1-EARTH CONN STATUSSMSE-1M-SS2TRF1-TRD BOF-LCIEM-SS2-TRAFO-1-TRAFO DOOR STATUSSMSE-1M-SS2TRF1BDSG BOF-LCIEM-SS2-TRAFO-1-BUS DUCT SLI GEL STASMSE-1Y-SS2TRF1-BIC BOF-LCIEM-SS2-TRAFO-1-BUSH & INSUL CONDSMSE-1Y-SS2TRF1-WIR BOF-LCIEM-SS2-TRAFO-1-Winding IR value 6.6 KVSMSE-1Y-SS2TRF1-WIR BOF-LCIEM-SS2-TRAFO-1-Winding IR value 415 VSMSE-1Y-SS2TRF1-WPI BOF-LCIEM-SS2-TRAFO-1-Winding PI value 6.6 KVSMSE-1Y-SS2TRF1-WPI BOF-LCIEM-SS2-TRAFO-1-Winding PI value 415 VSMSE-1Y-SS2TRF1-WRE BOF-LCIEM-SS2-TRAFO-1-WDG RESIST HV R-YSMSE-1Y-SS2TRF1-WRE BOF-LCIEM-SS2-TRAFO-1-WDG RESIST HV Y-BSMSE-1Y-SS2TRF1-WRE BOF-LCIEM-SS2-TRAFO-1-WDG RESIST HV B-RSMSE-1Y-SS2TRF1-WRE BOF-LCIEM-SS2-TRAFO-1-WDG RESIST LV R-YSMSE-1Y-SS2TRF1-WRE BOF-LCIEM-SS2-TRAFO-1-WDG RESIST LV Y-BSMSE-1Y-SS2TRF1-WRE BOF-LCIEM-SS2-TRAFO-1-WDG RESIST LV B-RSMSE-1Y-SS2TRF1-WDS BOF-LCIEM-SS2-TRAFO-1-WDG RESIST STATUSSMSE-1Y-SS2TRF1-ERE BOF-LCIEM-SS2-TRAFO-1-EARTH RESISTANCESMSE-1Y-SS2TRF1-RIR BOF-LCIEM-SS2-TRAFO-1-P CBL 6.6 KV IR R-ESMSE-1Y-SS2TRF1-YIR BOF-LCIEM-SS2-TRAFO-1-P CBL 6.6 KV IR Y-ESMSE-1Y-SS2TRF1-BIR BOF-LCIEM-SS2-TRAFO-1-P CBL 6.6 KV IR B-ESMSE-1Y-SS2TRF1-RIR BOF-LCIEM-SS2-TRAFO-1-P CBL 6.6 KV IR R-Y

SMSE-1Y-SS2TRF1-YIR BOF-LCIEM-SS2-TRAFO-1-P CBL 6.6 KV IR Y-BSMSE-1Y-SS2TRF1-BIR BOF-LCIEM-SS2-TRAFO-1-P CBL 6.6 KV IR B-RSMSE-1Y-SS2TRF1-RIR BOF-LCIEM-SS2-TRAFO-1-P CBL 415V IR R-ESMSE-1Y-SS2TRF1-YIR BOF-LCIEM-SS2-TRAFO-1-P CBL 415V IR Y-ESMSE-1Y-SS2TRF1-BIR BOF-LCIEM-SS2-TRAFO-1-P CBL 415V IR B-ESMSE-1Y-SS2TRF1-RIR BOF-LCIEM-SS2-TRAFO-1-P CBL 415V IR R-YSMSE-1Y-SS2TRF1-YIR BOF-LCIEM-SS2-TRAFO-1-P CBL 415V IR Y-BSMSE-1Y-SS2TRF1-BIR BOF-LCIEM-SS2-TRAFO-1-P CBL 415V IR B-RSMSE-1Y-SS2TRF1-PCT BOF-LCIEM-SS2-TRAFO-1-PROT & CONT STATUSSMSE-1D-SS2TRF2-RA BOF-LCIEM-SS2-TRAFO-2-CURRENT-R PHASESMSE-1D-SS2TRF2-YA BOF-LCIEM-SS2-TRAFO-2-CURRENT-Y PHASESMSE-1D-SS2TRF2-BA BOF-LCIEM-SS2-TRAFO-2-CURRENT-B PHASESMSE-1D-SS2TRF2-WDT BOF-LCIEM-SS2-TRAFO-2-R PHASE WDG TEMP SMSE-1D-SS2TRF2-WDT BOF-LCIEM-SS2-TRAFO-2-Y PHASE WDG TEMP SMSE-1D-SS2TRF2-WDT BOF-LCIEM-SS2-TRAFO-2-B PHASE WDG TEMP SMSE-1D-SS2TRF2-WTS BOF-LCIEM-SS2-TRAFO-2-WINDING TEMP STATUSSMSE-1W-SS2TRF2-TCB BOF-LCIEM-SS2-TRAFO-2-TRAFO CELL & BODYSMSE-1W-SS2TRF2-EPT BOF-LCIEM-SS2-TRAFO-2-EARTH PIT STATUS SMSE-1W-SS2TRF2-MBS BOF-LCIEM-SS2-TRAFO-2-MARSHALLING BOX STASMSE-1M-SS2TRF2-ERS BOF-LCIEM-SS2-TRAFO-2-EARTH CONN STATUSSMSE-1M-SS2TRF2-TRD BOF-LCIEM-SS2-TRAFO-2-TRAFO DOOR STATUSSMSE-1M-SS2TRF2BDSG BOF-LCIEM-SS2-TRAFO-2-BUS DUCT SLI GEL STASMSE-1Y-SS2TRF2-BIC BOF-LCIEM-SS2-TRAFO-2-BUSH & INSUL CONDSMSE-1Y-SS2TRF2-WIR BOF-LCIEM-SS2-TRAFO-2-Winding IR value 6.6 KVSMSE-1Y-SS2TRF2-WIR BOF-LCIEM-SS2-TRAFO-2-Winding IR value 415 VSMSE-1Y-SS2TRF2-WPI BOF-LCIEM-SS2-TRAFO-2-Winding PI value 6.6 KVSMSE-1Y-SS2TRF2-WPI BOF-LCIEM-SS2-TRAFO-2-Winding PI value 415 VSMSE-1Y-SS2TRF2-WRE BOF-LCIEM-SS2-TRAFO-2-WDG RESIST HV R-YSMSE-1Y-SS2TRF2-WRE BOF-LCIEM-SS2-TRAFO-2-WDG RESIST HV Y-BSMSE-1Y-SS2TRF2-WRE BOF-LCIEM-SS2-TRAFO-2-WDG RESIST HV B-RSMSE-1Y-SS2TRF2-WRE BOF-LCIEM-SS2-TRAFO-2-WDG RESIST LV R-YSMSE-1Y-SS2TRF2-WRE BOF-LCIEM-SS2-TRAFO-2-WDG RESIST LV Y-BSMSE-1Y-SS2TRF2-WRE BOF-LCIEM-SS2-TRAFO-2-WDG RESIST LV B-RSMSE-1Y-SS2TRF2-WDS BOF-LCIEM-SS2-TRAFO-2-WDG RESIST STATUSSMSE-1Y-SS2TRF2-ERE BOF-LCIEM-SS2-TRAFO-2-EARTH RESISTANCESMSE-1Y-SS2TRF2-RIR BOF-LCIEM-SS2-TRAFO-2-P CBL 6.6 KV IR R-ESMSE-1Y-SS2TRF2-YIR BOF-LCIEM-SS2-TRAFO-2-P CBL 6.6 KV IR Y-ESMSE-1Y-SS2TRF2-BIR BOF-LCIEM-SS2-TRAFO-2-P CBL 6.6 KV IR B-ESMSE-1Y-SS2TRF2-RIR BOF-LCIEM-SS2-TRAFO-2-P CBL 6.6 KV IR R-YSMSE-1Y-SS2TRF2-YIR BOF-LCIEM-SS2-TRAFO-2-P CBL 6.6 KV IR Y-BSMSE-1Y-SS2TRF2-BIR BOF-LCIEM-SS2-TRAFO-2-P CBL 6.6 KV IR B-RSMSE-1Y-SS2TRF2-RIR BOF-LCIEM-SS2-TRAFO-2-P CBL 415V IR R-ESMSE-1Y-SS2TRF2-YIR BOF-LCIEM-SS2-TRAFO-2-P CBL 415V IR Y-ESMSE-1Y-SS2TRF2-BIR BOF-LCIEM-SS2-TRAFO-2-P CBL 415V IR B-ESMSE-1Y-SS2TRF2-RIR BOF-LCIEM-SS2-TRAFO-2-P CBL 415V IR R-YSMSE-1Y-SS2TRF2-YIR BOF-LCIEM-SS2-TRAFO-2-P CBL 415V IR Y-BSMSE-1Y-SS2TRF2-BIR BOF-LCIEM-SS2-TRAFO-2-P CBL 415V IR B-RSMSE-1Y-SS2TRF1-PCT BOF-LCIEM-SS2-TRAFO-2-PROT & CONT STATUS

SMSE-1D-SS2TRF3-RA BOF-LCIEM-SS2-TRAFO-3-CURRENT-R PHASESMSE-1D-SS2TRF3-YA BOF-LCIEM-SS2-TRAFO-3-CURRENT-Y PHASESMSE-1D-SS2TRF3-BA BOF-LCIEM-SS2-TRAFO-3-CURRENT-B PHASESMSE-1D-SS2TRF3-WDT BOF-LCIEM-SS2-TRAFO-3-R PHASE WDG TEMP SMSE-1D-SS2TRF3-WDT BOF-LCIEM-SS2-TRAFO-3-Y PHASE WDG TEMP SMSE-1D-SS2TRF3-WDT BOF-LCIEM-SS2-TRAFO-3-B PHASE WDG TEMP SMSE-1D-SS2TRF3-WTS BOF-LCIEM-SS2-TRAFO-3-WINDING TEMP STATUSSMSE-1W-SS2TRF3-TCB BOF-LCIEM-SS2-TRAFO-3-TRAFO CELL & BODYSMSE-1W-SS2TRF3-EPT BOF-LCIEM-SS2-TRAFO-3-EARTH PIT STATUS SMSE-1W-SS2TRF3-MBS BOF-LCIEM-SS2-TRAFO-3-MARSHALLING BOX STASMSE-1M-SS2TRF3-ERS BOF-LCIEM-SS2-TRAFO-3-EARTH CONN STATUSSMSE-1M-SS2TRF3-TRD BOF-LCIEM-SS2-TRAFO-3-TRAFO DOOR STATUSSMSE-1M-SS2TRF3BDSG BOF-LCIEM-SS2-TRAFO-3-BUS DUCT SLI GEL STASMSE-1Y-SS2TRF3-BIC BOF-LCIEM-SS2-TRAFO-3-BUSH & INSUL CONDSMSE-1Y-SS2TRF3-WIR BOF-LCIEM-SS2-TRAFO-3-Winding IR value 6.6 KVSMSE-1Y-SS2TRF3-WIR BOF-LCIEM-SS2-TRAFO-3-Winding IR value 415 VSMSE-1Y-SS2TRF3-WPI BOF-LCIEM-SS2-TRAFO-3-Winding PI value 6.6 KVSMSE-1Y-SS2TRF3-WPI BOF-LCIEM-SS2-TRAFO-3-Winding PI value 415 VSMSE-1Y-SS2TRF3-WRE BOF-LCIEM-SS2-TRAFO-3-WDG RESIST HV R-YSMSE-1Y-SS2TRF3-WRE BOF-LCIEM-SS2-TRAFO-3-WDG RESIST HV Y-BSMSE-1Y-SS2TRF3-WRE BOF-LCIEM-SS2-TRAFO-3-WDG RESIST HV B-RSMSE-1Y-SS2TRF3-WRE BOF-LCIEM-SS2-TRAFO-3-WDG RESIST LV R-YSMSE-1Y-SS2TRF3-WRE BOF-LCIEM-SS2-TRAFO-3-WDG RESIST LV Y-BSMSE-1Y-SS2TRF3-WRE BOF-LCIEM-SS2-TRAFO-3-WDG RESIST LV B-RSMSE-1Y-SS2TRF3-WDS BOF-LCIEM-SS2-TRAFO-3-WDG RESIST STATUSSMSE-1Y-SS2TRF3-ERE BOF-LCIEM-SS2-TRAFO-3-EARTH RESISTANCESMSE-1Y-SS2TRF3-RIR BOF-LCIEM-SS2-TRAFO-3-P CBL 6.6 KV IR R-ESMSE-1Y-SS2TRF3-YIR BOF-LCIEM-SS2-TRAFO-3-P CBL 6.6 KV IR Y-ESMSE-1Y-SS2TRF3-BIR BOF-LCIEM-SS2-TRAFO-3-P CBL 6.6 KV IR B-ESMSE-1Y-SS2TRF3-RIR BOF-LCIEM-SS2-TRAFO-3-P CBL 6.6 KV IR R-YSMSE-1Y-SS2TRF3-YIR BOF-LCIEM-SS2-TRAFO-3-P CBL 6.6 KV IR Y-BSMSE-1Y-SS2TRF3-BIR BOF-LCIEM-SS2-TRAFO-3-P CBL 6.6 KV IR B-RSMSE-1Y-SS2TRF3-RIR BOF-LCIEM-SS2-TRAFO-3-P CBL 415V IR R-ESMSE-1Y-SS2TRF3-YIR BOF-LCIEM-SS2-TRAFO-3-P CBL 415V IR Y-ESMSE-1Y-SS2TRF3-BIR BOF-LCIEM-SS2-TRAFO-3-P CBL 415V IR B-ESMSE-1Y-SS2TRF3-RIR BOF-LCIEM-SS2-TRAFO-3-P CBL 415V IR R-YSMSE-1Y-SS2TRF3-YIR BOF-LCIEM-SS2-TRAFO-3-P CBL 415V IR Y-BSMSE-1Y-SS2TRF3-BIR BOF-LCIEM-SS2-TRAFO-3-P CBL 415V IR B-RSMSE-1Y-SS2TRF3-PCT BOF-LCIEM-SS2-TRAFO-3-PROT & CONT STATUSSMSE-1D-SS2TRF4-RA BOF-LCIEM-SS2-TRAFO-4-CURRENT-R PHASESMSE-1D-SS2TRF4-YA BOF-LCIEM-SS2-TRAFO-4-CURRENT-Y PHASESMSE-1D-SS2TRF4-BA BOF-LCIEM-SS2-TRAFO-4-CURRENT-B PHASESMSE-1D-SS2TRF4-WDT BOF-LCIEM-SS2-TRAFO-4-R PHASE WDG TEMP SMSE-1D-SS2TRF4-WDT BOF-LCIEM-SS2-TRAFO-4-Y PHASE WDG TEMP SMSE-1D-SS2TRF4-WDT BOF-LCIEM-SS2-TRAFO-4-B PHASE WDG TEMP SMSE-1D-SS2TRF4-WTS BOF-LCIEM-SS2-TRAFO-4-WINDING TEMP STATUSSMSE-1W-SS2TRF4-TCB BOF-LCIEM-SS2-TRAFO-4-TRAFO CELL & BODYSMSE-1W-SS2TRF4-EPT BOF-LCIEM-SS2-TRAFO-4-EARTH PIT STATUS

SMSE-1W-SS2TRF4-MBS BOF-LCIEM-SS2-TRAFO-4-MARSHALLING BOX STASMSE-1M-SS2TRF4-ERS BOF-LCIEM-SS2-TRAFO-4-EARTH CONN STATUSSMSE-1M-SS2TRF4-TRD BOF-LCIEM-SS2-TRAFO-4-TRAFO DOOR STATUSSMSE-1M-SS2TRF4BDSG BOF-LCIEM-SS2-TRAFO-4-BUS DUCT SLI GEL STASMSE-1Y-SS2TRF4-BIC BOF-LCIEM-SS2-TRAFO-4-BUSH & INSUL CONDSMSE-1Y-SS2TRF4-WIR BOF-LCIEM-SS2-TRAFO-4-Winding IR value 6.6 KVSMSE-1Y-SS2TRF4-WIR BOF-LCIEM-SS2-TRAFO-4-Winding IR value 415 VSMSE-1Y-SS2TRF4-WPI BOF-LCIEM-SS2-TRAFO-4-Winding PI value 6.6 KVSMSE-1Y-SS2TRF4-WPI BOF-LCIEM-SS2-TRAFO-4-Winding PI value 415 VSMSE-1Y-SS2TRF4-WRE BOF-LCIEM-SS2-TRAFO-4-WDG RESIST HV R-YSMSE-1Y-SS2TRF4-WRE BOF-LCIEM-SS2-TRAFO-4-WDG RESIST HV Y-BSMSE-1Y-SS2TRF4-WRE BOF-LCIEM-SS2-TRAFO-4-WDG RESIST HV B-RSMSE-1Y-SS2TRF4-WRE BOF-LCIEM-SS2-TRAFO-4-WDG RESIST LV R-YSMSE-1Y-SS2TRF4-WRE BOF-LCIEM-SS2-TRAFO-4-WDG RESIST LV Y-BSMSE-1Y-SS2TRF4-WRE BOF-LCIEM-SS2-TRAFO-4-WDG RESIST LV B-RSMSE-1Y-SS2TRF4-WDS BOF-LCIEM-SS2-TRAFO-4-WDG RESIST STATUSSMSE-1Y-SS2TRF4-ERE BOF-LCIEM-SS2-TRAFO-4-EARTH RESISTANCESMSE-1Y-SS2TRF4-RIR BOF-LCIEM-SS2-TRAFO-4-P CBL 6.6 KV IR R-ESMSE-1Y-SS2TRF4-YIR BOF-LCIEM-SS2-TRAFO-4-P CBL 6.6 KV IR Y-ESMSE-1Y-SS2TRF4-BIR BOF-LCIEM-SS2-TRAFO-4-P CBL 6.6 KV IR B-ESMSE-1Y-SS2TRF4-RIR BOF-LCIEM-SS2-TRAFO-4-P CBL 6.6 KV IR R-YSMSE-1Y-SS2TRF4-YIR BOF-LCIEM-SS2-TRAFO-4-P CBL 6.6 KV IR Y-BSMSE-1Y-SS2TRF4-BIR BOF-LCIEM-SS2-TRAFO-4-P CBL 6.6 KV IR B-RSMSE-1Y-SS2TRF4-RIR BOF-LCIEM-SS2-TRAFO-4-P CBL 415V IR R-ESMSE-1Y-SS2TRF4-YIR BOF-LCIEM-SS2-TRAFO-4-P CBL 415V IR Y-ESMSE-1Y-SS2TRF4-BIR BOF-LCIEM-SS2-TRAFO-4-P CBL 415V IR B-ESMSE-1Y-SS2TRF4-RIR BOF-LCIEM-SS2-TRAFO-4-P CBL 415V IR R-YSMSE-1Y-SS2TRF4-YIR BOF-LCIEM-SS2-TRAFO-4-P CBL 415V IR Y-BSMSE-1Y-SS2TRF4-BIR BOF-LCIEM-SS2-TRAFO-4-P CBL 415V IR B-RSMSE-1Y-SS2TRF4-PCT BOF-LCIEM-SS2-TRAFO-4-PROT & CONT STATUS

Characteristic UNIT Code Group Counter OvIndicator: Annual Est Upper limitATNAM CODGR CJUMC INDRV PYEAC MRMACC(030) C(008) C(022) C(001) C(022) C(022)RATEDCURRENT A Rated currentRATEDCURRENT A Rated currentRATEDCURRENT A Rated currentTEMPERATURE Degree C 85TEMPERATURE Degree C 85TEMPERATURE Degree C 85

STATUSSTATUSSTATUSSTATUSSTATUSSTATUSSTATUSSTATUS

INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999PI 4PI 4RESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCE

STATUSRESISTANCE Ohms 1INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999

STATUSRATEDCURRENT A Rated currentRATEDCURRENT A Rated currentRATEDCURRENT A Rated currentTEMPERATURE Degree C 85TEMPERATURE Degree C 85TEMPERATURE Degree C 85






INSULATION_IN_MOHM M Ohms 99999999

INSULATION_IN_MOHM M Ohms 99999999PI 4PI 4RESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCE









STATUSRESISTANCE Ohms 1INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999

INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999





STATUSRATEDCURRENT A Rated currentRATEDCURRENT A Rated currentRATEDCURRENT A Rated current

TEMPERATURE Degree C 85TEMPERATURE Degree C 85TEMPERATURE Degree C 85





STATUSSTATUSSTATUSSTATUSSTATUSSTATUS

STATUSSTATUS





INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999PI 4PI 4RESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCE

RESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCERESISTANCE Ohms WDG RESISTANCE





STATUSRESISTANCE Ohms 1INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999

INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999INSULATION_IN_MOHM M Ohms 99999999





STATUS

RATEDCURRENT A Rated currentRATEDCURRENT A Rated currentRATEDCURRENT A Rated currentTEMPERATURE Degree C 85TEMPERATURE Degree C 85TEMPERATURE Degree C 85





STATUSSTATUSSTATUS

STATUSSTATUSSTATUSSTATUSSTATUS



STATUS

lower limit Indicator : valuation code is sufficientMRMIC CDSUFC(022) C(001)NANANA

202020

X Temp variation between Phases <5 DEGREE CXXXX EARTHING CONNECTION AT TWO POINTSX TRAFO DOOR SHOULD BE LOCKEDX Colour of silica gel should be BLUEX

30 Trafo HV winding IR value5 Trafo LV winding IR value22

0.10.10.10.10.10.1

X0.1 Trafo earthing value303030303030

555555

X Protection and control check statusNANANA

202020



0.10.10.10.10.10.1


555555


202020


30 Trafo HV winding IR value

5 Trafo LV winding IR value22

0.10.10.10.10.10.1


555555


202020



0.10.10.10.10.10.1


555555


202020



0.10.10.10.10.10.1


5

55555


202020



0.10.10.10.10.10.1


555555


202020



0.10.10.10.10.10.1


555555


202020

X Temp variation between Phases <5 DEGREE CXXXX EARTHING CONNECTION AT TWO POINTSX TRAFO DOOR SHOULD BE LOCKED

X Colour of silica gel should be BLUEX


0.10.10.10.10.10.1


555555


202020



0.10.10.1

0.10.10.1


555555


202020



0.10.10.10.10.10.1


3030

555555


202020



0.10.10.10.10.10.1


555555

X Protection and control check status

NANANA

202020



0.10.10.10.10.10.1


555555


202020

X Temp variation between Phases <5 DEGREE CXX

XX EARTHING CONNECTION AT TWO POINTSX TRAFO DOOR SHOULD BE LOCKEDX Colour of silica gel should be BLUEX


0.10.10.10.10.10.1


555555

X Protection and control check status

Documents

Dry Type Distribution Trafo Task List