TSD ald press 19.01.18 by ETC 29.01.18

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(TSD) {WAG-5, WAG-7, WAM-4(6P), WAP-1/3(6P), WAP-4} 2018 2

TSD TSD TSD TSD TSD TSD TSD TSD TSD 3

1.1 10 1.2 LSDJ Q-44 (ICDJ) 10 1.3 Q-118 Q-44 11 1.3.1 Q-118 UA 11 1.3.2 Q-45 12 1.3.2.1 Q-45 12 1.3.2.2 Q-45 13 1.3.2.3 LSDJ 13 1.4 LSDJ 14 1.5 14 q LSCHBA 1.5.1 LSDJ LSDJ 14 1.6 UA 15 q LSCHBA LSDJ BLRDJ 15 1.7 LSDJ LSCHBA 1.8 LSDJ LSCHBA BLRDJ 16 6 17 1.9 BLVMT 18 15 18 19 1.10 1.11 6 6 1.12 6 6 1.13 QLM 20 1.14 QOP 20 1.14.1 QOP-1 20 1.14.2 QOP-2 21 1.15 QRSI 22 1.15.1 QRSI-1 22 4

1.15.2 QRSI-2 22 1.16 QOA 23 1.17 QLA 25 1.18 25 1.19 27 1.20 1.21 27 1.22 1.23 27 1.24 MR 1.25 OHE 28 1.26 BLVMT 29 29 ‘0’ 30 MVRH, MVMT-1 MVMT-2 31 1.27 HBA ‘1’ BL 31 1.28 BLDJ DJ LSDJ 32 1.29 LSCHBA 32 1.30 LSCHBA 32 1.31 LSRSI 32 33 1.32 MP GR ‘0’ 34 LSB 34 1.33 MPJ F R 35 35 1.34 CPA 1.35 CPA RS 1.36 1.37 BCR 35 1.38 LSBCR LSAF 36 1.39 ‘0’ 5.0 Kg/Cm² 36 1.40 BP 36 1.41 37 5

1.42 5.0 Kg/Cm² 37 1.43 5.0 Kg/Cm² 5.0 37 Kg/Cm² 6.0 Kg/Cm² 38 1.44 MR 38 1.45 A-9 BP 38 1.46 SA-9 38 1.47 FP 39 1.48 ‘P’ LSB 39 1.49 BP 39 1.50 FP 39 1.51 MP ‘0’ LSB GR ‘0’ QE QF-1 QF- 2 DJ GR 40 1.52 ‘0’ 40 BP 1.53 VCD GR ‘0’ ( ) QVCD 41 1.54 VCD 6 41 42 1.55 HOBA 42 1.56 HQOP-1/2 1.57 HQOA ‘0’

2.1 BLRDJ LSDJ (I.C.D.J.) 45 2.2 45 2.3 Q-118 UA 46 2.3.1 LSDJ 46 2.3.2 Q-118 47 2.3.2.1 47 2.3.2.2 Q-45 48 2.3.2.3 48 2.4 Q-45 Q-44 48 Q-45 Q-44 49 BLRDJ LSDJ 49 BLRDJ 6 49 2.5 BLRDJ 15 LSCHBA 50 2.5.1 DJ 6 LSDJ 51 LSCHBA 2.5.2 52 2.6 DJ 53 LSCHBA 55 56 2.7 BLVMT STC 57 57 2.8 QSIT 57 2.8.1 2.8.2 58 2.9 2.10 58 2.11 2.12 58 2.12.1 2.12.2 2.13 STC ‘OHE out of range’ UA OHE 7

3.1 59 3.2 59 3.3 59 3.4 BLDJ ‘BLDJ OFF’ 60 3.5 ‘ICDJ Through QPDJ DJ Feed Back Fail’ 60 3.6 ‘C-105, C-106 C-107 60 Feed Back Fail’ 3.7 ICDJ ‘C-118 Feed Back Fail’ 60 3.8 LSDJ (ICDJ) 61 3.9 62 3.10 ‘Out Put Short Circuit’ 62 3.11 UA OHE 62 ‘No Tension/Low OHE’ 3.12 MP ‘C-145 stuck up’ 62 3.13 ‘ZSMGR OFF’ 62 NR ‘Er’ 3.14 63 3.15 MP 63 3.16 BP 64 8

4.1 65 4.2 67 67 4.3 68 68 4.4 68 69 4.5 CPA 69 70 4.6 LSGR NR 4.7 70 4.8 71 LSGR LSGRR 4.9 LSGR LSGR LSGRR 9

1.0 1.1 A. MP ‘0’ B. C. D. QLM 20 1.13 E. HBA ‘0’ F. G. 1.14 QOP 1.15 1.16 23 20 QRSI 1.17 25 22 QOA QLA H. 1.2 10 1.2 A. BLVMT B. BLDJ BLCP ( BLPV ½ LSDJ LSCHBA BLRDJ DJ C. i. LSDJ 1.3 11 ii. LSDJ 1.4 14 iii. LSDJ LSCHBA UA 1.5 14 iv. LSDJ UA 10

q LSCHBA LSDJ 1.6 15 v. LSDJ LSCHBA BLRDJ 1.7 15 vi. LSDJ LSCHBA BLRDJ 6 1.8 16 vii. BLVMT 15 15 1.9 17 viii. ix. 1.10 6 18 6 5 6 x. 1.11 18 6 6 1.3 LSDJ 19 1.12 (ICDJ) A. BP2DJ DJ CPA B. RAL 6.5 Kg/cm² RS/PR MR 1.3.1 1.3.2 6.5 Kg/cm² DJ DJ Q-118 C. Q-118 11 D. Q-118 12 1.3.1 Q-118 A. HBA ‘1’ ZUBA 90 B. HCHBA ‘3’ HCHBA 11

C. CCBA CCPT HOBA DJ HOBA 1.55 41 TLC D. C-118 C-105, C-106, C-107 E. GR ‘0’ DJ ‘0’ F. BLDJ, BLPV, BLCP BLVMT Q-118 BP2DJ DJ LSCHBA BP2DJ Q-118 TLC 15 DJ G. Q-118 12 1.3.2 H. TLC BP2DJ BP2DJ Q-118 DJ BP2DJ LSCHBA Q-44 Q-118 4 1.3.2 Q-118 Q-45 A. Q-45 1.3.2.1 12 B. Q-45 Q-44 1.3.2.2 13 C. Q-45 Q-44 1.3.2.3 13 12

1.3.2.1 Q-45 A. CCDJ DJ HOBA HOBA 1.55 DJ 41 DJ 40 KMPH ZPT ‘1’ ‘2’ TLC BP1DJ B. BLDJ ZPT DJ C. GR ‘0’ ‘0’ DJ GR ‘0’ 2 ‘0’ DJ D. Q-45 DJ LSCHBA Q-45 Q-45 DJ E. CCDJ DJ F. DJ 40 KMPH TLC 1.3.2.2 Q-45 A. GR 10 Q-44 ‘0’ BLRDJ DJ B. Q-44 BP2DJ DJ LSCHBA BP2DJ Q-44 BP2DJ DJ Q-44 BP2DJ LSCHBA Q-44 4 1.3.2.3 Q-45 A. BLRDJ/BP2DJ C-118 13

Q-44 C-118 1.4 LSDJ Q-45 QCVAR C-118 DJ C-118 B. HQOP-1 HQOP-2 HQOA ‘0’ DJ HQOP HQOA 1.56 42 1.57 42 TLC ” C. R-1 D. IP HBA ‘0’ MR RS BP IP TLC E. TLC 1.5 LSDJ OHE, UA A. TLC/TPC B. OHE q C. TLC/TPC LSCHBA TLC/TPC LSDJ D. 1.21 27 1.5.1 E. 1.5.1 14 A. OHE 14

B. OHE 60 KMPH TPC/ C. TPC/ D. OHE 1.6 LSDJ A. UA TLC HQCVAR B. DJ ‘0’ 15

BLRDJ q 4 DJ LSCHBA TLC BLRDJ LSDJ TLC C. TLC 1.7 LSDJ  Q-30 LSCHBA DJ BLRDJ 1.8 LSDJ A. HPH, HVSL-1, HVSL-2 ‘0’ ‘3’ LSCHBA HQCVAR DJ BLRDJ 6 6 B. TLC C. VSL-1, VSL-2 D. I. TLC II. VSL TLC III. VSL DJ HVSL HVSI ‘0’ ‘1’ TLC IV. VSL DJ HQCVAR HPH, HVSL-1, HVSL-2 DJ 6 ‘1’ ‘1’ ‘3’ (HQCVAR ‘0’) ‘1’ 16

TLC 1. HVSL-1 HVSL-2 ‘3’ VSL 2. HQCVAR ‘0’ 3. HPH ‘3’ 1.9 BLVMT 4. HPH ‘0’ 400A 15 600A TLC BLVMT 1.26 15 31 A. HVRH, HVMT-1 HVMT-2 ‘3’ DJ 15 B. TLC C. I. VMT-1 DJ ‘0’ HVMT-1 DJ HVRH HVMT-2 ‘0’ ‘1’ ‘1’ TLC II. VMT-2 HVMT-2 HVRH HVMT-1 TLC DJ III. VRH ‘0’ HVRH ‘1’ HVMT-1 HVMT-2 TLC IV. 17

DJ HVMT-2 15 HVRH, HVMT-1 ‘1’ DJ ‘1’ ‘3’ ‘1’ ‘3’ TLC &HVMT-1 ‘0’ 123 HVMT-2 ‘0’ 456 1.10 DJ VSI-1 VSI-2 1.11 6 A. VSI TLC 6 B. VSI DJ HVSI ‘0’ DJ TLC C. VSI DJ ‘3’ HVSI-1 HVSI-2 GR DJ TLC MP ‘0’ D. HVSI-1 ‘1’ DJ DJ VSI-2 HVSI-1 ‘1’ ‘3’ HVSI-2 VSI-1 TLC A. DJ VRH,VMT-1, VMT-2 18

107, C-105, C-106) (C- BP2DJ Q-118 DJ B. 1.26 31 HVMT- 1 6 ‘3’ HVMT-2 6 Q-118 TLC C. GR TLC TLC D. & I. Q-118 Q-118 II. DJ Q-45 Q-44 105,C-106 ) (C-107,C- Q-45 Q-44 ‘3’ DJ 1.12 6 6 A. B. C. DJ HVMT-1, HVMT-2, HVRH, HPH, HVSL-1, HVSL-2, HVSI-1, HVSI-2 ‘3’ HQOA HQCVAR ‘0’ HQOP-1, HQOP-2 DJ DJ 19

D. 1.13 QLM GR 1.14 QOP TLC E. 40 KMPH TLC F. TLC A. QLM B. QLM QOP-1/2 QRSI-1/2 QOP-1/2 QRSI-1/2 QLM C. QLM HMCS A. ” OFF HQOP TLC B. 1.56 42 ” C. QOP-1 1.14.1 I. 20 1.14.2 II. QOP-2 20

1.14.1 QOP-1 21 ‘1’ HQOP- 1.14.2 QOP-2 A. HMCS-1 1.56 42 1 OFF TLC B. HVSI-1 HVMT-1 ‘0’ 1.56 HQOP-1 OFF 42 TLC C. HMCS-1 ‘1’ I. HMCS-1 ‘2’ DJ II. HMCS-1 ‘3’ DJ III. HMCS-1 ‘4’ DJ IV. HMCS-1 ‘1’ 1.56 HVSI-1 HQOP-1 HVSI-1 42 OFF V. TLC HOBA TLC A HMCS-2 ‘1’ HQOP-2 OFF 1.56 42 ‘0’ 1.56 TLC B HVSI-2 HVMT-2 HQOP-2 OFF 42 C HMCS-2 TLC I. HMCS-2 ‘1’ ‘2’ 21

DJ II. HMCS-2 ‘3’ DJ III. HMCS-2 ‘4’ DJ IV. HMCS-2 ‘1’ 1.56 HVSI-2 HQOP-2 HVSI-2 42 OFF TLC HOBA V. TLC 1.15 QRSI A. QRSI-1 1.15.1 22 1.15.1 QRSI -1 B. QRSI-2 1.15.2 22 A. HMCS-1 ‘1’ HVSI- 1 ‘0’ HVMT-1 B. TLC ‘0’ HVSI-1 & C. HMCS-1 ‘1’ I. HMCS-1 ‘2’ DJ II. HMCS-1 ‘3’ DJ III. HMCS-1 ‘4’ DJ 22

IV. HMCS- ‘1’ HVSI- 1 ‘0’ TLC HVSI-1 HVMT-1 ‘0’ 1,2,3 1.15.2 QRSI -2 A. HMCS-2 ‘1’ HVSI- 2 ‘0’ HVMT-2 B. TLC ‘0’ HVSI-2 C. HMCS-2 ‘1’ I. HMCS-2 ‘2’ DJ II. HMCS-2 ‘3’ DJ III. HMCS-2 ‘4’ DJ IV. HMCS-2 ‘1’ HVSI-2 ‘0’ TLC ‘0’ &HVSI-2, HVMT-2 456 1.16 QOA BLRDJ HCHBA ‘0’ 4 DJ TLC A. 23

B. 1.57 D 43 C. QOA 1 / BLRA-2 BLRA- CCRA-1/CCRA-2, QOA HOQA ‘0’ 1.57 42 TLC D. BLCP, BLPV, BLVMT QOA DJ E. BLPV, BLCP, BLVMT HVSI-1, HVSI-2, HVSL-1, HVSL-2, HPH ‘0’ QOA DJ 1.57 D 43 TLC F. BLCP 5 HCP CP QOA CP TLC G. BLPV 5 ZPV QOA H. BLVMT 15 24

HVRH, HVMT-1 HVMT-2 43 ‘0’ QOA 1.57 D DJ I. HQOA ‘0’ HQOA ‘0’ HOBA 41 1.55 TLC J. TLC 1.17 QLA HBA ‘0’ ‘0’ BLPV, BLCP BLVMT QLA DJ 15 QLA A B A. BLPV, BLCP BLVMT HVSI-1, HVSI-2, HVSL-1, HVSL-2 HPH ‘0’ QLA DJ TLC B. 5 I. BLCP HCP CP QLA CP TLC II. BLPV 5 ZPV QLA 25

III. BLVMT 15 HVRH, HVMT-1 HVMT-2 ‘0’ QLA DJ IV. TLC 1.18 BPT 1.27 31 MP ‘0’ N LSB, LSGR MPJ F R A. LSB CTF-1,CTF-2 CTF-3 J-1, J-2 MPJ Q-50 LSB J C-145 CTF LSC-145 Q-50 Q-50 TLC LSGR QRS LSC-145 Q-50 B. LSB QRS A-9 ‘ ’ RGEB QRS C. QRS Q-51 Q- 51 D. ZSMGR 26

Kg/Cm² GR 2.5 3.8 E. ZSMS ‘1’ EEC TLC ZSMS F. LSGR LSGR 40 KMPH TLC HVSI-1, HVSI-2 G. LSGR ‘1’ ‘3’ HVMT-1, HVMT-2 40 KMPH TLC H. GR TLC I. TLC 1.19 A. TM-1 HMCS-1 ‘2’ B. TM-6 ‘4’ HMCS-2 C. TM-1 TM-6 1.20 A. HMCS TLC TLC B. TLC C. 27

1.21 A. ZPT ‘1’ ‘3’ 1.22 B. HBA OHE 90 C. HCHBA, HCHBA D. RAL 6.5 Kg/Cm² RS/PR VEPT 1.55 CPA E. F. CCBA CCPT HOBA 41 40 KMPH TLC G. ZPT VEPT H. TLC & (BPEMS) ZPT ‘0’ A. ZPT ‘0’ B. C. CUG TPC/TLC OHE HBA ‘0’ D. OHE TPC 28

OHE HPT E. VEPT OHE F. 1.23 A. CPA DJ B. DJ Q-100 HCP C-101 C-102 C-103 C-105, C-106 C-107 ZPV 111 C-121 C- Q-118 BP2DJ DJ TLC C. Q-100 CCA HOBA 1.55 41 TLC D. HOBA 29 1.23 B TLC E. Q-100 CCA Q-100 MPJ ‘0’ BLCP 29

BLVMT DJ 4 BLCP BLVMT MPJ F R A. DJ 1.24 MR CPA RS 1.23 29 B. BLCP Kg/cm2 BLCPD 9.5 8.0 Kg/cm2 HCP HCP C-101 C-102 C- 103 BLCP TLC MR-4 C. VEUL, VEPT, VESA D. E. TLC 1.23 29 1.25 ‘0’ A. 1.40 36 5 0 Kg/cm2 1.4 1.7 Kg/cm2 B. HS-4 C. ZPV 30

D. HCP ‘1’ ‘2’ ‘3’ A-9 E. MP QRS F. HPV G. ZPV H. ZPV C-111 C-121 I. TLC A. BLCPD 1.26 BLVMT 1.23 29 MVRH, B. BLVMT MVMT-1 MVMT-2 C. MPJ FR 10 D. 2 C-107 Q-118 C-106 BP2DJ DJ BP2DJ DJ VMT-1 VMT- Q-118 C-105 Q-118 BP2DJ DJ TLC 1.27 HBA ‘1’ A. BL BL 31

1.28 BLDJ DJ B. ZUBA 90 LSDJ ‘0’ Add. CCBA /MCB C. CCLS CCLS 41 HOBA UA 1.55 BLRDJ TLC CCLS HOBA DJ QRS LSDJ Q100 DJ A. ZPT ‘0’ LSDJ ZPT ‘0’ B. LSDJ C. LSDJ RAL RS/PR CPA 6.5 Kg/Cm² LSDJ TLC LSDJ 1.29  ZPT ‘0’ LSCHBA 1.28 32 1.30 A. 2A LSCHBA 7A 32

DJ BLRDJ B. ‘0’ BLRDJ 90 DJ 1.31 A. MP ‘0’ TLC LSRSI B. DJ 20 C. RSI HVSI ‘0’ 1.32 MP TLC A,B,C 1.53 GR A. LSP ‘0’ 40 ‘0’ I. VCD II. BL 40 KMPH TLC B. LSP Q-51 VESA TLC C. HMCS-1 LSP 3 HMCS-2 ‘3’ 1/A-3 A- 33

A-2/A-4 4 I. A-1/A-3 3 ‘4’ HMCS-1 ‘1’ II. HMCS-2 ‘1’ A-2/A-4 4 III. ‘2’ HMCS-2 1 HMCS-1 A-1/A-3 3 A-2/A-4 4 ‘1’ HMCS- HMCS-1 ‘3’ HMCS-2 ‘1’ IV. HMCS-1 HMCS-2 ‘3’ TLC 1.33 MPJ F A. J-1 J-2 R MPJ LSB B. CTF-1, CTF-2 CTF-3 C. CTF J DJ Q-50 LSC-145 C-145 A Q-50 Q-50 MPJ TLC ‘0’ RB J-1 J-2 LSC-145 1.34 CPA Q-50 ‘1’ A. HBA 90 V B. 34

Add. CCBA /MCB C. HCHBA ‘3’ HCHBA D. CCBA HOBA E. ZCPA F. CPA 1.35 CPA G. TLC RS A. RAL CPA 1.36 RS B. SS-2, VEPT C. R-1 TLC D. RDJ E.  TLC 1.37 A. ZRT B. BLPRF C. RTPR HRTPR D. DC to DC Convertor Change Over E. F. 40 KMPH 40 KMPH 35

G. TLC DJ & CCCPR 1.38 LSBCR A. MR 7.5 Kg/Cm². RAL RS/PR 6.0 BCR Kg/Cm² CPA CPA CPA B. RS/PR TLC 8.0 Kg/Cm² 1.39 A. LSAF BP B. BP A-9 1.40 A-9 BP BP LSAF ‘0’ C. 5.0Kg/Cm² BP A. B. MR MR-4 C. A-9 D. A-9 36

E. RS F. MU-2B G. H. Add C2 I. BP J. IP K. IP L. M. TLC 1.41 A. 1.24 B 29 B. BP FP 1.40 36 BP 1.42 A. BLSW / BPSW VEAD B. BLCP 5.0 SS-1 Kg/Cm² BLCPD MR BLCPD BLCPD C. 1.43 A. A-9 5.0 ‘0’ BP FP Kg/Cm² B. 5.0 Kg/Cm² C. 37

A-9 BP 5.0 SA-9 BP D. Kg/Cm² FP E. 1.44 6.0 A. Kg/Cm² MR B. C. 1.45 A-9 & MR 1.46 SA-9 CPA DJ A. BP 5.0 Kg/cm2 A-9 B. PVEF SA-9 MR 8- VEF C. D. E. A. SA-9 B. MR-4 A-9 10 Kg/cm2 C. D. C-2 E. 38

TLC 1.47 A. A-9 BP B. BP C. BP TLC D. A-9 E. F. SA-9 BP FP ] QRS G. TLC & 1.48 A. FP FP B. FP (BP) 1.49 BP  TLC BP FP BP ‘0’ 1.50 FP  FP (BP) TLC 1.51 MP A. 39

‘P’ B. QE, QF-1 QF-2 LSB 15 KMPH C. (A-9) & ‘0’ LSB GR ‘0’ QE QF-1 QF-2 1.52 & A. ZPT ‘0’ B. BPEMS DJ C. GR & IP BP ‘0’ 1.53 VCD VCD A. (full Application) SA-9 B. MP MPJ ‘0’ 32 GR ‘0’ C. 32 VCD reset D. 32 VCD reset reset 32 40

( E. 32 ), VCD QVCD F. SA-9 (full Application) VCD 1.54 VCD A. B. MP MPJ ‘0’ C. SA-9 (full Application) D. VCD HVCD ‘0’ 1 E. VCD TLC A. 1.55 HOBA B. C. I. 41

II. VESA PSA III. VEPT-1 VEPT-2 HBA ‘0’ ZPT 40 HBA ‘1’ IV. KMPH V. VI. TLC A. 1.56 HQOP-1/2 B. C. I. TLC II. TLC ‘0’ A. HQOP SA-9 SL, 1.57 HQOA 42

B. C. D. I. MVMT-1 C-105 HVMT-1 HVSI-1 ‘0’ TLC HVMT-2 II. MVMT-2 C-106 ‘0’ HVSI-2 III. MVRH TLC IV. MPH C-107 HVRH ‘0’ 5 TLC HPH ‘0’ 600 A 400A V. MVSL-1 HVSL-1 TLC HVSI-1 ‘0’ TLC VI. MVSL-2 HVSL-2 HVSI-2 ‘0’ TLC 43

VII. MVSI-1 HVSI-1 ‘0’ VIII. MVSI-2 TLC ‘0’ HVSI-2 IX. MPV-1 TLC C-121 ZPV ‘3’ X. MPV-2 C-111 ZPV ‘4’ XI. MCP-1,2,3 MCP-1 C-101, MCP-2 C-102 MCP-3 C-103 HCP CP XII. TLC E. I. BLRA CCRA-1, CCRA-2 II. RTPR ZRT GR/SR TLC III. TFS &CCTFS IV. &HCHBA ‘0’ V. TLC 44

2.0 2.1 A. MP ‘0’ B. C. QSIT D. HBA ‘0’ E. QLM 20 1.13 F. G. QOP 1.14 22 20 QRSI 1.15 52 QSIT 2.8 H. 2.2 45 2.2 BLDJ, BLCP BLVMT BLRDJ DJ 15 A. BLRDJ LSDJ 2.3 46 B. BLRDJ LSDJ 1.4 14 C. BLRDJ LSDJ UA BLRDJ LSDJ UA LSDJ 1.5 14 UA D. BLRDJ LSDJ BLRDJ 1.7 15 E. BLRDJ LSDJ 45

BLRDJ 6 2.4 LSDJ LSCHBA 48 49 F. BLRDJ 15 LSDJ 50 2.5 STC G. LSCHBA 6 2.6 H. BLVMT 2.7 51 I. BLVMT LSCHBA LSDJ 1.9 17 J. 1.10 18 K. 5 6 6 1.11 18 L. 6 6 1.12 19 2.3 BLRDJ A. BP2DJ DJ LSDJ B. QSIT (I.C.D.J.) 2.8 52 C. RAL MR RS/PR 6.5 Kg/cm² DJ CPA Q-118 6.5 Kg/cm² D. Q-118 2.3.1 46 2.3.2 2.3.1 Q-118 E. Q-118 ‘1’ 47 A. HBA ZUBA 90 46

B. HCHBA, 4 ‘3’ DJ HCHBA C. CCBA CCPT HOBA HOBA DJ 1.55 41 TLC D. GR ‘0’ ‘0’ DJ E. C-105, C-106 C-107 F. BLDJ, BLCP, BLVMT Q- DJ 118 BP2DJ Q- LSDJ BP2DJ LSCHBA 6 118 DJ G. 10 15 LSCHBA Q-118 ICDJ LSCHBA 2.5 49 2.3.2 H. 47 2.3.2 Q-118 BP2DJ Q-45 Q-44 A. Q-45 47 2.3.2.1 B. Q-45 Q-44 2.3.2.2 48 C. Q-45 Q-44 2.3.2.3 48 2.3.2.1 Q-45 A. CCDJ HOBA TLC 47

B. BLDJ ZPT ‘1’ ‘2’ BP1DJ C. GR ‘0’ DJ ‘0’ ZPT GR ‘0’ 2 DJ D. BP2DJ DJ E. Q-45 DJ LSDJ Q-45 Q-45 DJ F. CCDJ DJ G. 40 KMPH 2.3.2.2 Q-45 A. GR GR ‘0’ 10 Q-44 10 ‘0’ BLRDJ DJ B. Q-44 BP2DJ DJ LSDJ 2.3.2.3 Q-45 A. Q-45 DJ Q-44 B. HQOP-1, HQOP-2 HOBA HQOP DJ 1.56 42 HOBA 1.55 41 C. R- HBA ‘0’ D. IP MR E. TLC 2.4 BLRDJ  Q-118 BP2DJ LSDJ DJ LSDJ UA BP2DJ LSCHBA 6 Q-118 DJ BLRDJ TLC 48

LSDJ 2.5.1 49 2.5 BLRDJ 2.5.2 49 15 A. LSCHBA BLCPD B. 2.5.1 DJ A. 2-7 90 LSCHBA TLC 2-7 B. QCON LSDJ Q-118 Q-118 BP2DJ DJ BP2DJ LSCHBA 6 DJ TLC C. & TLC DJ DJ A. 15 QCON BLCP BLCP 20 DJ DJ 2.5.2 DJ DJ B. OHE OHE out 49

of Range U OHE 16.5 KV 31 KV TPC OHE C. CCINV HOBA D. CCA CCA HOBA QSVM E. BLVMT QSVM F. BL key 2 3 G. QV60 H. HOBA I. IP HBA ZPT ‘0’ ‘0’ 10 ‘1’ DJ J. K. TLC DJ & QSVM BLVMT 2.6 LSCHBA HVSL-1, HVSL-2, HPH ‘3’ 6 DJ LSCHBA LSDJ 6 A. TLC B. VSL-1, VSL-2 - TLC I. 50