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INSPECTION MV CELL 20 KV REPORT
INSPECTION MV CELL 20 KV REPORT
septiadi galindra

INSPECTION MV CELL 20 KV REPORT

B.Penyulang Report

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Free INSPECTION MV CELL 20 KV REPORT Checklist

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Audit Penyulang (Header)

  • B.FORM CELL PENYULANG

  • GARDU INDUK :

  • TRAFO :

  • HARI / TANGGAL

  • Inspektur 1 :

  • Inspektur 2

Penyulang 1

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 2

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 3

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 4

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 5

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 6

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 7

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 8

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 9

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 10

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 11

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 12

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 13

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

Penyulang 15

  • Nama Penyulang =

  • Merk Kubikel / PMT =

  • No Seri Kubikel / No Seri PMT =

  • A.Visual Depan

  • 1.Check Kebersihan MV Cell

  • 2.Check Karet Penyekat (Seal)

  • 3.Check Indikator Panel

  • 4.Check Lampu Penerangan

  • 5.Check Abnormal Noise

  • Nilai PD (dB) =

  • TEV / AE

  • Noise / PD

  • 6.Check Abnormal Bau

  • 7.Check Wiring Control Panel

  • Suhu Wiring Control (C) :

  • 8.Check Kondisi Rele

  • 9.Check Kondisi Beban

  • Beban R (A) =

  • Beban S (A) =

  • Beban T (A) =

  • 10.Check Kondisi Heater

  • Suhu Heater (C) =

  • 11.Check Tegangan DC

  • (+) G (V) =

  • (-) G (V) =

  • (+) (-) (V) =

  • 12.Check Tegangan AC

  • F - N (V) =

  • N - G (V) =

  • B.Visual Belakang

  • 1.Check Indikator Panel dan Fasa

  • 2.Check Lampu Penerangan

  • 3.Check Kondisi Kabel Outgoing

  • 4.Check Abnormal Noise

  • Nilai PD (dB) =

  • Noise / PD

  • TEV / AE

  • 5.Check Suhu Terminasi Outgoing

  • R =

  • S =

  • T =

  • 6.Check Kondisi CT

  • Suhu Fasa R =

  • Suhu Fasa S =

  • Suhu Fasa T =

  • Keluhan Operasi

  • Hasil Inspeksi =

  • Inspeksi Gardu Induk telah dilaksanakan

  • Tanda Tangan Operator

  • Foto Operator

INSPECTION MV CELL 20 KV REPORT
septiadi galindra

INSPECTION MV CELL 20 KV REPORT

B.Penyulang Report

Use this Template
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