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DEPARTEMEN PERHUBUNGAN DIREKTORAT JENDERAL PERHUBUNGAN UDARA

KEPUTUSAN DIREKTUR JENDERAL PERHUBUNGAN UDARA NOMOR : SKEP/196/VIII/97

TENTANG

TATA CARA EVALUASI TEKNIS PENGADAAN DAN/ATAU PEMASANGAN

FASILITAS TELEKOMUNIKASI PENERBANGAN, NAVIGASI UDARA, ELEKTRONIKA BANDAR UDARA DAN LISTRIK

DIREKTUR JENDERAL PERHUBUNGAN UDARA,

Menimbang : a. bahwa untuk kelancaran pelaksanaan evaluasi teknis

penggadaan dan/atau pemasangan fasilitas telekomunikasi penerbangan, navigasi udara, elektronika bandar udara dan listrik, diperlukan kesamaan pola piker, persepsi dan pengertian yang jelas bagi semua pelaksana yang terkait sesuai dengan tugas, fungsi dan peranan masing-masing;

b. bahwa untuk melaksanakan ketentuan sebagaimana dimaksud

dalam huruf a, maka perlu ditetapkan Tata Cara Evaluasi Teknis Pengadaan dan/atau Pemasangan Fasilitas Telekomunikasi Penerbagnan, Navigasi Udara, Elektronika Bandar Udara dan Listrik dengan Keputusan Direktur Jenderal Perhubungan Udara;

Mengingat : 1. Keputusan Presiden Nomor 44 Tahun 1974 tentang Pokok-pokok

Organisasi Departemen; 2. Keputusan Presiden nomor 15 Tahun 1984 tentang Susunan

Organisasi Departemen sebagaimana telah diubah terakhir dengan Keputusan Presiden Nomor 76 Tahun 1996;

3. Keputusan Presiden Nomor 16 Tahun 1994 tentang Pelaksanaan

Anggaran Pendapatan dan Belanja Negara sebagaimana telah diubah terakhir dengan Keputusan Presiden Nomor 8 Tahun 1997;

4. Keputusan Menteri Perhubungan Udara Nomor

KM.91/OT.002/Phb-80 dan KM.164/OT-002/Phb-80 tentang Organisasi dan Tata Kerja Departemen Perhubungan sebagaimana telah diubah terakhir dengan Keputusan Menteri Perhubungan Nomor KM.58 Tahun 1991;

7. Keputusan Menteri Keuangan dan Menteri Negara Perencanaan

Pembangunan Nasional Nomor Kep-27/MK.3/8/1994 dan Nomor

2

Kep-166/KET/8/1994 tentang Petunjuk Teknis Pelaksanaan Keputusan Presiden Nomor 16 Tahun 1994 tantang Pelaksanaan Anggaran Pendapatan dan Belanja Negara;

8. Keputusan Menteri Perhubungan Nomor KM 48 Tahun 1995

tentang Tata Cara Tetap Pelaksanaan Pembangunan di Lingkungan Departemen Perhubungan;

9. Keputusan Menteri Perhubungan Nomor KM 47 Tahun 1996

tentang Standar Dokumen Lelang untuk Pelelangan Dalam Negeri di Lingkungan Departemen Perhubungan.

M E M U T U S K A N : Menetapkan : KEPUTUSAN DIREKTUR JENDERAL PERHUBUNGAN UDARA

TENTANG TATA CARA EVALUASI TEKNIS PENGADAAN DAN/ATAU PEMASANGAN FASILITAS TELEKOMUNIKASI PENERBANGAN, NAVIGASI UDARA, ELEKTRONIKA BANDAR UDARA DAN LISTRIK.

Pasal 1

Tata cara evaluasi teknis pengadaan dan/atau pemasangan fasilitas telekomunikasi penerbangan, navigasi udara, elektronika Bandar udara dan listrik, sebagaimana tercantum dalam lampiran Keputusan ini.

Pasal 2

Tata cara evaluasi teknis sebagaimana dimaksud dalam Pasal 1, wajib dipergunakan sebagai acuan oleh Panitia dalam menyusun rencana kerja dan syarat-syarat (RKS), untuk pengadaan dan/atau pemasangan yang dilakukan dengan cara pelelangan umum, pelelangan terbatas, pemilihan langsung atau pengadaan langsung.

Pasal 3

Kepala Direktorat Fasilitas Elektronika dan Listrik mengawasi pelaksanaan Keputusan ini.

3

Pasal 4

Keputusan ini mulai berlaku sejak tanggal ditetapkan.

Ditetapkan di : Jakarta Pada Tanggal : 20 Agustus 1997 ________________________________________

DIREKTUR JENDERAL PERHUBUNGAN UDARA

ttd

ZAINUDDIN SIKADO SALINAN Keputusan ini disampaikan kepada Yth. : 1. Menteri Perhubungan ; 2. Sekretaris Jenderal Departemen Perhubungan; 3. Inspektur Jenderal Departemen Perhubungan; 4. Sekretaris Direktorat Jenderal Perhubungan Udara; 5. Para Kepala Direktorat di lingkungan Direktorat Jenderal Perhubungan Udara; 6. Para Kepala Kantor Wilayah di lingkungan Departemen Perhubungan; 7. Para Kepala Bandar Udara; Salinan sesuai dengan aslinya Kepala Bagian Hukum Setditjen Perhubungan Udara Ttd Joni Sutjahjono, SH NIP. 120106077

Lampiran Sk Dirjen HubudNomor :Tanggal :

DEPARTEMEN PERHUBUNGANDIREKTORAT JENDERAL PERHUBUNGAN UDARA

PEDOMAN PENILAIAN TEKNISPENGADAAN / PEMASANGAN PERALATAN

TELEKOMUNIKASI PENERBANGAN, NAVIGASI UDARA, ELEKTRONIKA

BANDARA DAN LISTRIK

DIREKTORAT FASILITAS ELEKTRONIKA DAN LISTRIKJUNI 1997

DEPARTEMEN PERHUBUNGANDIREKTORAT JENDERAL PERHUBUNGAN UDARA

PEDOMAN PENILAIAN TEKNISPENGADAAN / PEMASANGAN PERALATAN

TELEKOMUNIKASI PENERBANGAN, NAVIGASI UDARA, ELEKTRONIKA

BANDARA DAN LISTRIK

Disyahkan di : Jakarta

Pada tanggal :

Direktur Jenderal Perhubungan Udara

Zainuddin Sikado

DIREKTORAT FASILITAS ELEKTRONIKA DAN LISTRIKJUNI 1997

LAMPIRAN KEPUTUSAN DIREKTUR JENDERAL PERHUBUNGAN UDARA Nomor : SKEP/196/VIII/97 Tanggal : 20 Agustus 1997 ---------------------------------------------------------

TATA CARA EVALUASI TEKNIS PENGADAAN DAN/ATAU PEMASANGAN FASILITAS TELEKOMUNIKASI PENERBANGAN,

NAVIGASI UDARA, ELEKTRONIKA BANDAR UDARA DAN LISTRIK

DAFTAR ISI

Halaman BAB I PENDAHULUAN 1 - 2

1. Latar Belakang 1 - 1 2. Maksud dan Tujuan 1 - 1 3. Ruang Lingkup dan Sistematika 1 - 2

BAB II TATA CARA PENILAIAN TEKNIS 3 - 12

1. Umum 3 - 3 2. Unsur Utama Yang Dinilai 3 - 4 3. Pembobotan 4 - 10 4. Cara Penilaian 10 - 11 5. Kriteria Lulus Penilaian 12 - 12

BAB III PENUTUP 13 - 13 LAMPIRAN FORM A 14 - 14 FORM B 15 - 76 FORM C 77 - 77 FORM D 78 - 78 FORM E 79 - 79 FORM F 80 - 80 FORM G 81 - 81

PENILAIAN UNSUR UTAMAKELOMPOK TEKNIS

Form A

No. KELOMPOK BOBOT NILAI BOBOT (%) PENAWAR% A B C

1. SPESIFIKASI (1) 40 A. TELEKOMUNIKASI ( B1 )B. NAVIGASI ( B2 )C. LISTRIK ( B3 )D. ELEKTRONIKA BANDARA ( B4 )

2. Jangka Waktu Penyelesaian (2) 7.5

3. Bill of Quantity (3) 25

4. Pengalaman (4) 5

5. INSTALASI DAN PEKERJAAN SIPIL (5) 15

6. Service (6) 7.5

J U M L A H 100

KETERANGAN :

(1) Diisi dari hasil Form B(2) Diisi dari hasil Form C(3) Diisi dari hasil Form D(4) Diisi dari hasil Form E(5) Diisi dari hasil Form F(6) Diisi dari hasil Form G

PENILAIAN TEKNIS DINYATAKAN LULUS APABILA JUMLAH NILAI × 75 % DAN TOTALNILAI TIAP-TIAP UNSUR × 50 %.

14

SPESIFIKASI PERALATANForm B

FORM BIDANG No. PERALATAN

B1 TELEKOMUNIKASI 1. RDARAPENERBANGAN 2. MWARA

3. VHF TOWER SET4. RADIO LINK5. VHF-ER6. AMSC7. ................................ *)

B2 NAVIGASI UDARA 1. I L S 2. R V R

3. D V O R4. D M E5. V H F D F6. N D B LR7. N D B MR8. N D B HR9. P S R S BAND

10. P S R L BAND11. MSSR RADAR12. ATC RADAR DISPLAY13. TEST EQUIPMENT FOR RADAR14. ................................ *)

B3. ELEKTRONIKA 1. FLIGHT INFORMATION DISPLAY SYSTEM ( FIDS )BANDAR UDARA 2. X RAY

3. P A B X4. WALK THROUGH METAL DETECTOR5. ................................ *)

B4 LISTRIK 1. AIRFIELD LIGHTING / AFL2. POWER SUPPLY3. ELECTRICAL MECANICAL4. ................................ *)

KETERANGAN :

- Penilaian spesifikasi teknis selanjutnya mengikuti rician seperti tercantum dalam form B1, B2, B3 dan B4.

- *) Nama peralatan yang kemungkinan ditambahkan kemudian

15

PENILAIAN TEKNIS PERALATAN

FASILITAS : RDARA FORM B.1.1.1.NO. PERALATAN PERSYARATAN TEKNIS % PER BOBOTNILAI PENAWARANKETERANGAN

UNIT % A B C

I. PEMANCAR

1. Daerah Frekwensi 1,5 KHz - 30 MHz 52. Pembangkit Frekwensi Synthesizer 53. Konstruksi Modular 54. Tipe PA Solid State / Fully Solidstate 5 5. Moda Pancaran J 3 E, H 3 E 106. Jumlah Kanal >/= 6 Synthesize System 57. Stabilitas Frekwensi ± 2. 10

-710

8. Waktu Perpindahan Frekwensi 3 dtk < S < 15 dtk 109. Spurious & Harmonisa </= - 45 dB 10

10. Cacat Intermodulasi </= - 25 dB 1011. Respons Frekwensi 300 Hz - 3000 Hz 1012. Daya Pancar, max PEP 1 KW < P < 1,5 KW 1013. Catu Daya 220 V AC ± 10 % / 50 Hz 5

100 32.5

II. ANTENA PEMANCAR

1. Daerah Frekwensi 1,5 MHz - 30 MHz 102. VSWR 1.5 253. Impedansi Masukan 50 Ohm 204. Pola Radiasi Omni Directional 205. Gain 5 dBi 206. Dimensi Efisien dlm penggunaan lahan 5

100 7

III. PENERIMA

1. Daerah Frekwensi 1,5 KHz - 30 MHz 102. Konstruksi Modular 103. Mode Penerimaan J 3 E, H 3 E 104. Kepekaan 0,5 uV < k < 3 uV 155. ( S + N ) / N >/= 10 dB 156. Stabilitas Frekwensi < ± 2. 10

- 615

7. Automatic Gain Control, AGC ± 3 dB 158. Clarifier Berfungsi 59. Hum & Noise </= 45 dB 5

100 30

IV. ANTENA PENERIMA

1. Daerah Frekwensi 1,5 MHz - 30 MHz 252. Impedansi Masukan 50 Ohm 253. Gain 5 dBi 254. SWR </= 2 25

100 6

V. MULTICOUPLER

1. Daerah Frekwensi 1,5 MHz - 30 MHz 202. Impedansi Masukan 50 Ohm 203. Jumlah Masukan / Keluaran 1/12 204. SWR pada Masukan / Keluaran </= 2 205. Intermodulasi Sinyal 200 mVemf pd masukan <50dB 20

100 2.5

16


FASILITAS : RDARA FORM B.1.1.2.NO. PERALATAN PERSYARATAN TEKNIS % PER BOBOTNILAI PENAWARANKETERANGAN

UNIT % A B C

VI. MEJA OPERATOR

1. Tempat Peta Rute Penerbangan Lengkap dengan pengatur 7 pencahayaan lampu

2. Jam Digital Penunjukan Jam, Menit dan Detik 73. Hand Microphone Impedansi </= 200 Ohm 104. PTT Foot Switch Tersedia 105. Headset menyatu dgn Microphone Tersedia 106. Intercom Unit Tersedia, >/= 12 lines 87. Strip Holder Tersedia 78. Selcal Unit Red A / Red S 159. Monitoring Unit Tersedia 10

10. Panel Switch Peralatan Utama / Tersedia dengan indikator 10 Cadangan

11. Kursi Operator Model Putar 6100 20

VII. KELENGKAPAN

1. Dummy Load 50 Ohm / 3 - 6 KW 252. Buku Petunjuk Pengoperasian Tersedia 25

Perlatan3. Buku Petunjuk Perawatan Tersedia 254. Buku Petunjuk Pemasangan Tersedia 25

Instalasi secara system 100 2Total Nilai 100

17


FASILITAS : MWARA FORM B.1.2.1.

NO. PERALATAN PERSYARATAN TEKNIS % PER BOBOTNILAI PENAWARAN KETERANGAN^UNIT % A B C

I. PEMANCAR 1. Daerah Frekwensi 1,5 KHz - 30 MHz 5 2. Pembangkit Frekwensi Synthesizer 53. Konstruksi Modular 54. Tipe PA Solid State / Fully Solidstate 105. Moda Pancaran J 3 E, H 3 E 10

6. Stabilitas Frekwensi ± 2. 10 -7

107. Waktu Perubahan 3 Dtk < S < 15 Dtk 108. Spurious & Harmonisa </= - 45 dB 109. Cacat Intermodulasi </= - 25 dB 10

10. Respons Frekwensi 300 Hz - 3000 Hz 1011. Daya Pancar max PEP 3 KW < P < 6 KW 1012 Catu Daya 220 V AC ± 10 %/ 40 Hz-60 Hz5

100 35

II. ANTENA PEMANCAR 1. Daerah Frekwensi 2 MHz - 30 MHz 102. VSWR 1.5 253. Impedansi Masukan 50 Ohm 254. Pola Radiasi Omni Directional 205. Gain 5 dBi 20

100 7

III. PENERIMA 1. Daerah Frekwensi 1,5 KHz - 30 MHz 102. Konstruksi Modular 103. Mode Penerimaan J 3 E, H 3 E 104. Kepekaan </= 0,5 UV 155. ( S + N ) / N >/= 10 dB 15

6. Stabilitas Frekwensi ± 2. 10 -7

157. Pengatur Gain Otomatis ± 3 dB 158. Clarifier Berfungsi 59. MTBF >/= 20.000 Jam Ops 5

100 30

IV. ANTENA PENERIMA

1. Daerah Frekwensi 2 MHz - 30 MHz 252. Impedansi Masukan 50 Ohm 253. Gain 5 dBi 254. SWR </= 2 25

100 6

V. MULTICOUPLER

1. Daerah Frekwensi 2 MHz - 30 MHz 202. Impedansi Masukan 50 Ohm 203. Jumlah Masukan / Keluaran 1/12 204. SWR pada Masukan / Keluaran </= 2 205. Intermodulasi Sinyal 200 m V emf pada 20

masukan, 50 dB 100 2

18


FASILITAS : MWARA FORM B.1.2.2.


VI. MEJA OPERATOR

1. Tempat Peta Rute Penerbangan Lengkap dengan pengatur 7 pencahayaan lampu

2. Jam Digital Jam, Menit, Detik 73. Hand Microphone Lengkap dgn Mic Amplf 104. PTT Foot Switch Tersedia 105. Headset Tersedia 106. Intercom Unit Tersedia 87. Strip Holder Tersedia 78. Selcal Unit Red A / Red S 159. Monitoring Unit 7 x 4 Watt 10

10. Panel Switch Peralatan Utama / Tersedia 10 Cadangan

11. Kursi Operator Model Putar 6100 20

Total Nilai 100

19


FASILITAS : VHF TOWER SET FORM B.1.3.1.


I. PESAWAT PEMANCAR

1. Daerah Frekwensi 118 s/d 136.975 MHz 5 2. Pembangkit Frekwensi Synthesizer 5

3. Penyimpangan Frekwensi </= 5 X 10 -6

54. Spasi Kanal 25 KHz 85. Type Modulasi A3E / AM 86. Catu Daya 220 V AC ± 10 % 10

atau 22 V - 32 VDC7. Daya Pancar 50 W - 100 W 108. Mis match yang diperboleh VSWR tak hingga 8

kan

9. Emisi Spurious </= 2 X 10 -7

Watau - 90 dBc

10. Emisi Harmonic </= 2 x 10 5 W

atau - 80 dBc11. Kedalaman Modulasi M </= 0.9 812. Cacat Modulasi </= 5% 813. Masukan Modulasi Audio 300 Hz s/d 5

3400 Hz14. Masukan untuk Dinamic 2.5 mV 5

microphone pada line = 200 ohm + 20%

15. Impedansi antena 50 Ohm 516. Antenna Pemancar Frequency Range 5

118 Mhz - 136.975 MHz17. Coaxial Cable Impedansi 50 Ohm 5

100 25

II.a. PESAWAT PENERIMA

1. Kepekaan / Sensitivity 1uV - 3 u Volt 10 2. Penolakan Frekwensi >/= 80 dB 5

bayangan3. Penolakan Signal IF >/= 100 dB 54. Penolakan signal inter >/= 80 dB 5

modulasi5. Waktu Response Sequelch </= 30 ms 56. Maximum level pada

Frekwensi > 30 MHz 5 Volt EMF 5 Frekwensi < 30 MHz 10 Volt EMF 5

7. Impedansi Saluran 600 Ohm 108. Impedansi Antenna 50 Ohm 59. Antenna Penerima Frekwensi Range : 5

100 MHZ - 136.975 MHZ

10. Coaxial Cable Impedansi 50 Ohm 10

20


FASILITAS : VHF TOWER SET FORM B.1.3.2.


11. Keluaran Audio 40 mW minimum / 10dapat diatur

12. Bidang Frekwensi 118 MHz - 136.975 MHz 1013. Jumlah Kanal Sinthesizer 10

100 20

II.b. MULTI COUPLER UNIT/ ANTENNA DISTRIBUTION UNIT

1. Masukan Antenna 1 ( Satu ) Masukan 25 2. Keluaran >/= 2 Keluaran 253. Impedansi 50 Ohm 254. Daerah Frekwensi 100 - 144 MHz 25

100 5

III. PERALATAN RECORDER

1. Recorder Multi Channel 5 2. Jumlah Deck Dual tape deck 5

3. Kapasitas Rekaman 12 Saluran atau lebih 54. Kemampuan waktu 24,5 Jam 10

rekaman setiap deck 5. Kemampuan waktu 96,5 Jam 5

rekaman secara sistem (operasi terus menerus )

6. Frekwensi Response 300 - 3000 Hz 57. Toleransi 6 dB 58. Signal to noise ratio >/= 38 db 59. Cross talk >/= 38 dB 5

10. Distorsi </= 5 % ( pada 315 Hz ) 511. Peredaman Erase >/= 60 dB 512. Sistem time code Terintegrasi dalam 5

sistem dengan fungsipancaran secara otomatis

13. Bidang Kepekaan Dapat diatur sampai 520 dB dibawah refe-rensi atau 14 mv-4,5 v

14. Catu daya listrik 220 V AC ± 10 %, 50 Hz 5

15. Konsumsi listrik 600 VA max 516. Kondisi temperatur 0 sampai 55 0 C 517. Impedansi masukan ( dapat 600 Ohm 5

diatur )

FORM B.1.3.3.


18. Besaran masukan ( dapat 10 m Volt s/d 2 Volt 5 diatur )

19. Automatic Gain Control 3 dB s/d 40 dB 5 ( AGC )

100 25

21


FASILITAS : VHF TOWER SET

IV. CONSOLE DESK DILENGKAPI DENGAN :

1. Jam Digital Penunjukan jam, 5 menit, detik

2. Mikrophone meja dan hand Dilengkapi saklar PTT utk 10 microphone pengoperasian

pemancar serta unit penguatnya

3. Headset Dilengkapi penguatnya 54. Penguat unit saluran Tersedia 5

penerima5. Panel audio / load speaker Tersedia 5

audio6. Panel switching peralatan Dapat berfungsi untuk 10

utama / cadangan memilih saluran audiopemancar - penerima

7. Lampu meja operator Tersedia 58. Flight information strip Tersedia 10

holder9. Intercom 4 saluran atau lebih 10

10. Meteorogical unit Harus dilengkapi 10penunjukan - Wind Speed - Wind Direction - Temperatur - Pressure

11. Saklar PTT injak untuk Tersedia 5 pengoperasian pemancar

12. Crash bell / alarm push Sekurang kurangnya 10 button 3 saluran

13. Kursi putar Model putar 5100 20

V. Kelengkapan / Aksesories lain 1. Dummy Load 252. Buku petunjuk pengope - 20

rasian peralatan3. Teropong 304. Buku petunjuk perawatan 105. Buku petunjuk pemasangan 15

instalasi secara sistim100 5

Total Nilai 100

22


FASILITAS : RADIO LINK FORM B.1.4.1.NO. PERALATAN PERSYARATAN TEKNIS% PERBOBOTNILAI PENAWARANKETERANGAN

^UNIT % A B C

I. U M U M 1. Daerah Frekwensi 400 - 2500 MHZ 10 2. Tipe Modulasi Frekwensi Modulasi 10 3. Pembangkit Frekwensi Synthesizer 104. Stabilitas Frekwensi + 3 ppm 10 5. Batas data dipakai 640 kbps, 10 x 64 kbps 10 6. Pemakaian Kanal RF 736 kbps untuk frekwensi 5

lebih kecil dari 500 KHz

7. Efesiensi lebar pita RF 1,5 bit / HZ 10

8. Batas Temperatur - 10 s/d 56 0C 5

9. Kelembaban Maksimum 95% 5 10. Impedansi Antena 50 ohm 5 11. Catu Daya 220 V AC ± 10 % 5

24 VDC dan 48 VDC12. Pengaman catu daya Polaritas terbalik dan 10

kenaikan tegangan sesaat

13. Konstruksi Modular 5

100 25

II. PEMANCAR

1. Daya Pancar RF + 37 dBm<900 MHZ 40 + 33 dBm>900 MHZ

2. Emisi Spurious lebih baik dari 25 - 60 dBc

3. Lebar pita (99 % power) 736 kbps untuk 35 frekwensi dari 500 HZ

100 30III. P E N E R I M A

1. Kepekaan (pada input 736 kbps 40

penerima ) - 95 dBm untuk 10 -6

Bit Error Rate - 98 dBm untuk 10 -3

Bit Error Rate2. Sinyal input maksimum - 20 dBm 35 3. Lebar pita 736 kbps, 25

380 KHZ pada-3 dB100 30

23


FASILITAS : RADIO LINK FORM B.1.4.2.NO. PERALATAN PERSYARATAN TEKNIS% PERBOBOTNILAI PENAWARANKETERANGAN

^UNIT % A B C

IV. MUTIPLEXER

1. Sampling rate 8 KHZ 602. VF / Karakteristik Data Sesuai rekomendasi 40

CCITT100 10

V. KELENGKAPAN / ACCESORIES

1. Service Channel Tersedia 352. Dummy Load 50 Ohm / 2 - 5 W 353. Buku Petunjuk Pengope - Tersedia 10

rasian4. Buku Petunjuk Perawatan Tersedia 105. Buku Petunjuk Pemasangan / Tersedia 10

Instalasi Secara System100 5

Total Nilai 100

24


FASILITAS : VHF - ER FORM B.1.5NO. PERALATAN PERSYARATAN TEKNIS% PERBOBOTNILAI PENAWARANKETERANGAN

^UNIT % A B C

1. VHF Transmitter a. Power Output >/= 100 Watt 25 b. Frekwensi Range 118 - 136.975 MHz 25 c. Modulation Mode AM ( A3E ) 15 d. Frekwensi Spacing 25 KHz 15 e. Pembangkit Frekwensi Synthesizer 20

100 352. VHF Receiver

a. Sensitivity </= 2 uV 40 b. Squelch 6 - 20 dB 20 c. AF Output 2 Volt pp 10 d. Jumlah Kanal Synthesizer 30

100 253. Power Supply

a. Power Supply AC 220 V AC ± 10 %, 50 Hz 60

b. Power Supply DC 22 - 32 V DC 40100 15

4. Remote Control and Monitoring System a. Transmitter On / Off 20 b. Transmitter Change Over 20 c. PTT Control >/= 7 KHz / 6 dB 20 d. Receiver In / Out 8 - 14 dB 10 e. Squelch Setting On / Off 10 f. Transmitter Fault 10 g. Receiver Fault 10

100 105. Antena System

a. VSWR 1.5 : 1 20 b. Frekwensi Range 118 - 136,975 MHz 40 c. Impedansi 50 Ohm 20 d. Power ( Maximum ) 200 Watt 20

100 5

6. Spare Part 100 a. Lot A b. Lot B c. Lot C d. Lot D

100 10Total Nilai 100

25


FASILITAS : AMSC FORM B.1.6.1.

NO. PERALATAN PERSYARATAN TEKNIS% PERBOBOTNILAI PENAWARANKETERANGAN^UNIT % A B C

I. U M U M

1. Standard AFTN ICAO Annex X 15Volume II

2. Jumlah Kanal >/= 16 Kanal 203. Kelengkapan Dasar a. MPU 10

b. Reject Edit / Inter 5 cept Terminal c. Supervisory & 5 Command Control printer d. Alarm Status 5 Informasi e. Monitor 5 f. Input, Output 5 Channel g. U P S 5

4. System - Redundant 25100 20

II. OPERASIONAL

1. Jenis Jaringan a. Half Duplex 10 b. Full Duplex 10 c. Simplex 10

2. Character Code a. I T A 2 10 b. I A - 5 10

3. Kecepatan Komunikasi 50 - 19.200 Bps atau lebih baik 204. Arus a. 20 MA Double 10

Current b. 40 MA Single Current 10

5. Catu Daya 220 V AC ± 10 %, 50 Hz 10 100 35

III. TEKNIS

1. Message Processing Unit

- Central Processing Unit 80486 DX atau lebih baik 10 - Random Acces Memory 16 MB, 40 MHZ 3 - Floppy Drive 1,44 MB atau lebih baik 3 - Fixed Disk 1.2 GB atau lebih baik 3 - I/O Interface 1Chanel Publik Telp. 8

Modem 2 Chanel Modified LAN1 UPS Monitoring Board 1Chanel Serial (RS 232 C)

26


FASILITAS : AMSC FORM B.1.6.2.

NO. PERALATAN PERSYARATAN TEKNIS% PERBOBOTNILAI PENAWARANKETERANGAN^UNIT % A B C

- Video Display Unit VGA Color 14" 3

2. Reject Edit / Intercept Terminal

- Control Processing Unit 80486DX atau lebih baik 5 - Random Acces Memory 16 MB, 40 MHZ 3 - Floppy Drive 1,44 MB atau lebih baik 3 - Hard Disk Drive 1.2 GB atau lebih baik 4

3. Supervisory Command Control

- Central Processing Unit 80486DX atau lebih baik 5 - Random Acces Memory 16 MB, 40 MHZ 3 - Fixed Disk 800 MB atau lebih baik 3 - Removable Hard Disk 1.2 GB atau lebih baik 3 - Printer Dotmatrik 80 columns 3

4. Monitor Teleprinter - Baud Rate 600 - 9600 Bps atau lebih baik 10

5. I/O Processing Unita. Central Processing Unit 80486DX atau lebih baik 3b. Random Acces Memory 2 MB, 32 MHZ 2c. I/O Interface a. 16ch TLX - LTU 2

b. 2ch Modified Lined. Polarity Netral/Polar 5e. Source Internal/External 3

6. UPS ( Uninterrup Power Supply )

- Output Power 2000 VA 4 - Bentuk Gelombang Sine Wave 2

( Continous ) - Distorsi Harmonis < 3% 2 - Output Voltage 220 vrms 2


27

PENILAIAN TEKNIS PERALATAN FASILITAS : INSTRUMENT LANDING SYSTEM

FORM : B2 . 1. 1.

NO PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARANKETERANGAN UNIT A B C

1 Localizer Elektronik dan Listrik

a. Frequency Range 108 - 111,975 MHz 8 Annex 10b. Frequency Stability ± 0,005 (1F) DAN ± 0,002 % (2F) 5 Annex 10c. Frequency Control Synthesizer 7 d. Coverage 25 NM Dalam Daerah +10° Dari C/L 6 Annex 10

17 NM Antara +10° s/d +35° Dari C/L 6 Annex 1010 NM Diluar Daerah +35° Dari C/L 6 Annex 10

e. % DDM For 90Hz & 150Hz( 20 ± 2.5 ) % 6 Annex 10f. % DDM For Identification ( 10 ± 5 ) % 6 Annex 10g. Carrier Modulation Tone ( 1020 ± 50 ) Hz 5 Annex 10h. Power Consumpsion Maximum 500 watt 5i. Power Output Maximum 17 watt 5j. DC Power Source Back UpBattery - Minimum 2 jam 5k. Antenna System LPDA 5l. VSWR Maximum 1.2 : 1 5m. Primary Power - Voltage 220 V ± 10 % 5 - Frequency 50 z ± 6 % 5n. Course Width 2° - 7 ° ( adjustable ) 5o. Total Periode of Radiation Out0 - 10 second ( adjustable ) 5 of Tolerance

100 202 Glide Slope

Elektronik dan Listrik

a. Frequency Range 328,6 - 335,4 MHz 8 Annex 10b. Frequency Stability ± 0,005 (1F) dan ± 0,002 % (2F) 5 Annex 10c. Frequency Control Synthesizer 7 d. Glide Angle Adjustment 2 s/d 4° 6 Annex 10e. Coverage 10 NM dalam daerah +8° disisi dari C/L 6 Annex 10

& 0.450 s/d 1.750 di atas Bidang Horizontal 6 Annex 10f. % DDM For 90Hz & 150Hz ( 40 ± 2.5 ) % 6 Annex 10

g. Power Consumpsion Maximum 500 watt 6h. Power Output Maximum 5 watt 5i. DC Power Source Back UpBattery - Minimum 2 jam 5j. Antenna System (tersedia) Null Reference 5

Side Band Reference 5Capture Effect 5

k. VSWR Maximum 1.2 : 1 5l. Primary Power - Voltage 220 V ± 10 % 5 - Frequency 50 z ± 6 % 5m. Width Angle 0,7 S/D 1.4° ( adjustable ) 5n. Total Periode of Radiation Out0 - 6 second ( adjustable ) 5 of Tolerance

100 203 Marker Beacon


a. Frequency Range 75 MHz 10 Annex 10b. Frequency Stability ± 0,005 % 10 Annex 10c. Frequency Control Synthesizer 10 Annex 10d. Coverage - Middle Marker ( 300 ± 100 ) m 6 Annex 10 - Outer Marker ( 600 ± 200 ) m 6 Annex 10e. Modulation Depth ( 95 ± 4 ) % 6 Annex 10f. Power Consumpsion Maximum 100 watt 6

28

PENILAIAN TEKNIS PERALATAN FASILITAS : INSTRUMENT LANDING SYSTEM

FORM : B2 . 1. 2.NO PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARANKETERANGAN

UNIT A B C

g. Power Output - Middle Marker Maximum 5 watt 6 - Outer Marker Maximum 5 watt 6h. DC Power Source Back Up Battery - Minimum 4 jam 6i. Antenna System Yagi dan Dual Yagi 6j. VSWR Maximum 1.2 : 1 6k. Primary Power - Voltage 220 V ± 10 % 6 - Frequency 50 z ± 6 % 5l. Total Periode of Radiation Out0 - 5 second ( adjustable ) 5 of Tolerance

100 154 D M E / ILS


a. Frequency Range 960 - 1215 MHz 10 Annex 10b. Frequency Stability ± 0,002 % 10c. Frequency Control Synthesizer 10d. Power Consumpsion Maximum 500 watt 10e. Power Output 125 watt nominal 10f. DC Power Source Back UpBattery - Minimum 1 Jam 10g. Antenna System Omni Directional 10h. VSWR Maximum 1.2 : 1 8i. Primary Power - Voltage 220 V ± 10 % 8 - Frequency 50 z ± 6 % 8j. Total Periode of Radiation Out0 - 5 second ( adjustable ) 6 of Tolerance

100 155 Environmental

a. Operating Temperature - Indoor - 10 ° C - + 50 ° C 25 - Outdoor - 40 ° C - + 70 ° C 25b. Wind Velocity Minimum 200 Km/H 25c. Humidity 60 % - 80 % 25

100 106 Maintenance

a. Adjustment & Meter Reading1) Computer dan Remote Control 35 2) Manual 15

b. M T B F Minimum 4000 jam 25c. MTTR Maximum 30 menit 25

100 107 Lain - Lain

a. Upgradeable Dapat dikembangkan dari 1 F ke 2 F 20

pada Localizer maupun Glide Path. Mudah dilakukan adjustment / peru- 20 bahan sesuai dengan keadaan di lapangan tanpa berpengaruh terha- keseluruhan system

b. Technology Digital 30c. Equipment Bukan Prototype 30

100 10 Total Nilai : 100

29


FASILITAS : RUN WAY VISUAL RANGE FORM : B2 .2. 1.

No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARANKETERANGANUNIT A B C

1 Transmission Meter

a. Range 1 % s/d 99,99 % 20 b. Accuracy 1 % 20 c. Controller Microprosessor 20 d. Housing Weather prof 20 e. Calibration Automatic 20

100 20

2 RVR Computer / Controller

a. Output Line 1) Operator / Display 10

2) Printer 103) Data Logger 10

b. Maintenance Dengan menggunakan komputer 20

c. Output Massage 1) Visibility 102) Transmittance Values 103) Status data in clear 10

d. Power Back Up Batteray minimal 10 menit 20100 20

3 Transmitter

a. Peak Radiated Power Adjustable 20

b. Lamp Live Minimum 55.000 jam 40c. Power Consumption Maximum 400 watt 40

100 20

4 Receiver

a. Accuracy 8 % 40b. Range 1 s/d 30.000 cd/sqmm 30c. Power Consumption Maximum 400 watt 30

100 20

5 Environmental

a. Operating Temperatur - 40 s/d + 55 derajat celcius 30b. Wind Velocity 120 KM/n 30c. Humidity 95 % 40

100 7

6 PERAWATAN

a. Adjustment & Meter Reading1) Menggunakan Computer dan Remote 25 Control.2) Manual 15

b. M T B F Minimum 4000 jam 30c. M T T R Maximum 30 menit 30

100 6

30


FASILITAS : RUN WAY VISUAL RANGE FORM : B2 .2. 2.

No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARANKETERANGANUNIT A B C

7 Lain - Lain

a. Technology Digital 20b. Primary Power - Voltage 220 V ± 10 % 15 - Frequency 50 z ± 6 % 15c. Equipment Bukan prototipe 20d. Dilengkapi Penangkal Petir / 1) Pada kabel power 15 Tegangan kejut 2) Pada kabel / wiring data 15

100 7Total Nilai : 100

31

PENILAIAN TEKNIS PERALATAN FASILITAS : DOPPLER VHF OMNIDIRECTIONAL RANGE (DVOR)

FORM : B2 .3 . 1.

No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KET. UNIT A B C

1 Transmitter

a. Frequency range 111.975 MHz to 117.975 MHz 30 Annex 10b. Frequency Stability +/- 0.005% 30 Annex 10c. Output Power 100 W Nominal 25d. Type of Modulation Amplitude 15 Annex 10

100 20

2 Modulation Signal

a. Refference Signal - Frequency 30 Hz 15 Annex 10 - Frequency Tolerance +/- 0.01% 10 - Modulation Depth 28% to 32% 10 Annex 10b. Variable Signal - Sub Carrier Frequency 9960 Hz 15 Annex 10 - Tolerance +/- 0.2% 3 - Mean Depth of Modulation28% to 32% 10 Annex 10 - FM Modulation Index 16 +/- 1 7 Annex 10c. Ident - Code Morse 3 Doc. 8071 - Modulation Frequency 1020 Hz +/- 50 Hz 7 Annex 10 - Modulation Depth less than 10% (Nom.5% +/- 2%) 3 Doc. 8071 - Keying Speed 7 word (minimum), adjustable 4 - Repetition 6 times (minimum), adjustable 3d. Voice - Frequency Range 300 Hz to 3000 Hz 5 Annex 10 - Modulation depth 10% to 30% 5 Doc 8071

100 15

3 Monitor

a. Bearing phase excess of 1.0 degree 25 Annex 10b. Variable Signal level reduction of 15% 25 Annex 10c. Reference Signal level reduction of 15% 25 Annex 10d. Ident continuous or absent 25 Annex 10

100 14

4 Antenna

a. Frequency Range 108 MHz to 118 MHz 20b. Polarization Horizontal 20d. Patern Omnidirectional within +/- 0.5dB 20e. Bearing Accuracy +/- 0.5 deg Maximum. for 0 to 40 deg 20

elevation anglef. Weather Proofing Glass fibre radome 5g. Monitor Antenna Dipole 15

100 20

5 Power Requirement

a. Primary Power - Voltage 220 V AC +/- 10% 15

32

PENILAIAN TEKNIS PERALATAN FASILITAS : DOPPLER VHF OMNIDIRECTIONAL RANGE (DVOR)

FORM : B2 .3 . 2.No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KET.

UNIT A B C

- Frequency 50 Hz +/- 5 Hz 15 - Phase Single 15

b. Power Consumption Maximum 450 W 55100 8

6 Environmental

a. Temperature Indoor -10 deg to +60 deg C 35b. Temperature Outdoor -10 deg to +60 deg C 35

160 km/h wind speedc. Humidity 50% to 95% 30

100 5

7 Equipment

a. Technology - Solid State Device 1) Analog 3

2) Digital 53) Microprocessor/Microcomputer 10 Controller

- Temperature Range Device-10 deg to +65 deg 2

b. Design 1) Upgradable 152) Bukan Prototipe ( dengan menunjuk- 35 kan hasil Flight Calibration terakhir untuk tipe yang sama )

c. Maintenance system 1) Modular system 52) Easy for adjustment and alignment 12 the system 3) Available interface for RMM system 13

100 12

8 Lain - Lain

a. Power Backup 1) UPS / Battery, minimum 6 jam 202) Generator 20

b. M T B F 4000 jam 30c. M T T R 30 menit 30


33

PENILAIAN TEKNIS PERALATAN FASILITAS : DISTANCE MEASURING EQUIPMENT

FORM : B2. .4 1.NO PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

1 Transmitter a. Frequency Range 962 MHz - 1214 MHz 30 Annex 10b. Frequency Stability +/- 0.002% 30 Annex 10c. Pulse Spectrum In a 0.5 MHz band centred on Nom. 10 Annex 10

CH. freq. +/- 0.8 MHz less than 200 MW ERP.

d. Pulse Shaped

- Rise Time 2.5 uS - 3.0 uS 2.5 Doc. 8071 - Decay Time 2.5 uS - 3.0 uS 2.5 Doc. 8071 - Duration 3.5 uS +/- 0.5 uS 4 Doc. 8071 - Pulse Top Flat, no variation below 95%. 1 Doc. 8071

e. Pulse Spacing - Mode X 12 uS +/- 0.25 uS 10 Annex 10

f. Peak Power Output 1 kW (maksimum 1.2 kW max ) 5g. Pulse Repetition Frequency 2700 pps +/- 90 pps 5 Annex 10

100 15

2 Receiver

a. Frequency range 1025 MHz - 1150 MHz 30 Annex 10b. Frequency Stability +/- 60 kHz 30 Annex 10c. Sensitivity - 125 db 20 Annex 10d. Selectivity - ∆ f = +/- 100 kHz less than 3 db 10 Annex 10 - ∆ f = +/- 900 kHz no triggering in the case of signal 10 Annex 10

having amplitude up to 80 db above the minimum triggering level

100 15

3 Decoder

a. Time Delay 50 uS +/- 0.5 uS 60 Annex 10b. Ident - Frequency 1350 Hz 20 Annex 10 - Repetition rate at least once every 30 sec. 20 Annex 10

100 9

4 Antenna

a. Radiation patern in horizontal less than 4 db deviation from 25 Annex 10 plane omnidirectional paternb. Type omnidirectional 10c. Polarization vertical 10d. Antenna Gain more than 10 db 10e. Gain deviation less than 2 db 5f. Beam width more than 6 degree 5g. Frequency range 962 MHz - 1214 MHz 15h. Impedance 50 ohm 10i. VSWR Maximum : 1.2 : 1 10

100 20

34


FORM : B2. .4 2.NO PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

5 Monitoring

a. Transponder Time delay +/- 1 uS of nom. value 35 Doc 8071b. Power output a fall of less than 3 db 10 Doc 8071c. Receiver Sensitivity a rise of less than 6 db in the min. 10 Doc 8071

triggering level.d. Spacing +/- 1 uS of nom. value 35 Doc 8071e. Pulse repetition ftrequency 2700 pps +/- 90 pps 10 Doc 8071

100 10

6 Power Requirement

a. Primary Power - Voltage 220 V AC +/- 10% 15 - Frequency 50 Hz +/- 5 Hz 15 - Phase Single 15


7 Environmental

a. Temperature indoor -10 deg C to +65 deg C 35b. Temperature outdoor -10 deg C to +65 deg C 160 km/h 35c. Humidity wind speed 50% to 95% 30

100 5

8 Equipment

a. Technology - Solid State Device 1) Analog 3 2) Digital 5

3) Microprocessor / Microcomputer 10 controller

- Temperature range device -10 deg C to +65 deg C 2

b. Design 1) Upgradable 152) Bukan Prototipe ( Dengan menunjuk- 35 kan hasil flight calibration terakhir untuk tipe yang sama )

c. Maintenance system 1) Modular system 5 2) Easy for adjustment and alignment 12 the system.

3) Available interface for RMM system 13100 12

9 Lain - Lain

a. Power Backup 1) UPS / Battery, mimimum 6 jam 202) Generator 20

b. MTBF 4000 jam 30c. MTTR 30 menit 30


35


36


FASILITAS : V H F - DIRECTION FINDERFORM : B2 .5 .1.

NO PERALATAN PERSYARATAN TEKNIS %TIAP BOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

1 Receiver

a. Frequency Range 100 MHz - 300 MHz 10b. Bearing Accuracy 2 degrees 10c. Coverage Angle - 30 to + 30 degrees 10d. Mode of Operation 1) AM 10

2) FM 10e. DF Sensitivity 1 uV / m (Transmission) 10f. Polarization Vertical 10g. System Error +/- 0.5 degrees 10h. Number of Channel Multi Channel 10i. Channel Spacing 25 KHz 10

100 30

2 Antenna

a. Antenna Omni Directional Multi Dipole (32) 40b. Sensitivity (Vert. Polarization)+/- 1 degrees 20c. Cable Attenuation < 10 dB 20d. Aerial Tuning Unit Available 20

100 10

3 Monitor / Control

a. Number of Target Up to 10 40b. Digital Areal Map Available 60

100 25

4 Power Requirement

a. Control Site 220 V ± 10 %, 50 Hz ± 6 % 25b. Receiver Site 1) 220 V ± 10 %, 50 Hz ± 6 % 25

2) 22 to 32 VDC 40c. Power Consumption Maximum 920 W 10

100 10

5 Technology

a. Solid State 1) Analog 252) Digital 253) Microprocessor 20

b. Design Modular 30

100 5

6 Maintenance

a. Operational Control 1) Local 252) Remote 25

b. System Adjustment & Align-Can be done from Local & Remote 50 ment

100 5

36


FASILITAS : V H F - DIRECTION FINDERFORM : B2 .5 2.

NO PERALATAN PERSYARATAN TEKNIS %TIAP BOBOTNILAI PENAWARAN KETERANGANUNIT A B C

7 Environmental Characteristic

a. Antenna & Antenna Electro- - 40 degree C to + 60 degree C 30 nicsb. Receiver; DF Processor; - 10 degree C to + 50 degree C 40 Computer and Modemc. Control System - 0 degree C to + 50 degree C 30

100 5

8 Lain - Lain

a. IF Band Width 25 KHz 25b. Bearing Indication 3 digital display 25c. Duration of incoming Carrier 2 V / m 25d. Audio Monitoring Output 300 to 3400 MHz 25


37

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON LOW RANGE

FORM : B2 . 6 1.No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

1 Transmitter

a. Frequency Range 190 kHz - 535 kHz 30 Annex 10b. Frequency Stability +/- 0.01% 30 Annex 10c. Modulation Frequency 1020 Hz +/- 50 Hz 10 Annex 10d. Modulation Depth 85% to 95% 10 Annex 10e. Power Output 10 W to 100 W 10f. Emission Mode NON, A2A, A3E 10 Annex 10

100 15

2 Monitor System

a. Carrier Power 3 dB decrease 50 Doc. 8071b. Ident Continuous or absent 50 Doc. 8071

100 15

3 Antenna

a. Radiation Patern Omnidirectional 30b. Polarization Horizontal 30c. Input RF Power 400 W peak 8d. Input Impedance 50 ohms 12e. VSWR less than 1.25 : 1 20

100 20

4 Antenna Tuning Unit

a. Frequency Range 190 kHz - 535 kHz 30b. Automatic Tuning Range Motorized adjustment 30c. Input Impedance 50 ohms 20d. Metering Forward and Reflected Power 5e. Maximum Carrier Power 200 W 15

100 15

5 Panel Monitor

Indikator 1) Stanby ON 152) High VSWR 153) Power 104) TX I ON 155) TX II ON 156) Reflected 157) Forward 15

100 4

6 Power Requirement

a. Primary Power - Voltage 220 V AC +/- 10% 15 - Frequency 50 Hz +/- 5 Hz 15 - Phase Single 15b. Power Consumption Maximum 400 W 55

100 8

38

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON LOW RANGE

FORM : B2 . 6 2.No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

7 Environmental

a. Temperature indoor -10 deg C to +65 deg C 35b. Temperature outdoor -10 deg C to +65 deg C and 35


100 5

8 Equipment


2) Digital 53) Microprocessor/Microcomputer 10 controller

- Temperature Range device-10 deg C to +65 deg C 2

b. Design 1) Upgradable 152) Bukan prototipe ( dengan menujuk- 35 kan hasil flight calibration terakhir untuk tipe yang sama )

c. Maintenance System 1) Modular System 52) Easy for adjustment and alignment 12 the system3) Available interface for RMM system 13

100 12

9 Lain - Lain

a. Power backup 1) UPS / Battery , minimum 6 jam 202) Generator 20

b. M T B F 4000 jam 30c. M T T R 30 menit 30


39


FASILITAS : NON DIRECTIONAL BEACON MEDIUM RANGE FORM : B2 . 7 . 1.

No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

1 Transmitter

a. Frequency Range 190 kHz - 535 kHz 30 Annex 10b. Frequency Stability +/- 0.01% 30 Annex 10c. Modulation Frequency 1020 Hz +/- 50 Hz 10 Annex 10d. Modulation Depth 85% to 95% 10 Annex 10e. Power Output 500 W To 1000 W 10f. Emission Mode NON, A2A, A3E 10 Annex 10

100 15

2 Monitor System


100 15

3 Antenna

a. Radiation Patern Omnidirectional 30b. Polarization Horizontal 30c. Input RF Power 1600 W peak 8d. Input Impedance 50 ohms 12e. VSWR less than 1.25 : 1 20

100 20


a. Frequency Range 190 kHz - 535 kHz 30b. Automatic Tuning Range Motorized adjustment 30c. Input Impedance 50 ohms 20d. Metering Forward and Reflected Power 5e. Maximum Carrier Power 1200 W max 15

100 15

5 Panel Monitor


100 4

6 Power Requirement

a. Primary Power - Voltage 220 V AC +/- 10% 15 - Frequency 50 Hz +/- 5 Hz 15 - Phase Single 15b. Power Consumption 2200 W maximum 55

100 8

40


FASILITAS : NON DIRECTIONAL BEACON MEDIUM RANGE FORM : B2 . 7 . 2.

No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

7 Environmental

a. Temperature Indoor -10 deg C to +65 deg C 35b. Temperature Outdoor -10 deg C to +65 deg C and 35


100 5

8 Equipment


2) Digital 53) Microprocessor/Microcomputer 10 controller

- Temperature Range device-10 deg Cto +65 deg C 2a. Design 1) Upgradable 15

2) Bukan prototype (dengan menunjuk- 35 kan hasil flight calibration terakhir untuk tipe yang sama)

b. Maintenance system 1) Modular System 52) Easy for adjustment and alignment 12 the system3) Available interface for RMM system 13

100 12

9 Lain - Lain

a. Power backup - Generator 40b. M T B F 4000 jam 30c. M T T R 30 menit 30


41

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON HIGH RANGE

FORM : B2 . 8 . 1.No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

1 Transmitter

a. Frequency Range 190 kHz - 535 kHz 30 Annex 10b. Frequency Stability +/- 0.01% 30 Annex 10c. Modulation Frequency 1020 Hz +/- 50 Hz 10 Annex 10d. Modulation Depth 85% to 95% 10 Annex 10e. Power Output 3000 W nominal 10f. Emission Mode NON, A2A, A3E 10 Annex 10

100 15

2 Monitor System


100 15

3 Antenna

a. Radiation Patern Omnidirectional 30b. Polarization Horizontal 30c. Input RF Power 4500 W peak 8d. Input Impedance 50 ohms 12e. VSWR Less than 1.25 : 1 20

100 20


a. Frequency Range 190 kHz - 535 kHz 30b. Automatic Tuning Range Motorized adjustment 30c. Input Impedance 50 ohms 20d. Metering Forward and Reflected Power 5e. Maximum Carrier Power 3300 W 15

100 15

5 Panel Monitor


100 4

6 Power Requirement

a. Primary Power - Voltage 220 V AC +/- 10% 15 - Frequency 50 Hz +/- 5 Hz 15 - Phase Single 15


42

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON HIGH RANGE

FORM : B2 . 8 . 2.No. PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

7 Environmental

a. Temperature indoor -10 deg C to +65 deg C 35b. Temperature outdoor -10 deg C to +65 deg C and 35

160 Km/h wind speedc. Humidity 50% to 95% 30

100 5

8 Equipment


2) Digital 53) Microprocessor/Microcomputer 10 control

- Temperature Range device-10 deg C to +65 deg C 2b. Design 1) Upgradable 15

2) Bukan prototipe ( dengan menunjuk- 35 kan hasil flight calibration terakhir untuk tipe yang sama )

c. Maintenance System 1) Modular System 52) Easy for adjustment and alignment, 12 the system available for interface with RMM system 13

100 12

9 Lain - Lain a. Power Backup Generator 40b. M T B F 4000 jam 30c. M T T R 30 menit 30


43


FASILITAS : S - BAND PRIMARY SURVEILLANCE RADAR FROM : B2 . 9 . 1.

NO PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

1 System Performance

a. Frequency 2.7 - 2.9 GHz (S-Band) 5b. Instrumented Range 60 - 80 NM 5c. Range Accuracy </= 60 m 5d. Range Resolution Better than 230 m 5e. Azimuth Accuracy Better than 0.15 degrees rms 5f. Azimuth Resolution Better than 2.8 degrees rms 5g. Improvement Factor 55 dB 2.5h. Technology Solid State 60i. MTBF (Critical) >33000 hours 2.5j. MTTR 30 minutes 2.5k. RCMS and BITE Available as standard 2.5

100 20

2 Antenna System

a. Antenna Type Dual Beam 10b. Frequency Band 2.7 to 2.9 GHz. 10c. Antenna Gain 34 dB (Main Beam) 5

34 dB (Auxiliary Beam)d. Azimuth Beam Width 1.5 degrees +/- 0.15 degrees at -3 5

dB pointse. Elevation Coverage >30 degrees Cosec2 Pattern or 5.5 5

degreesf. Azimuth Sidelobes -25 dB 5g. Polarization Linear / Circular 5h. Tilt Adjustment / Beam Tilt Adjustable between +1 to +5 de- 5

grees (Main Beam relative to horizontal)

i. Rotation Rate 7.5 to 15 RPM. 5j. Motor Drive Dual motors. Hand barring and 10

brake facilities with safety inter- locks.

k. Data Take-off 14 bit high accuracy system 5l. Rotating Joint Shall be have channels for Main 5

Beam, Auxiliary Beam, Wheather Channel and the Sum, Difference and control beams of a Monopul- se SSR System

n. Wind Speed Shall remain operational in wind 5 speed up to 70 knots and survive in wind speed of up to 120 knots (not rotating)

o. Temperature -40 to 70 degrees Centigrade 5p. Colour ICAO International Orange and 5

Whiteq. Antenna Tower The height shall be such that the 10

center of the primary antenna is minimum 15 M above ground level. Galvanized Steel / Anti Corotion.

100 20

44


FASILITAS : S - BAND PRIMARY SURVEILLANCE RADAR FROM : B2 . 9 . 2.

NO PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGANUNIT A B C

3 Transmitter / Receiver

a. Frequency Band 2.7 to 2.9 GHz (S-Band) 16b. Power Output 18 KW peak 13c. Receiver Bandwidth Optimum for pulse duration selected 13d. Receiver Noise Figure Amplifier 1.5 +/- 0.1 dB. Overall 16

figure including protection devicessuch as TR Cell, Duplexer, Diplexeretc. shall not exceed 4.5 dB.

e. Pulse Width Short (1 uS) and Modulated Long 16Pulse (75 uS)

f. Cooling System Forced Air 16g. Temperature -10 to 70 degrees Centigrade 10

100 30

4 Primary Plot Extractor

a. Type Adaptive Processing, such as AMTD 25b. A/D Converters 10 bit minimum I and Q 10c. Improvement Factor >50 dB for fixed clutter 10d. Sub Clutter Visibility > 31 dB at 80% Pd for fixed clutter 10e. Instrumented Range 60 - 80 NM 10f. Temperature - 10 to 70 degrees Centigrade 10g. Capability - Installed with PSR / MSSR sepa 15

rately- Installed with PSR / MSSR Com- bined- PSR Input Interface- Primary Plot Processing- Scondary Plot Processing - PSR/MSSR Plot Combining - PSR/MSSR False Plot Filtering

h. Format Combined PSR / MSSR format to 10 be agreed by DGAC

100 20

5 Site Spare Part Lot A 30 Lot B 70 100 10

Total Nilai : 100

45


FASILITAS : L - BAND PRIMARY SURVEILLANCE RADARFORM : B2 .10 . 1.

NO PERALATAN PERSYARATAN TEKNIS % TIAPBOBOTNILAI PENAWARANKETERANGAN

UNIT A B C


a. Frequency 1.25 - 1.35 GHz (L-Band) 5b. Instrumented Range 80 - 120 NM 5c. Range Accuracy </= 60 m 5d. Range Resolution Better than 230 m 5e. Azimuth Accuracy Better than 0.15 degrees rms 5f. Azimuth Resolution Better than 2.8 degrees rms 5g. Improvement Factor 55 dB 2.5h. Technology Solid State 60i. MTBF (Critical) >33000 hours 2.5j. MTTR 30 minutes 2.5k. RCMS and BITE Available as standard 2.5

100 202 Antenna System

a. Antenna Type Dual Beam 10b. Frequency Band 1.25 to 1.35 GHz 10c. Antenna Gain 27 dB (Main Beam) 5

27 dB (Auxiliary Beam)d. Azimuth Beam Width 1.5 degrees +/- 0.15 degrees at 5

-3 dB pointse. Elevation Coverage >30 degrees Cosec2 Pattern or 5

5.5 degreesf. Azimuth Sidelobes -25 dB 5g. Polarization Linear / Circular 5h. Tilt Adjustment / Beam Tilt Adjustable between +1 to +5 de- 5

grees (Main Beam relative to horizontal)

i. Rotation Rate 5 to 12 RPM. 5j. Motor Drive Dual motors. Hand barring and 10

brake facilities with safety inter-locksk. Data Take-off 14 bit high accuracy system 5l. Rotating Joint Shall be have channels for Main 5

Beam, Auxiliary Beam, Wheather Channel and the Sum, Difference and control beams of a Monopul- se SSR System

n. Wind Speed Shall remain operational in wind 5 speed up to 70 knots and survive in wind speed of up to 120 knots (not rotating)

o. Temperature -40 to 70 degrees Centigrade 5p. Colour ICAO International Orange and 5

Whiteq. Antenna Tower The height shall be such that the 10

center of the primary antenna is minimum 15 M above ground level. Galvanized Steel / Anti Corotion. 100 20

46


FASILITAS : L - BAND PRIMARY SURVEILLANCE RADARFORM : B2 .10 . 2.

NO PERALATAN PERSYARATAN TEKNIS % TIAPBOBOTNILAI PENAWARANKETERANGAN

UNIT A B C

3 Transmitter / Receiver

a. Frequency Band 1.25 to 1.35 GHz (L-Band) 16b. Power Output 100 KW peak 13c. Receiver Bandwidth Optimum for pulse duration selec- 13

tedd. Receiver Noise Figure Amplifier 1.5 +/- 0.1 dB. Overall 16

figure including protection devi- ces such as TR Cell, Duplexer, Diplexer etc. shall not exceed 4.5 dB.

e. Pulse Width Short (1 uS) and Modulated Long 16 Pulse (75 uS)

f. Cooling System Forced Air 16g. Temperature -10 to 70 degrees Centigrade 10

100 30

4 Primary Plot Extractor

a. Type Adaptive Processing, such as 25 AMTD

b. A/D Converters 10 bit minimum I and Q 10c. Improvement Factor >50 dB for fixed clutter 10d. Sub Clutter Visibility >31 dB at 80% Pd for fixed clutter 10e. Instrumented Range 80 - 100 NM 10f. Temperature -10 to 70 degrees Centigrade 10g. Capability - Installed with PSR / MSSR sepa- 15

rately - Installed with PSR / MSSR Com- bined - PSR Input Interface - Primary Plot Processing - Secondary Plot Processing - PSR/MSSR Plot Combining - PSR/MSSR False Plot Filtering

h. Format Combined PSR / MSSR format to 10 be agreed by DGAC

100 20

5 Site Spare Part Lot A 30 Lot B 70 100 10

Total Nilai : 100

47


FASILITAS : MONOPULSE SECONDARY SURVEILLANCE RADARFORM : B2 .11 . 1.

NO PERALATAN PERSYARATAN TEKNIS % TIAPBOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C


a. Coverage Range 250 NM 10b. Range Accuracy Better than 20 m 10c. Range Resolution Better than 90 m 10d. Azimuth Accuracy Better than 0.07 degrees 5e. Azimuth Resolution Better than 0.6 degrees 5f. Technology Solid State 60

100 20

2 MSSR Antenna System

a. Antenna Type Large Vertical Aperture ( LVA ) 5b. Frequency Band 1030 MHz +/- 3.5 MHz 5

1090 MHz +/- 5 MHzc. Antenna Gain More than 27 dB 5d. Azimuth Beam Width 2.4 degrees at -3 dB points 10e. Sidelobes -28 dB Below Peak of Main Beam 5f. Input Impedance 50 Ohm Nominal 5g. VSWR 1.5 : 1 Maximum 5h. Polarization Vertical 5

i. Tilt Mechanism Adjustable between -6 to +6 de- 5 grees above the horizontal (the nose of the beam)

j. Rotation Rate 7.5 to 15 RPM. 5k. Motor Drive Single motor. Hand barring and 5

brake facilities with safety interlocksl. Data Take-off 14 bit high accuracy system 5m. Rotating Joint 10 - Transmitt Frequency Range 1026 to 1034 MHz - Receive Frequency Range 1085 to 1095 MHz - VSWR Less than 1.2 : 1 - Insertion Loss Less than 0.8 dB - Isolation between joints Less than 60 dBn. Antenna Channel Three Channel 5

- Directional / Sum Sigma pattern - Monopulse/Different Delta Pattern - Control / SLS (Omega) Pattern

o. Wind Speed Shall remain operational in wind 5 speed up to 70 knots and survive in wind speed of up to 120 knots (not rotating)

p. Temperature -40 to 70 degrees Centigrade 5q. Colour ICAO International Orange and 5

Whiter. Antenna Tower The height shall be such that the 5

center of the MSSR antenna is minimum 15 M above ground level. Galvanized Steel / Anti Corotion.

100 20

48


FASILITAS : MONOPULSE SECONDARY SURVEILLANCE RADARFORM : B2 .11 . 2.

NO PERALATAN PERSYARATAN TEKNIS % TIAPBOBOTNILAI PENAWARAN KETERANGANUNIT A B C

3 Interrogator/ Mode Encoder

a. Triggering System External / Internal Automaticcally 10b. Sequence Mode X, Y , XY (Programmable) 10c. Interrogation Mode Pulse Spa- Mode 1 3 +/- 0.2 uSEC 10 cing Mode 2 5 +/- 0.2 uSEC

Mode 3/A 8 +/- 0.2 uSEC Mode B 17 +/- 0.2 uSEC Mode C 21 +/- 0.2 uSEC Mode D 25 +/- 0.2 uSEC

d. Mode "S" Compatible 10g. SLS Pulse 2 +/- 0.15 uSEC Delay from the first 10

Pulse of Mode Pulse ( P1 )h. Front Panel Metering Complete Status Information 5i. IISLS Provided 10j. Frequency 1030 +/- 0.01 MHz 5k. Power 2 Kw 10l. VSWR (max) 1.5 : 1 10m. Power Stability +/- 0.5 dB 10

100 20

4 MSSR Receiver

a. Operating Frequency 1090 +/- 3 MHz 11b. Sensitivity Better than -85 dBm 11

c. Noise Figure < 9 dB 11d. Dynamic Range -20 dBm to -88 dBm 17e. Linearity +/- 2 dB 11f. Matching Linearity +/- 1 dB 11g. Band Width at 3 dB : >/= 8 MHz 11h. Sensitivity Timing Control High Technology (Programmable) 17

100 18

5 MSSR Extractor

a. Reply processing and - Reply processing 30 Decoding - Plot extraction processing

- False plot and Reflection Elimination processing - Output Target Reports - Range Reports - Test plot Generator

b. Antenna position 14 bits 10c. Range Processing 14 bits ( 1 - 256 nm ) 10d. Decoding code (F1 to F2) Depend mode Interrogation 10e. Number of Aircraft can be 350 (minimum) 20 Processf. Video Sampling +/- 8 MHz 10g. Operation and Maintenance Included 10 Indicator Facilities

100 10

FORM : B2 .11 . 3.NO PERALATAN PERSYARATAN TEKNIS % TIAPBOBOTNILAI PENAWARAN KETERANGAN

UNIT A B C

6 Remote Control and Complete Configuration 100Monitoring System

100 2

7 Site Spare Parts Lot A 30 Lot B 70 100 10

Total Nilai : 100

49


FASILITAS : A T C RADAR DISPLAYFORM : B2 .12 . 1.


UNIT A B C

1 ATC Console

a. Display size 2K x 2 K Colour 16b. Raw Video Facilities - Video Primary 12 - Video Secondary

- MTI - Meteo - Fine and Coarse Range maker - Off Centering - Quick Look

- Scale expansion c. Synthetic Video Facilities - Primary Symbol 12 - Secondary Symbol - Accociated Sysmbol - Leader - Vector

- Map - Cursor - Label Mode A and Mode C

d. Window Facilities All Windows can be sized, moved 10 and cancelled

e. Keyboard - Alpha Numeric 12 - Symbol - Function Selection

f. Brightness Adjustment Multi Adjustment Categories 10g. ATC Facilities - Flight Plan Window 12

- Sector Selection - Altitude Selection/Filtering - Map Editor - Map Generator

h. Communication Facilities - Communication Panel with Freq- 16 uency Selection - Loudspeaker - Microphone including Jack/Plug - Headset including Jack/Plug - Foot switch - Intercom/Telephone Panel - Wind Speed and Wind Direction - Clock Module - Desk Lamp - Flight Progress Strip Holder - Writing Desk - Flight Progress Strip Printer

100 30

2 Track Processing Combined PSR / MSSR 100

100 25

51


FASILITAS : A T C RADAR DISPLAYFORM : B2 .12 . 2.

NO PERALATAN PERSYARATAN TEKNIS % TIAP BOBOTNILAI PENAWARAN KETERANGANUNIT A B C

3 Radar Data Selector 2 Channel 100 100 5

4 Maintenance Display System

a. Display size 1K x 1 K Colour 25b. Raw Video Facilities - Video Primary 20 - Video Secondary

- MTI - Meteo - Fine and Coarse Range maker - Off Centering - Quick Look - Scale expansion

c. Synthetic Video Facilities - Primary Symbol 20 - Secondary Symbol - Accociated Sysmbol - Leader - Vector

- Map - Cursor - Label Mode A and Mode C

d. Window Facilities All Windows can be sized, moved 10 and cancelled

e. Keyboard - Alpha Numeric 15 - Symbol - Function Selection

f. Brightness Adjustment Multi Adjustment Categories 10100 20

5 Site Spare Parts Lot A 25 Lot B 75 100 20

Total Nilai : 100

52


FASILITAS : TEST EQUPMENT FOR RADAR FORM : B2 .13


UNIT A B C

1 For PSR / MSSR (Colocated) - Spectrum Analizer 10 - 4 (Four) Channel Oscilloscope 10 - Digital Multimeter 8 - Frequency Counter 10 - Power Meter 10 - Pulse Generator 10 - RF Generator with Modulation 10 Control - Crystal Detector 10 - Attenuator 8 - Extender Card 8 - Cables and Connectors for 6 Measurement

100 50

2 For MSSR (Stand Alone) - Spectrum Analizer 10 - 2 (Two) Channel Oscilloscope 10 - Digital Multimeter 8 - Frequency Counter 10 - Power Meter 10 - Pulse Generator 10 - RF Generator with Modulation 10 Control - Crystal Detector 10 - Attenuator 8 - Extender Card 8 - Cables and Connectors for 6 Measurement 100 50

Total Nilai : 100

53


FASILITAS : X - RAY B.3.1.1

No. PERALATAN PERSYARATAN/ % TIAPBOBOTNILAI PENAWARANKETERANGAN SPESIFIKASI TEKNIS UNIT ( % ) A B C

I. UMUM 1. Kecepatan Conveyor ± 0,2 m / dtk 102. Kapasitas beban ± 100 kg untuk kabin 10

± 200 kg untuk bagasi3. Resolusi 0,1 mm diameter ( standar 38 AWG ) 204. Daya tembus / penetrasi 20 mm (untuk material baja) 405. Ukuran barang yang diperiksa panjang : tidak terbatas 20

100 25

II. PEMBANGKIT X-RAY 1. Tegangan Anoda 140 kV - 160 kV 152. Sistem Pendingin Sealed oil bath, dan tidak diperlukan 15

sistem pendingin terpisah3. Arus 1 mA ( maksimum ) 154. Frekwensi medium 23 KHz 105. Divergensi berkas X-Ray 60° 156. Arah Pancaran X-Ray Diagonal 157. Dosis X-Ray tiap 0,07 mrem atau maksimum 15

tiap pemeriksaan, 0,14 mrem

100 25

III. SISTEM TAMPILAN 1. Kapasitas memory digital 6,5 - 17,5 Mbyte 102. Image Display 684 x 576 pixel/atau maksimum 10

1024 x 1024 pixel.3. Monitor * Resolusi tinggi, bebas kedipan 10

(flicker) * Ukuran diagonal layar 38 cm ( 15" ) * Berwarna (Super VGA) * Dosis radiasi rendah, sesuai standar yang ditentukan. * Frame frekwensi 70 Hz

4. Grey level di memori 4096 (maksimum) 105. Grey level di monitor minimum 22 level 106. Pengaturan kontras * level yang tetap untuk material 10

dengan serap daya tinggi dan daya serap rendah. * Grey level variabel untuk latar belakang layar dan untuk contrast intensification

7. Electronic Zoom 2 x, 4 x, 8 x, 16 x 158. Pengaturan warna tampilan * dapat membedakan dengan jelas 15

non organic dan organic material * dapat memenuhi keperluan berikut : organic stripping, organic only, atau super enhancement

9. Keluaran Video (Output) R, G, B dan Black/White, frekwensi 10 bayangan 70 Hz dan bebas dari kedipan ( flicker ).

100 25

54


FASILITAS : X - RAY B.3.1.2


IV. KONDISI OPERASI 1. Keamanan terhadap radiasi * Harus memenuhi semua persyaratan 25

dan standar internasional untuk besar radiasi yang diperkenankan dan dampaknya terhadap kesehatan manusia/operator di sekitarnya. * dalam hal terjadinya kebocoran radiasi, dipersyaratkan agar radiasi tersebut jauh di bawah 5 uSv atau 0,5 mrem/jam. * pada jarak 5 cm dari permukaan peralatan batas kebocoran radiasi tipikal yang diperkenankan adalah kurang dari 1 uSv atau 0,1 mrem/ jam.

2. Keamanan terhadap film Aman terhadap film dengan standar 15 ISO 1600 atau 33 DIN

3. Keamanan terhadap media Aman terhadap semua bentuk media 20 memori komputer memori untuk komputer, seperti :

kaset, disket dan memori semi konduktor (RAM, ROM) dan lain-lain.

4. Catu daya yang diperlukan 220 VAC (± 10%) 50 Hz 10 atau dapat disesuaikan berdasarkan kebutuhan.

5. Konsumsi daya ± 0,6 kVA untuk X-Ray Cabin 15 ± 0,9 kVA untuk X-Ray Bagage

6. Temperatur ruang penyimpanan - 0° C sampai + 60° C 57. Temperatur ruang operasi 0° C sampai 40° C 58. Kelembaban udara ruang 10% sampai 90% (relative humidity 5

operasi dan non condensing)


55


FASILITAS : FLIGHT INFORMATION DISPLAY SYSTEM (FIDS)B.3.2.1


I. MAIN UNIT

1. Processor Minimum 80486 102. Clock Speed Minimum 66 MHz 53. Cache Memory 64 kb expandable to minimum 512 kB 54. Main Memory Minimum 4 MB expandable 64 MB 10

( internal built in RAM memory )5. Floopy Disk Drive 1,4 MB 3,5" Double Side, High Density56. Hard Disk Minimum 300 MB (termasuk Hard Disk10

Controller Card)7. I/O port 2 serial, 2 paralel 58. Video Graphic Adapter Super VGA Card 109. Video Display Colour Graphic Monitor 10

14" Hi Res 1024 x 768 0.28 dot pitch

10. Keyboard Standard Enchanced PC 10 - 101 kunci / tombol - Detachable - 12 fungsi

11. Interface to VR/TV PAL/NTSC/SCARF 1012. Operating System DOS/UNIX, WINDOWS 10

100 15

II. PRINTER 1. Standard Minimum : Dot Matrik 602. Power Supply 220 VAC ± 10% 50/60 Hz 40

100 5 III. MONITOR 1. Layar Kaca Minimum 25" 152. Sistem penerimaan Multi Sistem 153. Resolusi mendatar Super C 3 104. Tegangan listrik 90 - 270 VAC 50/60 Hz 105. Keluaran Audio Minimum PMP 60 Watt 106. Keluaran 10% RMS Audio 24 Watt 107. Pemakaian daya listrik Maksimum 185 Watt 108. Pengeras suara Full range 6 x 12 Cm 10

dan Woffer dia 10 Cm9. Fasilitas - Video terminal 10

- On screen display - Selectable picture - off / on timer - Remote Control

100 15

IV. PAKET PROGRAM FIDS (PERANGKAT LUNAK)

1. Data primer Jadwal keberangkatan, kedatangan, 35 keterlambatan, pembatalan, pengalihan dan lain-lain

2. Penayangan Informasi - Informasi yang dimaksud saat itu 35 akan berkedap-kedip (blinking).

56




- Informasi yang telah lewat berubah warna - Terlihat jelas - Scroll, Rolling. - Informasi dan Hiburan dapat diatur secara bergantian dan otomatis, tetapi bisa diinterupsi.

3. Fasilitas - Pengembangan informasi lain yang 30 dapat ditampilkan bila diakses oleh operator tanpa mengganggu jalan- nya program hiburan atau dapat menginterupsi program hiburan

100 15

V. SERIAL VIDEO CONVERTER & TUNER.

1. Conversi Signal RGB ke monitor Teknisi 252. Input 1 port, 75 Ohm untuk VR 25

1 port, 75 Ohm Signal RGB untuk PC3. Output 2 port, 75 Ohm Scarf untuk TV 254. Switching System Manual/Software Control 25

100 10

VI. BOOSTER & SPLITTER 1. Jarak jangkau Minimum 50 meter 352. Input 1 port, 75 Ohm 303. Output Minimum 4 port, 75 Ohm 35

100 5

VII. KABEL 1. UHF Cable Coaxial Audio = 75 Ohm 50

Video = minimum 75 Ohm2. Kabel Listrik - Untuk daya 220 V / 10 A 50

- Standar SII/ISO

100 10

VIII. LASER DISK PLAYER (LDP) 1. Sistem Operasi Dapat menyajikan baik Laser Disk 10

(LD), Compact Disk (CD) maupun Compact Disk dengan Video (CDV)

2. Ukuran Disk - CD ( 8 cm, 12 cm ) 10 - CDV, CD (20 cm, 30 cm single)

3. Digital Audio 1 bit DAC 104. On Screen Display - 24 Karakter / baris 10

- 10 baris informasi5. Digital key Control 9 Steps / Stereo 106. Magic Voice 107. Hi Fi Multiplexing 108. Remote Power ON/OFF 109. External Audio Input 1010. 2 Audio/Video Output 10

100 5

57




IX. UNINTERRUPTED POWER - Smart UPS 100 SUPPLY (UPS) - Sinyal Sinusoida kontinyu, minimum

1 kVA - Memenuhi Standar ISO 9001 dan IEC 801 (EMC) - Dilengkapi dengan fasilitas intelligent interface dan power management software untuk keperluan automatic Shut down - Tegangan input 220 V ± 10 % single phase 50 / 60 Hz - Recharge time ± 5 jam - Batere : tipe sealed dan maintenance free

100 15

X. KELENGKAPAN 1. Meja Printer Standar 120 cm x 60 cm 152. Kursi Operator Standar putar 153. Bracket Besi 204. Console - tinggi maximum 150 cm 15

- lebar maximum 80 cm - panjang maximum 80cm

5. Antene TV - Standar 20 - 16 Elemen - Impedansi 75 Ohm

6. Media Disk Ukuran 20, 30 cm Single 15100 5

Total Nilai 100

58


FASILITAS : CLOSE CIRCUIT TELEVISION (CCTV)B.3.3


I. CCD KAMERA 1. Catu daya 220 VAC ± 10%, 50/60 Hz 52. Konsumsi daya ± 7 W 103. Image Sensor Interline CCD (Effective Pixels 15

682 H x 492 V)4. Scanning System 2 : 1 Interlaced Scanning 105. Scanning Freq. 15.625 KHz (H) x 50 Hz (V) 106. Syncronization Standard Field Internal/External Automatic Switching 107. Iluminasi 10 Lux pada F 1.4 dengan AGC On 108. Impedansi Output 75 Ohm Unbalanced 109. Temperatur Operasi - 10° C s/d 50° C 510. Kelembaban 30% s/d - 90% 511. Lensa Standar 200 M lensa 6 : 1 10

100 20

II. TV MONITOR 1. Catu daya 220 VAC ± 10%, 50/60 Hz 52. Konsumsi daya Max 40 W 103. CRT 10 Inch, Pitch 0.47 mm 154. Video input 1.0 V p-p 155. Resolution > 240 Lines 156. Frekwensi Sinkronisasi 15,625 KHz (H), 50 Hz (V) 157. Effective Picture Area 173 mm (H), 136 mm (V) 158. Temperatur Operasi 0° s/d 40° C, 59. I/O terminal Video input x 1, 5

Video Output 1 x ( BNC Plug)

100 20

III. VIDEO DISTRIBUTION AMPLIFIER

1. Catu daya 220 VAC ± 10%, 50/60 Hz 52. Konsumsi daya Max 25 W 103. Impedansi Input 75 Ohm / High Impedance Switch 204. Impedansi Output 75 Ohm Unbalanced (BNC plug) 205. I/O level 1.0 V p-p 256. Crosstalk 60 dB 20

100 20

IV. SEQUENCIAL SWITCHER 1. Catu daya 220 VAC ± 10%, 50/60 Hz 52. Konsumsi daya Max 45 W 153. Video Input VBS atau VS = 1.0 V p-p / 75 Ohm 30

Unbalanced x 10 BNC Plug (1 unit) Unbalanced x 3 BNC plug ( 2 unit )

4. Video Output VBS atau VS = 1.0 V p-p / 75 Ohm 30 Unbalanced x 1 BNC Plug

5. Temperatur Operasi 0° C s/d + 40° C 106. Kelembaban 30 s/d 90% 10

100 20V. KABEL 1. Coaxial Cable Tipe RG-59/U (3C-2V) 100

atau RG-6/U (5C-2V)100 20

Total Nilai 100

59


FASILITAS : WALK THROUGH METAL DETECTORB.3.4


I. TRANSMITTER & REVEIVER 1. Catu daya AC : 95-250 V 50/60 Hz 5

DC : 12 - 30 V2. Konsumsi daya Maksimum 35 W 53. Display Digital 104. Sistem pengoperasian Program / Kode 155. Indikasi Alarm Dapat dilihat : Lampu 15

Dapat didengar : Frekwensi Audio6. Indikasi Kerusakan Dapat diperiksa dengan sistem 10

program yang terlihat pada display7. Sensitivitas - Dapat mendeteksi dari semua sisi 25

- Security level 1-58. Temperatur - 10° C s/d 55° C 59. Humidity 0% - 95% 510. Berat Maksimum 50 Kg 5

100 80

II. KELENGKAPAN 1. Buku petunjuk operasi dan Asli 100

perawatan


60


FASILITAS : HAND HELD METAL DETECTORB.3.5


I. PERALATAN UTAMA

1. Frekwensi operasi 90 KHz - 100 KHz 152. Catu Daya DC : 9 - 12 V 103. Sensitivitas Dapat mendeteksi dari semua sisi 45

terhadap : - ukuran pistol/senjata api sampai 9" pada jarak 5 cm - ukuran senjata tajam/pisau saku dan lain-lain sampai 2", pada jarak 2 cm

4. Alarm Indikator Dapat dilihat : Lampu 20 Dapat didengar : Frekwensi Audio (speaker, earphone).

5. Berat Maksimum 1 Kg 56. Ukuran Lebar : Max 10 Cm 5

Panjang : Max 50 Cm Tebal : Max 5 Cm

100 75

II. KELENGKAPAN 1. Earphone 102. Tali Pengikat ( Belt ) 103. Buku petunjuk operasi dan Asli 40

perawatan4. Alat pengisi battery (Charger) 40


61


FASILITAS : P A B XB.3.6.1


I. CENTRAL UNIT 1. Switching Network

multiplex - TDM 10 modulasi - PCM 10

2. Power Failure transfer Automatic 53. Control system Storage programm Control

- Microprocessor controlled 2,5 - 768 Kbyte EPROM (Program Memory)1,5 - 256 Kbyte RAM (Main Memory) 1

4. Kondisi lingkungan - Temperatur ruang operasi 2,5 5° C s/d 40° C - Kelembaban 2,5 20% - 85% ( 40° C )

5. Data Operasi - Tahanan ground untuk fungsi 1,5 groundkey 30 Ohm - Tahanan line pesawat cabang 1,5 * Key Telephone : maksimum 1 40 Ohm in loop * Single Line Telephone : 1 maks. 300 Ohm in loop

6. Signalling Method - Dial Pulsing * Inter digit pause (programmable) 3 800 ms ( 100 s/d 2000 ms ) - DTMF * Transmisi level -10 dBm + 3 dBm 5

* Signalling (Programmable) 2 80 ms ( 20 - 500 ms ) * Inter digit pause (prorammable) 2 80 ms ( 100 s/d 1000 ms ) - Software Terdiri dari sistem operasi dan sub sistem lainnya, yang berfungsi untuk : * Call Processing 2 * Peripheral Processing 2 * Administration dan Maintenance 2 * Dependability 2

7. Catu daya - Mains 110 V, 127 V, 210 V dan 10 240 V ( AC ), toleransi 94 V sampai 265 V (AC ) - Frekwensi 50/60 Hz 5 - DC Voltage - 60 V, 48 V, - 5 V, 5 12 V & 26 V

8. Batere - Otonomi 2 jam untuk catu batere 20 standar

100 30

II. MAIN DISTRIBUTION FRAME - Sistem Solderless 100 ( MDF )

100 15

62


FASILITAS : P A B XB.3.6.2


III. OPERATOR CONSOLE 1. 12 key numeric keypad 152. Fixed Key Internal key, service key, hold key, 20

redial key, microphone, release key, speaker key, consultation key.

3. Programmable key Line key, direct call keys, external 20 repretory key and keys for activating.

4. Visual signalling 155. Volume and pitch control untuk 15

sinyal panggil6. Pengatur volume untuk loud 15

speaker

100 20

IV. PESAWAT TELEPON CABANG 1. Dialing Signal - DTMF, 10 pps, 20 pps 152. Spesifikasi fungsi peralatan - Pesawat telepon standar dengan 15

dial pulsing atau DTMF - LAST number redial 15 - Electronic tone ringer dengan 10 volume yang dapat diatur - Tanggal dan Waktu 5 - Meet-me reminder 5 - Nomor dan identitas dari pesawat 5 cabang dipanggil dan memanggil untuk hubungan internal - Status pesawat cabang yang di- 5 panggil : forwarded, DND ( Do Not Disturb) - Petunjuk panggilan keluar, seperti 5 tombol yang harus ditekan untuk override, call back, dan lain-lain - Memo pad, pembacaan dari : 5 * Message-message yang tersimpan 5 * Message-message yang telah 5 diprogram oleh pemakai * Message-message yang sedang 5 diprogram

100 20V. KABEL 1. Type Shield 20

Diameter 0,5 mm atau 0,6 mm2. Station Multiline 2 pair 203. Station single line 1 pair 104. Line Trunk (Co Line) 1 pair 105. Untuk sumber daya AC 3 konduktor, min 2,5 mm² 106. Untuk Battery external 1 konduktor, min 10 mm² 107. Untuk Grounding system - BC 50 s/d 70 mm 10

- plat tembaga 100x100 cm, tebal minimum 6 mm

8. Bahan-bahan instalasi lainnya 10 sesuai kebutuhan yang disebut- kan dalam persyaratan teknis


63


FASILITAS : AIRFIELD LIGHTING SYSTEM (ALS)Form B.4.1.1.

NO. PERALATAN PERSYARATAN % TIAP BOBOT PENAWAR KETERANGANUNIT % A B C

1. APPROACH LIGHT (APH)

a. Hight Intensity Uniderectional Elevated Approach Light, clear

1) Halogen lamp 200 W 6.6 A 202) Long life lamp 1000 hours full intensity 203) Average intensity minimum 20,000 cd 204) Beam spread horizontal - 10° to + 10° 205) Beam spread Vertical 2.5° to 13.5 ° 20

100 2

b. Hight Intensity Uniderectional Elevated Approach Light, green

1) Halogen lamp 200 W 6.6 A 202) Long life lamp 1000 hours full intensity 203) Average intensity minimum 10,000 cd 204) Beam spread horizontal - 5.5° to + 5.5° 205) Beam spread Vertical 1° to 10° 20

100 2

c. Medium Intensity Omniderectional Elevated Top Light, clear

1) Halogen lamp 45 W 6.6 A 252) Long life lamp 1000 hours full intensity 253) Average intensity minimum 125 cd 254) Beam spread Vertical 360° 25

100 1.5

2. RTI + SFL 1) Elevated unidirectional SFL light 20PAR 56 FT 34 HP, 60 Ws.

2) 3 brightness levels. 203) Power supply 220 V 50 Hz 204) Individual Control Cabinet 205) Central Control Cabinet 20

100 53. THRESHOLD (THR) a. Hight Intensity Bidirectional Inset

Threshold Light, green/red1) Average intensity minimum 10,000 cd 20

(green)2) Average intensity minimum 2,500 cd 20

(red)3) Toe in 2° (red) 204) Toe in 3.5° (green) 205) Long life lamp 1000 hours full intensity 20

100 2.5

64




b. Hight Intensity Bidirectional Inset Threshold Light, green

1) Average intensity minimum 10,000 cd 352) Toe in 3.5° (green) 353) Long life lamp 1000 hours full intensity 30

100 2.5

c. Hight Intensity Bidirectional Elevated Runway End Light, green/red

1) Halogen lamp 150 W 6.6 A 252) 180° green inner lens 253) 180° red inner lens 254) Long life lamp 1000 hours full intensity 25

100 2.5

d. Hight Intensity Bidirectional Elevated Runway End Light, green/blank

1) Halogen lamp 150 W 6.6 A 252) 180° green inner lens 253) 180° blank inner lens 254) Long life lamp 1000 hours full intensity 25

100 2.5

e. Low Intensity Bidirectional Elevated Runway End Light, green/red

1) Halogen lamp 45 W 6.6 A 252) 180° green inner lens 253) 180° red inner lens 254) Long life lamp 1000 hours full intensity 25

100 2.5

4. PAPI 1) Box PAPI completed red filter, two 20 pole plug.

2) Halogen lamp 2 x 200 W 6.6 A 203) Long life lamp 1000 hours full intensity 204) Average intensity minimum 15,000 cd 20

(white) and 5,000 cd (red)5) Degree in elevation - 2° to + 2° 20

100 4.5

65




5. RUNWAY EDGE (REH) a. Hight Intensity Bidirectional ElevatedRunway Edge Light, clear/yellow

1) Halogen lamp 150 W 6.6 A 202) 180° clear inner lens 203) 180° yellow inner lens 204) Long life lamp 1000 hours full intensity 205) Average intensity minimum 10,000 cd 20

(clear)

100 2

b. Hight Intensity Bidirectional ElevatedRunway Edge Light, clear/clear

1) Halogen lamp 150 W 6.6 A 252) 360° clear inner lens 253) Long life lamp 1000 hours full intensity 254) Average intensity minimum 10,000 cd 25

100 2

c. Low Intensity Bidirectional ElevatedRunway Edge Light, clear

1) Halogen lamp 45 W 6.6 A 352) 360° clear inner lens 353) Long life lamp 1000 hours full intensity 30

100 1.56. TXE/TAL/APL a. Low Intensity Omnidirectional Elevated

Taxiway Edge Light, Blue1) Halogen lamp 30/45 W 6.6 A 252) 360° blue inner lens 253) Long life lamp 1000 hours full intensity 254) Average intensity minimum 2 cd 25

100 2.5b. Low Intensity Omnidirectional Elevated

Apron Edge Light, red1) Halogen lamp 30/45 W 6.6 A 352) 360° red inner lens 353) Long life lamp 1000 hours full intensity 30

100 27. SIRENE 1) Capacity : 5000 W 25

2) Voltage : 380 V 253) Frequency : 50 Hz 254) Cos Phi : 0.8 25

100 3

66




8. ROB 1) Lamp 500 W 252) 12 flashes per minute 253) Green/clear front glass 254) Power supply, included motor 220 V 25

50 Hz

100 5

9. OLI 1) Single OLI light complete fitting 25with one red prismatic dome

2) Double OLI light complete fitting 25with two red prismatic dome

3) Lamp 100 W/230 V 254) Long life lamp 8000 hours 25

100 3

10. ALI 1) Counstruction for ALI use two mast/ 25pole.

2) Hight presure sodium lamp 400 W 25220 V.

3) Halogen lamp 500 W/220 V 254) Distribution box for 6 sodium 25

lamp and 3 halogen lamp.

100 3

11. WDI 1) Illuminated wind cone 12 feet 35colour of wind sock : orangeincl. OLI + spot light with lamp.

2) 4 x PAR 38 - 150 W 240 V 35for illumination.

3) 1 x 111 W 240 V for OLI. 30100 4.5

12. CONTROL DESK Control panel for max. 15 series 100max. 22 parallel circuits for 5 stepbrightness control and/or"ON/OFF" control 48 V DC

100 3

13. MARSHALING BOX Marshaling cabinet for control 100system finish with polyester, beige for control cable 60x2x0,8 dia.

100 3

67




14. LV PANEL Dim. H 1800 x W 230 x D 330 mm 100 Incaming 400 A 220/380 V 50 Hz. Outgoing for 15 x CCR and 22

parallel circuit.

100 3

15. CCR a. CCR controlled by thyristorair cooled for indoor service:

1) Remote control 48 to 60 V DC. 202) 5 Brightness steps adjustable. 203) With Ammeter 204) With lightning arrestors. 205) With over current 20

100 3

b. Main supply1) 208 to 240 V - 50 Hz. 20

4 KW, 6,6 A.2) 208 to 240 V - 50 Hz. 20

7.5 KW, 6,6 A.3) 380 to 415 V - 50 Hz. 20

10 KW, 6,6 A.4) 380 to 415 V - 50 Hz. 20

15 KW, 6,6 A.5) 380 to 415 V - 50 Hz. 20

20 KW, 6,6 A.100 2.5

16. SELECTOR CABINET 1) Indoor service, wall mounting 35 remote control 48 VDC

2) Outgoing 6,6 A. 35 Auxiliary supply 220 V 50 Hz.

3) Individual supply of two circuits 30of PAP.

100 3

17. INTEGRATED GROUND-1) BC 1 x 6 sqmm 10ING SYSTEM 2) BC 1 x 16 sqmm 20

3) BC 1 x 50 sqmm 304) ETH rod 1000 mm steel hot gal- 20

vanis profil A. 50x50x3 mm5) Small supporting installation 20

materials (cable glands, parallelconnectors, cable lugs).

100 2.5

68




18. LV LIGHTNING Low voltage lightning arrester 100ARRESTER Voltage

220 V/3 phase.

100 2

19. SERIES CABLE a. FLYCY1) Protodur airport cable copper 50

conductor FLYCY 1/2 KV 1 x 6sqmm screen 4 sqmm, all stranded (RM).

2) Protodur airport cable copper 50conductor FLYCY 3/6 KV 1 x 6sqmm screen 4 sqmm, all stranded (RM).

100 2

b. CONTROL CABLE1) Control cable Type A-2YF(L) 2 Y 50

7x2x0.8 dia, 225 V for control AFLsystem 48 V DC filled type.

2) Control cable Type A-2YF(L) 2 Y 5060x2x0.8 dia, 225 V for control AFLsystem 48 V DC filled type.

100 2

20. PLUGS, RECEPTACLE 1) Protolin joint sleeves for conn.AND JOINT SLEEVES of FLYCY 1x6 RE/4 to NSGAFM 25

(PR) 3 KV2) Joint sleeves for FLYCY up to 25

1x6/4 3 KV3) Pole connector kit 5 KV c/w resin 254) Two pole plug connector kit 25

100 3

21. ISOLATING TRANS- 1) 30/45 W 6,6/6,6 A 50 Hz. 25FORMER 2) 100 W 6,6/6,6 A 50 Hz. 25

3) 150 W 6,6/6,6 A 50 Hz. 254) 200 W 6,6/6,6 A 50 Hz. 25

100 4

69




22. TOOLS AND INSTRU- a. level set assy. with 2 spirit levels 100 0.5MENT for APH + REH light.

b. Installation jig for inset lights. 100 0.5

c. Set of tools for inset lights. 100 0.5

d. Sighting telescope for inset and 100 0.5elevated lights.

e. Support for sighting telescope. 100 0.5

f. Levelling instrument for REH light. 100 0.5

g. Positioning template for standard 100 0.5mounting legs of PAP.

h. Carrying box with installation tools 100 0.5for PAP.

23. SPARE PARTS Available 100 7

Total Nilai 100

70


FASILITAS : POWER SUPPLY (PSY)Form B.4.2.1.


1. GENERATOR SET DIESEL ENGINE

1) Engine Output : ........ KW 102) Compression ratio : ........... 103) Number of cylinder : ............... 104) Method of Cooling : Air Cooling or 5

Water Cooling5) Speed : 1500 rpm 106) Aspiration : 4 stroke, 10

Direct fuel injection with turbo charger and intercooled

ALTERNATOR

1) Capacity : ....... KVA 102) Voltage : 400/231 V 103) Frequency : 50 Hz 104) Speed : 1500 rpm 55) Cos Phi : 0.8 106) Insulation Class : .........

100 10

2. AMF/Automatic Panel 1) Main Supply 152) Automatic Start and Manual Start 153) Change over of load from main's 15

to the generator or the generatorto main

4) Monitoring of genset and main 155) Indicator and Signal of failure 156) Automatic stop of the genset 157) Indicator meter 10

100 7

3. FUEL STORAGE TANKFuel storage tank above ground level ......... liters

1) Storage tank steel plat ...... liters 252) Electrical gear pump. 253) Hand pump. 254) Pipe distribution and valve 25

100 3

4. PANEL a. Distribution Panel TM ...... KV1) Cubicle in Comming

- Rated Current ............. A 10- Switch disconnected 10

71




- 3 phase bus-bars 5- Earthing switch 5- Neon Voltage Indicator 5

2) Cubicle Outgoing- Rated Current ............. A 10- Load break switch disconnected 10- 3 phase bus-bars 5- Earthing switch 5- Neon Voltage Indicator 5

3) Cubicle Lighting Arrester- Rated Current ............. A 10- Cubicle frame work 10- 3 phase bus-bars 5- 3 lightning arrester 5

100 7

b. LV Distribution Panel1) Change over switch ....... Amper 252) NT fuse ........ Amper 253) MCB 3 Phase ..... Amper 104) MCB 3 Phase ..... Amper 105) MCB 3 Phase ..... Amper 106) MCB 3 Phase ..... Amper 107) MCB 1 Phase ..... Amper 58) MCB 1 Phase ..... Amper 5

100 7

c. MVDP1) Safety device swicthes : SF 6 at 0.5 15

Bar2) Insulation cubicle : 24 KV 203) Breaking current : 630 A at 24 20

KV4) Short CCT current : 12.5 KV rms 15

at 24 KV5) Compartment cubicle : 4 sel 156) Protection connection : HV fuse 15

100 6d. LVDP

1) Incoming Distribution Panel .... A 252) Main Distribution Panel ........... A 253) Distribution Panel .......... A 254) Distribution Panel .......... A 25

100 5

72




5 SYNCHRONIZING 1) Voltage : 400/231 V 25PANEL ...... AMPERE 2) Frequency : 50 Hz 25

3) Frequency difference lim. : 0.15 % 254) Voltage difference lim. : 10-15 % 25

100 5

6. UPS ..... KVA 1) Nominal rated capacity : ........ KVA 202) Input Voltage : 3/N 380 Vac ± 15 % 20

- Frequency : 50 Hz ± 5 %- Power factor : 0.8

3) Output Voltage : 3/N 380 Vac ± 1 % 20- Frequency : 50 Hz ± 0.1 % self clocked, ± 0,05 %

4) Over load Capacity : 125 % for 20 15 minutes

5) Noise : < 62 db 106) AC/DC efficiency : > 92 % 10

100 5

7. TRANSFORMER a. Transfomer step up ....... KVA1) Type : Oil immersed self cooled, in/ 10

out condensing2) Standard : ICE PUB76, SPLN 50/82 10

SLI 19953) Phase : 3 104) Power factor : 0.8 105) Frequency : 50 Hz 106) Primer Voltage : 380/220 Volt 107) Secondary Volatge : ........ KV 108) Capacity : ........ KVA 109) Vector Group : DYn5 10

10) terminal, die level indicator HV, LV porcelin bushing terminal, silicagel, thermometer, bucholz relay, drain valve, conservator, whell etc.

10

100 3

a. Transfomer step down ....... KVA1) Type : Oil immersed self cooled, in/ 10

out condensing2) Standard : ICE PUB76, SPLN 50/82 10

SLI 19953) Phase : 3 104) Power factor : 0.8 105) Frequency : 50 Hz 10

73




6) Primer Voltage : .......... KV 107) Secondary Volatge : 380/220 Volt 108) Capacity : ........ KVA 109) Vector Group : DYn5 10

10) terminal, die level indicator HV, LV porcelin bushing terminal, silicagel, thermometer, bucholz relay, drain valve, conservator, whell etc.

10

100 3

8. SOLAR CELL 1) Power : .............. KVA 102) Input Voltage : 132 - 93.5 Vdc 103) Frequency : 50 Hz ± 5 % 104) Input Current : 28.5 - 40.2 A 105) Input Power Factor : 0.8 106) Out put Voltage : 220 Vac ± 5 % 10

(for a load 0.8 lagging to 1) 1 Phase7) Out put current : 13.6 A 108) Regulation : ± 1 to ± 5 % 109) Ambient temperatur operating + 10 10

to 30 degree celcius10) Relative humidity 95 % RH without 10

condensator

100 3

9. BATTERY 1) Type : ............ 352) AH : ............. 353) Life Time Approx 8 - 10 Years 30

100 2

10. INTEGRATED LIGHT-a. EXTERNAL PROTECTIONNING PROTECTION 1) BC 50 Connector to earth 15

2) BC 50 to counter poise 153) BC 50 Down conductor 154) BC 50 Air terminal 155) Intercepting rod 3 M 106) Intercepting rod 1.5 M 107) Earth rod type 108) Earth plate type 10

100 3

b. INTERNAL PROTECTION1) LA 220 V, 4 pole 152) OVA 220 V, 4 pole 15

74




3) OVA 220 V, 2 Pole 154) LA for coaxial cable 155) OVA for equipment 106) OVA for data cable 107) Spark gap 108) Lighting counter 10

100 3

11. AIR CONDITIONING a. AC Split Type 2 HP1) Cooling Capacity : 18.000 BTU/H 202) Airflow rate : 10cmmft 203) Voltage : 220 V, 1 ph 204) Frequency : 50 Hz 205) Operation : Remote Control 20

100 3

12. DEHUMIDIFIER 1) Capacity : 9600 BTU/H 252) AIrflow rate : 210 cmmft 253) Voltage : 220 V, 1 ph 254) Frequency : 50 Hz 25

100 3

13. LIGHTING ACCES 1) Armature : Over street lighting 20ROAD high pressure 2) Lamp type : Mercury High Pressure 20

3) Capacity : 125 Watt 204) Voltage : 220 V, 1 ph 205) Support : Galvanized pipe 20

100 3

14. POWER CABLE a. Medium Voltage : 20 kV 1) CU, Conductor/Strended 202) PVC insulated 153) Flat steel armoured 154) Core filter 155) Outer sheath PVC 156) Standard SPLN & IEC 20

100 3b. Low Voltage

1) Type NYFGbY 0,6/1 KV : ....... X ........ sqmm.* CU, Conductor/Strended 25* PVC insulated 25

75




* Flat Steel Armoured 25* Standard SPLN & IEC 25

100 3

2) Control cable NYY 0,6/1 KV : ....... x ........ sqmm* CU, Conductor/Strended 25* PVC insulated 25* Polyester tape 25* Standard SPLN & IEC 25

100 3

15. SPARE PARTS Available 100

100 10

Total Nilai 100

76

JANGKA WAKTU PELAKSANAAN

Form C

No. UNSUR PATOKAN NILAI BOBOT (%) PENAWARWAKTUBULAN A B C

1. Tahapan pelaksanaan pekerjaan 2.5

2. Jumlah hari peleksanaan 5

J U M L A H 7.5 %

KETERANGAN :

1. Tahapan pelaksanaan pekerjaan- Tidak memberikan tahapan, nilai : 0 %- Memberikan tahapan, nilai : 100 %

2. Jumlah hari peleksanaan- Lebih kecil dari 75 % Jumlah hari pelaksanaan, nilai : 0 %- Lebih Besar dari 75 % Jumlah hari pelaksanaan, nilai : 100 %

77

PENILAIAN BILL OF QUANTITY

Form D

NILAI BOBOT (%) PENAWARNo. UNSUR BOBOT

A B C

1. Identitas barang 12.5

2. Kuantitas barang 12.5

J U M L A H 25 %

KETERANGAN :

1. Identitas barang : - Identitas barang tidak sama : 0 %- Identitas barang sama : 100 %

2. Identitas/kuantitas barang : - Kuantitas barang tidak sama : 0 %- Kuantitas barang sama : 100 %

78

PENILAIAN PENGALAMAN PERUSAHAAN

Form E

No. UNSUR BOBOT NILAI BOBOT (%) PENAWAR% A B C N B NA N B NA N B NA

1. Pengalaman melaksanakan pekerjaan 5yang serupa pada bidang pekerjaan :A. TELEKOMUNIKASI B. NAVIGASI C. LISTRIK D. ELEKTRONIKA BANDARA

J U M L A H 5 %

KETERANGAN :

1. a. Tidak ada pengalaman pekerjaan serupa/sejenis, nilai : 0 %b. Ada pengalaman pekerjaan serupa/sejenis dan dengan nilai kontrak lebih kecil dari nilai yang dilelangkan, nilai : 25 %c. Ada pengalaman pekerjaan serupa/sejenis dan dengan nilai kontrak lebih besar dari nilai

yang dilelangkan, nilai : 50 %d. Ada pengalaman pekerjaan sama dari nilai lebih kecil nilai kontrak yang dilelangkan, nilai :

75 %e. Ada pengalaman pekerjaan sama dan nilai lebih besar dari nilai kontrak yang dilelangkan,

nilai 100 %.

2. N = Nilai dari penawar sesuai butir 1.B = Bobot tiap jenis pekerjaan terhadap keseluruhan dikalikan bobot % (5).

Contoh : Nilai pekerjaan Telekomunikasi Penerbangan B = ------------------------------------------------------- x 5 Nilai pekerjaan total

= adalah B untuk pekerjaan Telekomunikasi Penerbangan

NA = N x B = Nilai akhir penawar

79

PENILAIAN INSTALASI DAN PEKERJAAN SIPIL

Form F

No. UNSUR BOBOT NILAI BOBOT (%) PENAWAR% A B C N B NA N B NA N B NA

1. Pekerjaan Instalasi Peralatan 5A. TELEKOMUNIKASI B. NAVIGASI C. LISTRIK D. ELEKTRONIKA BANDARA

2. Pekerjaan Sipil 5A. TELEKOMUNIKASI B. NAVIGASI C. LISTRIK D. ELEKTRONIKA BANDARA

3. Alat Ukur dan peralatan kerja 5

J U M L A H 15 %

KETERANGAN :

1. a. Pekerjaan instalasi peralatan- Tak ada analisa instalasi peralatan, nilai : 0 %- Analisa instalasi pekerjaan tak lengkap, nilai : 50 %- Analisa instalasi pekerjaan lengkap, nilai : 100 %

b. Pekerjaan Sipil- Tak ada analisa pekerjaan sipil, nilai : 0 %- Analisa pekerjaan sipil tak lengkap, nilai : 50 %- Analisa pekerjaan sipil lengkap, nilai : 100 %

c. Alat ukur dan peralatan kerja- Tak ada penggunaan alat ukur dan peralatan, nilai : 0 %- Penggunaan alat ukur dan peralatan tak lengkap, nilai : 50 %- Penggunaan alat ukur dan peralatan lengkap, nilai : 100 %

2. N = Nilai dari penawar sesuai butir 1.B = Bobot tiap jenis pekerjaan terhadap keseluruhan dikalikan bobot % (5).

Contoh : Nilai pekerjaan Telekomunikasi Penerbangan B = ------------------------------------------------------- x 5 Nilai pekerjaan total

= adalah B untuk pekerjaan Telekomunikasi Penerbangan

NA = N x B = Nilai akhir penawar

80

PENILAIAN SERVICESForm G

No. URAIAN BOBOT NILAI BOBOT (%) PENAWAR% A B C

1. TRAINING/TECHNICAL ASSISTANCE 1

2. FACTORY ACCEPTANCE 1

3. TEST / COMMISSIONING 1

4. PERSONALIA / TENAGA AHLI 3.5

5. GUARANTY / WARRANTY AND AFTER 1SALE SERVICES

J U M L A H 7.5 %

KETERANGAN

1. Kegiatan Training / technical assistance- Tak ada training / technical assistance, nilai : 0 %- Training / technical assistance tak lengkap, nilai : 50 %- Training / technical assistance lengkap, nilai : 100 %

2. Factory acceptance- Tak ada factory acceptance, nilai : 0 %- Factory acceptance tak lengkap, nilai : 50 %- Factory acceptance lengkap, nilai : 100 %

3. Test / commissioning- Tak ada test / commissioning, nilai : 0 %- Test / commissioning tak lengkap, nilai : 50 %- Test / commissioning lengkap, nilai : 100 %

4. Kualifikasi Personel / tenaga ahli- Pengalaman < 3 tahun, nilai : 0 %- 3 tahun < Pengalaman < 8 tahun, nilai : 50 %- > 8 tahun nilai : 100 %

5. Guaranty dan warranty (after sale services)- Tak ada guaranty dan warranty (after sale services), nilai : 0 %- Guaranty dan warranty (after sale services) tak lengkap, nilai : 50 %- Guaranty dan warranty (after sale services) lengkap, nilai : 100 %

81

FORM F-1

HARGA SATUAN DAN UPAH

UPAH

1 Pekerja /hari 02 Mandor /hari 03 Tukang batu /hari 04 Kepala tukang batu /hari 05 Tukang kayu /hari 06 Kepala tukang kayu /hari 07 Tukang besi /hari 08 Kepala tukang besi /hari 09 Tukang listrik /hari 010 Kepala tukang listrik /hari 011 Juru gambar /hari 012 Teknisi /hari 013 Ahli muda /hari 014 Ahli /hari 015 Ahli utama /hari 016 Ahli Kepala /hari 017 Expert /hari 0

Bahan

1 Pasir urug /m3 02 Pasir pasang/beton /m3 03 Semen portland /zak 04 Batu kerikil/koral /m3 05 Paku /kg 06 Besi beton /btg 07 Besi siku 50x50x5, 6m /btg 08 Plaat bordez 6 mm x 100 cm x 200 cm /lbr 09 Pipa galvanis 2", 6m /btg 010 Dop 2" /bh 011 Mour baut /bh 012 BC draad 50 mm2 /kg 013 Timah patri /kg 014 Batu bata /bh 015 Papan kayu klas III /m3 016 Kabel schoen 50 mm2 /bh 017 Kawat beton /kg 018 Besi UNP 12, 6m /btg 019 Pipa galvanis 6 ", 6m /btg 020 Pipa galvanis 5", 6m /btg 021 Pipa galvanis 4", 6m /btg 022 Pipa galvanis 3", 6m /btg 023 Besi siku 30 x 30 x 3, 6m /btg 024 Plat besi tebal 4 mm x 100 cm x 200 cm /btg 025 Cat Besi /kg 026 Tinner /kg 027 Meni besi /kg 0

81

CONTOH ANALISA Form F-1

Harga bahan Harga Upah Harga JadiNo. Uraian Volume Satuan Persatuan Persatuan Persatuan

Rp. Rp. Rp.

1. Pemasangan bouwplank A m'

Pekerja 0.0400 mds 0 0Mandor 0.0020 mds 0 0Tukang kayu 0.0400 mds 0 0Kepala tukang kayu 0.0040 mds 0 0Papan kayu klas III 0.0090 m3 0 0Paku 0.2300 kg 0 0

0

2. Galian tanah untuk penanaman kabel A m3

Pekerja 1.5000 mds 0 0Mandor 0.0500 mds 0 0

03. Galian tanah untuk pondasi A m3


04 Urugan pasir untuk penanaman kabel A m3

Pekerja 0.3000 mds 0 0Mandor 0.2000 mds 0 0Pasir urug 1.3500 m3 0 0

0

5.Urugan pasir dan koral sertapemadatan

A m3

Pekerja 0.3000 mds 0 0Mandor 0.2000 mds 0 0Pasir urug 1.3500 m3 0 0Batu kerikil/koral 2.0300 m3 0 0

0

6.Urugan tanah kembali/pemadatanserta pembuangan tanah sisa daripenanaman kabel

A m3


07. Urugan tanah kembali A m3


0

82

PENILAIAN SERVICESForm G

No. URAIAN BOBOT NILAI BOBOT (%) PENAWAR% A B C

1. TRAINING/TECHNICAL ASSISTANCE 1

2. FACTORY ACCEPTANCE 1

3. TEST / COMMISSIONING 1

4. PERSONALIA / TENAGA AHLI 3.5

5. GUARANTY / WARRANTY AND AFTER 1SALE SERVICES

J U M L A H 7.5 %

KETERANGAN

1. Kegiatan Training / technical assistance- Tak ada training / technical assistance, nilai : 0 %- Training / technical assistance tak lengkap, nilai : 50 %- Training / technical assistance lengkap, nilai : 100 %

2. Factory acceptance- Tak ada factory acceptance, nilai : 0 %- Factory acceptance tak lengkap, nilai : 50 %- Factory acceptance lengkap, nilai : 100 %

3. Test / commissioning- Tak ada test / commissioning, nilai : 0 %- Test / commissioning tak lengkap, nilai : 50 %- Test / commissioning lengkap, nilai : 100 %

4. Kualifikasi Personel / tenaga ahli- Pengalaman < 3 tahun, nilai : 0 %- 3 tahun < Pengalaman < 8 tahun, nilai : 50 %- > 8 tahun nilai : 100 %

5. Guaranty dan warranty (after sale services)- Tak ada guaranty dan warranty (after sale services), nilai : 0 %- Guaranty dan warranty (after sale services) tak lengkap, nilai : 50 %- Guaranty dan warranty (after sale services) lengkap, nilai : 100 %

81

DEPARTEMEN PERHUBUNGAN DIREKTORAT · PDF filespesifikasi peralatan form b form bidang no....

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