Skep-196-vii-1997_kriteria_nilai_tata_cara_evaluasi_teknis_pengadaan_danatau_pemasangan.pdf

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

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.

MEMUTUSKAN:

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.

2

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. 2. 3. 4. 5. 6. 7.

Menteri Perhubungan ; Sekretaris Jenderal Departemen Perhubungan; Inspektur Jenderal Departemen Perhubungan; Sekretaris Direktorat Jenderal Perhubungan Udara; Para Kepala Direktorat di lingkungan Direktorat Jenderal Perhubungan Udara; Para Kepala Kantor Wilayah di lingkungan Departemen Perhubungan; Para Kepala Bandar Udara;

Salinan sesuai dengan aslinya Kepala Bagian Hukum Setditjen Perhubungan Udara

Ttd Joni Sutjahjono, SH NIP. 120106077

3

Lampiran Sk Dirjen Hubud Nomor : Tanggal :

DEPARTEMEN PERHUBUNGAN DIREKTORAT JENDERAL PERHUBUNGAN UDARA

PEDOMAN PENILAIAN TEKNIS PENGADAAN / PEMASANGAN PERALATAN TELEKOMUNIKASI PENERBANGAN, NAVIGASI UDARA, ELEKTRONIKA BANDARA DAN LISTRIK

DIREKTORAT FASILITAS ELEKTRONIKA DAN LISTRIK JUNI 1997 DEPARTEMEN PERHUBUNGAN DIREKTORAT JENDERAL PERHUBUNGAN UDARA

PEDOMAN PENILAIAN TEKNIS PENGADAAN / PEMASANGAN PERALATAN TELEKOMUNIKASI PENERBANGAN, NAVIGASI UDARA, ELEKTRONIKA BANDARA DAN LISTRIK

Disyahkan di

:

Pada tanggal

:

Jakarta

Direktur Jenderal Perhubungan Udara

Zainuddin Sikado

DIREKTORAT FASILITAS ELEKTRONIKA DAN LISTRIK JUNI 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

BAB II

BAB III

PENDAHULUAN

1

-

2

1.

Latar Belakang

1

-

1

2.

Maksud dan Tujuan

1

-

1

3.

Ruang Lingkup dan Sistematika

1

-

2

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

13 -

13

14 15 77 78 79 80 81

14 76 77 78 79 80 81

PENUTUP

LAMPIRAN FORM A FORM B FORM C FORM D FORM E FORM F FORM G

-

PENILAIAN UNSUR UTAMA KELOMPOK TEKNIS Form A No.

KELOMPOK

BOBOT %

1.

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

(1)

40

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

JUMLAH

NILAI BOBOT (%) PENAWAR A B C

100

KETERANGAN : (1) (2) (3) (4) (5) (6)

Diisi Diisi Diisi Diisi Diisi Diisi

dari dari dari dari dari dari

hasil hasil hasil hasil hasil hasil

Form B Form C Form D Form E Form F Form G

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

14

SPESIFIKASI PERALATAN Form B FORM

BIDANG

No.

PERALATAN

B1

TELEKOMUNIKASI PENERBANGAN

1. 2. 3. 4. 5. 6. 7.

RDARA MWARA VHF TOWER SET RADIO LINK VHF-ER AMSC ................................ *)

B2

NAVIGASI UDARA

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14.

B3.

ELEKTRONIKA BANDAR UDARA

1. 2. 3. 4. 5.

FLIGHT INFORMATION DISPLAY SYSTEM ( FIDS ) X RAY PABX WALK THROUGH METAL DETECTOR ................................ *)

B4

LISTRIK

1. 2. 3. 4.

AIRFIELD LIGHTING / AFL POWER SUPPLY ELECTRICAL MECANICAL ................................ *)

ILS RVR DVOR DME VHF DF N D B LR N D B MR N D B HR P S R S BAND P S R L BAND MSSR RADAR ATC RADAR DISPLAY TEST EQUIPMENT FOR RADAR ................................ *)

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 NO.

PERALATAN

I.

PEMANCAR

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13.

Daerah Frekwensi Pembangkit Frekwensi Konstruksi Tipe PA Moda Pancaran Jumlah Kanal Stabilitas Frekwensi Waktu Perpindahan Frekwensi Spurious & Harmonisa Cacat Intermodulasi Respons Frekwensi Daya Pancar, max PEP Catu Daya

II. 1. 2. 3. 4. 5. 6.

FORM B.1.1.1. PERSYARATAN TEKNIS % PER BOBOTNILAI PENAWARAN KETERANGAN UNIT % A B C

1,5 KHz - 30 MHz Synthesizer Modular Solid State / Fully Solidstate J 3 E, H 3 E >/= 6 Synthesize System -7 ± 2. 10 3 dtk < S < 15 dtk
5 5 5 5 10 5 10 10 10 10 10 10 5 100

32.5

10 25 20 20 20 5 100

7

10 10 10 15 15 15 15 5 5 100

30

25 25 25 25 100

6

20 20 20 20 20 100

2.5

ANTENA PEMANCAR Daerah Frekwensi VSWR Impedansi Masukan Pola Radiasi Gain Dimensi

1,5 MHz - 30 MHz 1.5 50 Ohm Omni Directional 5 dBi Efisien dlm penggunaan lahan

III. PENERIMA 1. 2. 3. 4. 5. 6. 7. 8. 9.

Daerah Frekwensi Konstruksi Mode Penerimaan Kepekaan (S+N)/N Stabilitas Frekwensi Automatic Gain Control, AGC Clarifier Hum & Noise

1,5 KHz - 30 MHz Modular J 3 E, H 3 E 0,5 uV < k < 3 uV >/= 10 dB -6 < ± 2. 10 ± 3 dB Berfungsi
IV. ANTENA PENERIMA 1. 2. 3. 4.

V. 1. 2. 3. 4. 5.

Daerah Frekwensi Impedansi Masukan Gain SWR

1,5 MHz - 30 MHz 50 Ohm 5 dBi
MULTICOUPLER Daerah Frekwensi Impedansi Masukan Jumlah Masukan / Keluaran SWR pada Masukan / Keluaran Intermodulasi

1,5 MHz - 30 MHz 50 Ohm 1/12
16

PENILAIAN TEKNIS PERALATAN FASILITAS : RDARA NO.

PERALATAN

FORM B.1.1.2. PERSYARATAN TEKNIS % PER BOBOTNILAI PENAWARAN KETERANGAN UNIT % A B C

VI. MEJA OPERATOR 1. Tempat Peta Rute Penerbangan 2. 3. 4. 5. 6. 7. 8. 9. 10.

Jam Digital Hand Microphone PTT Foot Switch Headset menyatu dgn Microphone Intercom Unit Strip Holder Selcal Unit Monitoring Unit Panel Switch Peralatan Utama / Cadangan 11. Kursi Operator

Lengkap dengan pengatur 7 pencahayaan lampu Penunjukan Jam, Menit dan Detik 7 Impedansi /= 12 lines 8 Tersedia 7 Red A / Red S 15 Tersedia 10 Tersedia dengan indikator 10 Model Putar

6 100

20

VII. KELENGKAPAN 1. Dummy Load 50 Ohm / 3 - 6 KW 2. Buku Petunjuk Pengoperasian Tersedia Perlatan 3. Buku Petunjuk Perawatan Tersedia 4. Buku Petunjuk Pemasangan Tersedia Instalasi secara system Total Nilai

25 25 25 25 100

2 100

17

PENILAIAN TEKNIS PERALATAN FASILITAS : MWARA NO.

PERALATAN

I. 1. 2. 3. 4. 5.

PEMANCAR Daerah Frekwensi Pembangkit Frekwensi Konstruksi Tipe PA Moda Pancaran

6. 7. 8. 9. 10. 11. 12

Stabilitas Frekwensi Waktu Perubahan Spurious & Harmonisa Cacat Intermodulasi Respons Frekwensi Daya Pancar max PEP Catu Daya

II. 1. 2. 3. 4. 5.

III. 1. 2. 3. 4. 5. 6. 7. 8. 9.

ANTENA PEMANCAR Daerah Frekwensi VSWR Impedansi Masukan Pola Radiasi Gain

PERSYARATAN TEKNIS % PER BOBOTNILAI PENAWARAN ^UNIT % A B C

1,5 KHz - 30 MHz Synthesizer Modular Solid State / Fully Solidstate J 3 E, H 3 E

5 5 5 10 10

-7

10 ± 2. 10 3 Dtk < S < 15 Dtk 10
2 MHz - 30 MHz 1.5 50 Ohm Omni Directional 5 dBi

PENERIMA Daerah Frekwensi Konstruksi Mode Penerimaan Kepekaan (S+N)/N

1,5 KHz - 30 MHz Modular J 3 E, H 3 E /= 10 dB

Stabilitas Frekwensi Pengatur Gain Otomatis Clarifier MTBF

± 2. 10 ± 3 dB Berfungsi >/= 20.000 Jam Ops

-7

10 25 25 20 20 100

35

7

10 10 10 15 15 15 15 5 5 100

30

25 25 25 25 100

6

20 20 20 20 20 100

2

IV. ANTENA PENERIMA 1. 2. 3. 4.

V. 1. 2. 3. 4. 5.

Daerah Frekwensi Impedansi Masukan Gain SWR

2 MHz - 30 MHz 50 Ohm 5 dBi
MULTICOUPLER Daerah Frekwensi Impedansi Masukan Jumlah Masukan / Keluaran SWR pada Masukan / Keluaran Intermodulasi

2 MHz - 30 MHz 50 Ohm 1/12
18

FORM B.1.2.1. KETERANGAN

PENILAIAN TEKNIS PERALATAN FASILITAS : MWARA NO.

PERALATAN

PERSYARATAN TEKNIS % PER BOBOTNILAI PENAWARAN ^UNIT % A B C

VI. MEJA OPERATOR 1. Tempat Peta Rute Penerbangan 2. 3. 4. 5. 6. 7. 8. 9. 10.

Jam Digital Hand Microphone PTT Foot Switch Headset Intercom Unit Strip Holder Selcal Unit Monitoring Unit Panel Switch Peralatan Utama / Cadangan 11. Kursi Operator

Lengkap dengan pengatur pencahayaan lampu Jam, Menit, Detik Lengkap dgn Mic Amplf Tersedia Tersedia Tersedia Tersedia Red A / Red S 7 x 4 Watt Tersedia Model Putar

7 7 10 10 10 8 7 15 10 10 6 100

Total Nilai

20 100

19

FORM B.1.2.2. KETERANGAN

PENILAIAN TEKNIS PERALATAN FASILITAS : VHF TOWER SET NO.

PERALATAN

PERSYARATAN TEKNIS % PER ^UNIT

BOBOTNILAI PENAWARAN % A B C

I. PESAWAT PEMANCAR 1. Daerah Frekwensi 2. Pembangkit Frekwensi

118 s/d 136.975 MHz Synthesizer

3. 4. 5. 6.


Penyimpangan Frekwensi Spasi Kanal Type Modulasi Catu Daya

7. Daya Pancar 8. Mis match yang diperboleh kan

-6


10. Emisi Harmonic


14. Masukan untuk Dinamic microphone pada line = 200 ohm + 20% 15. Impedansi antena 16. Antenna Pemancar 17. Coaxial Cable

5 8 8 10 10 8

-7

9. Emisi Spurious

11. Kedalaman Modulasi 12. Cacat Modulasi 13. Masukan Modulasi

5 5

5

50 Ohm Frequency Range 118 Mhz - 136.975 MHz Impedansi 50 Ohm

8 8 5 5

5 5 5

100 II.a. PESAWAT PENERIMA 1. Kepekaan / Sensitivity 2. Penolakan Frekwensi bayangan 3. Penolakan Signal IF 4. Penolakan signal inter modulasi 5. Waktu Response Sequelch 6. Maximum level pada Frekwensi > 30 MHz Frekwensi < 30 MHz 7. Impedansi Saluran 8. Impedansi Antenna 9. Antenna Penerima

10. Coaxial Cable

1uV - 3 u Volt >/= 80 dB

10 5

>/= 100 dB >/= 80 dB

5 5


5

5 Volt EMF 10 Volt EMF 600 Ohm 50 Ohm Frekwensi Range : 100 MHZ - 136.975 MHZ

5 5 10 5 5

Impedansi 50 Ohm

10

20

25

FORM B.1.3.1. KETERANGAN

PENILAIAN TEKNIS PERALATAN FASILITAS : VHF TOWER SET NO.

PERALATAN

11. Keluaran Audio 12. Bidang Frekwensi 13. Jumlah Kanal

PERSYARATAN TEKNIS % PER ^UNIT 40 mW minimum / dapat diatur 118 MHz - 136.975 MHz Sinthesizer

BOBOTNILAI PENAWARAN % A B C

FORM B.1.3.2. KETERANGAN

10 10 10

100

20

II.b. MULTI COUPLER UNIT/ ANTENNA DISTRIBUTION UNIT 1. 2. 3. 4.

Masukan Antenna Keluaran Impedansi Daerah Frekwensi

1 ( Satu ) Masukan >/= 2 Keluaran 50 Ohm 100 - 144 MHz

25 25 25 25 100

5

III. PERALATAN RECORDER 1. Recorder 2. Jumlah Deck

Multi Channel Dual tape deck

5 5

3. Kapasitas Rekaman 4. Kemampuan waktu rekaman setiap deck 5. Kemampuan waktu rekaman secara sistem

12 Saluran atau lebih 24,5 Jam

5 10

96,5 Jam (operasi terus menerus ) 300 - 3000 Hz 6 dB >/= 38 db >/= 38 dB /= 60 dB Terintegrasi dalam sistem dengan fungsi pancaran secara otomatis Dapat diatur sampai 20 dB dibawah referensi atau 14 mv-4,5 v 220 V AC ± 10 %, 50 Hz

5

600 VA max 0 sampai 55 0 C 600 Ohm

5 5 5

6. 7. 8. 9. 10. 11. 12.

Frekwensi Response Toleransi Signal to noise ratio Cross talk Distorsi Peredaman Erase Sistem time code

13. Bidang Kepekaan

14. Catu daya listrik

15. Konsumsi listrik 16. Kondisi temperatur 17. Impedansi masukan ( dapat diatur )

NO.

PERALATAN

18. Besaran masukan ( dapat diatur ) 19. Automatic Gain Control ( AGC )

5 5 5 5 5 5 5

5

5

PERSYARATAN TEKNIS % PER ^UNIT

10 m Volt s/d 2 Volt

5

3 dB s/d 40 dB

5

100 21

BOBOTNILAI PENAWARAN % A B C

25

FORM B.1.3.3. KETERANGAN

PENILAIAN TEKNIS PERALATAN FASILITAS : VHF TOWER SET IV. CONSOLE DESK DILENGKAPI DENGAN : 1. Jam Digital 2. Mikrophone meja dan hand microphone

3. Headset 4. Penguat unit saluran penerima 5. Panel audio / load speaker audio 6. Panel switching peralatan utama / cadangan 7. Lampu meja operator 8. Flight information strip holder 9. Intercom 10. Meteorogical unit

11. Saklar PTT injak untuk pengoperasian pemancar 12. Crash bell / alarm push button 13. Kursi putar

Penunjukan jam, menit, detik Dilengkapi saklar PTT utk pengoperasian pemancar serta unit penguatnya Dilengkapi penguatnya Tersedia

5 10

5 5

Tersedia

5

Dapat berfungsi untuk memilih saluran audio pemancar - penerima Tersedia Tersedia

10

4 saluran atau lebih Harus dilengkapi penunjukan - Wind Speed - Wind Direction - Temperatur - Pressure Tersedia

10 10

Sekurang kurangnya 3 saluran Model putar

10

V. Kelengkapan / Aksesories lain 1. Dummy Load 2. Buku petunjuk pengope rasian peralatan 3. Teropong 4. Buku petunjuk perawatan 5. Buku petunjuk pemasangan instalasi secara sistim

5 10

5

5 100

20

25 20 30 10 15 100

Total Nilai

22

5 100

PENILAIAN TEKNIS PERALATAN FASILITAS : RADIO LINK NO.

I.

PERALATAN

FORM B.1.4.1. PERSYARATAN TEKNIS % PERBOBOT NILAI PENAWARAN KETERANGAN ^UNIT % A B C

UMUM

1. 2. 3. 4. 5. 6.

Daerah Frekwensi Tipe Modulasi Pembangkit Frekwensi Stabilitas Frekwensi Batas data dipakai Pemakaian Kanal RF

7. 8. 9. 10. 11.

Efesiensi lebar pita RF Batas Temperatur Kelembaban Impedansi Antena Catu Daya

12. Pengaman catu daya

13. Konstruksi

400 - 2500 MHZ 10 Frekwensi Modulasi 10 Synthesizer 10 + 3 ppm 10 640 kbps, 10 x 64 kbps 10 736 kbps untuk frekwensi 5 lebih kecil dari 500 KHz 1,5 bit / HZ 10 0 - 10 s/d 56 C 5 Maksimum 95% 5 50 ohm 5 220 V AC ± 10 % 5 24 VDC dan 48 VDC Polaritas terbalik dan 10 kenaikan tegangan sesaat Modular 5 100

II.

25

PEMANCAR

1. Daya Pancar RF 2. Emisi Spurious 3. Lebar pita (99 % power)

+ 37 dBm<900 MHZ + 33 dBm>900 MHZ lebih baik dari - 60 dBc 736 kbps untuk frekwensi dari 500 HZ

40 25 35 100

30

III. P E N E R I M A 1. Kepekaan (pada input penerima )

2. Sinyal input maksimum 3. Lebar pita

736 kbps - 95 dBm untuk 10 -6 Bit Error Rate -3 - 98 dBm untuk 10 Bit Error Rate - 20 dBm 736 kbps, 380 KHZ pada-3 dB

40

35 25 100

30

23

PENILAIAN TEKNIS PERALATAN FASILITAS : RADIO LINK NO.

PERALATAN

FORM B.1.4.2. PERSYARATAN TEKNIS % PERBOBOT NILAI PENAWARAN KETERANGAN ^UNIT % A B C

IV. MUTIPLEXER 1. Sampling rate 2. VF / Karakteristik Data

8 KHZ Sesuai rekomendasi CCITT

60 40 100

10

V. KELENGKAPAN / ACCESORIES 1. Service Channel 2. Dummy Load 3. Buku Petunjuk Pengope rasian 4. Buku Petunjuk Perawatan 5. Buku Petunjuk Pemasangan / Instalasi Secara System

Tersedia 50 Ohm / 2 - 5 W Tersedia

35 35 10

Tersedia Tersedia

10 10 100

5

Total Nilai

100

24

PENILAIAN TEKNIS PERALATAN FASILITAS : VHF - ER NO.

PERALATAN

1. VHF Transmitter a. Power Output b. Frekwensi Range c. Modulation Mode d. Frekwensi Spacing e. Pembangkit Frekwensi 2. VHF Receiver a. Sensitivity b. Squelch c. AF Output d. Jumlah Kanal

>/= 100 Watt 118 - 136.975 MHz AM ( A3E ) 25 KHz Synthesizer


3. Power Supply a. Power Supply AC b. Power Supply DC 4. Remote Control and Monitoring System a. Transmitter On / Off b. Transmitter Change Over c. PTT Control d. Receiver In / Out e. Squelch Setting On / Off f. Transmitter Fault g. Receiver Fault 5. Antena System a. VSWR b. Frekwensi Range c. Impedansi d. Power ( Maximum )

FORM B.1.5 PERSYARATAN TEKNIS% PERBOBOT NILAI PENAWARAN KETERANGAN ^UNIT % A B C

25 25 15 15 20 100

35

40 20 10 30 100

25

220 V AC ± 10 %, 50 Hz

60

22 - 32 V DC

40 100

15

20 20 20 10 10 10 10 100

10

20 40 20 20 100

5

>/= 7 KHz / 6 dB 8 - 14 dB

1.5 : 1 118 - 136,975 MHz 50 Ohm 200 Watt

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

100

100 Total Nilai

25

10 100

PENILAIAN TEKNIS PERALATAN FASILITAS : AMSC NO.

PERALATAN

FORM B.1.6.1. PERSYARATAN TEKNIS% PERBOBOT NILAI PENAWARAN KETERANGAN ^UNIT % A B C

I. U M U M 1. Standard AFTN 2. Jumlah Kanal 3. Kelengkapan Dasar

4. System

ICAO Annex X Volume II >/= 16 Kanal a. MPU b. Reject Edit / Inter cept Terminal c. Supervisory & Command Control printer d. Alarm Status Informasi e. Monitor f. Input, Output Channel g. U P S - Redundant

15 20 10 5 5

5 5 5 5 25 100

20

10 10 10 10 10 50 - 19.200 Bps atau lebih baik 20 a. 20 MA Double 10 Current b. 40 MA Single Current 10 220 V AC ± 10 %, 50 Hz 10 100

35

II. OPERASIONAL 1. Jenis Jaringan 2. Character Code 3. Kecepatan Komunikasi 4. Arus 5. Catu Daya

a. Half Duplex b. Full Duplex c. Simplex a. I T A 2 b. I A - 5

III. TEKNIS 1. Message Processing Unit - Central Processing Unit - Random Acces Memory - Floppy Drive - Fixed Disk - I/O Interface

80486 DX atau lebih baik 16 MB, 40 MHZ 1,44 MB atau lebih baik 1.2 GB atau lebih baik 1Chanel Publik Telp. Modem 2 Chanel Modified LAN 1 UPS Monitoring Board 1Chanel Serial (RS 232 C)

10 3 3 3 8

26

PENILAIAN TEKNIS PERALATAN FASILITAS : AMSC NO.

PERALATAN

FORM B.1.6.2. PERSYARATAN TEKNIS% PERBOBOT NILAI PENAWARAN KETERANGAN ^UNIT % A B C

- Video Display Unit

VGA Color 14"

3

80486DX atau lebih baik 16 MB, 40 MHZ 1,44 MB atau lebih baik 1.2 GB atau lebih baik

5 3 3 4

80486DX atau lebih baik 16 MB, 40 MHZ 800 MB atau lebih baik 1.2 GB atau lebih baik Dotmatrik 80 columns

5 3 3 3 3

2. Reject Edit / Intercept Terminal - Control Processing Unit - Random Acces Memory - Floppy Drive - Hard Disk Drive 3. Supervisory Command Control

4. 5. a. b. c.

- Central Processing Unit - Random Acces Memory - Fixed Disk - Removable Hard Disk - Printer Monitor Teleprinter - Baud Rate I/O Processing Unit Central Processing Unit Random Acces Memory I/O Interface

d. Polarity e. Source

600 - 9600 Bps atau lebih baik

80486DX atau lebih baik 2 MB, 32 MHZ a. 16ch TLX - LTU b. 2ch Modified Line Netral/Polar Internal/External

10 3 2 2 5 3

6. UPS ( Uninterrup Power Supply ) - Output Power - Bentuk Gelombang - Distorsi Harmonis - Output Voltage

2000 VA Sine Wave ( Continous ) < 3% 220 vrms

4 2 2 2 100

Total Nilai

27

45 100

PENILAIAN TEKNIS PERALATAN FASILITAS : INSTRUMENT LANDING SYSTEM FORM : B2 . 1. 1. NO

1

PERALATAN

PERSYARATAN TEKNIS

% TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

Localizer Elektronik dan Listrik a. b. c. d.

Frequency Range Frequency Stability Frequency Control Coverage

108 - 111,975 MHz ± 0,005 (1F) DAN ± 0,002 % (2F) Synthesizer 25 NM Dalam Daerah +10° Dari C/L 17 NM Antara +10° s/d +35° Dari C/L 10 NM Diluar Daerah +35° Dari C/L e. % DDM For 90Hz & 150Hz ( 20 ± 2.5 ) % f. % DDM For Identification ( 10 ± 5 ) % g. Carrier Modulation Tone ( 1020 ± 50 ) Hz h. Power Consumpsion Maximum 500 watt i. Power Output Maximum 17 watt j. DC Power Source Back Up Battery - Minimum 2 jam k. Antenna System LPDA l. VSWR Maximum 1.2 : 1 m. Primary Power - Voltage 220 V ± 10 % - Frequency 50 z ± 6 % n. Course Width 2° - 7 ° ( adjustable ) o. Total Periode of Radiation Out0 - 10 second ( adjustable ) of Tolerance

8 5 7 6 6 6 6 6 5 5 5 5 5 5

20

Glide Slope Elektronik dan Listrik a. b. c. d. e.

Frequency Range Frequency Stability Frequency Control Glide Angle Coverage

328,6 - 335,4 MHz ± 0,005 (1F) dan ± 0,002 % (2F) Synthesizer Adjustment 2 s/d 4° 10 NM dalam daerah +8° disisi dari C/L & 0.450 s/d 1.750 di atas Bidang Horizontal f. % DDM For 90Hz & 150Hz ( 40 ± 2.5 ) %

8 5 7 6 6 6 6

g. h. i. j.

6 5 5 5 5 5 5

Power Consumpsion Maximum 500 watt Power Output Maximum 5 watt DC Power Source Back Up Battery - Minimum 2 jam Antenna System (tersedia) Null Reference Side Band Reference Capture Effect k. VSWR Maximum 1.2 : 1 l. Primary Power - Voltage 220 V ± 10 % - Frequency 50 z ± 6 % m. Width Angle 0,7 S/D 1.4° ( adjustable ) n. Total Periode of Radiation Out0 - 6 second ( adjustable ) of Tolerance

Annex 10 Annex 10 Annex 10 Annex 10 Annex 10 Annex 10

5 5 5 5

100 3

Annex 10 Annex 10 Annex 10 Annex 10 Annex 10 Annex 10

5 5 5 5 100

2

Annex 10 Annex 10

20

Marker Beacon Elektronik dan Listrik a. b. c. d.

Frequency Range Frequency Stability Frequency Control Coverage - Middle Marker - Outer Marker e. Modulation Depth f. Power Consumpsion

75 MHz ± 0,005 % Synthesizer ( 300 ± 100 ) m ( 600 ± 200 ) m ( 95 ± 4 ) % Maximum 100 watt

28

10 10 10

Annex 10 Annex 10 Annex 10

6 6 6 6

Annex 10 Annex 10 Annex 10

PENILAIAN TEKNIS PERALATAN FASILITAS : INSTRUMENT LANDING SYSTEM NO

PERALATAN

PERSYARATAN TEKNIS

FORM : B2 . 1. 2. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

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

6 6 6 6 6 6 5 5 100

4

a. b. c. d. e. f. g. h. i.

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

10 10 10 10 10 10 10 8

- 10 ° C - + 50 ° C - 40 ° C - + 70 ° C Minimum 200 Km/H 60 % - 80 %

25 25 25 25 100

10

35 15 25 25 100

10

Maintenance a. Adjustment & Meter Reading1) Computer dan Remote Control 2) Manual b. M T B F Minimum 4000 jam c. MTTR Maximum 30 menit

7

15

Environmental a. Operating Temperature - Indoor - Outdoor b. Wind Velocity c. Humidity

6

Annex 10

8 8 6 100

5

15

D M E / ILS Elektronik dan Listrik

Lain - Lain a. Upgradeable

b. Technology c. Equipment

Dapat dikembangkan dari 1 F ke 2 F pada Localizer maupun Glide Path. Mudah dilakukan adjustment / perubahan sesuai dengan keadaan di lapangan tanpa berpengaruh terhakeseluruhan system Digital Bukan Prototype

20 20

30 30 100

Total Nilai :

29

10 100

PENILAIAN TEKNIS PERALATAN FASILITAS : RUN WAY VISUAL RANGE FORM : B2 .2. 1. No.

PERALATAN

1

Transmission Meter a. b. c. d. e.

2

Range Accuracy Controller Housing Calibration

10

b. Maintenance

2) Printer 3) Data Logger Dengan menggunakan komputer

10 10 20

20

1) Visibility 2) Transmittance Values 3) Status data in clear Batteray minimal 10 menit

10 10 10 20 100

20

Transmitter a. Peak Radiated Power

Adjustable

b. Lamp Live c. Power Consumption

Minimum 55.000 jam Maximum 400 watt

20 40 40 100

20

40 30 30 100

20

30 30 40 100

7

Receiver 8% 1 s/d 30.000 cd/sqmm Maximum 400 watt

Environmental a. Operating Temperatur b. Wind Velocity c. Humidity

6

20 20 20 20 20 100

1) Operator / Display

a. Accuracy b. Range c. Power Consumption

5

1 % s/d 99,99 % 1% Microprosessor Weather prof Automatic

a. Output Line

d. Power Back Up

4

% TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

RVR Computer / Controller

c. Output Massage

3

PERSYARATAN TEKNIS

- 40 s/d + 55 derajat celcius 120 KM/n 95 %

PERAWATAN a. Adjustment & Meter Reading1) Menggunakan Computer dan Remote Control. 2) Manual b. M T B F Minimum 4000 jam c. M T T R Maximum 30 menit

30

25 15 30 30 100

6

PENILAIAN TEKNIS PERALATAN FASILITAS : RUN WAY VISUAL RANGE No.

7

PERALATAN

PERSYARATAN TEKNIS

FORM : B2 .2. 2. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

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

20 15 15 20 15 15 100

Total Nilai :

31

7 100

PENILAIAN TEKNIS PERALATAN FASILITAS : DOPPLER VHF OMNIDIRECTIONAL RANGE (DVOR) FORM : B2 .3 . 1. No.

1

PERALATAN

% TIAP BOBOTNILAI PENAWARAN UNIT A B C

Frequency range Frequency Stability Output Power Type of Modulation

111.975 MHz to 117.975 MHz +/- 0.005% 100 W Nominal Amplitude

Annex 10 20

15 10 10

Annex 10

15 3 10 7

Annex 10

Annex 10

Annex 10 Annex 10

3 7 3 4 3

Doc. 8071 Annex 10 Doc. 8071

5 5 100

Annex 10 Doc 8071 15

Bearing phase Variable Signal level Reference Signal level Ident

excess of 1.0 degree reduction of 15% reduction of 15% continuous or absent

25 25 25 25 100

Annex 10 Annex 10 Annex 10 Annex 10 14

Antenna a. b. d. e.

Frequency Range Polarization Patern Bearing Accuracy

f. Weather Proofing g. Monitor Antenna

108 MHz to 118 MHz Horizontal Omnidirectional within +/- 0.5dB +/- 0.5 deg Maximum. for 0 to 40 deg elevation angle Glass fibre radome Dipole

20 20 20 20 5 15 100

5

Annex 10 Annex 10

Monitor a. b. c. d.

4

30 30 25 15 100

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

3

KET.

Transmitter a. b. c. d.

2

PERSYARATAN TEKNIS

Power Requirement a. Primary Power - Voltage

220 V AC +/- 10%

15

32

20

PENILAIAN TEKNIS PERALATAN FASILITAS : DOPPLER VHF OMNIDIRECTIONAL RANGE (DVOR) No.

PERALATAN

- Frequency - Phase b. Power Consumption

6

FORM : B2 .3 . 2. % TIAP BOBOTNILAI PENAWARAN KET. UNIT A B C

50 Hz +/- 5 Hz Single Maximum 450 W

c. Humidity

-10 deg to +60 deg C -10 deg to +60 deg C 160 km/h wind speed 50% to 95%

55 100

8

35 35 30 100

5

Equipment a. Technology - Solid State Device

1) Analog 2) Digital 3) Microprocessor/Microcomputer Controller - Temperature Range Device-10 deg to +65 deg

b. Design

c. Maintenance system

8

15 15

Environmental a. Temperature Indoor b. Temperature Outdoor

7

PERSYARATAN TEKNIS

1) Upgradable 2) Bukan Prototipe ( dengan menunjukkan hasil Flight Calibration terakhir untuk tipe yang sama ) 1) Modular system 2) Easy for adjustment and alignment the system 3) Available interface for RMM system

3 5 10 2 15 35

5 12 13 100

12

Lain - Lain a. Power Backup b. M T B F c. M T T R

1) UPS / Battery, minimum 6 jam 2) Generator 4000 jam 30 menit

20 20 30 30 100

Total Nilai :

33

6 100

PENILAIAN TEKNIS PERALATAN FASILITAS : DISTANCE MEASURING EQUIPMENT NO

PERALATAN

PERSYARATAN TEKNIS

FORM : B2. .4 1. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT

1

Transmitter a. Frequency Range b. Frequency Stability c. Pulse Spectrum

A

B

C

962 MHz - 1214 MHz +/- 0.002% In a 0.5 MHz band centred on Nom. CH. freq. +/- 0.8 MHz less than 200 MW ERP.

30 30 10

Annex 10 Annex 10 Annex 10

2.5 uS - 3.0 uS 2.5 uS - 3.0 uS 3.5 uS +/- 0.5 uS Flat, no variation below 95%.

2.5 2.5 4 1

Doc. 8071 Doc. 8071 Doc. 8071 Doc. 8071

12 uS +/- 0.25 uS

10

Annex 10

d. Pulse Shaped - Rise Time - Decay Time - Duration - Pulse Top e. Pulse Spacing - Mode X

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

2

5 5 100

Receiver a. b. c. d.

Frequency range Frequency Stability Sensitivity Selectivity - ∆ f = +/- 100 kHz - ∆ f = +/- 900 kHz

1025 MHz - 1150 MHz +/- 60 kHz - 125 db

30 30 20

Annex 10 Annex 10 Annex 10

less than 3 db no triggering in the case of signal having amplitude up to 80 db above the minimum triggering level

10 10

Annex 10 Annex 10

100 3

15

Decoder a. Time Delay b. Ident - Frequency - Repetition rate

4

Annex 10 15

50 uS +/- 0.5 uS 1350 Hz at least once every 30 sec.

60

Annex 10

20 20 100

Annex 10 Annex 10 9

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

25

Annex 10

10 10 10 5 5 15 10 10 100

34

20

PENILAIAN TEKNIS PERALATAN FASILITAS : DISTANCE MEASURING EQUIPMENT NO

5

PERALATAN

PERSYARATAN TEKNIS

Monitoring a. Transponder Time delay b. Power output c. Receiver Sensitivity d. Spacing e. Pulse repetition ftrequency

6

7

+/- 1 uS of nom. value a fall of less than 3 db a rise of less than 6 db in the min. triggering level. +/- 1 uS of nom. value 2700 pps +/- 90 pps

Doc 8071 Doc 8071 Doc 8071

35 10 100

Doc 8071 Doc 8071 10

a. Primary Power - Voltage - Frequency - Phase

220 V AC +/- 10% 50 Hz +/- 5 Hz Single

15 15 15

b. Power Consumption

Maximum 750 W

55 100

8

35 35 30 100

5

Environmental -10 deg C to +65 deg C -10 deg C to +65 deg C 160 km/h wind speed 50% to 95%

Equipment a. Technology - Solid State Device

1) Analog 2) Digital 3) Microprocessor / Microcomputer controller - Temperature range device -10 deg C to +65 deg C

b. Design

c. Maintenance system

9

35 10 10

Power Requirement

a. Temperature indoor b. Temperature outdoor c. Humidity

8

FORM : B2. .4 2. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

3 5 10 2

1) Upgradable 2) Bukan Prototipe ( Dengan menunjukkan hasil flight calibration terakhir untuk tipe yang sama ) 1) Modular system 2) Easy for adjustment and alignment the system. 3) Available interface for RMM system

15 35

5 12 13 100

12

Lain - Lain a. Power Backup b. MTBF c. MTTR

1) UPS / Battery, mimimum 6 jam 2) Generator 4000 jam 30 menit

20 20 30 30 100

Total Nilai :

35

6 100

PENILAIAN TEKNIS PERALATAN FASILITAS : DISTANCE MEASURING EQUIPMENT

36

PENILAIAN TEKNIS PERALATAN FASILITAS : V H F - DIRECTION FINDER NO

PERALATAN

PERSYARATAN TEKNIS

FORM : B2 .5 .1. %TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT

1

2

Receiver a. b. c. d.

Frequency Range Bearing Accuracy Coverage Angle Mode of Operation

e. f. g. h. i.

DF Sensitivity Polarization System Error Number of Channel Channel Spacing

10 10 10 10 10 10 10 10 10 10 100

30

Antenna Omni Directional Multi Dipole (32) 40 Sensitivity (Vert. Polarization)+/- 1 degrees 20 Cable Attenuation < 10 dB 20 Aerial Tuning Unit Available 20 100

10

Monitor / Control a. Number of Target b. Digital Areal Map

4

Up to 10 Available

40 60 100

25

25 25 40 10 100

10

Power Requirement a. Control Site b. Receiver Site c. Power Consumption

5

100 MHz - 300 MHz 2 degrees - 30 to + 30 degrees 1) AM 2) FM 1 uV / m (Transmission) Vertical +/- 0.5 degrees Multi Channel 25 KHz

Antenna a. b. c. d.

3

220 V ± 10 %, 50 Hz ± 6 % 1) 220 V ± 10 %, 50 Hz ± 6 % 2) 22 to 32 VDC Maximum 920 W

Technology a. Solid State

b. Design

1) Analog 2) Digital 3) Microprocessor Modular

25 25 20 30 100

6

A

5

Maintenance a. Operational Control

1) Local 2) Remote b. System Adjustment & Align-Can be done from Local & Remote ment

25 25 50 100

36

5

B

C

PENILAIAN TEKNIS PERALATAN FASILITAS : V H F - DIRECTION FINDER NO

7

PERALATAN

PERSYARATAN TEKNIS

Environmental Characteristic a. Antenna & Antenna Electro- - 40 degree C to + 60 degree C nics b. Receiver; DF Processor; - 10 degree C to + 50 degree C Computer and Modem c. Control System - 0 degree C to + 50 degree C

8

FORM : B2 .5 2. %TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

30 40 30 100

5

Lain - Lain a. b. c. d.

IF Band Width Bearing Indication Duration of incoming Carrier Audio Monitoring Output

25 KHz 3 digital display 2V/m 300 to 3400 MHz

25 25 25 25 100

Total Nilai :

37

10 100

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON LOW RANGE No.

PERALATAN

PERSYARATAN TEKNIS

FORM : B2 . 6 1. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT

1

Frequency Range Frequency Stability Modulation Frequency Modulation Depth Power Output Emission Mode

Radiation Patern Polarization Input RF Power Input Impedance VSWR

Frequency Range Automatic Tuning Range Input Impedance Metering Maximum Carrier Power

Annex 10 Annex 10 Annex 10 Annex 10 Annex 10 15

3 dB decrease Continuous or absent

50 50 100

Doc. 8071 Doc. 8071 15

Omnidirectional Horizontal 400 W peak 50 ohms less than 1.25 : 1

30 30 8 12 20 100

20

190 kHz - 535 kHz Motorized adjustment 50 ohms Forward and Reflected Power 200 W

30 30 20 5 15 100

15

15 15 10 15 15 15 15 100

4

Panel Monitor Indikator

6

30 30 10 10 10 10 100

Antenna Tuning Unit a. b. c. d. e.

5

190 kHz - 535 kHz +/- 0.01% 1020 Hz +/- 50 Hz 85% to 95% 10 W to 100 W NON, A2A, A3E

Antenna a. b. c. d. e.

4

C

Monitor System a. Carrier Power b. Ident

3

B

Transmitter a. b. c. d. e. f.

2

A

1) Stanby ON 2) High VSWR 3) Power 4) TX I ON 5) TX II ON 6) Reflected 7) Forward

Power Requirement a. Primary Power - Voltage - Frequency - Phase b. Power Consumption

220 V AC +/- 10% 50 Hz +/- 5 Hz Single Maximum 400 W

15 15 15 55 100

38

8

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON LOW RANGE No.

PERALATAN

PERSYARATAN TEKNIS

FORM : B2 . 6 2. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT

7

Environmental a. Temperature indoor b. Temperature outdoor c. Humidity

8

-10 deg C to +65 deg C -10 deg C to +65 deg C and 160 km/h wind speed 50% to 95%

35 35 30 100

5

Equipment a. Technology - Solid State Device

1) Analog 2) Digital 3) Microprocessor/Microcomputer controller - Temperature Range device-10 deg C to +65 deg C

9

A

3 5 10 2

b. Design

1) Upgradable 2) Bukan prototipe ( dengan menujukkan hasil flight calibration terakhir untuk tipe yang sama )

15 35

c. Maintenance System

1) Modular System 2) Easy for adjustment and alignment the system 3) Available interface for RMM system

5 12 13 100

12

Lain - Lain a. Power backup b. M T B F c. M T T R

1) UPS / Battery , minimum 6 jam 2) Generator 4000 jam 30 menit

20 20 30 30 100

Total Nilai :

39

6 100

B

C

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON MEDIUM RANGE No.

1

PERALATAN

Frequency Range Frequency Stability Modulation Frequency Modulation Depth Power Output Emission Mode

Radiation Patern Polarization Input RF Power Input Impedance VSWR

Frequency Range Automatic Tuning Range Input Impedance Metering Maximum Carrier Power

Annex 10 15

3 dB decrease Continuous or absent

50 50 100

Doc. 8071 Doc. 8071 15

Omnidirectional Horizontal 1600 W peak 50 ohms less than 1.25 : 1

30 30 8 12 20 100

20

190 kHz - 535 kHz Motorized adjustment 50 ohms Forward and Reflected Power 1200 W max

30 30 20 5 15 100

15

15 15 10 15 15 15 15 100

4

Panel Monitor Indikator

6

Annex 10 Annex 10 Annex 10 Annex 10

Antenna Tuning Unit a. b. c. d. e.

5

30 30 10 10 10 10 100

Antenna a. b. c. d. e.

4

190 kHz - 535 kHz +/- 0.01% 1020 Hz +/- 50 Hz 85% to 95% 500 W To 1000 W NON, A2A, A3E

Monitor System a. Carrier Power b. Ident

3

FORM : B2 . 7 . 1. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

Transmitter a. b. c. d. e. f.

2

PERSYARATAN TEKNIS

1) Stanby ON 2) High VSWR 3) Power 4) TX I ON 5) TX II ON 6) Reflected 7) Forward

Power Requirement a. Primary Power - Voltage - Frequency - Phase b. Power Consumption

220 V AC +/- 10% 50 Hz +/- 5 Hz Single 2200 W maximum

15 15 15 55 100

40

8

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON MEDIUM RANGE No.

7

PERALATAN

FORM : B2 . 7 . 2. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

Environmental a. Temperature Indoor b. Temperature Outdoor c. Humidity

8

PERSYARATAN TEKNIS

-10 deg C to +65 deg C -10 deg C to +65 deg C and 160 km/h wind speed 50% to 95%

30 100

5

Equipment a. Technology - Solid State Device

1) Analog 2) Digital 3) Microprocessor/Microcomputer controller - Temperature Range device-10 deg Cto +65 deg C a. Design 1) Upgradable 2) Bukan prototype (dengan menunjukkan hasil flight calibration terakhir untuk tipe yang sama) b. Maintenance system 1) Modular System 2) Easy for adjustment and alignment the system 3) Available interface for RMM system

9

35 35

3 5 10 2 15 35

5 12 13 100

12

Lain - Lain a. Power backup b. M T B F c. M T T R

- Generator 4000 jam 30 menit

40 30 30 100

Total Nilai :

41

6 100

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON HIGH RANGE No.

PERALATAN

PERSYARATAN TEKNIS

FORM : B2 . 8 . 1. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT

1

Frequency Range Frequency Stability Modulation Frequency Modulation Depth Power Output Emission Mode

Radiation Patern Polarization Input RF Power Input Impedance VSWR

Frequency Range Automatic Tuning Range Input Impedance Metering Maximum Carrier Power

Annex 10 Annex 10 Annex 10 Annex 10 Annex 10 15

3 dB decrease Continuous or absent

50 50 100

Doc. 8071 Doc. 8071 15

Omnidirectional Horizontal 4500 W peak 50 ohms Less than 1.25 : 1

30 30 8 12 20 100

20

190 kHz - 535 kHz Motorized adjustment 50 ohms Forward and Reflected Power 3300 W

30 30 20 5 15 100

15

15 15 10 15 15 15 15 100

4

Panel Monitor Indikator

6

30 30 10 10 10 10 100

Antenna Tuning Unit a. b. c. d. e.

5

190 kHz - 535 kHz +/- 0.01% 1020 Hz +/- 50 Hz 85% to 95% 3000 W nominal NON, A2A, A3E

Antenna a. b. c. d. e.

4

C

Monitor System a. Carrier Power b. Ident

3

B

Transmitter a. b. c. d. e. f.

2

A

1) Stanby ON 2) High VSWR 3) Power 4) TX I ON 5) TX II ON 6) Reflected 7) Forward

Power Requirement a. Primary Power - Voltage - Frequency - Phase

220 V AC +/- 10% 50 Hz +/- 5 Hz Single

15 15 15

b. Power Consumption

Maximum 4000 W

55 100

42

8

PENILAIAN TEKNIS PERALATAN FASILITAS : NON DIRECTIONAL BEACON HIGH RANGE No.

7

PERALATAN

FORM : B2 . 8 . 2. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

Environmental a. Temperature indoor b. Temperature outdoor c. Humidity

8

PERSYARATAN TEKNIS

-10 deg C to +65 deg C -10 deg C to +65 deg C and 160 Km/h wind speed 50% to 95%

30 100

5

Equipment a. Technology - Solid State Device

1) Analog 2) Digital 3) Microprocessor/Microcomputer control - Temperature Range device-10 deg C to +65 deg C b. Design 1) Upgradable 2) Bukan prototipe ( dengan menunjukkan hasil flight calibration terakhir untuk tipe yang sama ) c. Maintenance System 1) Modular System 2) Easy for adjustment and alignment, the system available for interface with RMM system

9

35 35

Lain - Lain a. Power Backup b. M T B F c. M T T R

Generator 4000 jam 30 menit

3 5 10 2 15 35

5 12 13 100

40 30 30 100

Total Nilai :

43

12

6 100

PENILAIAN TEKNIS PERALATAN FASILITAS : S - BAND PRIMARY SURVEILLANCE RADAR NO

PERALATAN

PERSYARATAN TEKNIS

FROM : B2 . 9 . 1. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT

1

System Performance a. Frequency b. Instrumented Range c. Range Accuracy d. Range Resolution e. Azimuth Accuracy f. Azimuth Resolution g. Improvement Factor h. Technology i. MTBF (Critical) j. MTTR k. RCMS and BITE

2

A

2.7 - 2.9 GHz (S-Band) 60 - 80 NM 33000 hours 30 minutes Available as standard

5 5 5 5 5 5 2.5 60 2.5 2.5 2.5 100

20

Antenna System a. Antenna Type b. Frequency Band c. Antenna Gain

Dual Beam 2.7 to 2.9 GHz. 34 dB (Main Beam) 34 dB (Auxiliary Beam) d. Azimuth Beam Width 1.5 degrees +/- 0.15 degrees at -3 dB points e. Elevation Coverage >30 degrees Cosec2 Pattern or 5.5 degrees f. Azimuth Sidelobes -25 dB g. Polarization Linear / Circular h. Tilt Adjustment / Beam Tilt Adjustable between +1 to +5 degrees (Main Beam relative to horizontal) i. Rotation Rate 7.5 to 15 RPM. j. Motor Drive Dual motors. Hand barring and brake facilities with safety interlocks. k. Data Take-off 14 bit high accuracy system l. Rotating Joint Shall be have channels for Main Beam, Auxiliary Beam, Wheather Channel and the Sum, Difference and control beams of a Monopulse SSR System n. Wind Speed Shall remain operational in wind speed up to 70 knots and survive in wind speed of up to 120 knots (not rotating) o. Temperature -40 to 70 degrees Centigrade p. Colour ICAO International Orange and White q. Antenna Tower The height shall be such that the center of the primary antenna is minimum 15 M above ground level. Galvanized Steel / Anti Corotion.

10 10 5 5 5 5 5 5

5 10

5 5

5

5 5 10

100

44

20

B

C

PENILAIAN TEKNIS PERALATAN FASILITAS : S - BAND PRIMARY SURVEILLANCE RADAR NO

PERALATAN

3

Transmitter / Receiver a. Frequency Band b. Power Output c. Receiver Bandwidth d. Receiver Noise Figure

e. Pulse Width f. Cooling System g. Temperature

4

PERSYARATAN TEKNIS

2.7 to 2.9 GHz (S-Band) 18 KW peak Optimum for pulse duration selected Amplifier 1.5 +/- 0.1 dB. Overall figure including protection devices such as TR Cell, Duplexer, Diplexer etc. shall not exceed 4.5 dB. Short (1 uS) and Modulated Long Pulse (75 uS) Forced Air -10 to 70 degrees Centigrade

FROM : B2 . 9 . 2. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

16 13 13 16

16 16 10 100

Primary Plot Extractor a. Type b. A/D Converters c. Improvement Factor d. Sub Clutter Visibility e. Instrumented Range f. Temperature g. Capability

h. Format

Adaptive Processing, such as AMTD 10 bit minimum I and Q >50 dB for fixed clutter > 31 dB at 80% Pd for fixed clutter 60 - 80 NM - 10 to 70 degrees Centigrade - Installed with PSR / MSSR sepa rately - Installed with PSR / MSSR Combined - PSR Input Interface - Primary Plot Processing - Scondary Plot Processing - PSR/MSSR Plot Combining - PSR/MSSR False Plot Filtering Combined PSR / MSSR format to be agreed by DGAC

25 10 10 10 10 10 15

10 100

5

30

Site Spare Part

Lot A Lot B

30 70 100

Total Nilai :

45

20

10 100

PENILAIAN TEKNIS PERALATAN FASILITAS : L - BAND PRIMARY SURVEILLANCE RADAR NO

PERALATAN

FORM : B2 .10 . 1. % TIAPBOBOTNILAI PENAWARANKETERANGAN

PERSYARATAN TEKNIS

UNIT 1

System Performance a. Frequency b. Instrumented Range c. Range Accuracy d. Range Resolution e. Azimuth Accuracy f. Azimuth Resolution g. Improvement Factor h. Technology i. MTBF (Critical) j. MTTR k. RCMS and BITE

2

A

1.25 - 1.35 GHz (L-Band) 80 - 120 NM 33000 hours 30 minutes Available as standard

5 5 5 5 5 5 2.5 60 2.5 2.5 2.5 100

20

Antenna System a. Antenna Type b. Frequency Band c. Antenna Gain d. Azimuth Beam Width e. Elevation Coverage f. Azimuth Sidelobes g. Polarization h. Tilt Adjustment / Beam Tilt

i. Rotation Rate j. Motor Drive k. Data Take-off l. Rotating Joint

n. Wind Speed

o. Temperature p. Colour q. Antenna Tower

Dual Beam 1.25 to 1.35 GHz 27 dB (Main Beam) 27 dB (Auxiliary Beam) 1.5 degrees +/- 0.15 degrees at -3 dB points >30 degrees Cosec2 Pattern or 5.5 degrees -25 dB Linear / Circular Adjustable between +1 to +5 degrees (Main Beam relative to horizontal) 5 to 12 RPM. Dual motors. Hand barring and brake facilities with safety inter-locks 14 bit high accuracy system Shall be have channels for Main Beam, Auxiliary Beam, Wheather Channel and the Sum, Difference and control beams of a Monopulse SSR System Shall remain operational in wind speed up to 70 knots and survive in wind speed of up to 120 knots (not rotating) -40 to 70 degrees Centigrade ICAO International Orange and White The height shall be such that the center of the primary antenna is minimum 15 M above ground level. Galvanized Steel / Anti Corotion.

10 10 5 5 5 5 5 5

5 10 5 5

5

5 5 10

100

46

20

B

C

PENILAIAN TEKNIS PERALATAN FASILITAS : L - BAND PRIMARY SURVEILLANCE RADAR NO

PERALATAN

FORM : B2 .10 . 2. % TIAPBOBOTNILAI PENAWARANKETERANGAN

PERSYARATAN TEKNIS

UNIT 3

Transmitter / Receiver a. Frequency Band b. Power Output c. Receiver Bandwidth d. Receiver Noise Figure

e. Pulse Width f. Cooling System g. Temperature

4

1.25 to 1.35 GHz (L-Band) 100 KW peak Optimum for pulse duration selected Amplifier 1.5 +/- 0.1 dB. Overall figure including protection devices such as TR Cell, Duplexer, Diplexer etc. shall not exceed 4.5 dB. Short (1 uS) and Modulated Long Pulse (75 uS) Forced Air -10 to 70 degrees Centigrade

16 13 13 16

16 16 10 100

30

Primary Plot Extractor a. Type b. A/D Converters c. Improvement Factor d. Sub Clutter Visibility e. Instrumented Range f. Temperature g. Capability

h. Format

Adaptive Processing, such as AMTD 10 bit minimum I and Q >50 dB for fixed clutter >31 dB at 80% Pd for fixed clutter 80 - 100 NM -10 to 70 degrees Centigrade - Installed with PSR / MSSR separately - Installed with PSR / MSSR Combined - PSR Input Interface - Primary Plot Processing - Secondary Plot Processing - PSR/MSSR Plot Combining - PSR/MSSR False Plot Filtering Combined PSR / MSSR format to be agreed by DGAC

25 10 10 10 10 10 15

10 100

5

A

Site Spare Part

Lot A Lot B

30 70 100

Total Nilai :

47

20

10 100

B

C

PENILAIAN TEKNIS PERALATAN FASILITAS : MONOPULSE SECONDARY SURVEILLANCE RADAR NO

PERALATAN

FORM : B2 .11 . 1. % TIAPBOBOTNILAI PENAWARAN KETERANGAN

PERSYARATAN TEKNIS

UNIT 1

System Performance a. Coverage Range b. Range Accuracy c. Range Resolution d. Azimuth Accuracy e. Azimuth Resolution f. Technology

2

A

250 NM Better than 20 m Better than 90 m Better than 0.07 degrees Better than 0.6 degrees Solid State

10 10 10 5 5 60 100

20

MSSR Antenna System a. Antenna Type b. Frequency Band c. Antenna Gain d. Azimuth Beam Width e. Sidelobes f. Input Impedance g. VSWR h. Polarization

Large Vertical Aperture ( LVA ) 1030 MHz +/- 3.5 MHz 1090 MHz +/- 5 MHz More than 27 dB 2.4 degrees at -3 dB points -28 dB Below Peak of Main Beam 50 Ohm Nominal 1.5 : 1 Maximum Vertical

5 5 5 10 5 5 5 5

i. Tilt Mechanism

Adjustable between -6 to +6 degrees above the horizontal (the nose of the beam)

5

j. Rotation Rate k. Motor Drive

7.5 to 15 RPM. Single motor. Hand barring and brake facilities with safety interlocks 14 bit high accuracy system

5 5

l. Data Take-off m. Rotating Joint - Transmitt Frequency Range - Receive Frequency Range - VSWR - Insertion Loss - Isolation between joints n. Antenna Channel

o. Wind Speed

p. Temperature q. Colour r. Antenna Tower

1026 to 1034 MHz 1085 to 1095 MHz Less than 1.2 : 1 Less than 0.8 dB Less than 60 dB Three Channel - Directional / Sum Sigma pattern - Monopulse/Different Delta Pattern - Control / SLS (Omega) Pattern Shall remain operational in wind speed up to 70 knots and survive in wind speed of up to 120 knots (not rotating) -40 to 70 degrees Centigrade ICAO International Orange and White The height shall be such that the center of the MSSR antenna is minimum 15 M above ground level. Galvanized Steel / Anti Corotion.

5 10

5

5

5 5 5

100

48

20

B

C

PENILAIAN TEKNIS PERALATAN FASILITAS : MONOPULSE SECONDARY SURVEILLANCE RADAR NO

PERALATAN

3

Interrogator/ Mode Encoder a. Triggering System b. Sequence Mode c. Interrogation Mode Pulse Spacing

d. Mode "S" g. SLS Pulse h. Front Panel Metering i. IISLS j. Frequency k. Power l. VSWR (max) m. Power Stability

4

External / Internal Automaticcally X, Y , XY (Programmable) Mode 1 3 +/- 0.2 uSEC 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 Compatible 2 +/- 0.15 uSEC Delay from the first Pulse of Mode Pulse ( P1 ) Complete Status Information Provided 1030 +/- 0.01 MHz 2 Kw 1.5 : 1 +/- 0.5 dB

10 10 10

10 10 5 10 5 10 10 10 100

20

11 11 11 17 11 11 11 17 100

18

MSSR Receiver a. Operating Frequency b. Sensitivity c. Noise Figure d. Dynamic Range e. Linearity f. Matching Linearity g. Band Width h. Sensitivity Timing Control

5

FORM : B2 .11 . 2. % TIAPBOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

PERSYARATAN TEKNIS

1090 +/- 3 MHz Better than -85 dBm < 9 dB -20 dBm to -88 dBm +/- 2 dB +/- 1 dB at 3 dB : >/= 8 MHz High Technology (Programmable)

MSSR Extractor a. Reply processing and Decoding

b. Antenna position c. Range Processing d. Decoding code (F1 to F2) e. Number of Aircraft can be Process f. Video Sampling g. Operation and Maintenance Indicator Facilities

- Reply processing - Plot extraction processing - False plot and Reflection Elimination processing - Output Target Reports - Range Reports - Test plot Generator 14 bits 14 bits ( 1 - 256 nm ) Depend mode Interrogation 350 (minimum)

30

+/- 8 MHz Included

10 10

10 10 10 20

100

NO

6

PERALATAN

Remote Control and Monitoring System

PERSYARATAN TEKNIS

FORM : B2 .11 . 3. % TIAPBOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

Complete Configuration

100 100

7

Site Spare Parts

10

Lot A Lot B

30 70 100

Total Nilai : 49

2

10 100

PENILAIAN TEKNIS PERALATAN FASILITAS : A T C RADAR DISPLAY NO

PERALATAN

PERSYARATAN TEKNIS

FORM : B2 .12 . 1. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT

1

ATC Console a. Display size b. Raw Video Facilities

c. Synthetic Video Facilities

d. Window Facilities

e. Keyboard

f. Brightness Adjustment g. ATC Facilities

h. Communication Facilities

2K x 2 K Colour - Video Primary - Video Secondary - MTI - Meteo - Fine and Coarse Range maker - Off Centering - Quick Look - Scale expansion - Primary Symbol - Secondary Symbol - Accociated Sysmbol - Leader - Vector - Map - Cursor - Label Mode A and Mode C All Windows can be sized, moved and cancelled

16 12

- Alpha Numeric - Symbol - Function Selection Multi Adjustment Categories - Flight Plan Window - Sector Selection - Altitude Selection/Filtering - Map Editor - Map Generator - Communication Panel with Frequency 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

12

12

10

10 12

16

100

2

A

Track Processing

Combined PSR / MSSR

30

100 100

51

25

B

C

PENILAIAN TEKNIS PERALATAN FASILITAS : A T C RADAR DISPLAY NO

3

4

PERALATAN

PERSYARATAN TEKNIS

Radar Data Selector

2 Channel

100 100

5

Maintenance Display System a. Display size b. Raw Video Facilities

c. Synthetic Video Facilities

d. Window Facilities e. Keyboard

f. Brightness Adjustment

5

FORM : B2 .12 . 2. % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT A B C

Site Spare Parts

1K x 1 K Colour - Video Primary - Video Secondary - MTI - Meteo - Fine and Coarse Range maker - Off Centering - Quick Look - Scale expansion - Primary Symbol - Secondary Symbol - Accociated Sysmbol - Leader - Vector - Map - Cursor - Label Mode A and Mode C All Windows can be sized, moved and cancelled - Alpha Numeric - Symbol - Function Selection Multi Adjustment Categories

25 20

20

10 15

10 100

Lot A Lot B

25 75 100

Total Nilai :

52

20

20 100

PENILAIAN TEKNIS PERALATAN FASILITAS : TEST EQUPMENT FOR RADAR NO

PERALATAN

PERSYARATAN TEKNIS

FORM : B2 .13 % TIAP BOBOTNILAI PENAWARAN KETERANGAN UNIT

1

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

10 10 8 10 10 10 10 10 8 8 6 100

2

For MSSR (Stand Alone)

A

- Spectrum Analizer - 2 (Two) Channel Oscilloscope - Digital Multimeter - Frequency Counter - Power Meter - Pulse Generator - RF Generator with Modulation Control - Crystal Detector - Attenuator - Extender Card - Cables and Connectors for Measurement

50

10 10 8 10 10 10 10 10 8 8 6 100

Total Nilai :

53

50 100

B

C

PENILAIAN TEKNIS PERALATAN FASILITAS : X - RAY No.

PERALATAN

I. 1. 2.

UMUM Kecepatan Conveyor Kapasitas beban

3. 4. 5.

Resolusi Daya tembus / penetrasi Ukuran barang yang diperiksa

PERSYARATAN/ SPESIFIKASI TEKNIS

B.3.1.1 % TIAPBOBOTNILAI PENAWARANKETERANGAN UNIT ( % ) A B C

± 0,2 m / dtk ± 100 kg untuk kabin ± 200 kg untuk bagasi 0,1 mm diameter ( standar 38 AWG ) 20 mm (untuk material baja) panjang : tidak terbatas

10 10 20 40 20 100

II. 1. 2.

PEMBANGKIT X-RAY Tegangan Anoda Sistem Pendingin

3. 4. 5. 6. 7.

Arus Frekwensi medium Divergensi berkas X-Ray Arah Pancaran X-Ray Dosis X-Ray tiap tiap pemeriksaan,

140 kV - 160 kV Sealed oil bath, dan tidak diperlukan sistem pendingin terpisah 1 mA ( maksimum ) 23 KHz 60° Diagonal 0,07 mrem atau maksimum 0,14 mrem

15 15 15 10 15 15 15

100 III. 1. 2.

SISTEM TAMPILAN Kapasitas memory digital Image Display

3.

Monitor

4. 5. 6.

Grey level di memori Grey level di monitor Pengaturan kontras

7. 8.

Electronic Zoom Pengaturan warna tampilan

9.

Keluaran Video (Output)

6,5 - 17,5 Mbyte 684 x 576 pixel/atau maksimum 1024 x 1024 pixel. * Resolusi tinggi, bebas kedipan (flicker) * Ukuran diagonal layar 38 cm ( 15" ) * Berwarna (Super VGA) * Dosis radiasi rendah, sesuai standar yang ditentukan. * Frame frekwensi 70 Hz 4096 (maksimum) minimum 22 level * level yang tetap untuk material dengan serap daya tinggi dan daya serap rendah. * Grey level variabel untuk latar belakang layar dan untuk contrast intensification 2 x, 4 x, 8 x, 16 x * dapat membedakan dengan jelas non organic dan organic material * dapat memenuhi keperluan berikut : organic stripping, organic only, atau super enhancement R, G, B dan Black/White, frekwensi bayangan 70 Hz dan bebas dari kedipan ( flicker ).

25

25

10 10 10

10 10 10

15 15

10

100

54

25

PENILAIAN TEKNIS PERALATAN FASILITAS : X - RAY No.

PERALATAN

PERSYARATAN/ SPESIFIKASI TEKNIS

IV. 1.

KONDISI OPERASI Keamanan terhadap radiasi

2.

Keamanan terhadap film

3.

Keamanan terhadap media memori komputer

4.

Catu daya yang diperlukan

5.

Konsumsi daya

6. 7. 8.

Temperatur ruang penyimpanan Temperatur ruang operasi Kelembaban udara ruang operasi

B.3.1.2 % TIAPBOBOTNILAI PENAWARANKETERANGAN UNIT ( % ) A B C

* Harus memenuhi semua persyaratan 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. Aman terhadap film dengan standar ISO 1600 atau 33 DIN Aman terhadap semua bentuk media memori untuk komputer, seperti : kaset, disket dan memori semi konduktor (RAM, ROM) dan lain-lain. 220 VAC (± 10%) 50 Hz atau dapat disesuaikan berdasarkan kebutuhan. ± 0,6 kVA untuk X-Ray Cabin ± 0,9 kVA untuk X-Ray Bagage - 0° C sampai + 60° C 0° C sampai 40° C 10% sampai 90% (relative humidity dan non condensing)

25

15 20

10

15 5 5 5

100 Total Nilai

55

25 100

PENILAIAN TEKNIS PERALATAN FASILITAS : FLIGHT INFORMATION DISPLAY SYSTEM (FIDS) No.

PERALATAN

I.

MAIN UNIT

1. 2. 3. 4.

Processor Clock Speed Cache Memory Main Memory

5. 6.

Floopy Disk Drive Hard Disk

7. 8. 9.

I/O port Video Graphic Adapter Video Display

10.

Keyboard

11. 12.

Interface to VR/TV Operating System

PERSYARATAN/ SPESIFIKASI TEKNIS

B.3.2.1 % TIAPBOBOTNILAI PENAWARANKETERANGAN UNIT ( % ) A B C

Minimum 80486 10 Minimum 66 MHz 5 64 kb expandable to minimum 512 kB 5 Minimum 4 MB expandable 64 MB 10 ( internal built in RAM memory ) 1,4 MB 3,5" Double Side, High Density5 Minimum 300 MB (termasuk Hard Disk10 Controller Card) 2 serial, 2 paralel 5 Super VGA Card 10 Colour Graphic Monitor 10 14" Hi Res 1024 x 768 0.28 dot pitch Standard Enchanced PC 10 - 101 kunci / tombol - Detachable - 12 fungsi PAL/NTSC/SCARF 10 DOS/UNIX, WINDOWS 10 100

II. 1. 2.

PRINTER Standard Power Supply

Minimum : Dot Matrik 220 VAC ± 10% 50/60 Hz

60 40 100

III. 1. 2. 3. 4. 5. 6. 7. 8. 9.

MONITOR Layar Kaca Sistem penerimaan Resolusi mendatar Tegangan listrik Keluaran Audio Keluaran 10% RMS Audio Pemakaian daya listrik Pengeras suara Fasilitas

Minimum 25" Multi Sistem Super C 3 90 - 270 VAC 50/60 Hz Minimum PMP 60 Watt 24 Watt Maksimum 185 Watt Full range 6 x 12 Cm dan Woffer dia 10 Cm - Video terminal - On screen display - Selectable picture - off / on timer - Remote Control

1.

PAKET PROGRAM FIDS (PERANGKAT LUNAK) Data primer

2.

Penayangan Informasi

Jadwal keberangkatan, kedatangan, keterlambatan, pembatalan, pengalihan dan lain-lain - Informasi yang dimaksud saat itu akan berkedap-kedip (blinking).

5

15 15 10 10 10 10 10 10 10

100 IV.

15

35

35

56

15

PENILAIAN TEKNIS PERALATAN FASILITAS : FLIGHT INFORMATION DISPLAY SYSTEM (FIDS) No.

PERALATAN

B.3.2.2 PERSYARATAN/ % TIAPBOBOTNILAI PENAWARANKETERANGAN SPESIFIKASI TEKNIS UNIT ( % ) A B C - Informasi yang telah lewat berubah warna - Terlihat jelas - Scroll, Rolling. - Informasi dan Hiburan dapat diatur secara bergantian dan otomatis, tetapi bisa diinterupsi. - Pengembangan informasi lain yang 30 dapat ditampilkan bila diakses oleh operator tanpa mengganggu jalannya program hiburan atau dapat menginterupsi program hiburan

3.

Fasilitas

V.

3. 4.

SERIAL VIDEO CONVERTER & TUNER. Conversi Signal RGB ke monitor Teknisi Input 1 port, 75 Ohm untuk VR 1 port, 75 Ohm Signal RGB untuk PC Output 2 port, 75 Ohm Scarf untuk TV Switching System Manual/Software Control

VI. 1. 2. 3.

BOOSTER & SPLITTER Jarak jangkau Input Output

100

1. 2.

25 25 25 25 100

Minimum 50 meter 1 port, 75 Ohm Minimum 4 port, 75 Ohm

2.

KABEL UHF Cable Coaxial Kabel Listrik

Audio = 75 Ohm Video = minimum 75 Ohm - Untuk daya 220 V / 10 A - Standar SII/ISO

LASER DISK PLAYER (LDP) Sistem Operasi

2.

Ukuran Disk

3. 4.

Digital Audio On Screen Display

5. 6. 7. 8. 9. 10.

Digital key Control Magic Voice Hi Fi Multiplexing Remote Power ON/OFF External Audio Input 2 Audio/Video Output

Dapat menyajikan baik Laser Disk (LD), Compact Disk (CD) maupun Compact Disk dengan Video (CDV) - CD ( 8 cm, 12 cm ) - CDV, CD (20 cm, 30 cm single) 1 bit DAC - 24 Karakter / baris - 10 baris informasi 9 Steps / Stereo

5

50 50 100

VIII. 1.

10

35 30 35 100

VII. 1.

15

10

10

10 10 10 10 10 10 10 10 10 100

57

5

PENILAIAN TEKNIS PERALATAN FASILITAS : FLIGHT INFORMATION DISPLAY SYSTEM (FIDS) No.

PERALATAN

IX.

UNINTERRUPTED POWER SUPPLY (UPS)

B.3.2.3 PERSYARATAN/ % TIAPBOBOTNILAI PENAWARANKETERANGAN SPESIFIKASI TEKNIS UNIT ( % ) A B C - Smart UPS 100 - 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 X. 1. 2. 3. 4.

KELENGKAPAN Meja Printer Kursi Operator Bracket Console

5.

Antene TV

6.

Media Disk

Standar 120 cm x 60 cm Standar putar Besi - tinggi maximum 150 cm - lebar maximum 80 cm - panjang maximum 80cm - Standar - 16 Elemen - Impedansi 75 Ohm Ukuran 20, 30 cm Single

15

15 15 20 15

20

15 100

Total Nilai

58

5 100

PENILAIAN TEKNIS PERALATAN FASILITAS : CLOSE CIRCUIT TELEVISION (CCTV) No.

PERALATAN

PERSYARATAN/ SPESIFIKASI TEKNIS

I. 1. 2. 3.

CCD KAMERA Catu daya Konsumsi daya Image Sensor

4. 5. 6. 7. 8. 9. 10. 11.

Scanning System Scanning Freq. Syncronization Standard Field Iluminasi Impedansi Output Temperatur Operasi Kelembaban Lensa

B.3.3 % TIAPBOBOTNILAI PENAWARANKETERANGAN UNIT ( % ) A B C

220 VAC ± 10%, 50/60 Hz ±7W Interline CCD (Effective Pixels 682 H x 492 V) 2 : 1 Interlaced Scanning 15.625 KHz (H) x 50 Hz (V) Internal/External Automatic Switching 10 Lux pada F 1.4 dengan AGC On 75 Ohm Unbalanced - 10° C s/d 50° C 30% s/d - 90% Standar 200 M lensa 6 : 1

5 10 15 10 10 10 10 10 5 5 10 100

II. 1. 2. 3. 4. 5. 6. 7. 8. 9.

TV MONITOR Catu daya Konsumsi daya CRT Video input Resolution Frekwensi Sinkronisasi Effective Picture Area Temperatur Operasi I/O terminal

220 VAC ± 10%, 50/60 Hz Max 40 W 10 Inch, Pitch 0.47 mm 1.0 V p-p > 240 Lines 15,625 KHz (H), 50 Hz (V) 173 mm (H), 136 mm (V) 0° s/d 40° C, Video input x 1, Video Output 1 x ( BNC Plug)

5 10 15 15 15 15 15 5 5 100

III. 1. 2. 3. 4. 5. 6.

VIDEO DISTRIBUTION AMPLIFIER Catu daya Konsumsi daya Impedansi Input Impedansi Output I/O level Crosstalk

220 VAC ± 10%, 50/60 Hz Max 25 W 75 Ohm / High Impedance Switch 75 Ohm Unbalanced (BNC plug) 1.0 V p-p 60 dB

SEQUENCIAL SWITCHER Catu daya Konsumsi daya Video Input

4.

Video Output

5. 6.

Temperatur Operasi Kelembaban

V. 1.

KABEL Coaxial Cable

220 VAC ± 10%, 50/60 Hz Max 45 W VBS atau VS = 1.0 V p-p / 75 Ohm Unbalanced x 10 BNC Plug (1 unit) Unbalanced x 3 BNC plug ( 2 unit ) VBS atau VS = 1.0 V p-p / 75 Ohm Unbalanced x 1 BNC Plug 0° C s/d + 40° C 30 s/d 90%

20

5 15 30

30 10 10 100

Tipe RG-59/U (3C-2V) atau RG-6/U (5C-2V)

20

5 10 20 20 25 20 100

IV. 1. 2. 3.

20

20

100 100

Total Nilai

59

20 100

PENILAIAN TEKNIS PERALATAN FASILITAS : WALK THROUGH METAL DETECTOR No.

I. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10.

PERALATAN

PERSYARATAN/ SPESIFIKASI TEKNIS

TRANSMITTER & REVEIVER Catu daya AC : 95-250 V 50/60 Hz DC : 12 - 30 V Konsumsi daya Maksimum 35 W Display Digital Sistem pengoperasian Program / Kode Indikasi Alarm Dapat dilihat : Lampu Dapat didengar : Frekwensi Audio Indikasi Kerusakan Dapat diperiksa dengan sistem program yang terlihat pada display Sensitivitas - Dapat mendeteksi dari semua sisi - Security level 1-5 Temperatur - 10° C s/d 55° C Humidity 0% - 95% Berat Maksimum 50 Kg

B.3.4 % TIAPBOBOTNILAI PENAWARANKETERANGAN UNIT ( % ) A B C

5 5 10 15 15 10 25 5 5 5 100

II. 1.

KELENGKAPAN Buku petunjuk operasi dan perawatan

Asli

80

100

100 Total Nilai

60

20 100

PENILAIAN TEKNIS PERALATAN FASILITAS : HAND HELD METAL DETECTOR No.

PERALATAN

I.

PERALATAN UTAMA

1. 2. 3.

Frekwensi operasi Catu Daya Sensitivitas

4.

Alarm Indikator

5. 6.

Berat Ukuran

PERSYARATAN/ SPESIFIKASI TEKNIS

B.3.5 % TIAPBOBOTNILAI PENAWARANKETERANGAN UNIT ( % ) A B C

90 KHz - 100 KHz DC : 9 - 12 V Dapat mendeteksi dari semua sisi 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 Dapat dilihat : Lampu Dapat didengar : Frekwensi Audio (speaker, earphone). Maksimum 1 Kg Lebar : Max 10 Cm Panjang : Max 50 Cm Tebal : Max 5 Cm

15 10 45

20

5 5

100 II. 1. 2. 3. 4.

KELENGKAPAN Earphone Tali Pengikat ( Belt ) Buku petunjuk operasi dan perawatan Alat pengisi battery (Charger)

Asli

75

10 10 40 40 100

Total Nilai

61

25 100

PENILAIAN TEKNIS PERALATAN FASILITAS : P A B X No.

I. 1.

PERALATAN

2. 3.

CENTRAL UNIT Switching Network multiplex modulasi Power Failure transfer Control system

4.

Kondisi lingkungan

5.

Data Operasi

6.

Signalling Method

7.

8.

Catu daya

Batere

PERSYARATAN/ SPESIFIKASI TEKNIS

B.3.6.1 % TIAPBOBOTNILAI PENAWARANKETERANGAN UNIT ( % ) A B C

- TDM 10 - PCM 10 Automatic 5 Storage programm Control - Microprocessor controlled 2,5 - 768 Kbyte EPROM (Program Memory) 1,5 - 256 Kbyte RAM (Main Memory) 1 - Temperatur ruang operasi 2,5 5° C s/d 40° C - Kelembaban 2,5 20% - 85% ( 40° C ) - 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 - Dial Pulsing * Inter digit pause (programmable) 3 800 ms ( 100 s/d 2000 ms ) - DTMF * Transmisi level -10 dBm + 3 dBm 5 * Signalling (Programmable) 80 ms ( 20 - 500 ms ) * Inter digit pause (prorammable) 80 ms ( 100 s/d 1000 ms ) - Software Terdiri dari sistem operasi dan sub sistem lainnya, yang berfungsi untuk : * Call Processing * Peripheral Processing * Administration dan Maintenance * Dependability - Mains 110 V, 127 V, 210 V dan 240 V ( AC ), toleransi 94 V sampai 265 V (AC ) - Frekwensi 50/60 Hz - DC Voltage - 60 V, 48 V, - 5 V, 12 V & 26 V - Otonomi 2 jam untuk catu batere standar

2 2

2 2 2 2 10

5 5 20 100

II.

MAIN DISTRIBUTION FRAME- Sistem Solderless ( MDF )

30

100

100

62

15

PENILAIAN TEKNIS PERALATAN FASILITAS : P A B X No. III. 1. 2.

PERALATAN

PERSYARATAN/ SPESIFIKASI TEKNIS

OPERATOR CONSOLE 12 key numeric keypad Fixed Key

15 20

Internal key, service key, hold key, redial key, microphone, release key, speaker key, consultation key. Line key, direct call keys, external repretory key and keys for activating.

3.

Programmable key

4. 5.

Visual signalling Volume and pitch control untuk sinyal panggil Pengatur volume untuk loud speaker

6.

B.3.6.2 % TIAPBOBOTNILAI PENAWARANKETERANGAN UNIT ( % ) A B C

20 15 15 15 100

IV. 1. 2.

PESAWAT TELEPON CABANG Dialing Signal - DTMF, 10 pps, 20 pps Spesifikasi fungsi peralatan - Pesawat telepon standar dengan dial pulsing atau DTMF - LAST number redial - Electronic tone ringer dengan volume yang dapat diatur - Tanggal dan Waktu - Meet-me reminder - Nomor dan identitas dari pesawat cabang dipanggil dan memanggil untuk hubungan internal - Status pesawat cabang yang dipanggil : forwarded, DND ( Do Not Disturb) - Petunjuk panggilan keluar, seperti tombol yang harus ditekan untuk override, call back, dan lain-lain - Memo pad, pembacaan dari : * Message-message yang tersimpan * Message-message yang telah diprogram oleh pemakai * Message-message yang sedang diprogram

15 15 15 10 5 5 5

5

5

5 5 5 5 100

V. 1. 2. 3. 4. 5. 6. 7.

8.

KABEL Type Diameter Station Multiline Station single line Line Trunk (Co Line) Untuk sumber daya AC Untuk Battery external Untuk Grounding system

Shield 0,5 mm atau 0,6 mm 2 pair 1 pair 1 pair 3 konduktor, min 2,5 mm² 1 konduktor, min 10 mm² - BC 50 s/d 70 mm - plat tembaga 100x100 cm, tebal minimum 6 mm

Bahan-bahan instalasi lainnya sesuai kebutuhan yang disebutkan dalam persyaratan teknis

20

20

20 20 10 10 10 10 10

10

100 Total Nilai

63

15 100

PENILAIAN TEKNIS PERALATAN FASILITAS : AIRFIELD LIGHTING SYSTEM (ALS) NO.

PERALATAN

1. APPROACH LIGHT (APH)

PERSYARATAN

a. 1) 2) 3) 4) 5)

% TIAP BOBOT UNIT %

Hight Intensity Uniderectional Elevated Approach Light, clear Halogen lamp 200 W 6.6 A Long life lamp 1000 hours full intensity Average intensity minimum 20,000 cd Beam spread horizontal - 10° to + 10° Beam spread Vertical 2.5° to 13.5 °

20 20 20 20 20 100

b. 1) 2) 3) 4) 5)

Hight Intensity Uniderectional Elevated Approach Light, green Halogen lamp 200 W 6.6 A Long life lamp 1000 hours full intensity Average intensity minimum 10,000 cd Beam spread horizontal - 5.5° to + 5.5° Beam spread Vertical 1° to 10°

20 20 20 20 20 100

c. 1) 2) 3) 4)

Medium Intensity Omniderectional Elevated Top Light, clear Halogen lamp 45 W 6.6 A Long life lamp 1000 hours full intensity Average intensity minimum 125 cd Beam spread Vertical 360°

1) Elevated unidirectional SFL light PAR 56 FT 34 HP, 60 Ws. 2) 3 brightness levels. 3) Power supply 220 V 50 Hz 4) Individual Control Cabinet 5) Central Control Cabinet

a. 1) 2) 3) 4) 5)

Hight Intensity Bidirectional Inset Threshold Light, green/red Average intensity minimum 10,000 cd (green) Average intensity minimum 2,500 cd (red) Toe in 2° (red) Toe in 3.5° (green) Long life lamp 1000 hours full intensity

20 20 20 20 5

20 20 20 20 20 100

64

1.5

20

100 3. THRESHOLD (THR)

2

25 25 25 25 100

2. RTI + SFL

2

2.5

Form B.4.1.1. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : AIRFIELD LIGHTING SYSTEM (ALS) NO.

PERALATAN

PERSYARATAN

% TIAP BOBOT UNIT %

b.

Hight Intensity Bidirectional Inset Threshold Light, green 1) Average intensity minimum 10,000 cd 2) Toe in 3.5° (green) 3) Long life lamp 1000 hours full intensity

35 35 30 100

c. 1) 2) 3) 4)

Hight Intensity Bidirectional Elevated Runway End Light, green/red Halogen lamp 150 W 6.6 A 180° green inner lens 180° red inner lens Long life lamp 1000 hours full intensity

25 25 25 25 100

d. 1) 2) 3) 4)

Hight Intensity Bidirectional Elevated Runway End Light, green/blank Halogen lamp 150 W 6.6 A 180° green inner lens 180° blank inner lens Long life lamp 1000 hours full intensity

1) 2) 3) 4)

Low Intensity Bidirectional Elevated Runway End Light, green/red Halogen lamp 45 W 6.6 A 180° green inner lens 180° red inner lens Long life lamp 1000 hours full intensity

1) Box PAPI completed red filter, two pole plug. 2) Halogen lamp 2 x 200 W 6.6 A 3) Long life lamp 1000 hours full intensity 4) Average intensity minimum 15,000 cd (white) and 5,000 cd (red) 5) Degree in elevation - 2° to + 2°

2.5

20 20 20 20 20 100

65

2.5

25 25 25 25 100

4. PAPI

2.5

25 25 25 25 100

e.

2.5

4.5

Form B.4.1.2. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : AIRFIELD LIGHTING SYSTEM (ALS) NO.

PERALATAN

PERSYARATAN

5. RUNWAY EDGE (REH) a. 1) 2) 3) 4) 5)

% TIAP BOBOT UNIT %

Hight Intensity Bidirectional Elevated Runway Edge Light, clear/yellow Halogen lamp 150 W 6.6 A 180° clear inner lens 180° yellow inner lens Long life lamp 1000 hours full intensity Average intensity minimum 10,000 cd (clear)

20 20 20 20 20

100 b. 1) 2) 3) 4)

Hight Intensity Bidirectional Elevated Runway Edge Light, clear/clear Halogen lamp 150 W 6.6 A 360° clear inner lens Long life lamp 1000 hours full intensity Average intensity minimum 10,000 cd

25 25 25 25 100

Low Intensity Bidirectional Elevated Runway Edge Light, clear 1) Halogen lamp 45 W 6.6 A 2) 360° clear inner lens 3) Long life lamp 1000 hours full intensity

2

2

c.

35 35 30 100

6. TXE/TAL/APL

a. 1) 2) 3) 4)

Low Intensity Omnidirectional Elevated Taxiway Edge Light, Blue Halogen lamp 30/45 W 6.6 A 360° blue inner lens Long life lamp 1000 hours full intensity Average intensity minimum 2 cd

25 25 25 25 100

Low Intensity Omnidirectional Elevated Apron Edge Light, red 1) Halogen lamp 30/45 W 6.6 A 2) 360° red inner lens 3) Long life lamp 1000 hours full intensity

1.5

2.5

b.

7. SIRENE

1) 2) 3) 4)

Capacity : 5000 W Voltage : 380 V Frequency : 50 Hz Cos Phi : 0.8

66

35 35 30 100 25 25 25 25

2

100

3

Form B.4.1.3. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : AIRFIELD LIGHTING SYSTEM (ALS) NO.

PERALATAN

8. ROB

PERSYARATAN

1) 2) 3) 4)

% TIAP BOBOT UNIT %

Lamp 500 W 12 flashes per minute Green/clear front glass Power supply, included motor 220 V 50 Hz

25 25 25 25

100 9. OLI

1) Single OLI light complete fitting with one red prismatic dome 2) Double OLI light complete fitting with two red prismatic dome 3) Lamp 100 W/230 V 4) Long life lamp 8000 hours

25 25 25 25 100

10. ALI

1) Counstruction for ALI use two mast/ pole. 2) Hight presure sodium lamp 400 W 220 V. 3) Halogen lamp 500 W/220 V 4) Distribution box for 6 sodium lamp and 3 halogen lamp.

12. CONTROL DESK

1) Illuminated wind cone 12 feet colour of wind sock : orange incl. OLI + spot light with lamp. 2) 4 x PAR 38 - 150 W 240 V for illumination. 3) 1 x 111 W 240 V for OLI.

Control panel for max. 15 series max. 22 parallel circuits for 5 step brightness control and/or "ON/OFF" control 48 V DC

25 25 25

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

35 30 100

4.5

100

3

100

100

67

3

35

100 13. MARSHALING BOX

3

25

100 11. WDI

5

3

Form B.4.1.4. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : AIRFIELD LIGHTING SYSTEM (ALS) NO.

PERALATAN

PERSYARATAN

14. LV PANEL

15. CCR

% TIAP BOBOT UNIT %

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

a. 1) 2) 3) 4) 5)

CCR controlled by thyristor air cooled for indoor service: Remote control 48 to 60 V DC. 5 Brightness steps adjustable. With Ammeter With lightning arrestors. With over current

b. Main supply 1) 208 to 240 V - 50 Hz. 4 KW, 6,6 A. 2) 208 to 240 V - 50 Hz. 7.5 KW, 6,6 A. 3) 380 to 415 V - 50 Hz. 10 KW, 6,6 A. 4) 380 to 415 V - 50 Hz. 15 KW, 6,6 A. 5) 380 to 415 V - 50 Hz. 20 KW, 6,6 A.

100

100

3

20 20 20 20 20 100

3

20 20 20 20 20 100

16. SELECTOR CABINET

1) Indoor service, wall mounting remote control 48 VDC 2) Outgoing 6,6 A. Auxiliary supply 220 V 50 Hz. 3) Individual supply of two circuits of PAP.

35 35 30 100

17. INTEGRATED GROUND-1) ING SYSTEM 2) 3) 4)

BC 1 x 6 sqmm BC 1 x 16 sqmm BC 1 x 50 sqmm ETH rod 1000 mm steel hot galvanis profil A. 50x50x3 mm 5) Small supporting installation materials (cable glands, parallel connectors, cable lugs).

3

10 20 30 20 20

100

68

2.5

2.5

Form B.4.1.5. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : AIRFIELD LIGHTING SYSTEM (ALS) NO.

PERALATAN

PERSYARATAN

18. LV LIGHTNING ARRESTER

% TIAP BOBOT UNIT %

Low voltage lightning arrester Voltage 220 V/3 phase.

100

100

19. SERIES CABLE

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

50

50

100 b. CONTROL CABLE 1) Control cable Type A-2YF(L) 2 Y 7x2x0.8 dia, 225 V for control AFL system 48 V DC filled type. 2) Control cable Type A-2YF(L) 2 Y 60x2x0.8 dia, 225 V for control AFL system 48 V DC filled type.

1) Protolin joint sleeves for conn. of FLYCY 1x6 RE/4 to NSGAFM (PR) 3 KV 2) Joint sleeves for FLYCY up to 1x6/4 3 KV 3) Pole connector kit 5 KV c/w resin 4) Two pole plug connector kit

50

1) 2) 3) 4)

30/45 W 6,6/6,6 A 50 Hz. 100 W 6,6/6,6 A 50 Hz. 150 W 6,6/6,6 A 50 Hz. 200 W 6,6/6,6 A 50 Hz.

2

25 25 25 25 100

21. ISOLATING TRANSFORMER

2

50

100 20. PLUGS, RECEPTACLE AND JOINT SLEEVES

2

3

25 25 25 25 100

69

4

Form B.4.1.6. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : AIRFIELD LIGHTING SYSTEM (ALS) NO.

PERALATAN

PERSYARATAN

22. TOOLS AND INSTRU- a. MENT

23. SPARE PARTS

% TIAP BOBOT UNIT %

level set assy. with 2 spirit levels for APH + REH light.

100

0.5

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 elevated lights.

100

0.5

e.

Support for sighting telescope.

100

0.5

f.

Levelling instrument for REH light.

100

0.5

g.

Positioning template for standard mounting legs of PAP.

100

0.5

h.

Carrying box with installation tools for PAP.

100

0.5

Available

100

7

Total Nilai

100

70

Form B.4.1.7. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : POWER SUPPLY (PSY) NO.

PERALATAN

1. GENERATOR SET

PERSYARATAN

% TIAP BOBOT UNIT %

DIESEL ENGINE 1) 2) 3) 4)

Engine Output : ........ KW Compression ratio : ........... Number of cylinder : ............... Method of Cooling : Air Cooling or Water Cooling 5) Speed : 1500 rpm 6) Aspiration : 4 stroke, Direct fuel injection with turbo charger and intercooled

10 10 10 5 10 10

ALTERNATOR 1) 2) 3) 4) 5) 6)

Capacity : ....... KVA Voltage : 400/231 V Frequency : 50 Hz Speed : 1500 rpm Cos Phi : 0.8 Insulation Class : .........

10 10 10 5 10

100 2. AMF/Automatic Panel

1) Main Supply 2) Automatic Start and Manual Start 3) Change over of load from main's to the generator or the generator to main 4) Monitoring of genset and main 5) Indicator and Signal of failure 6) Automatic stop of the genset 7) Indicator meter

15 15 15

15 15 15 10 100

3. FUEL STORAGE TANKFuel storage tank above ground level ......... liters 1) Storage tank steel plat ...... liters 2) Electrical gear pump. 3) Hand pump. 4) Pipe distribution and valve

a.

Distribution Panel TM ...... KV 1) Cubicle in Comming - Rated Current ............. A - Switch disconnected

71

7

25 25 25 25 100

4. PANEL

10

10 10

3

Form B.4.2.1. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : POWER SUPPLY (PSY) NO.

PERALATAN

PERSYARATAN

% TIAP BOBOT UNIT %

- 3 phase bus-bars - Earthing switch - Neon Voltage Indicator 2) Cubicle Outgoing - Rated Current ............. A - Load break switch disconnected - 3 phase bus-bars - Earthing switch - Neon Voltage Indicator 3) Cubicle Lighting Arrester - Rated Current ............. A - Cubicle frame work - 3 phase bus-bars - 3 lightning arrester

5 5 5 10 10 5 5 5 10 10 5 5 100

b. 1) 2) 3) 4) 5) 6) 7) 8)

LV Distribution Panel Change over switch ....... Amper NT fuse ........ Amper MCB 3 Phase ..... Amper MCB 3 Phase ..... Amper MCB 3 Phase ..... Amper MCB 3 Phase ..... Amper MCB 1 Phase ..... Amper MCB 1 Phase ..... Amper

25 25 10 10 10 10 5 5 100

c.

MVDP 1) Safety device swicthes : SF 6 at 0.5 Bar 2) Insulation cubicle : 24 KV 3) Breaking current : 630 A at 24 KV : 12.5 KV rms 4) Short CCT current at 24 KV 5) Compartment cubicle : 4 sel 6) Protection connection : HV fuse

1) 2) 3) 4)

LVDP Incoming Distribution Panel .... A Main Distribution Panel ........... A Distribution Panel .......... A Distribution Panel .......... A

20 20 15 15 15 6

25 25 25 25 100

72

7

15

100 d.

7

5

Form B.4.2.2. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : POWER SUPPLY (PSY) NO.

PERALATAN

PERSYARATAN

5 SYNCHRONIZING PANEL ...... AMPERE

1) 2) 3) 4)

% TIAP BOBOT UNIT %

Voltage : 400/231 V Frequency : 50 Hz Frequency difference lim. : 0.15 % Voltage difference lim. : 10-15 %

25 25 25 25 100

6. UPS ..... KVA

1) Nominal rated capacity : ........ KVA 2) Input Voltage : 3/N 380 Vac ± 15 % - Frequency : 50 Hz ± 5 % - Power factor : 0.8 3) Output Voltage : 3/N 380 Vac ± 1 % - Frequency : 50 Hz ± 0.1 % self clocked, ± 0,05 % 4) Over load Capacity : 125 % for 15 minutes 5) Noise : < 62 db 6) AC/DC efficiency : > 92 %

20 20

20

20 10 10 100

7. TRANSFORMER

a.

Transfomer step up ....... KVA 1) Type : Oil immersed self cooled, in/ out condensing 2) Standard : ICE PUB76, SPLN 50/82 SLI 1995 3) Phase :3 4) Power factor : 0.8 5) Frequency : 50 Hz 6) Primer Voltage : 380/220 Volt 7) Secondary Volatge : ........ KV 8) Capacity : ........ KVA 9) Vector Group : DYn5 10) terminal, die level indicator HV, LV porcelin bushing terminal, silicagel, thermometer, bucholz relay, drain valve, conservator, whell etc.

Transfomer step down ....... KVA 1) Type : Oil immersed self cooled, in/ out condensing 2) Standard : ICE PUB76, SPLN 50/82 SLI 1995 3) Phase :3 4) Power factor : 0.8 5) Frequency : 50 Hz

73

5

10 10 10 10 10 10 10 10 10 10

100 a.

5

10 10 10 10 10

3

Form B.4.2.3. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : POWER SUPPLY (PSY) NO.

PERALATAN

PERSYARATAN

6) 7) 8) 9) 10)

% TIAP BOBOT UNIT %

Primer Voltage : .......... KV Secondary Volatge : 380/220 Volt Capacity : ........ KVA Vector Group : DYn5 terminal, die level indicator HV, LV porcelin bushing terminal, silicagel, thermometer, bucholz relay, drain valve, conservator, whell etc.

10 10 10 10 10

100 8. SOLAR CELL

1) 2) 3) 4) 5) 6) 7) 8) 9) 10)

Power : .............. KVA Input Voltage : 132 - 93.5 Vdc Frequency : 50 Hz ± 5 % Input Current : 28.5 - 40.2 A Input Power Factor : 0.8 Out put Voltage : 220 Vac ± 5 % (for a load 0.8 lagging to 1) 1 Phase Out put current : 13.6 A Regulation : ± 1 to ± 5 % Ambient temperatur operating + 10 to 30 degree celcius Relative humidity 95 % RH without condensator

10 10 10 10 10 10 10 10 10 10

100 9. BATTERY

1) Type : ............ 2) AH : ............. 3) Life Time Approx 8 - 10 Years

EXTERNAL PROTECTION BC 50 Connector to earth BC 50 to counter poise BC 50 Down conductor BC 50 Air terminal Intercepting rod 3 M Intercepting rod 1.5 M Earth rod type Earth plate type

2

15 15 15 15 10 10 10 10 100

b.

3

35 35 30 100

10. INTEGRATED LIGHT-a. NING PROTECTION 1) 2) 3) 4) 5) 6) 7) 8)

3

INTERNAL PROTECTION 1) LA 220 V, 4 pole 2) OVA 220 V, 4 pole

15 15

74

3

Form B.4.2.4. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : POWER SUPPLY (PSY) NO.

PERALATAN

PERSYARATAN

3) 4) 5) 6) 7) 8)

% TIAP BOBOT UNIT %

OVA 220 V, 2 Pole LA for coaxial cable OVA for equipment OVA for data cable Spark gap Lighting counter

15 15 10 10 10 10 100

11. AIR CONDITIONING a. 1) 2) 3) 4) 5)

AC Split Type 2 HP Cooling Capacity : 18.000 BTU/H Airflow rate : 10cmmft Voltage : 220 V, 1 ph Frequency : 50 Hz Operation : Remote Control

20 20 20 20 20 100

12. DEHUMIDIFIER

1) 2) 3) 4)

Capacity AIrflow rate Voltage Frequency

: 9600 BTU/H : 210 cmmft : 220 V, 1 ph : 50 Hz

1) Armature : Over street lighting high pressure 2) Lamp type : Mercury High Pressure 3) Capacity : 125 Watt 4) Voltage : 220 V, 1 ph 5) Support : Galvanized pipe

a. 1) 2) 3) 4) 5) 6)

Medium Voltage : 20 kV CU, Conductor/Strended PVC insulated Flat steel armoured Core filter Outer sheath PVC Standard SPLN & IEC

20 20 20 20 3

20 15 15 15 15 20 100

b.

3

20

100 14. POWER CABLE

3

25 25 25 25 100

13. LIGHTING ACCES ROAD

3

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

25 25

75

3

Form B.4.2.5. PENAWAR KETERANGAN A B C

PENILAIAN TEKNIS PERALATAN FASILITAS : POWER SUPPLY (PSY) NO.

PERALATAN

PERSYARATAN

% TIAP BOBOT UNIT %

* Flat Steel Armoured * Standard SPLN & IEC

25 25 100

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

25 25 25 25 100

15. SPARE PARTS

Available

3

3

100 100 Total Nilai

10 100

76

Form B.4.2.6. PENAWAR KETERANGAN A B C

JANGKA WAKTU PELAKSANAAN Form C No.

UNSUR

1.

Tahapan pelaksanaan pekerjaan

2.

Jumlah hari peleksanaan

PATOKAN WAKTU BULAN

NILAI BOBOT (%) PENAWAR A

2.5

5

JUMLAH

7.5 %

KETERANGAN : 1. Tahapan pelaksanaan pekerjaan - Tidak memberikan tahapan, nilai - Memberikan tahapan, nilai

: 0% : 100 %

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

77

: 0% : 100 %

B

C

PENILAIAN BILL OF QUANTITY Form D NILAI BOBOT (%) PENAWAR No.

UNSUR

BOBOT A

1.

Identitas barang

12.5

2.

Kuantitas barang

12.5

JUMLAH

25 %

KETERANGAN : 1. Identitas barang : - Identitas barang tidak sama - Identitas barang sama

: 0% : 100 %

2. Identitas/kuantitas barang : - Kuantitas barang tidak sama - Kuantitas barang sama

: 0% : 100 %

78

B

C

PENILAIAN PENGALAMAN PERUSAHAAN Form E No.

UNSUR

BOBOT % N

1.

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

JUMLAH

A B

NILAI BOBOT (%) PENAWAR B C NA N B NA N B

5

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 = B =

Nilai dari penawar sesuai butir 1. Bobot tiap jenis pekerjaan terhadap keseluruhan dikalikan bobot % (5). Contoh : Nilai pekerjaan Telekomunikasi Penerbangan B = ------------------------------------------------------x Nilai pekerjaan total

5

= adalah B untuk pekerjaan Telekomunikasi Penerbangan NA =

N x B = Nilai akhir penawar

79

NA

PENILAIAN INSTALASI DAN PEKERJAAN SIPIL Form F No.

UNSUR

BOBOT % N

1.

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

5

2.

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

5

3.

Alat Ukur dan peralatan kerja

5

JUMLAH

A B

NILAI BOBOT (%) PENAWAR B C NA N B NA N B

NA

15 %

KETERANGAN : 1.

a.

Pekerjaan instalasi peralatan - Tak ada analisa instalasi peralatan, nilai - Analisa instalasi pekerjaan tak lengkap, nilai - Analisa instalasi pekerjaan lengkap, nilai

b. Pekerjaan Sipil - Tak ada analisa pekerjaan sipil, nilai - Analisa pekerjaan sipil tak lengkap, nilai - Analisa pekerjaan sipil lengkap, nilai c.

2.

: 0% : 50 % : 100 %

: 0% : 50 % : 100 %

Alat ukur dan peralatan kerja - Tak ada penggunaan alat ukur dan peralatan, nilai - Penggunaan alat ukur dan peralatan tak lengkap, nilai - Penggunaan alat ukur dan peralatan lengkap, nilai

N = B =

Nilai dari penawar sesuai butir 1. Bobot tiap jenis pekerjaan terhadap keseluruhan dikalikan bobot % (5). Contoh : Nilai pekerjaan Telekomunikasi Penerbangan B = ------------------------------------------------------Nilai pekerjaan total

x

= adalah B untuk pekerjaan Telekomunikasi Penerbangan NA =

: 0% : 50 % : 100 %

N x B = Nilai akhir penawar

80

5

PENILAIAN SERVICES Form G No.

URAIAN

BOBOT %

1.

TRAINING/TECHNICAL ASSISTANCE

1

2.

FACTORY ACCEPTANCE

1

3.

TEST / COMMISSIONING

1

4.

PERSONALIA / TENAGA AHLI

5.

GUARANTY / WARRANTY AND AFTER SALE SERVICES

NILAI BOBOT (%) PENAWAR A B C

3.5 1

JUMLAH

7.5 %

KETERANGAN 1. Kegiatan Training / technical assistance - Tak ada training / technical assistance, nilai - Training / technical assistance tak lengkap, nilai - Training / technical assistance lengkap, nilai

: 0% : 50 % : 100 %

2. Factory acceptance - Tak ada factory acceptance, nilai - Factory acceptance tak lengkap, nilai - Factory acceptance lengkap, nilai

: 0% : 50 % : 100 %

3. Test / commissioning - Tak ada test / commissioning, nilai - Test / commissioning tak lengkap, nilai - Test / commissioning lengkap, nilai

: 0% : 50 % : 100 %

4. Kualifikasi Personel / tenaga ahli - Pengalaman < 3 tahun, nilai - 3 tahun < Pengalaman < 8 tahun, nilai - > 8 tahun nilai

: 0% : 50 % : 100 %

5. Guaranty dan warranty (after sale services) - Tak ada guaranty dan warranty (after sale services), nilai - Guaranty dan warranty (after sale services) tak lengkap, nilai - Guaranty dan warranty (after sale services) lengkap, nilai

: 0% : 50 % : 100 %

81

FORM F-1

HARGA SATUAN DAN UPAH UPAH 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

Pekerja Mandor Tukang batu Kepala tukang batu Tukang kayu Kepala tukang kayu Tukang besi Kepala tukang besi Tukang listrik Kepala tukang listrik Juru gambar Teknisi Ahli muda Ahli Ahli utama Ahli Kepala Expert

/hari /hari /hari /hari /hari /hari /hari /hari /hari /hari /hari /hari /hari /hari /hari /hari /hari

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Bahan 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

Pasir urug Pasir pasang/beton Semen portland Batu kerikil/koral Paku Besi beton Besi siku 50x50x5, 6m Plaat bordez 6 mm x 100 cm x 200 cm Pipa galvanis 2", 6m Dop 2" Mour baut BC draad 50 mm2 Timah patri Batu bata Papan kayu klas III Kabel schoen 50 mm2 Kawat beton Besi UNP 12, 6m Pipa galvanis 6 ", 6m Pipa galvanis 5", 6m Pipa galvanis 4", 6m Pipa galvanis 3", 6m Besi siku 30 x 30 x 3, 6m Plat besi tebal 4 mm x 100 cm x 200 cm Cat Besi Tinner Meni besi

/m3 /m3 /zak /m3 /kg /btg /btg /lbr /btg /bh /bh /kg /kg /bh /m3 /bh /kg /btg /btg /btg /btg /btg /btg /btg /kg /kg /kg

81

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

CONTOH ANALISA Form F-1 No. Uraian 1.

2.

3.

4

5.

6.

7.

Volume

Satuan

Pemasangan bouwplank

A

m'

Pekerja Mandor Tukang kayu Kepala tukang kayu Papan kayu klas III Paku

0.0400 0.0020 0.0400 0.0040 0.0090 0.2300

mds mds mds mds m3 kg

Galian tanah untuk penanaman kabel

A

m3

Pekerja Mandor

1.5000 0.0500

mds mds

Galian tanah untuk pondasi

A

m3

Pekerja Mandor

0.7500 0.0250

mds mds

Urugan pasir untuk penanaman kabel

A

m3

Pekerja Mandor Pasir urug

0.3000 0.2000 1.3500

mds mds m3

A

m3

Pekerja Mandor Pasir urug Batu kerikil/koral

0.3000 0.2000 1.3500 2.0300

mds mds m3 m3

Urugan tanah kembali/pemadatan serta pembuangan tanah sisa dari penanaman kabel

A

m3

Pekerja Mandor

0.5000 0.0830

mds mds

Urugan tanah kembali

A

m3

Pekerja Mandor

0.2500 0.0830

mds mds

Urugan pasir pemadatan

dan

koral

serta

82

Harga bahan Harga Upah Persatuan Persatuan Rp. Rp.

Harga Jadi Persatuan Rp.

0 0 0 0

0 0 0 0 0 0 0

0 0

0 0 0

0 0

0 0 0

0 0

0 0 0 0

0 0

0 0 0 0 0

0 0

0 0 0

0 0

0 0 0

0 0

0

0 0

PENILAIAN SERVICES Form G No.

URAIAN

BOBOT %

1.

TRAINING/TECHNICAL ASSISTANCE

1

2.

FACTORY ACCEPTANCE

1

3.

TEST / COMMISSIONING

1

4.

PERSONALIA / TENAGA AHLI

5.

GUARANTY / WARRANTY AND AFTER SALE SERVICES

NILAI BOBOT (%) PENAWAR A B C

3.5 1

JUMLAH

7.5 %

KETERANGAN 1. Kegiatan Training / technical assistance - Tak ada training / technical assistance, nilai - Training / technical assistance tak lengkap, nilai - Training / technical assistance lengkap, nilai

: 0% : 50 % : 100 %

2. Factory acceptance - Tak ada factory acceptance, nilai - Factory acceptance tak lengkap, nilai - Factory acceptance lengkap, nilai

: 0% : 50 % : 100 %

3. Test / commissioning - Tak ada test / commissioning, nilai - Test / commissioning tak lengkap, nilai - Test / commissioning lengkap, nilai

: 0% : 50 % : 100 %

4. Kualifikasi Personel / tenaga ahli - Pengalaman < 3 tahun, nilai - 3 tahun < Pengalaman < 8 tahun, nilai - > 8 tahun nilai

: 0% : 50 % : 100 %

5. Guaranty dan warranty (after sale services) - Tak ada guaranty dan warranty (after sale services), nilai - Guaranty dan warranty (after sale services) tak lengkap, nilai - Guaranty dan warranty (after sale services) lengkap, nilai

: 0% : 50 % : 100 %

81