 Configuration The Vendor will configure the microwave radios base on terjemahan -  Configuration The Vendor will configure the microwave radios base on Bahasa Indonesia Bagaimana mengatakan

 Configuration The Vendor will con

 Configuration
The Vendor will configure the microwave radios base on the design and engineering document, e.g. The configuration of Tx/Rx frequencies, Tx power, T/R spacing, cards adding, E1 traffic add/Drop locally, pass-through E1 cross connection, MRMC, etc.

 Antenna alignment
The Vendor will do the antenna panning after completing all above activity and configuration. Antenna must be aligned to achieve the desired Receive Signal Level (RSL) as per the specification in the link Budget. After the fine tuning, the antennas must be fixed to against specific wind-load.
Antenna alignment involves adjusting the direction of each antenna until the received signal strength reaches its highest level at each end of the link.
The rigger should have direct access to a receive signal strength indicator (RSSI) at the ODU. This is typically available via an RSSI connector as a voltage for measurement by a multi meter.
Fine adjustment for azimuth (horizontal angle) and elevation (vertical angle) is built into each antenna mount.
If the horizontal adjuster does not provide sufficient range to locate the main beam, the antenna mounting brackets will need to be loosened and the antenna swivelled on its pole mount to locate the beam. Before doing so ensure the horizontal adjuster is reset for mid-travel.
For the XPIC links, the horizontal and Vertical of polarization need to be fine aligned to achieve exact cross polarization discrimination against the specification between both sites involved.
Some mounts for larger antennas have a separately clamped swivel base (supporter) to allow the loosened antenna to swivel on it without fear of slippage down the pole.
Where such a mount is not provided a temporary swivel clamp can often be provided using a pair of pipe brackets bolted together immediately below the antenna mount.

 E1 or STM-1 performance test (BER TESTING)
The Vendor will conduct the first testing and checking when all the above items have been completed
Partner shall use proper tools for punching E1 cable in the Krone block or Due care shall be taken for handling Fiber Patch cords.
2.5 NMS
During the implementation of Customer Project, the NMS system of the microwave transmission network also needs to be integrated at the same pace with the hops.
 The interconnection cables, Hubs, Layer-X switches or Routers for NMS at each site which microwave links involved need to be pre-installed by the Vendor during the microwave radio’s installation.
 If any E1 cross connection on each hub site or cascade up link sites required, the Vendor need to do the works before the End-to-End(from BTS through to its homing BSC) E1 checking and test;
 The IP address of each element need to be configured by the Vendor during the microwave radio commissioning;
 The Ceragon’ NMS Element Network Management System will be pre-installed in the supplied NMS equipment. Field installation of the NMS interconnection cables or equipment will be completed in Turnkey basis. Any final configuration that is required will be completed and the system verified for proper operation. The facility must have adequate space, power and environmental conditions for the installation of the NMS system.

2.6 E1 Patching
The Vendor must do the patching works connected up to Ceragon DDF.

2.7 Hop Up gradation.
During the implementation of Customer Project, there are some hops that need up-gradation as per project requirement.

The Vendor shall send the team or members to the site to receive the equipment. The representative of Vendor should sign the Delivery document after the inspection. Subcon should do the physical inspection of the received equipment and take over the responsibility for safety.

Before up gradation of the existing hops, Partner should confirm and approve the power off procedure. Partner should perform Hardware functionality checks like status of the Equipment and the same should be documented
If any Hardware is faulty or alarm is observed the same needs to be documented in the Inspection check report and highlighted. In addition, Inspection check report should be signed jointly.
Removed equipment’s should not be damaged and should be safely handed over to Ceragon/End User Representative duly packed.
Different types of Hop up gradations are as below: -

1. ODU up gradation: - In ODU up gradation low capacity ODU’s are to be replaced with High capacity ODU’s. The newly installed ODU should connect to the antenna in weather tight condition, gasket shall fit on properly. The Grounding of ODU need to be done and connect below to the right bus bar on the tower or mounting pole. IDU need to re-configured if required.

2. IDU up gradation: - In IDU up-gradation low capacity IDU’s are to be replaced with High capacity IDU’s. New IDU need to be installed in the indoor rack or cabinet. The associated DDF also need to be installed preferably in the same rack/cabinet above the IDU just one space reserved between them for cabling through. IDU need to re-configure.

3. 1+0 to 1+1 hops up gradation: - 1+0 hops will be converted to 1+1 hops. One Hybrid coupler, ODU, IF cable and IDU need to be installed as per standard procedure. IDU need to re-configure.

4. Capacity Up gradation: - Capacity of links needs to be upgraded as per design parameters. In capacity up gradation the IDU configuration parameters (Frequency, Modulation, and power) need to be re configured.

After, Hop Up gradation, it is service provider responsibility to do the E1 patching, if required.
3. TESTING AND ACCEPTANCE

The Vendor shall do the BER testing witnessing Customer and Ceragon on the site. The test duration should be 24 hours for 23GHz/18GHz/15GHz/11GHz/7GHz access hops, 48 hours for 11GHz/7GHz backhaul links (Subject to customer requirements).
Upon completion of the testing, Ceragon shall be notified of the completion and the requirement for acceptance. The notification will be made 48 hours in advance of the planned acceptance.
On successful conclusion of the hop acceptance, which will include a physical inspection of the installation and the review of the test data, customer representative will be presented with an Acceptance Certificate for signature. In case Punch points are found requiring further work, or correction, same must be cleared within 48 Hrs.

Partner shall arrange for Provisional & Final Acceptance shall be arrange from End customer with the help of Ceragon Representative

4. AS-BUILT DOCUMENTATION

Vendor will provide the Site Commissioning Report (SCR) (Original + 1 copy [Soft Copy in CD]). The SCR will include:
Test Results
 Part no. & serial nos. of Equipment installed at site.
 Photos of the installed equipment
 General Configuration of the Contractor-installed equipment.
 Site layout and details.


SCOPE OF WORK FOR LINE OF SIGHT SURVEY

1. INTRODUCTION
Document outlines the general scope of work for conducting line of site survey (Access and/or Backbone) for Ceragon’s End Customer. This document deals with the detailed scope of work, methodology, deliverables (output required) and responsibilities of either parties.

2. SCOPE OF WORK
Vendor shall carry out following tasks in the field while conducting line of site survey.

 Record geo coordinates of the site
 Record AMSL reading of the site at ground level (Not on the rooftop if the site is rooftop)
 Record full postal address of the site with pin code
 Record name of the site owner, as applicable
 Record contact details of the site owner, as applicable.
 Record building height in meters AGL (Above Ground Level).
 Record site ID.
 In case of rooftop site , take photograph of the roof and entrance (if photography is permitted), In case of ground based Site take photograph of the plot (if photography is permitted)
 In case of a rooftop site, record roof layout sketch with dimensions and clearly marking north, location of lift machine room (if applicable), location of overhead water tank (if applicable) and location of any other structure on the roof top.
 Record proposed tower or pole mounts location on the sketch. In case of pole mounts, indicate the name of the other site for which the pole mount is proposed. In case of any critical location with respect to LOS, criticality should be recorded on the sketch.
 Record any near end obstruction in LOS and take photographs of the obstructions.
 Record AMSL at every 1 km intervals on the path. In case of any obstruction in between, record AMSL at obstruction point, obstruction height and obstruction type.
 While conducting line of site survey as per point above note the general tree heights, type of trees etc. Also record general building height in the LOS path. Also record if any building construction is underway in LOS path and whether it is likely to block LOS in future.
 In case any water body is found in the path record its width and type (pond, river etc.)
 Record distance of High Tension Lines (if any), Towers (if any) with their approximate distance and azimuth from the site.
 Record all observations as listed above in the provided format. Attach roof / site schematics and photographs along with format.
 Confirm LOS using visual methods (Binocular, Mirror Flash etc.) if possible.
 Input data on Path Loss tool and determine the antennae height.
 Provide Path Loss file with terrain data.
 In case if the town / city has an airport / airstrip geo coordinates and AMSL of the Airport / Airstrip needs to be recorded with approximate direction of the runway ( This is to be done only once for a specific city / town). Runway direction with Airport Geo Coordinates and AMSL to be recorded on a separate sheet.
 As a standard practice each RF site will have multiple options/ candidates and the LOS survey need to be done for each option /candidate of near end site to each option/ candidate of the far end site to arrive at clear options for
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 Configuration The Vendor will configure the microwave radios base on the design and engineering document, e.g. The configuration of Tx/Rx frequencies, Tx power, T/R spacing, cards adding, E1 traffic add/Drop locally, pass-through E1 cross connection, MRMC, etc. Antenna alignment The Vendor will do the antenna panning after completing all above activity and configuration. Antenna must be aligned to achieve the desired Receive Signal Level (RSL) as per the specification in the link Budget. After the fine tuning, the antennas must be fixed to against specific wind-load. Antenna alignment involves adjusting the direction of each antenna until the received signal strength reaches its highest level at each end of the link. The rigger should have direct access to a receive signal strength indicator (RSSI) at the ODU. This is typically available via an RSSI connector as a voltage for measurement by a multi meter. Fine adjustment for azimuth (horizontal angle) and elevation (vertical angle) is built into each antenna mount. If the horizontal adjuster does not provide sufficient range to locate the main beam, the antenna mounting brackets will need to be loosened and the antenna swivelled on its pole mount to locate the beam. Before doing so ensure the horizontal adjuster is reset for mid-travel. For the XPIC links, the horizontal and Vertical of polarization need to be fine aligned to achieve exact cross polarization discrimination against the specification between both sites involved.Some mounts for larger antennas have a separately clamped swivel base (supporter) to allow the loosened antenna to swivel on it without fear of slippage down the pole. Where such a mount is not provided a temporary swivel clamp can often be provided using a pair of pipe brackets bolted together immediately below the antenna mount. E1 or STM-1 performance test (BER TESTING) The Vendor will conduct the first testing and checking when all the above items have been completed Partner shall use proper tools for punching E1 cable in the Krone block or Due care shall be taken for handling Fiber Patch cords.2.5 NMS During the implementation of Customer Project, the NMS system of the microwave transmission network also needs to be integrated at the same pace with the hops. The interconnection cables, Hubs, Layer-X switches or Routers for NMS at each site which microwave links involved need to be pre-installed by the Vendor during the microwave radio’s installation. If any E1 cross connection on each hub site or cascade up link sites required, the Vendor need to do the works before the End-to-End(from BTS through to its homing BSC) E1 checking and test; The IP address of each element need to be configured by the Vendor during the microwave radio commissioning; The Ceragon’ NMS Element Network Management System will be pre-installed in the supplied NMS equipment. Field installation of the NMS interconnection cables or equipment will be completed in Turnkey basis. Any final configuration that is required will be completed and the system verified for proper operation. The facility must have adequate space, power and environmental conditions for the installation of the NMS system.2.6 E1 Patching The Vendor must do the patching works connected up to Ceragon DDF. 2.7 Hop Up gradation. During the implementation of Customer Project, there are some hops that need up-gradation as per project requirement. The Vendor shall send the team or members to the site to receive the equipment. The representative of Vendor should sign the Delivery document after the inspection. Subcon should do the physical inspection of the received equipment and take over the responsibility for safety. Before up gradation of the existing hops, Partner should confirm and approve the power off procedure. Partner should perform Hardware functionality checks like status of the Equipment and the same should be documented If any Hardware is faulty or alarm is observed the same needs to be documented in the Inspection check report and highlighted. In addition, Inspection check report should be signed jointly.Removed equipment’s should not be damaged and should be safely handed over to Ceragon/End User Representative duly packed. Different types of Hop up gradations are as below: -1. ODU up gradation: - In ODU up gradation low capacity ODU’s are to be replaced with High capacity ODU’s. The newly installed ODU should connect to the antenna in weather tight condition, gasket shall fit on properly. The Grounding of ODU need to be done and connect below to the right bus bar on the tower or mounting pole. IDU need to re-configured if required.2. IDU up gradation: - In IDU up-gradation low capacity IDU’s are to be replaced with High capacity IDU’s. New IDU need to be installed in the indoor rack or cabinet. The associated DDF also need to be installed preferably in the same rack/cabinet above the IDU just one space reserved between them for cabling through. IDU need to re-configure. 3. 1+0 to 1+1 hops up gradation: - 1+0 hops will be converted to 1+1 hops. One Hybrid coupler, ODU, IF cable and IDU need to be installed as per standard procedure. IDU need to re-configure.4. Capacity Up gradation: - Capacity of links needs to be upgraded as per design parameters. In capacity up gradation the IDU configuration parameters (Frequency, Modulation, and power) need to be re configured. After, Hop Up gradation, it is service provider responsibility to do the E1 patching, if required.3. TESTING AND ACCEPTANCE The Vendor shall do the BER testing witnessing Customer and Ceragon on the site. The test duration should be 24 hours for 23GHz/18GHz/15GHz/11GHz/7GHz access hops, 48 hours for 11GHz/7GHz backhaul links (Subject to customer requirements). Upon completion of the testing, Ceragon shall be notified of the completion and the requirement for acceptance. The notification will be made 48 hours in advance of the planned acceptance. On successful conclusion of the hop acceptance, which will include a physical inspection of the installation and the review of the test data, customer representative will be presented with an Acceptance Certificate for signature. In case Punch points are found requiring further work, or correction, same must be cleared within 48 Hrs. Partner shall arrange for Provisional & Final Acceptance shall be arrange from End customer with the help of Ceragon Representative4. AS-BUILT DOCUMENTATION Vendor will provide the Site Commissioning Report (SCR) (Original + 1 copy [Soft Copy in CD]). The SCR will include:Test Results Part no. & serial nos. of Equipment installed at site. Photos of the installed equipment General Configuration of the Contractor-installed equipment. Site layout and details.SCOPE OF WORK FOR LINE OF SIGHT SURVEY1. INTRODUCTIONDocument outlines the general scope of work for conducting line of site survey (Access and/or Backbone) for Ceragon’s End Customer. This document deals with the detailed scope of work, methodology, deliverables (output required) and responsibilities of either parties.2. SCOPE OF WORK Vendor shall carry out following tasks in the field while conducting line of site survey.
 Record geo coordinates of the site
 Record AMSL reading of the site at ground level (Not on the rooftop if the site is rooftop)
 Record full postal address of the site with pin code
 Record name of the site owner, as applicable
 Record contact details of the site owner, as applicable.
 Record building height in meters AGL (Above Ground Level).
 Record site ID.
 In case of rooftop site , take photograph of the roof and entrance (if photography is permitted), In case of ground based Site take photograph of the plot (if photography is permitted)
 In case of a rooftop site, record roof layout sketch with dimensions and clearly marking north, location of lift machine room (if applicable), location of overhead water tank (if applicable) and location of any other structure on the roof top.
 Record proposed tower or pole mounts location on the sketch. In case of pole mounts, indicate the name of the other site for which the pole mount is proposed. In case of any critical location with respect to LOS, criticality should be recorded on the sketch.
 Record any near end obstruction in LOS and take photographs of the obstructions.
 Record AMSL at every 1 km intervals on the path. In case of any obstruction in between, record AMSL at obstruction point, obstruction height and obstruction type.
 While conducting line of site survey as per point above note the general tree heights, type of trees etc. Also record general building height in the LOS path. Also record if any building construction is underway in LOS path and whether it is likely to block LOS in future.
 In case any water body is found in the path record its width and type (pond, river etc.)
 Record distance of High Tension Lines (if any), Towers (if any) with their approximate distance and azimuth from the site.
 Record all observations as listed above in the provided format. Attach roof / site schematics and photographs along with format.
 Confirm LOS using visual methods (Binocular, Mirror Flash etc.) if possible.
 Input data on Path Loss tool and determine the antennae height.
 Provide Path Loss file with terrain data.
 In case if the town / city has an airport / airstrip geo coordinates and AMSL of the Airport / Airstrip needs to be recorded with approximate direction of the runway ( This is to be done only once for a specific city / town). Runway direction with Airport Geo Coordinates and AMSL to be recorded on a separate sheet.
 As a standard practice each RF site will have multiple options/ candidates and the LOS survey need to be done for each option /candidate of near end site to each option/ candidate of the far end site to arrive at clear options for
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 Konfigurasi
Vendor akan mengkonfigurasi radio microwave dasar pada desain dan rekayasa dokumen, misalnya Konfigurasi frekuensi Tx / Rx, Tx power, T / R spasi, kartu menambahkan, E1 lalu lintas add / Jatuhkan lokal, pass-through E1 lintas koneksi , MRMC, dll  Antena keselarasan Vendor akan melakukan antena panning setelah menyelesaikan semua aktivitas dan konfigurasi di atas. Antena harus selaras untuk mencapai yang diinginkan Menerima Signal Tingkat (RSL) sesuai dengan spesifikasi dalam Anggaran Link. Setelah fine tuning, antena harus tetap untuk melawan spesifik angin beban. Antena keselarasan melibatkan menyesuaikan arah setiap antena sampai kekuatan sinyal yang diterima mencapai level tertinggi di setiap akhir link. rigger harus memiliki akses langsung ke menerima indikator kekuatan sinyal (RSSI) di ODU. Ini biasanya tersedia melalui konektor RSSI sebagai tegangan untuk pengukuran dengan multi meter. penyesuaian Baik untuk azimuth (sudut horizontal) dan elevasi (sudut vertikal) dibangun ke setiap antena meningkat. Jika adjuster horisontal tidak memberikan jangkauan yang cukup untuk mencari balok utama, antena mounting bracket perlu melonggarkan dan antena berputar pada tiang yang meningkat untuk menemukan balok. Sebelum melakukannya memastikan adjuster horisontal reset untuk pertengahan perjalanan. Untuk link XPIC, Vertikal horizontal dan polarisasi harus baik selaras untuk mencapai lintas diskriminasi polarisasi yang tepat terhadap spesifikasi antara kedua situs yang terlibat. Beberapa gunung untuk antena yang lebih besar memiliki putar dasar secara terpisah dijepit (pendukung) untuk memungkinkan antena melonggarkan untuk putar di atasnya tanpa takut selip bawah tiang. Dimana seperti gunung tidak diberikan penjepit putar sementara biasanya dapat menggunakan sepasang kurung pipa berlari bersama-sama langsung di bawah antena gunung.  E1 atau STM-1 tes kinerja (BER PENGUJIAN) Vendor akan melakukan pengujian pertama dan memeriksa jika semua item di atas telah selesai Partner akan menggunakan alat yang tepat untuk meninju kabel E1 di blok Krone atau perawatan Karena harus diambil untuk menangani kabel serat Patch. 2,5 NMS Selama pelaksanaan proyek Nasabah, sistem NMS dari jaringan transmisi microwave juga perlu diintegrasikan pada kecepatan yang sama dengan hop.  Kabel interkoneksi, Hub, switch Layer-X atau Router untuk NMS di setiap situs yang link microwave yang terlibat perlu pra-instal oleh Vendor selama instalasi radio microwave ini.  Jika ada E1 lintas sambungan pada setiap situs hub atau kaskade up link situs yang diperlukan, perlu Vendor untuk melakukan karya-karya sebelumnya End-to-End yang (dari BTS hingga homing BSC nya) E1 memeriksa dan uji;  Alamat IP dari setiap elemen perlu dikonfigurasi oleh Vendor selama komisioning radio microwave;  Sistem Manajemen Ceragon 'NMS Elemen Jaringan akan pra-instal pada peralatan NMS disediakan. Instalasi bidang kabel interkoneksi NMS atau peralatan akan selesai pada dasar penjaga penjara. Konfigurasi akhir yang diperlukan akan selesai dan sistem diverifikasi untuk operasi yang tepat. Fasilitas ini harus memiliki ruang yang cukup, kekuatan dan kondisi lingkungan untuk instalasi sistem NMS. 2,6 E1 Menambal Vendor harus melakukan pekerjaan patching terhubung ke Ceragon DDF. 2,7 Hop Up gradasi. Selama pelaksanaan proyek Pelanggan, ada beberapa hop yang perlu up-gradasi sesuai kebutuhan proyek. Vendor akan mengirimkan tim atau anggota ke situs untuk menerima peralatan. Perwakilan Vendor harus menandatangani dokumen pengiriman setelah pemeriksaan. Subkon harus melakukan pemeriksaan fisik peralatan menerima dan mengambil alih tanggung jawab untuk keselamatan. Sebelum gradasi dari hop yang ada, Mitra harus mengkonfirmasikan dan menyetujui prosedur power off. Mitra harus melakukan pemeriksaan fungsi Hardware seperti status Peralatan dan sama harus didokumentasikan Jika salah Hardware rusak atau alarm diamati kebutuhan yang sama akan didokumentasikan dalam laporan inspeksi cek dan disorot. Selain itu, laporan pemeriksaan Inspeksi harus ditandatangani bersama-sama. peralatan Dihapus tidak boleh rusak dan harus aman diserahkan kepada Ceragon / Akhir Perwakilan Pengguna sepatutnya dikemas. Berbagai jenis Hop up gradasi adalah sebagai berikut: - 1. ODU gradasi: - Dalam ODU gradasi kapasitas rendah ODU adalah untuk diganti dengan kapasitas tinggi ODU ini. The ODU baru dipasang harus terhubung ke antena dalam kondisi cuaca yang ketat, gasket harus sesuai dengan benar. The Grounding dari ODU perlu dilakukan dan menghubungkan bawah ke kanan bus bar di menara atau pemasangan tiang. IDU perlu dikonfigurasi ulang jika diperlukan. 2. IDU gradasi: - Dalam IDU up-gradasi IDU kapasitas rendah adalah untuk diganti dengan kapasitas tinggi IDU ini. New IDU harus dipasang di rak dalam ruangan atau lemari. The terkait DDF juga perlu diinstal sebaiknya di rak yang sama / kabinet atas IDU hanya satu ruang yang disediakan antara mereka untuk kabel melalui. IDU perlu mengkonfigurasi ulang. 3. 1 + 0 ke 1 + 1 hop gradasi: - 1 + 0 hop akan dikonversi ke 1 + 1 hop. Satu coupler Hybrid, ODU, JIKA kabel dan IDU harus diinstal sesuai prosedur standar. IDU perlu mengkonfigurasi ulang. 4. Kapasitas Up gradasi: - Kapasitas link perlu ditingkatkan sesuai parameter desain. Dalam kapasitas gradasi parameter konfigurasi IDU (Frekuensi, Modulation, dan kekuasaan) perlu dikonfigurasi ulang. Setelah, Hop Up gradasi, itu adalah tanggung jawab penyedia layanan untuk melakukan patching E1, jika diperlukan. 3. PENGUJIAN DAN PENERIMAAN Vendor akan melakukan pengujian BER menyaksikan Pelanggan dan Ceragon di situs. Durasi uji harus 24 jam untuk 23GHz / 18GHz / 15GHz / 11GHz / 7GHz akses hop, 48 jam untuk link 11GHz / 7GHz backhaul (Tergantung kebutuhan pelanggan). Setelah menyelesaikan pengujian, Ceragon harus diberitahu penyelesaian dan persyaratan untuk penerimaan. Pemberitahuan akan dilakukan 48 jam sebelum penerimaan direncanakan. Pada kesimpulan keberhasilan penerimaan hop, yang akan mencakup pemeriksaan fisik instalasi dan penelaahan terhadap data uji, perwakilan pelanggan akan disajikan dengan Sertifikat Penerimaan untuk ditandatangani . Dalam hal poin Pukulan yang ditemukan memerlukan pekerjaan lebih lanjut, atau koreksi, yang sama harus dibersihkan dalam waktu 48 Jam. Partner akan mengatur Sementara & Final Acceptance harus mengatur dari pelanggan End dengan bantuan Ceragon Perwakilan 4. AS-BUILT DOKUMENTASI vendor akan memberikan Commissioning Laporan Site (SCR) (Original + 1 copy [Soft Copy CD]). SCR akan meliputi: Hasil Uji  Bagian ada. & Nos serial. Peralatan dipasang di situs.  Foto dari peralatan yang dipasang  Konfigurasi Umum peralatan Kontraktor-instal.  tata letak Site dan rincian. LINGKUP PEKERJAAN UNTUK BIDANG SIGHT SURVEI 1. PENDAHULUAN Dokumen menguraikan lingkup umum bekerja untuk melakukan garis survei situs (Akses dan / atau Backbone) untuk Ceragon ini End Pelanggan. Dokumen ini berkaitan dengan ruang lingkup rinci kerja, metodologi, kiriman (output diperlukan) dan tanggung jawab baik pihak. 2. LINGKUP PEKERJAAN vendor harus melaksanakan tugas-tugas berikut di lapangan saat melakukan garis survei situs.  Rekam geo koordinat situs  Rekam AMSL membaca situs di permukaan tanah (Tidak di atap jika situs tersebut atap)  Rekam penuh alamat pos dari situs dengan kode pin nama  Rekaman pemilik situs, seperti yang berlaku rincian kontak  Rekaman pemilik situs, seperti yang berlaku.  tinggi bangunan Rekam dalam meter AGL (Above Ground Level).  Rekam situs ID.  Dalam kasus situs atap, mengambil foto dari atap dan pintu masuk (jika fotografi diperbolehkan), Dalam kasus tanah berdasarkan Site mengambil foto dari plot (jika fotografi diperbolehkan)  Dalam kasus situs atap, atap catatan tata letak sketsa dengan dimensi dan jelas menandai utara, lokasi angkat ruang mesin (jika ada), lokasi tangki air overhead (jika ada) dan lokasi struktur lain di atas atap.  Rekam diusulkan tower atau tiang gunung lokasi di sketsa. Dalam kasus gunung tiang, menunjukkan nama situs lain yang pole mount diusulkan. Dalam kasus setiap lokasi penting sehubungan dengan LOS, kekritisan harus dicatat pada sketsa.  Catat obstruksi akhir dekat di LOS dan mengambil foto dari penghalang.  Rekam AMSL di setiap 1 km interval di jalan. Dalam kasus obstruksi setiap di antara, catatan AMSL pada titik obstruksi, tinggi obstruksi dan jenis obstruksi.  Sementara melakukan garis survei situs per titik di atas catatan ketinggian pohon umum, jenis pohon dll Juga mencatat ketinggian bangunan umum di LOS jalan. Juga mencatat jika ada pembangunan gedung sedang berlangsung di LOS jalan dan apakah ada kemungkinan untuk memblokir LOS di masa depan.  Dalam hal badan air ditemukan dalam catatan jalan lebar dan jenis (kolam, sungai dll) yang  jarak Rekaman Tinggi Garis ketegangan (jika ada), Menara (jika ada) dengan perkiraan jarak dan azimuth dari situs.  Catat semua pengamatan seperti yang tercantum di atas dalam format yang disediakan. Melampirkan skema atap / situs dan foto bersama dengan format yang.  Konfirmasi LOS menggunakan metode visual (Teropong, Cermin flash dll) jika memungkinkan.  Input data pada alat Rugi Jalan dan menentukan ketinggian antena.  Memberikan Jalur berkas Rugi dengan data medan.  Dalam kasus jika kota / kota memiliki bandara / landasan koordinat geo dan AMSL dari Bandara / Airstrip perlu direkam dengan arah perkiraan landasan (ini dilakukan hanya sekali untuk kota / kota tertentu). Arah landasan pacu dengan Bandara Geo Koordinat dan AMSL dicatat pada lembar terpisah.  Sebagai praktek standar setiap situs RF akan memiliki beberapa pilihan / calon dan kebutuhan survey LOS dilakukan untuk setiap opsi / calon dekat situs mengakhiri setiap opsi / calon situs ujung tiba di pilihan yang jelas untuk

























































































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