Coordinate melt delivery, tooling, cooling and traction around the cable design.
HK-90 Lini Pelapis Kabel Optik
Ekstrusi Φ90 mm · Pay-off inti hingga take-up kabel jadi
Apply the specified outer sheath around your prepared optical cable core. Configure material feeding, aramid yarn stranding or metal-tape protection as required, extrusion, cooling and take-up as one coordinated production stage.
- INPUT
- Inti kabel atau tabung longgar yang telah disiapkan, dengan bahan pelindung yang ditentukan
- OUTPUT
- Kabel optik berselubung pada drum kabel jadi yang disepakati
- CORE PROCESS
- Pay off → prepare → extrude → cool / inspect → take up
- CONFIGURATION BASIS
- Cable construction, sheath compound, diameter, output and reel format
Scope boundary: this page covers the sheathing stage. Upstream coloring, loose-tube extrusion and SZ core stranding are separate processes. Reinforcement and armoring modules are selected for the approved cable construction.
From prepared core to finished outer sheath.
Build the process around the cable layers. Optional protection modules are selected before the extrusion and downstream handling requirements are finalized.
Feed the specified construction.
Start with the prepared core or loose tube. Match the core, wire and protection-material pay-offs to the incoming package.
Prepare the layers before extrusion.
Apply the selected water blocking and ripcord. ADSS routes add aramid yarn stranding before the outer sheath; armored routes use the specified metal-tape preparation and forming modules.
Form the outer jacket.
Feed the approved compound to the Φ90 mm extruder and crosshead. Coordinate melt delivery, cable centering, temperature and line speed.
Cool, inspect and collect.
Cool and dry the sheath, monitor diameter, apply the specified marking and tests, then coordinate caterpillar traction with finished-cable take-up.
Choose the protection route for your cable.
The same extrusion stage can sit within different process routes. Compare the incoming core, reinforcement and tape requirements before defining the equipment package.
Follow the line, one machine at a time.
Select a number or equipment card to see its equipment area, image and process role. Dashed regions identify process interfaces whose final position must be confirmed. The reference includes optional preparation and testing modules; the final equipment list follows your cable construction.
13 Bahasa Indonesia: Φ90 mm sheath extruderEquipment area in the reference arrangement
Equipment-family reference from the supplied project document. Final construction and quantity follow the approved equipment list.
Φ90 mm sheath extruder
Plasticizes the approved sheath compound and supplies the adjustable crosshead. The reference uses a Φ90 mm screw with a 25:1 L/D ratio.
Compound grade, screw and crosshead, tooling, temperature profile, output and required jacket dimensions.
Selected equipment 13: Φ90 mm sheath extruder
Referensi batas: the panorama illustrates equipment order, not the final machine count, footprint or construction. Images from the project document show equipment families; the approved layout and equipment list define the supplied arrangement.
Tentukan kondisi operasional di balik spesifikasi tersebut.
Gunakan referensi di bawah ini untuk memulai tinjauan teknis. Konfirmasi konstruksi kabel lengkap, tingkat mutu material, dan kondisi uji coba sebelum menyetujui kinerja produksi.
| Review area | Reference / requirement | Kondisi untuk dikonfirmasi |
|---|---|---|
| Extruder reference | Φ90 mm screw · 25:1 L/D · 75 kW main drive. | Konfigurasi peralatan referensi; sekrup, crosshead, dan perkakas harus sesuai dengan kompon dan kabel. |
| Referensi penggulungan Aramid | 24 heads · independent tension · adjustable pitch · S or Z lay. | Selected for the cable construction. Confirm yarn grade, quantity, tension and stranding pitch together with extrusion speed. The reference 120 rpm rotation is not a cable line speed. |
| Sheath materials | PE / PVC dalam referensi ekstruder yang disediakan. | Confirm the compound grade and process settings. Other compounds require a separate suitability review. |
| Kecepatan produksi | Reference: up to 80 m/min for PE cable below Φ10 mm. | Conditional source value; confirm the complete construction, jacket thickness, cooling, reel changes and quality targets. |
| Extrusion output | Reference: up to 250 kg/h PE, with the crosshead open in the source specification. | An extruder-output reference is not guaranteed finished-cable throughput. Verify it with the agreed tooling and compound. |
| Cable & tooling range | Specify incoming core, finished diameter and jacket thickness. | Review every module. A metal-tape forming tool may have a narrower range than the extruder or capstan. |
| Reels, tension & utilities | Agree supply/output drums, winding tension, layout and utility loads. | Use one approved schedule for the chosen configuration; do not infer these values from the HK-90 name. |
| Controls & acceptance | PLC / IPC coordination, recipes, alarms and agreed inspection records. | Define instruments, interfaces, safety functions, trial duration and acceptance criteria. |
Konfirmasi jadwal teknis untuk kabel Anda.
Review output together with the sheath cross-section, compound, tooling and cooling capacity. Reel capacity, line footprint, tension settings and utility loads are finalized for the selected configuration.
Connect the sheathing stage to your finished cable.
Compare the complete cable route, then define the sheathing equipment and construction-specific preparation modules.
Kabel GYXTW
Review the loose-tube input, parallel strength members, metal-tape protection and outer-sheath requirements.
Solusi kabel terbukaKabel ADSS
Coordinate aramid yarn stranding with outer-sheath extrusion; confirm whether the incoming cable is a prepared core or an inner-sheathed cable.
Solusi kabel terbukaGYXTC8S Figure-8 Cable
Review the published construction, armoring, messenger positioning and figure-8 crosshead tooling together.
Solusi kabel terbukaConstruction matters: armored, all-dielectric and figure-8 cables require different preparation, reinforcement and tooling. One illustrated arrangement does not establish compatibility with every cable.
Untuk ekstrusi tabung, tinjau Lini Produksi Tabung Longgar. Untuk inti berpilin, tinjau Lini Produksi Penggulungan SZ.
See the sheathing process. Plan the acceptance trial.
The HONGKAI HK-90 video shows a sheathing reference for an ADSS cable route. Use it to discuss equipment and operating sequence, then agree the trial for your construction.
Cobalah konstruksi yang ditentukan.
Gunakan inti yang telah disetujui, senyawa selubung, bahan pelindung, dan drum keluaran.
Periksa perilaku terkoordinasi.
Observe extrusion, cooling, diameter monitoring, traction and take-up during starts, steady running and stops.
Agree the inspection record.
Check finished diameter, sheath thickness and appearance, marking, winding and the agreed optical and jacket tests.
Hubungkan pasokan peralatan dengan start-up pabrik.
The written proposal should connect equipment selection, integration and start-up responsibilities. Confirm the scope with HONGKAI for your project.
Lingkup peralatan
- Tentukan modul yang disediakan dan jumlahnya
- Identifikasi peralatan yang dipertahankan dan disediakan oleh pembeli
- Catat tanggung jawab sumber peralatan
Line integration
- Tinjau tata letak dan antarmuka alur material
- Tentukan kontrol, utilitas, dan batas keselamatan
- Menyetujui ruang lingkup instalasi dan komisioning
Mulai & dukungan
- Tentukan produk uji coba dan catatan penerimaan
- Confirm operator training and documentation
- Menyetujui ruang lingkup suku cadang dan purnajual
Tell us about the cable you need to sheath.
Start with your drawing, product requirements or existing equipment. Technical details can be confirmed during the first review.
Nine inputs for your sheathing line.
- 01
Cable drawing and finished dimensions
- 02
Incoming core or loose-tube details
- 03
Sheath compound and jacket thickness
- 04
Reinforcement, tape and ripcord requirements
- 05
Input and output drum sizes / weights
- 06
Target output and operating plan
- 07
Marking, testing and acceptance criteria
- 08
Factory layout and retained equipment
- 09
Utilities, installation and project timing
Questions before specifying an HK-90 sheathing line.
Review the cable construction, equipment boundary and information needed for a proposal.
01Apa yang diproduksi oleh lini selubung HK-90?
Mesin ini menerapkan selubung luar yang ditentukan pada inti kabel optik yang telah disiapkan atau pada tabung dan paket pelindung spesifik konstruksi, kemudian mendinginkan, memeriksa, dan mengumpulkan kabel tersebut. Pewarnaan serat hulu, ekstrusi tabung longgar, dan penganyaman SZ merupakan tahapan terpisah kecuali termasuk dalam lingkup proyek.
02Dapatkah satu lini memproduksi kabel GYXTW, ADSS, dan kabel berbentuk 8?
Famili kabel ini dapat melibatkan tahap pelapisan HK-90, namun tidak menggunakan paket peralatan yang identik. Penanganan inti, penguatan, perisai, posisi messenger, perkakas crosshead, dan pengujian hilir harus ditinjau untuk setiap gambar kabel.
03Apakah setiap konfigurasi mencakup peralatan pita logam?
Tidak. Pita logam pay-off, penyambungan, akumulasi, pengkorugasi, dan pembentukan longitudinal dipilih untuk konstruksi berpelindung atau berselubung komposit yang ditentukan. Rute all-dielectric memiliki persyaratan penguatan yang berbeda.
04Apa arti kecepatan dan keluaran yang dikutip?
Sumber memberikan hingga 80 m/min untuk kabel PE di bawah 10 mm dan referensi output ekstrusi hingga 250 kg/h PE dengan crosshead terbuka. Nilai-nilai ini menggambarkan kondisi referensi yang dinyatakan. Output kabel aktual yang diterima harus disepakati untuk kabel, kompon, peralatan, pendinginan, dan rencana operasional.
05Senyawa selubung mana yang dapat digunakan?
Referensi ekstruder yang disediakan menjelaskan PE dan PVC. Konfirmasi tingkat (grade) yang tepat serta pengaturan sekrup, perkakas, pengeringan, dan suhu yang diperlukan. Jangan mengasumsikan bahwa LSZH atau senyawa lainnya telah tercakup tanpa tinjauan teknis terpisah.
06Apakah akumulator kabel jadi sudah termasuk?
Referensi peralatan mencakup akumulator pita logam, yang menyimpan pita untuk rangkaian penyambungannya. Akumulator kabel jadi menjalankan tugas yang berbeda dan memerlukan konfigurasi, tegangan, panjang penyimpanan, serta tinjauan pergantian gulungan sendiri.
07Dapatkah penguji percikan jaket digunakan untuk ADSS?
Penerapan pengujian bergantung pada konstruksi kabel dan adanya jalur balik listrik yang sesuai. Kabel dielektrik penuh tidak boleh secara otomatis diberikan susunan uji percikan yang sama dengan kabel yang mengandung logam. Konfirmasikan metode pengujian dan kriteria penerimaan untuk produk aktual.
08Apa yang harus saya kirim untuk permintaan penawaran?
Kirim gambar kabel, inti masuk, senyawa selubung, material pelindung, ukuran drum yang dibutuhkan, dan target produksi. Tambahkan tata letak pabrik dan mesin yang ada jika tersedia. Detail teknis dapat dilengkapi selama tinjauan pertama.