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Zion communication
เข้าร่วมเมื่อ 4 ส.ค. 2017
Specializing in designing and manufacturing fiber system & copper cabling system products and providing customized services for our customers.
✔️What products ZION COMM. have?
🔽Cable and wires
🔽Fiber System Equipment
🔽Copper System Equipment
✔️Why chose zion comm. as your honest supplier and partner?
1️⃣ Our R&D team and skilled workers together with the advanced machines and modern factories can provide our customers with outstanding quality, and service.
2️⃣ On the flexibility
3️⃣ High-quality control standard
4️⃣ Plenty of Certificates of products and customs
5️⃣ Professional expert team
6️⃣ 7/24 working time for you
hello-signal.com/
www.zion-communication.com/
✔️What products ZION COMM. have?
🔽Cable and wires
🔽Fiber System Equipment
🔽Copper System Equipment
✔️Why chose zion comm. as your honest supplier and partner?
1️⃣ Our R&D team and skilled workers together with the advanced machines and modern factories can provide our customers with outstanding quality, and service.
2️⃣ On the flexibility
3️⃣ High-quality control standard
4️⃣ Plenty of Certificates of products and customs
5️⃣ Professional expert team
6️⃣ 7/24 working time for you
hello-signal.com/
www.zion-communication.com/
The Production Process of Fiber Patch Cord/Pigtail
How to produce Fiber Patch Cord/Pigtail
A fiber patch cord and pigtail production line typically involves several key processes to ensure high-quality output. Here's a general overview of what such a production line might include:
Step 1: Raw Material Preparation
Fiber Optic Cables: Opting for the right fiber models (single-mode vs. multi-mode).
Connectors: Different connector types required depending on the individual scenario (SC, LC, ST, FC, MTP, etc.).
Sheathing and Jackets: Outer layers cover that guarantees protection.
Step 2: Cutting Fiber Optic Patch Cord Cable.
Fiber cables and connectors are all necessary materials, and production can start. The cables, normally supplied on reels, should be cut into required lengths. While the manual cutting is possible, automated machines add to productivity, which can be beneficial as demand rises. This machine is compatible with various cable specifications and lengths, including cutting, strapping, and wrapping functions with high accuracy.
Step 3: Cleaning & Pre-handling Fiber Optic cable
After cutting, the cables have to be cleaned to take off the allowable residues before the connectors are inserted. Arrange the cable system in such a way that the method of connector attachment is made easy.
Step 4: Stripping and Identifying Fiber Patch Jumper Cables.
Use a jacket stripper to take off the outer jacket that may differ in diameter (3.0 mm, 2.0 mm, or 0.9 mm). The miller stripper is now used to strip the tight-buffered 0.9 mm inner jacket. Identification pastes help in distinguishing the cables for duplex or multi-channel assemblies.
Step 5: Epoxy injection and fiber insertion into the connector.
Apply epoxy on the fiber surface and insert the fiber in the ferrule of the connector, in most of the cases using 353 Epoxy. This can be done either manually or via machine.
Step 6: In the case of fiber solidification
probably in the connector, via vertical or horizontal furnace, this can be achieved.
Step 7: Fast Connector Assembly.
Continue to follow with joining together of the remaining part of the connectors to the cables.
Step 8: Ultrasonic cleaning and polishing are performed by the machine.
After this, the half-finished patch cords undergo cleaning with ultrasonic machines, and the connector interfaces are polished to ensure symmetrical alignment between the two parts.
Step 9: Microscope Inspection.
Check the connector interface using a microscope (with 400x or 600x magnification) to make sure there is no dirt. If there's dust, the connector can be re-cleaned.
Step 10: Finally, implement Last Quality Control (FQC) inspection machines
for LM for final quality control, which will test the patch cord by measuring the insertion and return loss value that are essential parameters for performance.
Step 11: Packaging.
The last step is packaging, where you need to make sure that the cords are well secured in the package according to the customer's specifications.
Conclusion
Fiber patch cords and pigtail production line has a carefully measured sequence involving precise procedures to manufacture quality goods. The accomplishment of each line is fundamental in the provision of reliable and performant fiber optic networks. Our production line also incorporates all the necessary equipment for fiber polishing and provides training on professional fiber handling techniques.
A fiber patch cord and pigtail production line typically involves several key processes to ensure high-quality output. Here's a general overview of what such a production line might include:
Step 1: Raw Material Preparation
Fiber Optic Cables: Opting for the right fiber models (single-mode vs. multi-mode).
Connectors: Different connector types required depending on the individual scenario (SC, LC, ST, FC, MTP, etc.).
Sheathing and Jackets: Outer layers cover that guarantees protection.
Step 2: Cutting Fiber Optic Patch Cord Cable.
Fiber cables and connectors are all necessary materials, and production can start. The cables, normally supplied on reels, should be cut into required lengths. While the manual cutting is possible, automated machines add to productivity, which can be beneficial as demand rises. This machine is compatible with various cable specifications and lengths, including cutting, strapping, and wrapping functions with high accuracy.
Step 3: Cleaning & Pre-handling Fiber Optic cable
After cutting, the cables have to be cleaned to take off the allowable residues before the connectors are inserted. Arrange the cable system in such a way that the method of connector attachment is made easy.
Step 4: Stripping and Identifying Fiber Patch Jumper Cables.
Use a jacket stripper to take off the outer jacket that may differ in diameter (3.0 mm, 2.0 mm, or 0.9 mm). The miller stripper is now used to strip the tight-buffered 0.9 mm inner jacket. Identification pastes help in distinguishing the cables for duplex or multi-channel assemblies.
Step 5: Epoxy injection and fiber insertion into the connector.
Apply epoxy on the fiber surface and insert the fiber in the ferrule of the connector, in most of the cases using 353 Epoxy. This can be done either manually or via machine.
Step 6: In the case of fiber solidification
probably in the connector, via vertical or horizontal furnace, this can be achieved.
Step 7: Fast Connector Assembly.
Continue to follow with joining together of the remaining part of the connectors to the cables.
Step 8: Ultrasonic cleaning and polishing are performed by the machine.
After this, the half-finished patch cords undergo cleaning with ultrasonic machines, and the connector interfaces are polished to ensure symmetrical alignment between the two parts.
Step 9: Microscope Inspection.
Check the connector interface using a microscope (with 400x or 600x magnification) to make sure there is no dirt. If there's dust, the connector can be re-cleaned.
Step 10: Finally, implement Last Quality Control (FQC) inspection machines
for LM for final quality control, which will test the patch cord by measuring the insertion and return loss value that are essential parameters for performance.
Step 11: Packaging.
The last step is packaging, where you need to make sure that the cords are well secured in the package according to the customer's specifications.
Conclusion
Fiber patch cords and pigtail production line has a carefully measured sequence involving precise procedures to manufacture quality goods. The accomplishment of each line is fundamental in the provision of reliable and performant fiber optic networks. Our production line also incorporates all the necessary equipment for fiber polishing and provides training on professional fiber handling techniques.
มุมมอง: 28
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SC MM multimode OM1 Connector
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SC MM Multimode (OM1) #Fiberoptic Connector #ZionCommunication provides various fiber optic connectors, including SC, LC, FC, ST, MPO, and more. About in simplex/duplex types, with different boot lengths and polishing styles. Visit the website to Learn how to choose the right one considering fiber type, polishing, interface, etc. hello-signal.com/fiber-optic-connector/ hello-signal.com/fiber-op...
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CAT6 Keystone Jacks installed to the Network Faceplate
มุมมอง 3702 หลายเดือนก่อน
Putting into place CAT6 keystone jacks into a network faceplate involves a sequence of actions to set up the elements and ensure a good connection. Below, you will find a guideline providing an overview of the process: Materials Needed: - CAT6 keystone jacks - Network faceplate - CAT6 Ethernet cable - Punch-down tool - Cable stripper - Wire cutters - Screwdriver Steps to Install CAT6 Keystone J...
8 Ports Fiber Patch Panel with SC Adapters
มุมมอง 513 หลายเดือนก่อน
8 Ports Fiber Patch Panel with SC Adapters A #fiberoptic #patchpanel is essential for managing, distributing, and protecting #fiber links in #FTTH networks. Available in wall-mounted and rack-mounted designs, it fits various optical systems. Typically made from high-quality cold-rolled steel with static plastic spraying, it supports adapters like #SC, #LC, #FC, #ST, E2000, and #MPO/MPT. The mod...
Fire Resistant Cable Silicon Rubber Insulation Coloring and Cabling Process
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24 Cores IP65 Fiber Optic Distribution Box ZC-FD211-SC(7231273)
มุมมอง 203 หลายเดือนก่อน
SKU: ZC-FD211-SC(7231273) hello-signal.com/product/24-cores-ip65-fiber-optic-distribution-box-zc-fd211-sc7231273/
16 Cores IP65 Fiber Optic Distribution Box ZC-FD216-PLC(7231280)
มุมมอง 143 หลายเดือนก่อน
SKU: ZC-FD216-PLC(7231280) hello-signal.com/product/16-cores-ip65-fiber-optic-distribution-box-zc-fd216-plc7231280/
16 Cores IP65 Fiber Optic Distribution Box ZC-FD215-SC(7231279)
มุมมอง 93 หลายเดือนก่อน
SKU: ZC-FD215-SC(7231279) hello-signal.com/product/16-cores-ip65-fiber-optic-distribution-box-zc-fd215-sc7231279/
16 Cores IP65 Fiber Optic Distribution Box ZC-FD210-SC(7231271)
มุมมอง 73 หลายเดือนก่อน
SKU: ZC-FD210-SC(7231271) hello-signal.com/product/16-cores-ip65-fiber-optic-distribution-box-zc-fd210-sc7231271/
16 Cores IP65 Fiber Optic Distribution Box ZC-FD210-PLC(7231272)
มุมมอง 123 หลายเดือนก่อน
SKU: ZC-FD210-PLC(7231272) hello-signal.com/product/16-cores-ip65-fiber-optic-distribution-box-zc-fd210-plc7231272/
16 Cores IP65 Fiber Optic Distribution Box ZC-FD209(7231270)
มุมมอง 63 หลายเดือนก่อน
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12 Cores IP65 Fiber Optic Distribution Box ZC-FD213(7231277)
มุมมอง 163 หลายเดือนก่อน
SKU: ZC-FD213(7231277) hello-signal.com/product/12-cores-ip65-fiber-optic-distribution-box-zc-fd2137231277/
8/12 Cores IP65 Fiber Optic Distribution Box ZC-FD214(7231278)
มุมมอง 43 หลายเดือนก่อน
8/12 Cores IP65 Fiber Optic Distribution Box ZC-FD214(7231278)
8 Cores IP65 Fiber Optic Distribution Box ZC-FD207-SC(7231266)
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8 Cores IP65 Fiber Optic Distribution Box ZC-FD207-SC(7231266)
8 Cores IP65 Fiber Optic Distribution Box ZC-FD207-PLC(7231267)
มุมมอง 63 หลายเดือนก่อน
8 Cores IP65 Fiber Optic Distribution Box ZC-FD207-PLC(7231267)
UTP CAT6 Toolless Keystone Jack ZCTLKJU6-B1
มุมมอง 653 หลายเดือนก่อน
UTP CAT6 Toolless Keystone Jack ZCTLKJU6-B1
RJ45 UTP CAT6A Toolless Plug ZC-G40U-C6A-B1
มุมมอง 103 หลายเดือนก่อน
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RJ45 UTP CAT6 Toolless Plug ZC-688Y-C6-B1
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RJ45 UTP CAT6 Toolless Plug ZC-688Y-C6-B1
RJ45 FTP CAT6A Toolless Plug ZC-G40S-4-C6A-B1
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RJ45 FTP CAT6A Toolless Plug ZC-G40S-4-C6A-B1
FTP CAT6/6A 1U 24 Ports Shielded Blank Patch Panel ZCBPPF-1U48-B2
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FTP CAT6&6A 1U 24 Ports Shielded Blank Patch Panel ZCBPPF-1U24-B1
FTP CAT6 Toolless Keystone Jack ZCTLKJF6-B1
มุมมอง 143 หลายเดือนก่อน
FTP CAT6 Toolless Keystone Jack ZCTLKJF6-B1
FTP CAT6 1U 24 Ports Shielded Patch Panel ZCPPF6-1U24-PD-B1
มุมมอง 333 หลายเดือนก่อน
FTP CAT6 1U 24 Ports Shielded Patch Panel ZCPPF6-1U24-PD-B1
96/144 cores Fiber Optic Horizontal Closure-ZC-FH012(7231132)
มุมมอง 113 หลายเดือนก่อน
96/144 cores Fiber Optic Horizontal Closure-ZC-FH012(7231132)
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24/48/96 cores Fiber Optic Horizontal Closure-ZC-FH010(7231130)
24/48/96 cores Fiber Optic Horizontal Closure-ZC-FH011(7231131)
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24/48/96 cores Fiber Optic Horizontal Closure-ZC-FH011(7231131)
96/144/288 cores Fiber Optic Vertical Splice Closure-ZC-FV108M(7231228)
มุมมอง 73 หลายเดือนก่อน
96/144/288 cores Fiber Optic Vertical Splice Closure-ZC-FV108M(7231228)
Need this job because I am a fiber internet technician
Casset
Don’t look down those for yourself though, let the camera do it for you.
😂😂😂
Boss pwde mag tanung
Untuk 3way boleh sambung ka bg
Hi Luke, your whatsapp is not working
0086 19883212162
Mujhe iska Mal chahie banane ke liye
Aisa company mein baat ho sakti hai meri
Fiz um short de Zion's face
এটা কি নেট লাইন দেয়া হচ্ছে
Practice maybe. The dB loss is over 9000
1x8
Магия
Помогло спасибо
What do you call for that violet element
its called a cable comb. They usually have an outer ring that you slide over it after you get all the cables seated in the slots.
nice!!!!!
magic
Kazakhstan. Almaty. SAPAR. Hello. With the help of the “HYBRID gyroscope” you can make scientific discoveries; in astronomy, astrophysics, cosmology, higher theoretical physics,... I am writing to you with a proposal for the joint invention of a HYBRID gyroscope from non-circular, TWO coils with a new type of optical fiber with a “hollow core photonic-substituted vacuum zone or (NANF)” where - the light travels 48000 meters in each arm, while it does not exceed the parameters 40/40/40 cm, and the weight is 4 kg. Manufacturers of “Fiber Optic Gyroscopes” can produce HYBRID gyroscopes for educational and practical use in schools and higher education institutions. Einstein dreamed of measuring the speed of a train, an airplane - through the Michelson-Morley experiment of 1881/2024, and only then would the experiment be more than 70% complete. This can be done using a fiber optic HYBRID gyroscope. Based on the completion of more than 70% of Michelson's experiment, the following postulates can be proven: Light is an ordered vibration of gravitational quanta, and dominant gravitational fields adjust the speed of light in a vacuum. (We are not looking for ether, we will see the work of gravitational quanta) The result is a «theory of everything» in a simple teaching device and a new tape measure for measuring the universe.
fiber optic is an excellent technology.
Yuck never use zip ties on cable braids. Can easily pinch a wire pair and ruin everything. Plus it looks way worse than Velcro tape. At the very least trim your zip tie tails!!
interesting how our hair melts when burned, almost like its a polymer of some kind...
🌡
DOWNVOTE BECAUSE FUCKING LOUD
Good bro
Wtf are these comments💀
you are not pushing hard enough with the punchdown tool.
APC Plug in UPC Port 💀
This is not proper. You are testing a patch cord with a channel test head. The test should be performed with a patch cord test head, such as a DSX-PC6S to test to Cat6 test limits.
Seeing this video i am thinking about putting two strands of hair into my Fuji 21S. That preview picture is so shit you can't see anything, so I wonder if the machine might not be able to see that it's hair and not an actual fiber.
youch
12 very poor splices. Gonna lose a few Db at those splices. 😢
This is 🐂shit none of them gonna work properly
that was a horrible splice
I am a mechanical engineer...i am not sure ..but i feel the laser cannot pass through any one of the fiber because i can see the distortion at the joint. It must look seamless to fascilititate total internal reflection.So i would say this is a faliure.
The joint looks horrible. As a physicist, I can confirm that no data would pass through it!
Not clear
When in university we met one of the old guys that found an method to produce fiber. He gave me one spliced fiber. I said I can feel the connection. He said that the sence in the finger is on atomic scale. I still can see the amplitude modulated light in production. Nor LASER amplifier for doped fiber.
Always wondered if these splicers were any good for laser fiber
i am a professional youtube watcher and i can tell you this was done incorrectly
How many dBs are lost?
my uncle had a fusion splicer in his garage. he went missing about 6 months ago claiming he built a time machine. he said he needed it to build a flux capacitor otherwise the flux would not capacitate. we thought he was a loony.
Unbelievable precisely
Cool, my channel is about splicing but i never did 12 at the same time😀
So two tools for the toolless jack 👌
lol trash fuse
Якого ж хріна тоді ці апарати так дорого коштують
High precision , normaly they are about 125 micron diameter, so 0.125mm . They have to be linned up precisely and the arc must be strong enough just to melt the tips of the two together but not to strong that is melts all the glass . If it's to powerful you get what happened to the hair in the video
Hi is there any optical fibre technician trainer... To train students Pls let me know
This is not good. Bad product
Why not good? Details please
❤
kiddos, this is fake ahahah