Global Logistic Company
Coaxial Cable
Conductor: CU or CCS
Insulation: PE or PEF
Insulation Color: Transplant or White
Shield: Al Foil and Braid
Jacket: PVC
Temperature Range:-10 —- +70℃
Description |
Coaxial Cable |
Conductor: |
CU or CCS |
Insulation: |
PE or PEF |
Shield: |
Al Foil and Braid |
Sheath |
PVC Compound |
Sheath Color |
Black, Grey or as requested |
Rated Temperature |
70℃ |
Minimal Bending Radius: |
8D |
Technical Data
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O.D. |
Braiding shield |
O.D. |
Insulated material |
Impedance |
capacitance |
Attenuation
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type |
conductor |
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mm |
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inner |
out |
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No./mm |
material |
mm |
No./mm |
No./mm |
|
|
ohm |
pF/m |
dB/km |
RG-6/U |
1/1.02 |
BC |
4.8 |
16/4/0.12 |
﹣ |
7.0 |
LSZH |
75 |
41 |
66 |
RG-8/U |
7/0.724 |
BC |
7.24 |
24/8/0.18 |
﹣ |
10.3 |
LSZH |
52 |
96.8 |
69 |
RG-11/U |
7/0.404 |
TC |
7.24 |
24/8/0.18 |
﹣ |
10.3 |
LSZH |
75 |
67.3 |
76 |
RG-58/U |
1/0.813 |
BC |
2.95 |
16/7/0.127 |
﹣ |
4.95 |
LSZH |
53.5±2.5 |
93.5 |
138 |
RG-58A/U |
19/0.18 |
TC |
2.95 |
16/7/0.127 |
﹣ |
4.95 |
LSZH |
50±2 |
93.5 |
174 |
RG-58C/U |
19/0.18 |
TC |
2.95 |
16/7/0.127 |
﹣ |
4.95 |
LSZH |
50±2 |
93.5 |
174 |
RG-59/U |
1/0.643 |
CCS |
3.71 |
16/7/0.16 |
﹣ |
6.15 |
LSZH |
73±3 |
68.9 |
125 |
RG-59A/U |
1/0.643 |
CCS |
3.71 |
16/7/0.16 |
﹣ |
6.15 |
LSZH |
73±3 |
68.9 |
125 |
RG-59B/U |
1/0.584 |
CCS |
3.71 |
16/7/0.16 |
﹣ |
6.15 |
LSZH |
75±3 |
68.9 |
112 |
RG-213/U |
7/0.752 |
BC |
7.24 |
24/8/0.18 |
﹣ |
10.3 |
LSZH |
50±2 |
100 |
69 |
Coaxial cable is a premium product with solid copper conductors, foam polyethylene insulation and a fire resistant sheath. The solid copper conductor provides excellent electrical conductivity and signal transmission, making it ideal for high frequency applications. The foam polyethylene insulation provides excellent insulation properties, reducing signal loss and interference. fire resistant cable provides excellent fire protection, making it ideal for use in high-risk environments.
Coaxial cables are designed to provide reliable and efficient performance for a range of high frequency applications. Its solid copper conductors provide excellent electrical conductivity and signal transmission, making it ideal for high performance applications. Foam polyethylene insulation provides excellent insulation performance, reducing signal loss and interference. The fire jacket provides excellent fire protection, making it ideal for use in high-risk environments.
A number of advantages make it ideal for a variety of applications. First, its solid copper conductors provide excellent electrical conductivity and signal transmission, making it ideal for high frequency applications. Second, its foamed polyethylene insulation provides excellent insulation properties, reducing signal loss and interference. Third, its fire-resistant sheath provides excellent fire protection, making it ideal for use in high-risk environments. Finally, it is available in a variety of sizes and lengths for a wide range of wiring setups.
Can be used in a variety of applications. It is ideally suited for telecommunications applications, including cable television, broadband Internet and telephone networks. Its high performance design also makes it suitable for broadcast applications, including radio and television transmission. It is also suitable for computer networks, including Ethernet and Wi-Fi networks.
Coaxial cable is easy to install and can be used in a variety of applications. It is recommended that the cable be installed according to the manufacturer’s instructions to ensure proper installation and to prevent damage to the cable. The cable can be cut to the required length using wire cutters or cable shears and can be terminated using a range of connectors, including BNC and F-type connectors.
Coaxial cable is a durable product that requires minimal maintenance. However, it is recommended that the cable be inspected regularly to ensure it is working properly. Any damaged cables should be replaced immediately to prevent further damage or injury. It is also recommended that the cable be cleaned periodically to remove any dirt or debris that may have accumulated on the cable.
1) Conductor: Single or stranded fine copper (tinned) wires ,copper clad steel or copper clad aluminum
2) Insulation: Foamed polyethylene (PEF) or solid polyethylene (PES)
3) Shield: 100% coated Aluminum mylar Single-sided aluminum foil and braid
1) Movable Installation: – 5 ° C to +70 ° C fixed installation: -40 ° C to +70 ° C
2) Impedance: 75 ± 3Ω
3) Rated capacitance: 54 ± 3 pF / m
4) Brand: Anyte
A custom data cable is a type of cable that is specifically designed and manufactured to meet the unique needs of a particular application or device. Custom data cables can be used for a variety of purposes, such as transferring data between two devices or connecting a device to a power source.
The specifications of a custom data cable can vary depending on the requirements of the application. For example, a custom data cable for a high-speed data transfer application may require a different set of specifications than a cable used for low-speed data transfer. Similarly, a cable designed for a particular device may require a unique connector or length.
Custom data cables can be created by a variety of manufacturers and can be designed to meet specific industry standards or requirements. They are commonly used in industries such as healthcare, telecommunications, automotive, and consumer electronics.
When designing a custom data cable, it’s important to work with a reputable manufacturer who can provide expertise in the design, development, and testing of the cable. This can help ensure that the cable meets the necessary standards for quality and performance.
1)Coaxial cable
2)Fiber Optic cable
3)Twisted Pair
If you are not an IT professional, it can be difficult to understand which type of cable needs to be used for your project. There are a lot of factors that go into which type of cable you need to use including the distance that the cable will be ran, the data transfer speeds you require, and the environment that the cable will live in.
Both types of data cable can be used for carrying video, audio, and other forms of data, and both can offer you distinct advantages and disadvantages in setting up your network.
Deciding which is best for your situation depends on the distance of your connection and the amount of data you will send. Fiber optic data cables carry a signal for several miles before needing a repeater. Signal losses are higher in coax cable, so you should use it for shorter distances. Fiber optic cables carry far more information, and it is also more expensive. Fiber optic data cables are found less frequently in residential and consumer settings than coaxial data cables, but fiber networks continue to grow in networks around the world.
Coax data cables are easy to install and very durable. Because fiber has higher and faster data transfer than coax, they are best used for professional networks or multi-dwelling units (MDUs), such as those found within a business campus, university or apartment complex. If you are working on a home installation or medium-capacity data transfer network, then most would choose to install with coax data cable.
Regarding the cost of fiber vs. coax, fiber is typically higher upfront with a long lifespan. After installation, the price for dedicated internet access over fiber will also be higher than a shared cable internet connection. It’s important to weigh the options before making this critical decision that will impact your network service for the foreseeable future.
1) Packaging Details:
It is determined by the quantity and requirements you purchase. Can be negotiated.
2) Port: SHANGHAI, NINGBO
Delivery: By Sea, By Air, By express.
1)What is your lead time for bulk goods?
A: Honestly, it depends on order quantity and cable material. Normal lead time is around 2-3weeks.
2)Q: How do you guarantee the quality?
A: We are an UL/TUV/CSA/SAA/ISO9000.1 certificated company. All our materials are RoHS 2.0. When production,For each step inspector is on routing inspection, and 100% test before delivery.
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