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  •  CommScope Class VI shielded network cable
  •  CommScope Class VI shielded network cable

CommScope Class VI shielded network cable

Price

Electric discussion

  • Minimum order quantity: 1m
  • Location: Guangzhou, Guangdong
  • Price: electricity
  • Total supply: 10000 meters
  • Delivery period: 2 days
  • Release time: 2016-04-08 15:31:33

Zhang Pengjie: 13310887164 (Please tell me when you contact me“ Building materials network See the information, there will be a discount! Thank you!)

Warm reminder: Consumers are requested to take epidemic prevention measures for international packages. The goods need three licenses and one report for imported goods (supplier's license, entry quarantine certificate, preventive disinfection certificate and NCV nucleic acid test report)

Detailed description

  • Brand:

    other

  • model:

    5EN5-I

  • Processing customization:

    yes

  • Core material:

    Bare copper wire

  • Number of cores:

    eight

  • Sheath material:

    silicon rubber

  • Purpose:

    Coaxial cable

CommScope network cable , CommScope Class V network cable , CommScope Class VI network cable CommScope Class V distribution frame CommScope Category 6 Panel, CommScope twenty-four CommScope distribution frames, CommScope shielded distribution frames, CommScope super distribution frames, and CommScope distribution frames are products of high density and large capacity design. CommScope distribution frames are characterized by beautiful appearance, reasonable distribution, easy search, easy management, convenient installation, and good operability. CommScope distribution frames are mainly divided into: twenty-four Port distribution frame forty-eight Port distribution frame summary Function of distribution frame Distribution frame is an important supporting equipment in the optical transmission system. It is mainly used for optical fiber fusion of optical cable terminals, optical connector installation, optical path adjustment, redundant pigtail storage and optical cable protection security Operation and flexible use play an important role. past times ten Over the years, the optical cables used in the construction of optical communication are usually several to dozens of cores, and the capacity of distribution frames is generally one hundred Below the core, these distribution frames increasingly show the shortcomings of small pigtail storage capacity, inconvenient deployment and connection operation, less functions, simple structure, etc. Now optical communication has been widely used in long-distance trunk line and local network relay transmission, and optical fiber has become the development direction of access network. In the construction of new optical fiber networks, all regions try to use large core optical cables, which puts forward higher requirements for the capacity, function and structure of distribution frames. The magnetic flux generated by the interference source of the CommScope network cable and the current in the outer wire is represented by dotted concentric circles. Some of these magnetic fluxes surround the CommScope network cable core and its layer (it can be approximately considered that the magnetic fluxes surrounding the two are equal), which is called interference magnetic flux, as shown in Figure 1 (a). It's in Cable A potential Es (.) is induced in the core and layer, and the layer current Is (.) is generated, as shown in Figure 1 (b). The potential Es (.) is equal to the voltage drop of layer current on layer resistance Rs and self inductance Xs, namely:
Es(。)= Is(。) Rs jIs(。) Xs
The magnetic flux generated by the layer current surrounds the layer and also completely surrounds the cable core. These magnetic fluxes are opposite to the interference magnetic flux generated by the outer conductor, so they are called reverse magnetic flux, which is represented by solid concentric circles in Figure 1 (a). According to the principle of electromagnetic induction, in an ideal case, if the layer resistance is zero, this reverse magnetic flux can cancel all the interference magnetic flux, that is, the mutual inductance electromotive force Er (.) generated by the reverse magnetic flux in the cable core is equal to the electromotive force Es (.) induced by the interference magnetic flux in the cable core, and the direction is opposite. The mutual inductance of the layer to the cable core is Xm, then:
Er(。)=- jIs(。) Xm
Since the layer completely encloses the cable core, Xm=Xs. From the above formula, if the layer resistance Rs=0, then Es (.)=- Er (.). However, the layer cannot be free of resistance, so the part of the electromotive force induced by the interference magnetic flux in the cable core that cannot be offset is Es (.) Er (.)= Is(。) Rs, That is, it is proportional to the resistance of the layer. Therefore, in order to effectively eliminate the interference of electromagnetic coupling, it is necessary to use materials with small resistance coefficient such as copper, aluminum and other materials to make layers.
CommScope network cable: CommScope network cable is a kind of cable for network communication. CommScope network cable has excellent transmission performance, strong mechanical performance, obvious temperature effect, stable electrical performance, low transmission delay, small size, good impedance, good crosstalk, return loss, isolation and low insertion loss. CommScope network cables are mainly divided into five categories and six categories of CommScope super network cables and their prices, CommScope and non network cables and their quotations. More detailed parameters and quotations can be found on the company's website: http://CommScope network cable description: the structure of the network cable is to cover four insulated steel wires with tight sleeves in different colors of orange, blue, green and brown. Each tight wire is wrapped with a white tight wire and then wrapped with a layer of environment-friendly flame retardant polychlorine ethylene It is made of coat. Performance characteristics of CommScope network cable: transmission performance of CommScope network cable exceeds TIA/EIA-568B.2-1 Class VI standard impedance: 100ohms ± 15%, IMHzto 600MHz Transmission delay: delay offset: 45ns max CommScope network cable material: conductor: - 23AWG solid bar co pp Er Insulator: monomer 042in/overall 20in Skin: FR PVC Weight: 261bs/mft CommScope of application of CommScope network cable: suitable for EIA/TIA 568A/B general line sequence, widely used in network communication, media propagation, etc. The network cable supports voice, data and most media high-speed propagation CommScope network cable supports 10Base T/100Base Tx fast Ethernet, Gigabit Ethernet, 622Mbps ATM and other network types, and passes the FLUKE DSP-4100 transmission performance test in one. The company provides CommScope network cable and a series of price quotations and parameter descriptions. The English name of the network cable is Twist Pair. It is a common transmission medium in generic cabling engineering. Belden network cable is a kind of cable for network communication. Belden network cable has excellent transmission performance, strong mechanical performance, obvious temperature effect, stable electrical performance, low transmission delay, small size, good impedance, good crosstalk, return loss, isolation and low insertion loss. Belden network cables are mainly divided into: Belden Super 5 and 6 network cables and their prices, Belden and non network cables and quotations. Belden network cable adopts a pair of mutually insulated metal wires twisted together to resist some external electromagnetic interference, and more importantly, reduce the external interference of its own signal. Twist two insulated copper wires together according to a certain density to reduce the degree of signal interference. The radio waves radiated by each wire in transmission will be offset by the radio waves emitted by the other wire. The name "Netline" also comes from this. The network cable is generally made of two 22-26 insulated copper wires intertwined with each other. In actual use, the network cable is wrapped by multiple pairs of network cables in an insulated cable sleeve. There are four pairs of typical network cables, and more pairs of network cables are placed in a cable sleeve. These are called network cables. In the network cable (also known as twisted pair cable), different pairs of wires have different twisting lengths. Generally speaking, the twisting length is 38.1mm to 14cm and twisted counterclockwise. The twisting length of adjacent pairs of wires is more than 12.7mm. Generally, the denser the twisted wires are, the stronger their anti-interference ability will be other Compared with transmission media, network cables are limited in transmission distance, channel width and data transmission speed, but the price is relatively low. (1) No coat, small diameter, saving occupied space; (2) Light weight, easy to bend and install; (3) Reduce or eliminate crosstalk; (4) Flame retardant; (5) With independence and flexibility, it is suitable for structured generic cabling.
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Supply Classification

Guangzhou Jinyuan Communication Equipment Co., Ltd

Ordinary members
Certified
  • Enterprise type:

    Building materials enterprises

  • Business model:

    Distribution and wholesale

  • Honors and qualifications:

    0 items

  • Main business:

    Network cable, module, panel, jumper, distribution frame, cable management frame, cable

  • Address:

    Tianhe District, Guangzhou, Guangdong

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  • CommScope Class VI shielded network cable