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Add:No.110,Liguang New Industrial Zone,Guanlan Street,Longhua New District,Shenzhen

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Abbie Chow / Shadow Hsiung

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(0086)755-8297-1183

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Exhibition

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Lan Cable Communication UTP Cat6 Lan Cable Network Cable Manufacturer

Shenzhen KW-LINK Electronic Co.,Ltd | Updated: Nov 10, 2016


Lan Cable Communication UTP Cat6 Lan Cable Network Cable Manufacturer



Specialization: 

 

* Unshielded twisted pairs

* AWG: 24/26/28AWG  Optional

* Conductor: Stranding or Solid CCAM/CCA/CCU/CU/ Bare copper available

* Insulation: HD—PE

* Unrip rope: optional

* Jacket: PVC or LSNH

* Impedance: 100±15% O at 1 ~100MHz

* Reference Standard: YD/T1019-2001,ANSI/TIA/EIA-568B,ISO/IEC11801

* Print Legend: CM or CMR

 

* Specification: 4P

 

* Rated Temperature: -40°C ~ + 75°C

 

 

 Diameter of Cable

 

Conductor

Insulation

Core Number

Jacket

AWG

Specification

mm

Material

Thickness

(NOM.mm)

Material

Thickness

(NOM.mm)

 OD

(NOM.mm)




24

1/0.511

HD-PE

0.18

4P

PVC or LSNH

0.55

5.4


26

1/0.404

HD-PE

0.18

4P

PVC or LSNH

0.55

5.0


 

 

Scope Application:

 

Mainly used in the Building Correspondence Synthesis Wiring System the Work Area Correspondence Leading-out Terminal and between the Connection Distribution Frame Wiring, As Well As the Housing Synthesis Wiring System’s User Correspondence Leading-out Terminal Arrives at Place of Exile between Coils’ wiring.

 



       Category 5e, 6 and 6a patch cords are governed by specification; the usual spec cited is the TIA spec, TIA-568.C.2, part 6.9, though there is also an ISO spec which is somewhat more stringent. By contrast to the standards that apply to such things as "horizontal" installed cabling and the like, the specification for patch cords is fairly simple. First, it requires that patch cords be built out of cable and connectors which comply with the relevant cable and connector specifications. 


       Second, it requires that the cable meet or exceed performance standards for two things: Near-End Crosstalk, or NEXT, and Return Loss. Both of these attributes measure how much signal degradation a cable causes, and both are highly dependent upon the dimensional characteristics of the cable, which in turn depend upon good manufacturing practices. Consistent drawing and extrusion of the cable, consistent twist rates, and consistent dimensions and materials make for good cable. Additionally, the connectorization of the cable is a major issue: if there is too much untwisting, or other rearranging of the conductors in order to get into the connector, both crosstalk and return loss will suffer; likewise, if the connectors that are used are not up to snuff, they can cause all manner of trouble.