Double steel wire category 6 network cable elevator cable manufacturers tell you that Category 6 cables are commonly used cables in engineering. On the basis of Category 5 super cables, the wire cores are thickened, the shielding structure is improved, and the transmission effect is better. Category 6 cables The structure of the cable is more complicated, and the tensile force of the cable is stronger. When using it, be careful not to exceed the specified index of tensile force. Double steel wire category 6 network cable elevator The cable manufacturer tells you that excessive tension will deform the twist pitch of the cable pairs, seriously affect the cable's ability to suppress noise, and seriously affect the cable's structural return loss, which will change The impedance of the cable, impairing the overall return loss performance.

Six types of cable characteristics:
Double steel wire category 6 network cable elevator cable manufacturers tell you that when using Category 6 cables, pay attention to their bending radius and avoid excessive bending of the cable. Excessive bending will cause the cable to spread out and increase return loss and impedance. This will change the relationship between the 4-pair lay lengths inside the cable, resulting in noise suppression issues. In general, the bending radius of the cable shall not be less than 8 times the diameter of the installed cable. For a typical Category 6 cable, the bend radius should be greater than 50mm.
Pair spread: At the cable termination point, the lay length of each pair in the cable should be as close to the data center as possible. The pair lay length is calculated by the cable manufacturer, and changing the cable lay length will adversely affect the cable performance. Double steel wire category 6 network cable elevator cable manufacturers tell you that although the ISO and TIA Category 5e cabling standards specify the length (13mm) of the wire pairs to spread out, they do not make such provisions for Category 6 cabling, and the current recommendation is Follow the recommendations provided by the manufacturer.
Cable compression: Avoid over-tightening the cable ties and compress the cables. If the cable is too tight, the stranded wire inside the cable will be deformed, affecting its performance. Generally, the return loss will be more obviously unqualified, and the effect of the return loss will accumulate. Increase the total loss. Hooks and looped cable ties are recommended.
Cable knots: When pulling the cable from the spool, be aware that the cable can sometimes get knotted. Double steel wire category 6 network cable elevator The cable manufacturer tells you that if the cable is knotted, it should be regarded as damaged and the cable should be replaced. Installation pressure can cause installers to straighten cable knots, however, damage has occurred and will be detected during cable testing.