Netset CAT5E DCA-S1-D2-A1 Cable

The NETSET BOX U/UTP 5e cable far exceeds the requirements for Category 5e twisted pair cables.

NETSET cables are compliant with CPR and EN 50575 harmonized European standard that specifies reaction to fire performance requirements, test and assessment methods for electric cables used for the supply of electricity and for control and communication purposes, which are intended for use in construction works and subject to performance requirements on reaction to fire.

Reaction to fire: Dca - s1, d2, a1

• Flame spread: Dca
• Smoke production: s1
• Flaming droplets: d2
• Gases acidity: a1

Thanks to the fulfillment of such high criteria, the twisted pair can be used in buildings and their parts that have increased fire resistance requirements, e.g. in corridors, staircases or escape routes.

The NETSET cable comes from the latest generation of UTP twisted pair cables. Its external diameter has been reduced to 5.0 mm, which considerably facilitates insertion of the cable into ducts and pipes. Special insulation material makes it easier to attach RJ-45 connectors.

Distinguishing features of the NETSET UTP PE 5e cable:

• highest-quality materials, strict technological discipline confirmed by a 15-year quality guarantee,

• reaction to fire: Dca-s1,d2,a1

• parameters far exceeding the requirements for Category 5 twisted pair cables

• preliminary quality control of materials and thorough tests of the final product,

• meter markers, deviation less than 0.5%,
• solid wires of 0.49 mm diameter (24 AWG),

• wire insulation made of homogeneous, colored HDPE; outer diameter: 0.87 mm; colors: white-green/green, white-orange/orange, white-brown/brown, white-blue/blue,

• pairs twisted together, outer diameter of ca. 4.0 mm,
• sheath made of LSZH material, diameter of 5 mm,
• packed in 305-meter self dispensing box.

The NETSET U/UTP cat 5e LAN cable is manufactured in compliance with the following standards:

EN50575:2014, EN60332-1-2:2004, EN50399:2011, EN60754-2:2014, EN 13501-6:2014.

• Return Loss

• Attenuation