Superior Essex Cable 24 AWG 2 – 400 Pair Category 3 CMR/CMP Cable Superior Essex Cheap Sale

Product Details

 Superior Essex cables comes in different types made differently even though they are all intended to serve as telecommunication electrical cables. This type of Superior Essex cable is designed with a bare annealed copper wire that is insulated with a thermoplastic material and jacketed with two layers of polyvinyl chloride compound; comprising of CMR and CMP respectively. CMR is the inner layer that is flame retardant whereas CMP for the outer layer that consumes with a low smoke. The assembly comes in two pair of size 24 as per the American Wire Gauge up to 400 pair.

Standards and Approvals

1.UL 444
2.UL 1666
3.NFPA 262
4.CSA C22.2 No. 214-08
5.ANSI/TIA-568-C.2
6.ANSI/ICEA S-90-661-2012
7.Article 800, NEC (NFPA 70)
8.RoHS-compliant or RoHS 2-compliant

Electrical cables should be tested and approved in accordance to the necessary international laboratory standards, like superior Essex cable. This is to ensure that the public receives top quality electrical cables that serves them better for a long time.

Why go for this Cable?
Essex CMR and CMP cable is made of a flexible polyvinyl chloride jacketing of CMR and CMP compound. Flexibility is a very important aspect to go by when choosing your preferred cable. During installation a lot of activities are usually involved and only flexible cables are recommended because they are easy to handle, since they can be folded easily with less effort and bent to fit in the corners of your wiring system. Unlike the stiff and rigid cables that require too much of effort to handle, this would only make you tiresome leaving you exhausted.

It comes with band marks or striped insulated conductor, which makes the circuit identification easier. This is to avoid confusion that may arise during installation since you don’t need to make your own counting marks on the surface of the cable, thus reducing the termination time.

Applications
This cable is an ideal choice for use as a LAN transmission because it can supply a bandwidth frequency of up to 16 Megahertz. It is intended to serve in voice and data communication applications in telecoms, telephone key systems, PBX systems etc.