ADSS (All-Dielectric Self-supporting) Cable is the perfect choice for transmission environments as well as installation in distribution, even to the point when there is the requirement of live-line installation. Just as the name implies, there is no messenger or support wire required, so you can go about the installation in a single pass. This is one of the features that make the ADSS Cable a simple and economic method of attaining a fiber optic network. Marel.rs helps in providing information on hardware as well as accessories-for-telecommunication-and-adss-cables when preferred.
- Design details listed here for span lengths of between 457m (1500 ft) and fiber counts of 432
- Cable is water-blocked through the utilization of dry core technology, thus there are no messy flooding compounds
- Custom designs available for other fiber counts or larger span lengths
- Gel-filled buffer tubes are S-Z stranded for easy mid-span access
- Suitable for use on high voltage and distribution transmission lines
- Track-resistant outer jacket is obtainable for high voltage line installations where the space potentials is reaching up to about 25kV
When you are looking out for a high-performance, durable cabling solution for your electrical power network or for some other aerial use, look to the loose tube family optic cables or the ADSS family optic cables. Regardless of your application requires it for a short or a long time, requires increased carrying capacity or if it involves high electric field potentials, they are the best option out there to make use of.
Choosing accessories for ADSSfiber optic cable can be a complicated process. Which fiber optic cable is optimal for my installation should consider many factors, including transmission speed, link attenuation, environment, types of cables, fiber types, available equipment, optical connectors, splices, standards and others. If you are looking at the different features and the overview of ADSS fiber optic cables, the choice can be quite confusing. This is mainly due to the high number of different choices that you have with them.
However, the process can be simplified when the instructions of the manufacturer and equipment are followed at the time of installation. These instructions usually provide enough information to select the right optical fiber for a simple installation.
Other considerations that should be taken into account when choosing the type of fiber cable for the installation should be the environment where it will be placed, the route through which our cable will pass, etc.
The first decision to be made is whether a mono or multimode fiber optic system should be installed. Both are feasible but with different characteristics, necessary for depending on the type of installation.
Single-mode ADSS fibers have the ability to transmit greater bandwidth and are ideal for long-distance transmission links, in addition, they have a lower attenuation than multimode fibers.
Single-mode ADSS fiber cables are more economical than multimode cables and single-mode fibers can be found for optical wavelengths of several thousand nm.
Multimode ADSS fiber is best suited for distances below 2 km and for wavelengths of 800 nm or more. The bandwidth of a system with multimode fibers is more dependent on its length.
Optical equipment for this type of fiber is generally cheaper than single-mode fiber, however, multi-mode fiber optic cable is usually more expensive than single-mode fiber optic cable, but for short distances, the savings in optical equipment can balance the cost.
Multimode ADSS fiber optic 62.5 / 125 um is the standard for LAN communications, as well as for Ethernet, Token Ring and FDDI networks.
The conclusion can be drawn that single-mode fiber systems are generally used for long distances (above 2 km). Multimode ADSS fibers are intended for short distance applications, as specified by optical equipment manufacturers.
The second decision to choose our fiber cable is the speed at which you want to work. Next, the type of nucleus of each of the optical fibers is presented, the speed and the distance that each of them will support. The speed features of ADSS cables are actually quite nice. If you take a look at the average speed that is promised you can see that it has quite a fast average speed, and this translates to faster network connections for end users. Over a length of more than 2 km, these ADSS fiber optic cables can work quite well. This will ensure proper operation for that particular network connection for either end. ADSS fiber optic cables, whether single or multimode are always a huge upgrade to any current system that uses some sort of wired network connection.