InAir ADSS

InAir ADSS DJ (All-Dielectric Self-Supporting Double Jacket) is the most reliable among all-dielectric self-supporting double jacketed fiber optic cables. It is the best ADSS aerial solution for long spans as it can be installed in intercity communication lines with distances between towers reaching 1,640 ft. Its maximum rated design tension can reach 22,481 lb. With a track-resistant jacket, it can be used in electric fields up to 25 kV. It also has a wide range of operating temperatures from -76°F to +158°F and installation temperatures from -22°F to +158°F.
Check how this aerial fiber optic cable can be deployed in FTTH system.
Visit our Configurator ACES: Advanced Cable Engineering System, a unique software tool to help engineers select the optimal ADSS design along with the associated accessories. ACES ADSS also assists engineers and planners in preparing cost estimates, generating a complete bill of materials, determining reel lengths, and planning logistics. ACES SPOT makes calculation of space potential around overhead transmission lines with ADSS cables as well as choosing the optimal ADSS cable attachment point on the tower very easy. Finally, ACES CATS can be used for simple calculations of tension and sags.

InAir ADSS DJ (All-Dielectric Self-Supporting Double Jacket) is the most reliable among all-dielectric self-supporting double jacketed fiber optic cables. It is the best ADSS aerial solution for long spans as it can be installed in intercity communication lines with distances between towers reaching 1,640 ft. Its maximum rated design tension can reach 22,481 lb. With a track-resistant jacket, it can be used in electric fields up to 25 kV. It also has a wide range of operating temperatures from -76°F to +158°F and installation temperatures from -22°F to +158°F.
Check how this aerial fiber optic cable can be deployed in FTTH system.
Visit our Configurator ACES: Advanced Cable Engineering System, a unique software tool to help engineers select the optimal ADSS design along with the associated accessories. ACES ADSS also assists engineers and planners in preparing cost estimates, generating a complete bill of materials, determining reel lengths, and planning logistics. ACES SPOT makes calculation of space potential around overhead transmission lines with ADSS cables as well as choosing the optimal ADSS cable attachment point on the tower very easy. Finally, ACES CATS can be used for simple calculations of tension and sags.

InAir ADSS FiberGlass DJ is a great and cost-effective fiberglass double jacket cable for short and medium spans up to 984 ft making it applicable for city trunk lines. It’s less expensive than cables with aramid yarns and provides a degree of rodent resistance due to fiberglass yarns. With a track-resistance jacket, it can be used in electric fields up to 25 kV without causing surface discharges. Its maximum rated design tension can be up to 3,372 lb. It also has a wide range of operating temperatures from -76°F to +158°F and installation temperatures from -22°F to +158°F.
Check how this aerial DJ cable can be deployed in FTTH system.
Visit our Configurator ACES: Advanced Cable Engineering System, a unique software tool to help engineers select the optimal ADSS design along with the associated accessories, including dead ends, suspensions, down leads, splice enclosures, and dampers. Use ACES SPOT for calculation of space potential around overhead transmission lines with ADSS cables and for choosing the optimal ADSS cable attachment point on the tower. Go for ACES CATS for simple calculations of tension and sags.

InAir ADSS FiberGlass DJ is a great and cost-effective fiberglass double jacket cable for short and medium spans up to 984 ft making it applicable for city trunk lines. It’s less expensive than cables with aramid yarns and provides a degree of rodent resistance due to fiberglass yarns. With a track-resistance jacket, it can be used in electric fields up to 25 kV without causing surface discharges. Its maximum rated design tension can be up to 3,372 lb. It also has a wide range of operating temperatures from -76°F to +158°F and installation temperatures from -22°F to +158°F.
Check how this aerial DJ cable can be deployed in FTTH system.
Visit our Configurator ACES: Advanced Cable Engineering System, a unique software tool to help engineers select the optimal ADSS design along with the associated accessories, including dead ends, suspensions, down leads, splice enclosures, and dampers. Use ACES SPOT for calculation of space potential around overhead transmission lines with ADSS cables and for choosing the optimal ADSS cable attachment point on the tower. Go for ACES CATS for simple calculations of tension and sags.

Rodent gnawing damage is a very common problem in the USA, and it might be both extremely costly and very dangerous. InAir ADSS FRP Defender is a multi tube fiberglass rods cable which is specifically designed to solve the rodent problem. This design has three lines of defense. The first line is an anti-rodent additive in the outer jacket to discourage chewing. The second one is an FRP rod to stop chewing if they do. Finally, an inner jacket ensures that the optical core is protected from water ingress. Its maximum rated design tension can be up to 4,496 lb. And, even though it is “InAir”, it can also be deployed underground as an all-dielectric direct bury solution.
Check how this defender ADSS cable can be deployed in FTTH systems.
Visit our ACES: Advanced Cable Engineering System, a unique software tool where you can select the optimal cable design along with the associated accessories, estimate costs, generate datasheets, calculate space potential or tension and sags, and more! Online, simple, and free!

Rodent gnawing damage is a very common problem in the USA, and it might be both extremely costly and very dangerous. InAir ADSS FRP Defender is a multi tube fiberglass rods cable which is specifically designed to solve the rodent problem. This design has three lines of defense. The first line is an anti-rodent additive in the outer jacket to discourage chewing. The second one is an FRP rod to stop chewing if they do. Finally, an inner jacket ensures that the optical core is protected from water ingress. Its maximum rated design tension can be up to 4,496 lb. And, even though it is “InAir”, it can also be deployed underground as an all-dielectric direct bury solution.
Check how this defender ADSS cable can be deployed in FTTH systems.
Visit our ACES: Advanced Cable Engineering System, a unique software tool where you can select the optimal cable design along with the associated accessories, estimate costs, generate datasheets, calculate space potential or tension and sags, and more! Online, simple, and free!

InAir ADSS (All-Dielectric Self-Supporting) is a cost-effective self-supporting aerial cable for use on short and medium spans up to 656 ft with maximum rated design tension up to 2,248 lb. This design is dry making it easy to strip. It has a wide range of operating temperatures from -76°F to +158°F and installation temperatures from -22°F to +158°F. It also features reduced weight and size and low susceptibility to ice and wind loads.
Check how this multi tube single jacket self-supporting cable can be deployed in FTTH system.
Visit our ACES: Advanced Cable Engineering System: it is a unique software tool which helps engineers select the optimal ADSS design along with the associated accessories. ACES ADSS also helps engineers and planners prepare cost estimates, generate a complete bill of materials, determine reel lengths, and plan logistics. ACES SPOT makes calculation of space potential around overhead transmission lines with ADSS cables as well as choosing the optimal ADSS cable attachment point on the tower quite easy. Use ACES CATS for simple calculations of tension and sags.