PLP FIBERLIGN® Lite Tension Dead-end ONLY for ADSS

The PLP FIBERLIGN Lite Tension Dead-end is a dielectric Dead-end designed to terminate short span, low tension ADSS fiber optic cables in low voltage environments. The Lite Tension Dead-end is a single layer component that offers an economical solution for very light loads. The product effectively transfers the low axial load on the cable at the end of the Dead-end legs to low uniform radial compression near the Dead-end loop.

H-PLP2875001 .375" - .414 , H-PLP2875002 .415" - .459" , H-PLP2875003 .460" - .505"
2875001, 2875002, 2875003

PLP FIBERLIGN® Lite Tension Dead-end ONLY for ADSS

The PLP FIBERLIGN Lite Tension Dead-end is a dielectric Dead-end designed to terminate short span, low tension ADSS fiber optic cables in low voltage environments. The Lite Tension Dead-end is a single layer component that offers an economical solution for very light loads. The product effectively transfers the low axial load on the cable at the end of the Dead-end legs to low uniform radial compression near the Dead-end loop.

H-PLP2875004 .506" - .557", H-PLP2875005 .558" - .615", H-PLP2875006 .616" - .680", H-PLP2875007 .681" - .750"
2875004, 2875005, 2875006, 2875007

PLP FIBERLIGN® Lite Tension Dead-end ONLY for ADSS

The PLP FIBERLIGN Lite Tension Dead-end is a dielectric Dead-end designed to terminate short span, low tension ADSS fiber optic cables in low voltage environments. The Lite Tension Dead-end is a single layer component that offers an economical solution for very light loads. The product effectively transfers the low axial load on the cable at the end of the Dead-end legs to low uniform radial compression near the Dead-end loop.

PLP FIBERLIGN® Lite Tension Dead-end ONLY for ADSS

The PLP FIBERLIGN Lite Tension Dead-end is a dielectric Dead-end designed to terminate short span, low tension ADSS fiber optic cables in low voltage environments. The Lite Tension Dead-end is a single layer component that offers an economical solution for very light loads. The product effectively transfers the low axial load on the cable at the end of the Dead-end legs to low uniform radial compression near the Dead-end loop.