The Plastic ADSS Sno-Shoe® has been designed to eliminate the need for slack storage vaults and allow for ADSS slack to be stored ariel for later use. Also to act as a safeguard, protecting the minimum bend radius of the fiber optic cable while establishing proper installation practices.
Request Information
Unit of Measure
Items
Plastic Sno-Shoe® ADSS Fiber Optic Storage Brackets, Non-Metallic

Plastic Sno-Shoe® ADSS Fiber Optic Storage Brackets, Non-Metallic
Plastic Sno-Shoe® ADSS Fiber Optic Storage Brackets, Non-Metallic

Plastic Sno-Shoe® ADSS Fiber Optic Storage Brackets, Non-Metallic
Plastic Sno-Shoe® ADSS Fiber Optic Storage Brackets, Non-Metallic

Plastic Sno-Shoe® ADSS Fiber Optic Storage Brackets, Non-Metallic
Description N/A 10" (25.4 cm) Plastic Sno-Shoe® with ADSS mounting brackets and hardware N/A 16" (40.6 cm) Plastic Sno-Shoe® with ADSS mounting brackets and hardware N/A Stacking Kit for Plastic Sno-Shoe®
Size (in.) N/A 10 N/A 16 N/A
Size (cm) N/A 25.4 N/A 40.6 N/A
Benefits & Features N/A
  • Eliminates Costly Storage Vaults.
  • Will not harm fibers.
  • Prevents microbends in fiber optic cable.
    • Countersunk nut wells for easy one tool installation.
    • The captive design of the patented Cable Trough™ allows the installer to simply lay the cable in the trough, leaving both hands free to secure the cable unit. · The multiple slots in the cable trough allow you to secure the cable in numerous locations and also allows for water and ice drainage.
    • Stack ability: the Plastic Sno-Shoe can be stacked in multiple cable configurations to accommodate additional fiber mount tiering.
    • The multiple slots in the cable trough allow you to secure the cable in numerous locations and also allows for water and ice drainage.
Material/Application Specifications N/A
  • Outstanding low temperature characteristics: low temperature impact to -40º F.
  • Excellent coefficient of deflection factor: the molecular structure stays constant throughout every stage of climate extremes.
  • 100% carbon filled: UV light will not degrade the impact characteristics. Will not fade due to exposure to UV light.