Non-Metallic Fiber Optic Storage Brackets - Plastic Sno-Shoe® ADSS
Non-Metallic Fiber Optic Storage Brackets - Plastic Sno-Shoe® ADSS
SKU:AER-2e9fda
Innovative non-metallic fiber optic brackets for secure and cost-effective aerial cable management.
Regular price
$49.99
Regular price
Sale price
$49.99
Unit price
per
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The Plastic Sno-Shoe® ADSS Fiber Optic Storage Brackets are a versatile solution for aerial fiber optic cable management. These non-metallic brackets eliminate the need for costly storage vaults, ensuring the safety of fibers by preventing microbends. Designed with countersunk nut wells for easy installation, the patented Cable Trough™ allows for convenient cable laying with secure placement. With outstanding low-temperature resilience down to -40º F and UV-resistant 100% carbon-filled material, these brackets offer durability and reliability in any climate. Their stackable design accommodates multiple cable configurations, making them a practical choice for efficient and secure fiber mount tiering.
Product Specifications
Benefits Features
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.
Materialapplication Specifications
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.