Products Description
The Portable Outdoor Extension Retractable Fiber Optical Cable Reel is an innovative solution for temporary field deployment where reliable fiber connections are vital. These versatile cable reels, also known as Portable Mobile Pre-Terminated Cable Reels or Transportable Spool Carts, are designed for swift and hassle-free transportation and deployment. Ideal for use with mobile television vans, these reels adeptly spool fiber cable, network cable, and power cable. Engineered to work seamlessly with waterproof cables and connectors, they are an indispensable component in the realm of waterproof cabling systems.
We offer a diverse array of five distinct types to satisfy the burgeoning demand: the ST Series (portable), BF Series (backpack), BX Series (push-pull), TC Series (4 reels), and LZP Series (shelf). Each model is available in various sizes to accommodate different cable diameters and lengths, ensuring a perfect fit for a wide range of applications.
Features
- Exceptional mechanical and environmental characteristics ensure durability and reliability;
- Flame retardant features comply with all relevant standards, enhancing safety;
- Jacket mechanical properties meet stringent industry standards for superior performance;
- Soft, flexible, water-blocked, UV-resistant design, easy to lay and splice, with outstanding data transmission capacity;
- Low insertion loss paired with high reliability for consistent performance;
- Easy installation facilitated by removable components;
- Water/Dust Proof and Anti-Corrosion features safeguard longevity and integrity;
- High tensile load capability supports demanding environmental conditions;
- Superior termination strength ensures secure and stable connections.
Specification
Name
|
Portable cable Reel/ drum
|
Fiber Type
|
G652D, G657A1, G657A2, OM1,OM2 etc
|
Core
|
1/2/4/8/12/ 24 core etc
|
Jacket
|
PVC/LSZH/TPU/PE
|
Application
Fiber Optic Data Transmission System Field
Shipboard applications and automotive commercial industries benefit from robust and efficient connections.
Details


