FTB002 Glasfaserabschlussbox

Faser-Optikbeendigungs-Kasten
February 08, 2025
Kategorieverbindung: LWL Termination Box
FTB002 Fiber Optic Termination Box eignet sich für die Verbindung von Glasfaserkabeln und Schwanzwellen, um Glasfasersplitter zu schützen und zu verteilen.
Brief: Discover the FTB002 Fiber Optic Termination Box, a 12-core optical distribution box designed for FTTH applications. This wall-mounted or desktop box ensures secure fiber cable and pigtail connections, ideal for telecommunication and network equipment rooms. Learn about its durable ABS+PC construction, high capacity, and easy installation features.
Related Product Features:
  • Made of durable ABS+PC engineering plastic for long-lasting use over 20 years.
  • Compact dimensions (198*112*45mm) with a high capacity of 12 cores (dual fiber).
  • Features 2 input and 12 output cable ports for versatile connectivity.
  • Includes 2 splice trays, each holding 6 single fibers for organized management.
  • Slide-N-Lock fiber optic splice trays with a 90-degree opening angle for easy maintenance.
  • Supports uncut feeder cable pass-through for efficient FTTH on-site construction.
  • Lightweight and easy to install with wall-mounted screws, no special tools required.
  • Provides reliable protection for fiber cable and pigtail splice connections.
FAQ:
  • What is the maximum capacity of the FTB002 Fiber Optic Termination Box?
    The FTB002 supports up to 12 cores (dual fiber), making it suitable for high-capacity fiber distribution needs.
  • Can the FTB002 be used for both wall-mounted and desktop installations?
    Yes, the FTB002 is designed for both wall-mounted and desktop installations, offering flexibility for various setups.
  • What materials are used in the construction of the FTB002?
    The FTB002 is made of high-quality ABS+PC engineering plastic, ensuring durability and a lifespan of over 20 years.
  • Does the FTB002 support uncut feeder cable pass-through?
    Yes, the FTB002 allows uncut feeder cables to pass through without cutting, facilitating faster and more efficient FTTH construction.