Ruggedized Flat Twin Duplex Fiber Optic Cable
GJFJV FLT
Ruggedized Flat Twin Duplex Fiber Optic Cable features two individually jacketed simplex fiber units enclosed within a common oval outer jacket. Each unit contains a tight-buffered optical fiber reinforced with aramid yarn and protected by an individual inner jacket. This double-sheath construction provides enhanced mechanical protection for indoor fiber connectivity, patch cord assembly, and equipment connections.
FASOCOM Ruggedized Flat Twin Duplex Fiber Optic Cable is designed with two independently protected simplex fiber units enclosed within a common outer jacket. This double-sheath construction forms an integrated flat twin cable and provides additional mechanical protection compared with standard separable zipcord duplex cable.
Each simplex unit consists of a tight buffered optical fiber reinforced with aramid yarn and protected by an individual inner jacket. The two simplex units are then enclosed within a common outer jacket, providing a robust duplex cable construction for indoor fiber connectivity, patch cord assembly, equipment connections and other applications requiring improved tensile and crush protection.
Each simplex unit consists of a tight buffered optical fiber reinforced with aramid yarn and protected by an individual inner jacket. The two simplex units are then enclosed within a common outer jacket, providing a robust duplex cable construction for indoor fiber connectivity, patch cord assembly, equipment connections and other applications requiring improved tensile and crush protection.
Cable Construction
1. Tight Buffered Fiber1. Tight Buffered Fiber
Each simplex unit contains a tight buffered optical fiber for improved handling, stripping and mechanical protection.
Each simplex unit contains a tight buffered optical fiber for improved handling, stripping and mechanical protection.
2. Aramid Yarn
Aramid yarn surrounds each tight buffered fiber to provide tensile strength and protect the optical fiber from mechanical stress.
Aramid yarn surrounds each tight buffered fiber to provide tensile strength and protect the optical fiber from mechanical stress.
3. Individual Inner Jacket
Each fiber unit is independently protected by an inner jacket, forming two separate simplex cable units within the finished cable.
Each fiber unit is independently protected by an inner jacket, forming two separate simplex cable units within the finished cable.
4. Common Outer Jacket
A common outer jacket encloses both simplex units to form an integrated flat twin construction and provide additional mechanical and crush protection.
A common outer jacket encloses both simplex units to form an integrated flat twin construction and provide additional mechanical and crush protection.
Key Features
• Ruggedized flat twin construction with two independently protected simplex fiber units.
• Double-sheath structure provides additional mechanical protection compared with standard zipcord duplex cable.
• Aramid yarn provides reliable tensile protection for each fiber unit.
• Common outer jacket forms a compact and integrated duplex cable structure.
• Enhanced tensile and crush resistance for demanding indoor connectivity applications.
• Suitable for duplex patch cord assembly, equipment connections and fiber distribution systems.
• Fiber type, jacket material, cable size and color can be customized according to project requirements.
• Double-sheath structure provides additional mechanical protection compared with standard zipcord duplex cable.
• Aramid yarn provides reliable tensile protection for each fiber unit.
• Common outer jacket forms a compact and integrated duplex cable structure.
• Enhanced tensile and crush resistance for demanding indoor connectivity applications.
• Suitable for duplex patch cord assembly, equipment connections and fiber distribution systems.
• Fiber type, jacket material, cable size and color can be customized according to project requirements.
