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The 12 Color 0.9mm SC LSZH Fiber Pigtail Optics represents a high-density, color-coded connectivity solution engineered for precise fiber management in modern optical networks. This single-mode pigtail assembly features twelve individually colored fibers terminated with SC UPC connectors on one end, providing exceptional organization and identification capabilities in complex cabling environments.
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Constructed with 0.9mm buffered fibers encased in a Low Smoke Zero Halogen (LSZH) jacket, this pigtail offers enhanced flexibility and safety compared to traditional PVC-jacketed alternatives. The LSZH material produces minimal smoke and toxic gas during combustion, making it ideal for installation in enclosed spaces such as data centers, residential buildings, and public facilities .
Each fiber strand utilizes G.657 A1 bend-insensitive fiber that supports reliable operation even in tight routing scenarios, minimizing signal loss caused by bending or cable management constraints. The 12-color coding follows ANSI/TIA-598-C standards, enabling quick identification and troubleshooting in high-density patch panels and distribution frames .
Low Insertion Loss ≤0.3dB at 1310nm and 1550nm wavelengths, ensuring minimal signal attenuation .
High Return Loss ≥50dB due to UPC polishing, suitable for digital data transmission applications .
Bend-Insensitive Design: Supports minimum bend radius of 5mm (dynamic) and 30mm (static) without performance degradation .
12 ANSI Standard Colors (Blue, Orange, Green, Brown, Slate, White, Red, Black, Yellow, Violet, Rose, Aqua) for easy fiber identification .
Color-Matched Connector Boots corresponding to fiber colors, simplifying termination and maintenance .
Sequential Labeling option available for additional traceability in large-scale installations .
LSZH Jacket compliant with RoHS 2 (EU 2011/65/EU) and REACH regulations, ensuring environmental safety and low toxicity .
0.9mm Buffered Fiber providing optimal balance between flexibility and protection during installation .
Zirconia Ceramic Ferrules in SC connectors ensuring precise alignment and >500 mating cycles with minimal loss variation .
Ideal for high-density patch panels and cross-connect systems where fiber identification is critical for efficient maintenance and reconfiguration. The color coding reduces human error during moves, adds, and changes (MACs).
Used in fiber distribution frames to connect backbone cables to equipment ports. The LSZH jacket meets fire safety requirements for enclosed telecom facilities.
Facilitates fiber termination in optical distribution terminals (ODTs) and ONT (Optical Network Terminal) locations, where color coding simplifies subscriber connection tracking.
Perfect for structured cabling systems in corporate environments, providing organized fiber connections between network switches and patch panels.
Enables clean cable management in video production centers and broadcast studios, where quick identification of fiber paths reduces downtime during system reconfigurations.
LSZH jackets produce 90% less smoke and minimal toxic halogen gases during combustion compared to PVC, improving evacuation visibility and reducing health risks in enclosed spaces. They also meet strict fire safety standards like UL 94 V-0 and IEC 60332-1, making them mandatory in many public buildings and data centers .
Color coding enables rapid fiber identification in high-density environments, reducing troubleshooting time by up to 70% compared to unmarked fibers. Following ANSI/TIA-598-C standards ensures consistency across different manufacturers and installations, facilitating interoperability .
The pigtail uses G.657 A1 single-mode fiber, which offers superior bend insensitivity compared to traditional G.652D fiber. This allows tighter cable routing (5mm dynamic bend radius) without significant signal loss, ideal for space-constrained installations .
Standard lengths include 1m, 2m, and 3m, with custom lengths available upon request. The optimal length should provide sufficient slack for proper cable management while minimizing excess cable that can cause clutter and increase bend risks.
Use 99% isopropyl alcohol on lint-free wipes to clean connector endfaces. For best results, use dedicated SC connector cleaning tools. Inspect connectors with a fiber scope (≥200x magnification) before mating. Clean connectors whenever performance degradation is observed or after every 50 mating cycles.
Constructed with 0.9mm buffered fibers encased in a Low Smoke Zero Halogen (LSZH) jacket, this pigtail offers enhanced flexibility and safety compared to traditional PVC-jacketed alternatives. The LSZH material produces minimal smoke and toxic gas during combustion, making it ideal for installation in enclosed spaces such as data centers, residential buildings, and public facilities .
Each fiber strand utilizes G.657 A1 bend-insensitive fiber that supports reliable operation even in tight routing scenarios, minimizing signal loss caused by bending or cable management constraints. The 12-color coding follows ANSI/TIA-598-C standards, enabling quick identification and troubleshooting in high-density patch panels and distribution frames .
Low Insertion Loss ≤0.3dB at 1310nm and 1550nm wavelengths, ensuring minimal signal attenuation .
High Return Loss ≥50dB due to UPC polishing, suitable for digital data transmission applications .
Bend-Insensitive Design: Supports minimum bend radius of 5mm (dynamic) and 30mm (static) without performance degradation .
12 ANSI Standard Colors (Blue, Orange, Green, Brown, Slate, White, Red, Black, Yellow, Violet, Rose, Aqua) for easy fiber identification .
Color-Matched Connector Boots corresponding to fiber colors, simplifying termination and maintenance .
Sequential Labeling option available for additional traceability in large-scale installations .
LSZH Jacket compliant with RoHS 2 (EU 2011/65/EU) and REACH regulations, ensuring environmental safety and low toxicity .
0.9mm Buffered Fiber providing optimal balance between flexibility and protection during installation .
Zirconia Ceramic Ferrules in SC connectors ensuring precise alignment and >500 mating cycles with minimal loss variation .
Ideal for high-density patch panels and cross-connect systems where fiber identification is critical for efficient maintenance and reconfiguration. The color coding reduces human error during moves, adds, and changes (MACs).
Used in fiber distribution frames to connect backbone cables to equipment ports. The LSZH jacket meets fire safety requirements for enclosed telecom facilities.
Facilitates fiber termination in optical distribution terminals (ODTs) and ONT (Optical Network Terminal) locations, where color coding simplifies subscriber connection tracking.
Perfect for structured cabling systems in corporate environments, providing organized fiber connections between network switches and patch panels.
Enables clean cable management in video production centers and broadcast studios, where quick identification of fiber paths reduces downtime during system reconfigurations.
LSZH jackets produce 90% less smoke and minimal toxic halogen gases during combustion compared to PVC, improving evacuation visibility and reducing health risks in enclosed spaces. They also meet strict fire safety standards like UL 94 V-0 and IEC 60332-1, making them mandatory in many public buildings and data centers .
Color coding enables rapid fiber identification in high-density environments, reducing troubleshooting time by up to 70% compared to unmarked fibers. Following ANSI/TIA-598-C standards ensures consistency across different manufacturers and installations, facilitating interoperability .
The pigtail uses G.657 A1 single-mode fiber, which offers superior bend insensitivity compared to traditional G.652D fiber. This allows tighter cable routing (5mm dynamic bend radius) without significant signal loss, ideal for space-constrained installations .
Standard lengths include 1m, 2m, and 3m, with custom lengths available upon request. The optimal length should provide sufficient slack for proper cable management while minimizing excess cable that can cause clutter and increase bend risks.
Use 99% isopropyl alcohol on lint-free wipes to clean connector endfaces. For best results, use dedicated SC connector cleaning tools. Inspect connectors with a fiber scope (≥200x magnification) before mating. Clean connectors whenever performance degradation is observed or after every 50 mating cycles.
