Description
🏗 Key Engineering Features
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Zinc Alloy Internal Stop: The cast metal stop provides a non-deformable anchor point for the zirconia ferrule, ensuring it remains perfectly seated even under temperature cycling or handling stress.
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Precision 8° APC Polish: The green-coded housing signifies an 8-degree Angled Physical Contact end-face, achieving a return loss of ≥60dB to protect sensitive high-power laser equipment.
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Advanced Anti-Pistoning: The metallic internal structure prevents the fiber core from shifting forward or backward (pistoning), a common cause of intermittent signal loss in plastic-only pigtails.
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0.9mm Tailored Ergonomics: Featuring a slim-profile mini-boot and internal clips specifically calibrated to grip 0.9mm tight-buffered fiber without crushing the delicate glass cladding.
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High-Impact Outer Shell: Manufactured from UL 94V-0 rated flame-retardant polymer, providing a durable and safe exterior for dense patch panel installations.
📊 Technical Performance Data
| Mesure de la performance | Détail des spécifications | Avantage opérationnel |
| Connector Interface | SC/APC Simplex | Global standard push-pull latching |
| Internal Stop Material | Zinc Alloy | Superior mechanical rigidity and lifespan |
| Compatibilité des fibres | 0.9mm Tight-Buffered (OS2) | Ideal for high-density splice trays |
| Perte d'insertion (IL) | Typical ≤ 0.15 dB | Max ≤ 0.30 dB | Low-loss signal transmission |
| Perte de retour (RL) | ≥ 60 dB | High suppression of back-reflection |
| Durabilité de l'accouplement | > 1000 Cycles | Consistent performance over time |
| Conformité | RoHS, REACH, IEC 61754-4 | Meets international quality mandates |
💡 Professional FAQ
Q: Why use a Zinc Alloy Stop for a 0.9mm pigtail instead of All-Plastic?
A : While 0.9mm fibers are lightweight, they are often used in environments where temperature fluctuations can cause plastic components to expand or contract. The Zinc Alloy Stop provides a thermally stable and rigid bulkhead that ensures the optical contact remains constant, preventing signal “jitter” or loss.
Q: Is this connector suitable for high-density 144-core ODFs?
A : Yes. The 0.9mm boot design is specifically engineered to minimize “cable clutter” in dense frames. The added metal stop ensures that even in a crowded tray where fibers might be slightly pulled or moved, the internal connection remains secure.
Q: Does the metal stop add significant weight to the connector?
A : No. The Zinc Alloy stop is a micro-component integrated inside the housing. It provides a massive increase in structural strength with a negligible impact on the overall weight, maintaining the lightweight benefits of 0.9mm cabling.
Q: What is the benefit of Zinc Alloy over Brass or Aluminum?
A : Zinc Alloy offers an excellent balance of precision casting (allowing for tighter tolerances inside the connector) and corrosion resistance, making it more cost-effective than brass while being more durable than standard aluminum components.
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