Description
Durable ST Singlemode OS2 Fibre Optic Adaptor designed for 9/125µm singlemode networks. Features precision ceramic alignment sleeves and a threaded bayonet‑style ST interface for secure, low‑loss connections in patch panels and fibre enclosures.
Overview
The Apollo OptiCore® ST OS2 Adaptor provides a stable, low‑loss interface for singlemode fibre connections in enterprise networks, industrial environments and legacy optical systems. Designed for OS2 9/125µm singlemode fibre, this adaptor ensures accurate alignment, minimal insertion loss and long‑term mechanical reliability.
The ST bayonet‑style connector remains widely used in industrial, campus and legacy installations where vibration resistance and secure locking are essential. This adaptor fits standard fibre patch panels, wall plates and termination boxes.
Key Features
• ST singlemode adaptor (Metal/Blue OS2 coding)
• OS2 9/125µm compatible
• Ceramic alignment sleeve for consistent low‑loss performance
• Threaded bayonet‑style ST interface for secure locking
• Durable metal housing for industrial and high‑vibration environments
• Meets IEC, TIA/EIA & RoHS compliance standards
• Suitable for long‑distance and high‑bandwidth singlemode links
Technical Specifications
• Connector Type: ST (Singlemode)
• Fibre Type: OS2 9/125µm singlemode
• Sleeve Material: Ceramic
• Housing Material: Metal alloy
• Colour Coding: Blue (OS2)
• Mounting Style: Panel‑mount / clip‑in
• Standards: IEC 61754‑2, TIA/EIA‑568, RoHS compliant
Applications
• Fibre patch panels & rack enclosures
• Wall plates & termination boxes
• Industrial and campus networks
• Legacy singlemode systems
• Long‑distance OS2 links
• ST‑ST singlemode patching environments
Why Choose Apollo Technology?
• Ceramic sleeves standard for superior optical alignment
• Industrial‑grade metal housing for durability
• Accurate OS2 colour coding for quick identification
• Australian‑based stock & support
• Perfect match for Apollo OS2 ST patch leads & pigtails
• Consistent OptiCore® quality across all fibre components
