Fibre optic adapter ShiverPeaks BS08-51003 ST/PC Stainless steel

The ShiverPeaks BS08-51003 ST/PC stainless steel fibre optic adapter provides a robust interface for ST/PC connectors in fibre optic networks. Constructed from stainless steel with zinc-plated contact surfaces, the adapter is intended to maintain precise alignment between mated ST ferrules and to support stable optical coupling in patch panels, enclosures and field assemblies.

Advantages

Designed for mechanical stability, the stainless steel body resists deformation and corrosion while zinc-plated contact surfaces improve wear resistance and maintain consistent electrical grounding where required. The adapter's ST/PC form factor ensures compatibility with a wide range of ST-style connectors, offering low insertion loss and repeatable mating cycles for routine network maintenance and reconfiguration.

Suitable for

• Patch panels and fibre distribution frames
• Network enclosures and wallboxes
• Field repairs and on-site splicing panels
• Laboratory testing and equipment interconnects

Key specifications

• Connector type: ST/PC interface for cylindrical ferrules
• Body material: stainless steel for improved mechanical strength and corrosion resistance
• Contact surface finish: zinc-plated contacts for durability
• Mounting: simplex adapter suitable for single-fibre links
• Compatibility: fits standard ST connectors and mating sleeves

How to use

Insert the ST connector ferrule into the adapter until the bayonet latch engages, ensuring a secure mechanical connection. For removal, depress the connector’s bayonet mechanism and rotate to release. Use the adapter within a clean environment or clean end-faces with approved fibre cleaning tools before mating to minimize insertion loss and prevent end-face damage. Ensure proper alignment by visually inspecting the ferrule seating and confirming stable mechanical engagement.

Recommendations

Store and handle the adapter in a dust-free environment and protect unused ports with dust caps. Clean connector end-faces before each connection, avoid excessive torque on mating connectors, and verify optical performance after installation using appropriate test equipment.