FCFiber Optic Adapter — Threaded D-Type Panel Mount
FC fiber optic adapter with threaded coupling and D-type panel mount. Zirconia ceramic sleeve for precise 2.5mm ferrule alignment. Designed for telecom equipment panels, test instruments, and environments requiring vibration-resistant screw-on connections.
Technical Specifications
Engineered For Performance
Threaded Screw-On Coupling
Precision threaded mechanism provides a secure, vibration-resistant connection that will not loosen or disconnect in high-vibration telecom and industrial environments.
D-Type Panel Mount
Standard D-shaped flange for secure mounting in telecom equipment panels, test instrument front panels, and fiber distribution frames with anti-rotation design.
Metal Housing Construction
Nickel-plated metal body provides superior durability, electromagnetic shielding, and resistance to environmental stress compared to plastic-housed adapters.
High Return Loss Performance
APC polish variant delivers ≥60dB return loss, making FC/APC adapters suitable for demanding CATV and analog signal applications where back-reflections must be minimized.
Typical Applications
Telecom Equipment Panels
FC adapters in ODF frames, DWDM multiplexers, and EDFA amplifiers where threaded connections provide stability in vibration-prone rack environments.
Test & Measurement
Front-panel FC ports on OTDRs, optical power meters, and light sources where precise, repeatable connections are essential for accurate measurements.
Military & Industrial
Screw-on FC connections in defense communications, industrial control systems, and harsh-environment installations requiring vibration-proof fiber links.
Interested in this FC Adapter?
Tell us your quantity, cable length, and any custom requirements. Our engineering team will respond with a detailed quote within 24 hours.
Why TTI Fiber
Trusted Manufacturer Since 2013
TTI Fiber is a professional fiber optic manufacturer based in Shenzhen, China. We provide full OEM/ODM services with factory-direct pricing and dedicated engineering support.
