HomeProductsFiber Optic AdaptorHybrid AdaptorHybrid Adaptor(F-F)FC to LC hybrid adapter, plastic housing

FC to LC hybrid adapter, plastic housing

ZZTAD-FCLC2-S-1

The FC to LC Hybrid Fiber Optic Adapter features a compact plastic housing and provides reliable connectivity between FC and LC fiber optic interfaces. Designed for stable optical performance, it offers low insertion loss of ≤0.1 dB for premium grade and ≤0.2 dB for standard grade. Each adapter undergoes 100% optical performance and end-face geometry inspection and complies with RoHS requirements and relevant industry standards. It is suitable for telecommunications networks, CATV systems, LAN, FTTH/FTTX, and active or passive optical devices. Customized designs and production are available to meet specific project requirements.

Online Consultation

Features
Application
Specification
Data Download

Features:

﹣Telcordia GR-326, IEC, TIA/EIA Standard compliant.

﹣100% Optical performance inspection and end-face geometric.

﹣Low Insertion Loss.

﹣RoHS Compliance.

﹣Customized design and production.

Application:

﹣Telecommunication network.

﹣CATV system

﹣Local Area Network

﹣Active/Passive device

﹣FTTH and FTTX

Parts &Material:
Parts	Material	Remarks
Sleeve	Ceramic, PB	/
Housing	PBT/Zinc alloy/Copper	Flammability UL94 V-0
Dust cap	ABS/PP/PE	Flammability UL94 V-0
Metal Clip	Stainless Steel	/

Optical Performance:
Item	Premium Grade	Standard Grade
Insertion Loss	≤0.1dB	≤0.2dB
Durability	500 times, Δ≤0.2dB	500 times, Δ≤0.2dB

Enviroment and Mechanical:
Properties	Test condition	Conformance	Test result
Vibration	10-55Hz, 1.5mm, 60min	IEC61300-2-1	≤0.2dB
Mating Durability	1000 Mating, clean every 25 mating.	IEC61300-2-2	≤0.2dB
Impact	1.5m, 8 drops	IEC61300-2-12	≤0.2dB
Strength of Coupling Mechanism	40N, 10Min, L=22-28cm	IEC61300-2-6	≤0.2dB
Temperature Cycling	40ºC to +75ºC, 40 cycles	IEC61300-2-22	≤0.2dB
Temperature humidty cycling	40ºC， 95%， 96Hr	IEC61300-2-21	≤0.2dB
Operating Temperature	-40ºC to +85ºC	/	≤0.2dB
Storage Temperature	-40ºC to +85ºC	/	≤0.2dB