The Fast Connector (Field Assembly Connector or Field terminated fiber connector, quickly assembly Fiber connector) is a revolutionary field installable optical fiber connector that requires no epoxy and no polishing. The unique design of the patented mechanical splice body incorporates a factory-mounted fiber stub and a pre-polished ceramic ferrule. Using this onsite assembly optical connector, it is possible to improve the flexibility of optical wiring design as well as reducing the time required for fiber termination. The Fast connector series are already a popular solution for optical wiring inside buildings and floors for LAN & CCTV applications and FTTH.
Features
- Easy assembly process
- Available in LC, SC, and ST connector styles
- Available in multimode or single mode versions
- Factory polishing eliminates loss concerns
- Fiber can be reseated
- No expensive tools required
- No epoxy required
- Anaerobic adhesive-style, field-installable connectors
- Most robust connection, ideal for indoor and outside plant applications
Applications
- Fiber optic data transmission
- CATV
- Optical access network
- Fibre to the Subscriber (FTTx) applications
- Optical cable interconnection
- Maintenance or emergency restoration of fiber networks
- Repair/replacement requirements
- Fiber optic equipment
Specification
|
Singemode(UPC)
|
Singemode(APC)
|
Multimode
|
|
|---|---|---|---|
| Insertion loss |
≤ 0.2db
|
≤ 0.2db
|
≤ 0.25db
|
| Return loss |
≥55db
|
≥65db
|
≥30db
|
| Durability |
≤ 0.2db typical change, 1000 times mating
|
||
| Operating Temperature |
-45 to +85 degree
|
||
| Ferrule Hole Sizes |
125.0+1/-0um, Concertricity:≤1.0um
|
125.0+1/-0um, Concertricity:≤0.5um
|
125.0um, Concertricity: ≤3.0um
|
|
125.3+1/-0um, Concertricity:≤1.0um
|
125.3+1/-0um, Concertricity:≤0.5um
|
127.0um, Concertricity: ≤3.0um
|
|
|
125.5+1/-0um, Concertricity:≤1.0um
|
125.5+1/-0um, Concertricity:≤0.5um
|
128.0um, Concertricity: ≤3.0um
|
|
|
126.0+1/-0um, Concertricity:≤1.0um
|
126.0+1/-0um, Concertricity:≤0.5um
|
||
Usage Instruction
