Single Model New Design SC Type Fiber Optic Fast Connector FTTH
The fast connector is embedded optical fiber, to ensure a
controlled factory ceramic polishing face, the radius of curvature, apex offset, optical fiber end surface polishing
projection height and the ceramic mass
The use of high concentricity of the ceramic ferrule embedded fiber
ensures a low insertion loss and high return loss optical performance accuracy of the V-groove to be cut on site
slide locking mechanism fixed to the fibers have the V-groove of the fiber core center the combination of precise fiber
core with matching refractive index matching cream can guarantee quick connectors with high stability and high
performance bare fiber, coating, pigtails, skin quadruple.
Standards of IEC, Telcordia
60 seconds installation time
Can be used 10 times
Low insertion loss
Compatible with standard SC connectors;
Field installable, cost effective, user friendly;
UPC, APC polishing optional;
No electricity required;
FTTH cable, fiber optic cable optional;
Reliable durable and superior optical performance.
Cable clamp, special assembly fixtures to meet the requirements,
the operator simple and quick.
|Material of shell||ABS|
|Applications||2.0/3.0 or FTTH patch cord|
Total Area of: 8000 square meters
Factory history: 10 years
Production Staff: 60 to 100
QC Staff: 10 to 12
R&D Staff: 5 to 10
Arrange the Mixed logistical for Election delivery as By Air and By
over 10 years’ experience for logistical arrange.
Good uniformity and low insertion loss
Low Polarization Dependent Loss
Excellent Environmental Stability
Material Preparation Time: 3 days (or inventory)
Production & Assembly Time 7 days
Testing & Packaging Time: 2 days
Total Delivery Time: 12 days in 20,000pcs
for safe delivery lead time.
The faster delivery could be negotiable.
1. Asynchronous Transmission Mode(ATM) Package for 5000PCS :
2. Passive optical networks (PON) Fast Connector Package dimensions :46 X 33 X 23 CM
3. Fiber to The Home (FTTH)
4. Local Area Networks (LAN)
5. Cable Television (CATV)
6. Test Equipment
CIV Assessment report (627K).pdf