St Sm or mm Fiber Optic Connector

• Customization: Available
• Transmission Medium: Singlemode, Multimode
• Structure: ST
• Model NO.: st
• Number of Cores: Sinplex
• Ferrule Endface: PC(UPC)
• Shape: Square
• Fabrication Process: Moulded
• Application: Network Equipment
• Light Source TYPE: Laser
• Connector Type: ST
• Brand: Koc
• Sc Fiber Optic Connector: Low Loss
• Simplex and Duplex Sc Connector: Sm and mm
• Diameter: 0.9;2.0;3.0
• Transport Package: Carton
• Specification: RoHS
• Trademark: KOC
• Origin: Guangdongshenzhen
• HS Code: 85367000
• Production Capacity: 10000

Product Description

APPLICATIONS
CATV
Active device termination
Metro
Test equipment
Local Area Networks (LANs)
Premise installations
Telecommunication networks
Data processing networks
Wide Area Networks (WANs)

FEATURES
Ferrule end surface predomed
UL-rated plastic housing
Telcordia style boots
Boots in a variety of colors
Free-floating ceramic ferrule
Low insertion loss and back reflection loss
Precision anti-rotation key and corrosion resistant body

STANDARDS
All components of/and the final product are designed and tested to conform the requirements of IEC 60874-7, CECC 86115-801, Bellcore/Telcordia GR-326, EIA/TIA 604-3A, EIA/TIA 568, ISO/IEC 11801 2ND ED., EN 50173, JIS C5973 F04, ICEA-596, IEC60793-2-10 A1a, ITU-T G. 651 or IEC60793-2-10 A1b or ITU-T G. 652 (depending on fiber), Belcore/Telcordia GR-409-CORE, IEC 793, IEC 794-1-E1, IEC 794-1-E3, UL1666/901 (UL-cable) and EIA/TIA455.

AVAILABILITY
The connector can be supplied as a pre-assembled one-piece connector or as connector kits.
Clips are available for duplex connectors
Housing kits without ferrule are available.

	Single mode	Multimode
Insertion Loss	≤0.30dB	≤0.30dB
Return Loss	≥50 dB
Durability	≤0.2 dB typical change, 1000 matings
Operating Temperature	-40 to + 85°C	-40 to + 85°C
Tensile strength	>10kg
Ferrule Hole Sizes	125.0+1/-0μm, Concentricity: ≤1.0μm	125μm, Concentricity: ≤3μm
	125.3+1/-0μm, Concentricity: ≤1.0μm	127μm, Concentricity: ≤3μm
	125.5+1/-0μm, Concentricity: ≤1.0μm	128μm, Concentricity: ≤3μm
	126.0+1/-0μm, Concentricity: ≤1.0μm