...
0

Cart

0
Subtotal: $0.00
No products in the cart.

lc upc fast connector for 2×1.6mm, 45mm, ≤ 0.5dB at 1310nm & 1550nm single mode fiber G.657

LC fast connector is designed for fast and simple field termination of single fiber, without polishing or epoxy. It is made with precision and high quality ceramic ferrule and provides a highly reliable connection in ftth network applications. It is available with FTTH drop cable 2.0*1.6mm flat cable with a special boot jig.

Description

Yingda can make all kinds of field installable fiber connector SC FC LC ST in UPC APC ferrule, welcome inquiry.

 

LC Field Connector Features

  • Linkage structure design, when docking with equipment and joints, the reserved micro bend remains unchanged;
  • Metal V-slot structure design, fiber optic docking is stable and reliable if high and low temperature change;
  • The core structure use normally closed elastic fastening method, excellent technical indicators;
  • Easy to operate, high installation success rate, long life cycle, easy maintenance in the later period;
  • Embedded fiber design, no need polish, no need grinding, good performance for on-site mechanical construction.

 

Optic Fast Connector Specification

Part no. YDFAOC-LC /UPC YDFAOC-LC /APC
Fiber mode UPC APC
Length 45mm
Applicable for Ftth drop cable 2.0*1.6mm, φ3mm, φ1.6mm,900um, 250um
Optical fiber diameter 125um (G.657A&B)
Tight buffer diameter 250um
Fiber mode Single mode
Operation time 10s (not include fiber cutting)
Insertion loss ≤ 0.5dB(1310nm & 1550nm)
Return loss UPC≥40dB, APC:55dB
Fastening strength of naked fiber >4N
Fastening strength of naked fiber holder >8N
Tensile strength >10N
Operating temperature -40~+75℃
On-line tensile strength (20 N) △ IL ≤ 0.5dB △ RL ≤ 5dB
Mechanical durability (500 times) △ IL ≤ 0.5dB △ RL ≤ 5dB
Drop-off test (drop-off height 4m,once per direction, totally 3 times) △ IL ≤ 0.5dB △ RL ≤ 5dB

 

Ruqeust For Quote

The more details, the better offer, will reply you in 24 hours.

yingda logo for facebook 191x100

Why leave?

Sorry that there’s no information that interests you. Please fill in the feedback form so that we can improve.