LC/PC Quad Core Integrated Earless Adapter

• Transmission Medium: Single-Mode
• Structure: Customization
• Number of Cores: Multi-Core
• Ferrule Endface: Customization
• Shape: Square
• Application: Network Equipment, Fiber Module
• Model NO.: 1.11.26.04.005.103
• Connector Type: LC/PC
• Brand: 3V-Tech
• Condition: New
• Transport Package: Standard Package
• Trademark: 3V-Tech
• Origin: China
• HS Code: 3225961661
• Production Capacity: 500000PCS/Year

Product Description

Product Description

Description

1.Product appearance 
Appearance of adapter must be smooth and clean .It has no oil,burrs, scars and carck;
The color of adapter must be bright in good consistenvy;
All parts of adapter can assembly well without difficuity , it should be easy and comfortable to plug in and pull out connector from adapters , the clip should be powerful.

2.Product characteristicse
 Modes : SM;
 Sleeve in high precision ;
All material meets ROHS.
3.Functional characteristics
Low insertion loss;
Good repeatability;
Good interchangeability;
Easy installation;
Good temperature stability.

 

FAQ

What Kind Of Services Can We Enjoy Buy From Suzhou 3V Technology Co., Ltd. ?
Arrange the shipping and delivery asap.
Inspect the quality carefully of your goods.
Good packaged avoid the damage of goods during shipping.
Make documents for you to do custom clearance,packing list and commercial invoice

Can We Get The Sample Order?
We welcome sample test and quality check.
Some products that are relatively small in size can be sent by express.
We need to charge the double sample fee, and don't worry the sample fee will refund you in your next further bulk order.

Company Profile

3V TECHNOLOGY provides various types of bundled glass fiber products to realize light conduction and light shaping, light homogenizing, light collecting, light beam splitting, etc., make your optical system more efficient,more personalized with our customization support. It can also be assembled with collimating lens and coupling lens to collimate, converge and,beam expansion, etc., to optimize the performance of the optical system.