Hfbr-4503/4513 Patchcord

• Transmission Medium: Multimode
• Structure: Hfbr Series
• Number of Cores: Single-Core
• Ferrule Endface: Customized
• Shape: Circular
• Fabrication Process: Injection Molding
• Model NO.: HFBR-4503/4513
• Application: Fiber Module
• Light Source TYPE: LED
• Connector Type: Hfbr Connectors
• Brand: OEM
• Length: 2m/Piece or Customize
• Connector: Avogo
• Transport Package: Standard Export Packing
• Specification: RoHS
• Trademark: Huiyuan
• Origin: Sichuan, China
• HS Code: 8544421100
• Production Capacity: 50000PCS/Month

Product Description

                                         HFBR-4503/4513 Patchcord
1.Applications
1)Industrial automation control system
2)Industrial robot system and servo system
3)Communication system
4)Digital multimedia systems
5)Medical sensor system
6)Power system, etc

2.Features
1)Light in weight\energy saving and safe
2)High bandwidth\excellent flexibility\vibration resistance
3)Anti-electromagnetic interference\stable and reliable signal transmission
4)Heat and code resistant(-20- 70 Celsius Degrees)
5)Easy to install and connect, maintenance easily
6)Complied with YD/T 1447-2006 and YD/T 1258.6-2006, the state communications industry standard

3.Technical Parameters

Parameters	Unit	Numerical value
Fiber diameter	mm	0.75/1.0/1.5
Cable diameter	mm	2.2± 0.1  / 1.0± 0.05
Fiber material	---	PMMA
Jacket material	---	PE
Attenuation	dB/m	≤ 0.2
Insertion loss	dB	< 0.5
NA	---	0.5
Wavelength	nm	650
Incident angle	---	≤ 60°
Bandwidth	MHz@ 100m	≥ 10
Cable length	m	1~100m to order
Bend radius	---	≥ 10 times of fiber dia.
Operating temperature	Celsius Degrees	-20~70
Storage temperature	Celsius Degree	-20~70
Refractive index	---	Step index

4.Product pictures

5. Huiyuan History

2000- Set up to make breakthroughs in industrialization development of the low-loss PMMA plastic optical fiber technology. Set up to make breakthroughs in industrialization development of the low-loss PMMA plastic optical fiber technology.
2003- First mass production of low-loss PMMA plastic optical fiber,breaking themonopoly of foreign companies andilling the gaps in the domestic indusry.
2004- Authorized the Ministry of Information Industry to firmulate National Communication Industry Standards in Platic Optical Fiber for communication(YD/T 1447-2006)
2006- Develped plastic optical fibers with attenuation lower than 0.2db/m,which reached international technicalstandards and succeeded in the project assessment of Ministry of Science and technology.
2007- Passed ISO9001 ubternational quality crtification.
2009- Approved by National Development and Reform Commission, the only POF Engineering Laboratory of China, the POF Production and Application of the National and Local Engineering Laboratory was fficallyl set up.
2013- Authorized by the Ministry of Industry and Information Technology (MIT), Huiyuan revised the National Communication Industry Standard (YD/T1447-2013) of Plastic Optical Fiber for Communication.
2014- The Chengdu Academicians (Experts) Innovation Workstation was instituted in Huiyuan.
2015-Approved by Standardization Administration of China, Huiyuan formulated several standards of the national power industry. They are: "Technical Specification of POF in Electric Power Information Transmission System,
Part I: Technical Requirements" GB/T 31990.1-2015, Technical Specification of POF in Electric Power Information Transmission System, Part II Optical Transceivers" GB/T31990.3-2015, " Technical Specification of POF in Electric Power Information Transmission System, Part IV: POF Cable.
2016- The project of Huiyuan' s 650nm Optical Transceivers was identified with Sichuan Scientific and Technological Achievements Certificate of Registration.

6. Joint Unions

Engineering Laboratory uses the efficient management mechanism of Prefered co operation, Responsible division, Unified management. It focus on building an open research platform to serve China' s research institutions and enterprises of plastic optical fiber, completing the POF industrial chain, actively promoting China's rapid development of technology and market of Plastic Optical Fiber.

This laboratory selected the best research units and enterprises of Plastic Optical Fiber both at home and abroad, and the combined units are Xi'an Jiaotong University, University of Science and Technology of China, Xi' an Institute of Optics and Precision Mechanics of Chinese Academy of Sciences, Ministry of Industry and Information of the People's Republic of China, Xihua University, Chengdu University of Information Technology, University of Electronic Science and Technology of China, Sichuan Huiyuan Plastic Optical Fiber Co,Ltd, Changzhou Huacheng Futao Photoelectric Science & Technology Co, Ltd etc.
 

7. After-Sales Service

8. Scientific&Techological Achievements