DocumentCode
2121802
Title
A novel plastic optical fiber heating furnace for plastic optical fiber drawing tower
Author
Zhou, Chun-Dong ; Gu, Li-Guo ; Wang, Yun ; Wang, Xue-Zhong ; Ma, Jian-Lin ; Li, Yu-Rong
Author_Institution
JiangSu HengTong Photoelectric Stock Co., Ltd., Wujiang, China
fYear
2012
fDate
21-23 April 2012
Firstpage
2312
Lastpage
2314
Abstract
This paper introduces the design of heating furnace with gradient temperature distribution for plastic optical fiber drawing tower. The heating furnace is of cylinder profile, and can be divided into five layers from outside to inside, that is, the shell layer, insulation layer, heating silk layer, buffer layer, and drawing layer. The furnace is equipped with three groups of temperature sensors, three groups of protection device, and gas ventilation furnace cover up and down. We also provide a special furnace heating design, which can provide a greater degree of increasing the stability of the optical fiber drawing and size control of optical fibers. The proposed design provides an ideal solution for the small size plastic communication optical fiber.
Keywords
design for manufacture; drawing (mechanical); furnaces; optical fibres; telecommunication industry; temperature distribution; temperature sensors; buffer layer; cylinder profile; drawing layer; gas ventilation furnace cover; gradient temperature distribution; heating furnace design; heating silk layer; insulation layer; optical fiber drawing stability; optical fiber size control; plastic optical fiber drawing tower; plastic optical fiber heating furnace; protection device; shell layer; small size plastic communication optical fiber; temperature sensor; Buffer layers; Furnaces; Heating; Optical fibers; Plastics; Temperature sensors; Plastic optical fiber; drawing tower; heating furnace; optimization;
fLanguage
English
Publisher
ieee
Conference_Titel
Consumer Electronics, Communications and Networks (CECNet), 2012 2nd International Conference on
Conference_Location
Yichang
Print_ISBN
978-1-4577-1414-6
Type
conf
DOI
10.1109/CECNet.2012.6201803
Filename
6201803
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