摘 要
光纤研磨机是一款专门用来研磨光纤产品的研磨设备,硫化床
主要用来加工光纤产品的光纤端面,如光纤跳线,能量光纤,尾纤,塑料光纤,器件的预埋短插芯等等。其在光通信行业应用非常广泛,常用的方式是几台光纤研磨机和固化炉、端检仪、压接机、测试仪等设备工具共同组成一条或多条生产线,用来生产光纤跳线,尾纤,预埋短插芯等无源器件。 本文介绍多功能光纤研磨机的研究背景,设计结构、系统改进、调试及实验研究,特别是路网
气动系统及电路的改进设计和实验调试研究,气动系统主要是得设计个背压来抵抗夹具自重,同时还进一步开发了SC100控制器的可编程功能,通过编程功能使气动系统和控制电路相联系起来。待改进设计结束且合理,通过多次实验和调试,可论证该改进机器合理性和可行性,因而可以用于实际生产中。 关键词:光纤研磨机;系统改进;调试研究
Abstract
Fiber optic polishing machine is an equipment which is used for grinding fiber products, and
it m减速电动机ainly used for processing of the fiber optic face of fiber products,such as Fiber optic jumpers, Plastic fiber, 液压静力压桩机Tail fiber, Energy fiber, embedded and short inserted in device预测地震的方法s and so on. It is widely used in optical communication industry,and the general way is that one or more production lines companied with some fiber grinding machines, curing furnace, ending inspection instrument, crimping machine, tester and so on are used for producing passive device ,such as fiber optic jumpers, tail fiber, embedded and short inserted in devices and so on.
The chapter mainly introduces the studies background of offiber grinding machine, structural design of offiber grinding machine, improvement of system, debugging and tests, especially 焦化废水improvement of pneumatic system and electric circuit and tests. Improving pneumatic system is mainly to design a back pressure to resist fixture self-respect, and further development of programmable functions of the SC100 controller, through the programming function pneumatic systems and control circuit can be connected. After the reasonable design, we can get the conclusion that the improved machine is reasonable and feasible through a mass of experiments and debugging. So w
e can apply it to reality.
Key words: fiber optic polishing machine; system improvement; debugging and research