FA507型細(xì)紗機(jī)

FA507型細(xì)紗機(jī)是我廠生產(chǎn)的主要產(chǎn)品之一，本機(jī)可用于棉及棉型化纖的純紡或混紡，調(diào)換部分零件后，還可適用65mm以下中長纖維。
Model FA507 Ring Spinning Frame is one of our major products,This machine is used for processing cotton and cotton type synthetic fibers,or their biends Medium length synthetic fibers,up to 65mm can be processed on this machine if a few parts are replaced.
 
 主要特征 MAIN FEATURES
機(jī)身窄、左右錠子中心距700mm，空間利用率大。采用先進(jìn)的電子技術(shù)器。自動化程度高，由程序控制器控制紡紗過程中的動作。可適用電動落紗機(jī)，落紗無需預(yù)拔官紗。
Narrow machine width,and 700mm distance between the centers of the two opposite spindles on either side of the machine can make the space utilized Effectively.Modern electronic counter.Intensive Automation with a program controller to montitor various motions in spinning process.Doffing with an electric Doffer needs no cops pulling in advance.

斷面參數(shù)設(shè)計合理 OPTIMUM FRAME COROSS SECTION PARAMETERS
本機(jī)的斷面參數(shù)系根據(jù)大量科學(xué)實驗，從中選擇最優(yōu)方案設(shè)計的，經(jīng)過適用證明導(dǎo)紗角范圍、最小氣圈高度參數(shù)均有利于改善捻度傳送和控制紡織張力，因此可提高錠速，減少紡紗斷頭。
Optimum parameters of the frame cross-section are determined on the basis of extensive scientific research.Spinning practice proves that the proper range of the angle of thread in clination and the minimum balloon heitht are beneficial to improve twist transmission and thread tension control.As a result FAS03 spinning machines run at higher speed with less end break.

牽伸傳動 DRAFT GEARING
牽伸裝置采用螺旋彈簧加壓的搖架，壓力穩(wěn)定可靠，操作方便。可配備各種國產(chǎn)棉方搖架及SKF、PK200系列。Ritte,PS160 P3等國外搖架的牽伸系統(tǒng)。可配備新型電動落紗機(jī)。
The drafting roller weighting by spring pendulum arm reliable and easy to poerate.Drafting system able to be equipped with either various domestic rocker aims for cotton spinning or many forengn pendulum arms of SKF PK200 series,Rieter PS3,ets. Magnetic clearer roll for clearing front roller.Newly-developed electrical doffer for option.

牽伸裝置 DRAFT
牽伸裝置采用螺旋彈簧加壓的搖架，壓力穩(wěn)定可靠，操作方便，定期供油。
The whole system of draft gerring inside the cover is of strong construction with the assurance of correct transmission,and oiling to be periodic.