BLCY-Q型橋式汽車采樣系統(tǒng)

　　BLCY-Q Automotive Sampling System type bridge

　　產(chǎn)品概述／Product description

　　自動橋式汽車采樣裝置是適應煤炭、冶金、化工、電力、港口等行業(yè)，針對汽車進廠原料進行自動采樣而專門設計生產(chǎn)的，整套系統(tǒng)工作過程可實現(xiàn)自動進行樣品采集、制樣、縮分和集樣。其形式可分為BLCYO型橋式汽車采樣裝置和BLCYM型門式汽車采樣裝置，根據(jù)現(xiàn)場和用戶要求，可選擇理想的配置。

　　采樣工藝符合GB/T19494-2004國家標準要求

　　Automatic bridge Auto samp'ing device is adapt to coal. metallurgy. chemical industry. power. ports and other industry. aimed at the carfactory raw matenal for automatic sampHng and spedany designed for the production of, the work of the whole system can realize automatic sample collection. sample preparation. reduction and sample collection The form can be divided into BLCYO type and BLCYM type auto sampling device of door type auto sampling device, according to the site and user requirements, can choose the most ideal configuration The sampling process to meet the national standard GB/T194942004 requirements

　　Sampling process n line with GB/T19494-2004 national standards

　　設備組成／Equipment components

　　主要由采樣大棚、行走大車、行走小車、升降系統(tǒng)、螺旋采樣頭、破碎系統(tǒng)、初級給料機、二級給料機、樣品收集器、接料斗、電氣操作系統(tǒng)等組成。

　　采樣頭升降主要有：液壓驅(qū)動、鏈條驅(qū)動、電動絞車驅(qū)動、齒條齒輪驅(qū)動等形式

　　結構形式有：單跨單車、單跨雙車等形式

　　Majn y Dythe sampling Shed. walking carts,trolleys.m ng systems.spiral sampling head,crushing system feeder primary and secondary feeder sample collection.a receiving hopper. electrically operated sVstem components Sa mpling h aad lift are. hyd ra ulic drive.  chain d riva eIect ric winch drive.  rack a nd pinion d riva form Structure in the form :single-span bicycIes cars and other.forms of single span double

　　工作流程／Work process

　　采樣機到達預定采樣點后，行走機構自動鎖緊，啟動采制樣系統(tǒng)，并由上下進給裝置驅(qū)動進至預設煤層深處開始采樣，集料斗門關閉，達到采樣深度后，采樣頭回至上部極限位置，小車行走至放料點，物料放入集料斗內(nèi)（重復以上步驟2次）三點采樣完成，大車行走至放料原點，集料斗自動開啟，煤樣經(jīng)過輸送機輸送至制樣單元系統(tǒng)內(nèi)，經(jīng)過破碎縮分，所需煤樣集A樣品瓶，余煤經(jīng)余料返回系統(tǒng)進八余料儲存處。同時采樣頭放完煤樣后，又返回到所設采樣點，準備下一煤車采樣。當下一煤車到達采樣點后，啟動采制樣系統(tǒng)，開始采樣，同時集料斗門關閉。

　　After sampling machine reaches the predetermlined sampling point. the running gear automatic locking, start Sampling System by the upper and lower feed device driver proceeds to the preset depths seam start sampling, collection hopper door S dosed, after sampHng depth  S reached,sampling head back to the previous section extreme position. trolley to discharge point. the material into the hopper (repeat the above steps twicel to complete the three-point sampling. walking cart to discharge origIn. hopper automaficaHy open aftera coal conveyor system to transport sample units wIithin the system. after crushing and dividing the required coal sample set l into vials. more than coal by more than expected to return the system into more than expectad storage At the same time sampling head is done and coai samples. returned to the set of sampling points. prepare for the next car coal samp'ing When the next car arrlived coal sampling point Sampling System startup, start sampling. wh~le hopper door is closed