VICKERS柱塞泵的機械分類： ①軸向柱塞泵 軸向柱(zhu)(zhu)(zhu)塞(sai)(sai)(sai)(sai)泵(beng)是活塞(sai)(sai)(sai)(sai)或柱(zhu)(zhu)(zhu)塞(sai)(sai)(sai)(sai)的(de)往復(fu)運(yun)動(dong)(dong)方(fang)向與(yu)缸體中心(xin)軸平(ping)行的(de)柱(zhu)(zhu)(zhu)塞(sai)(sai)(sai)(sai)泵(beng)。軸向柱(zhu)(zhu)(zhu)塞(sai)(sai)(sai)(sai)泵(beng)是利用與(yu)傳動(dong)(dong)軸平(ping)行的(de)柱(zhu)(zhu)(zhu)塞(sai)(sai)(sai)(sai)在柱(zhu)(zhu)(zhu)塞(sai)(sai)(sai)(sai)孔內往復(fu)運(yun)動(dong)(dong)所產生的(de)容積變化來(lai)進行工作的(de)。由于柱(zhu)(zhu)(zhu)塞(sai)(sai)(sai)(sai)和柱(zhu)(zhu)(zhu)塞(sai)(sai)(sai)(sai)孔都(dou)是圓形零件，加工時可以(yi)達到很高(gao)(gao)的(de)精(jing)度配(pei)合，因此容積效(xiao)率高(gao)(gao)，運(yun)轉平(ping)穩，流量均勻性好，噪聲低，工作壓力高(gao)(gao)等優點，但對液(ye)壓油的(de)污染較(jiao)敏感，結構較(jiao)復(fu)雜，造(zao)價(jia)較(jiao)高(gao)(gao)。 ②直軸斜盤式柱塞泵 直軸斜盤式柱塞(sai)泵分(fen)為壓(ya)(ya)(ya)(ya)(ya)(ya)力供(gong)(gong)(gong)油(you)(you)型(xing)的(de)自吸(xi)油(you)(you)型(xing)兩種(zhong)。壓(ya)(ya)(ya)(ya)(ya)(ya)力供(gong)(gong)(gong)油(you)(you)型(xing)液(ye)(ye)壓(ya)(ya)(ya)(ya)(ya)(ya)泵大都采用有(you)(you)氣(qi)(qi)壓(ya)(ya)(ya)(ya)(ya)(ya)的(de)油(you)(you)箱，也有(you)(you)液(ye)(ye)壓(ya)(ya)(ya)(ya)(ya)(ya)泵本身帶有(you)(you)補油(you)(you)分(fen)泵向液(ye)(ye)壓(ya)(ya)(ya)(ya)(ya)(ya)泵進油(you)(you)口提供(gong)(gong)(gong)壓(ya)(ya)(ya)(ya)(ya)(ya)力油(you)(you)的(de)。自吸(xi)油(you)(you)型(xing)液(ye)(ye)壓(ya)(ya)(ya)(ya)(ya)(ya)泵的(de)自吸(xi)油(you)(you)能力很強，無需外(wai)力供(gong)(gong)(gong)油(you)(you)。靠氣(qi)(qi)壓(ya)(ya)(ya)(ya)(ya)(ya)供(gong)(gong)(gong)油(you)(you)的(de)液(ye)(ye)壓(ya)(ya)(ya)(ya)(ya)(ya)油(you)(you)箱，在每次啟動機(ji)(ji)(ji)器后，必須等(deng)液(ye)(ye)壓(ya)(ya)(ya)(ya)(ya)(ya)漬箱達(da)到使用氣(qi)(qi)壓(ya)(ya)(ya)(ya)(ya)(ya)后，才能操(cao)作機(ji)(ji)(ji)械。如液(ye)(ye)壓(ya)(ya)(ya)(ya)(ya)(ya)油(you)(you)箱的(de)氣(qi)(qi)壓(ya)(ya)(ya)(ya)(ya)(ya)不足時就擔(dan)任機(ji)(ji)(ji)器，會對液(ye)(ye)壓(ya)(ya)(ya)(ya)(ya)(ya)泵內的(de)與滑(hua)鞭造(zao)成拉(la)脫現象，出會造(zao)成泵體(ti)內回程板與壓(ya)(ya)(ya)(ya)(ya)(ya)板的(de)非正常磨損。 ③徑向柱塞泵 徑(jing)向(xiang)(xiang)(xiang)柱(zhu)塞(sai)(sai)泵(beng)(beng)可分(fen)為閥(fa)(fa)(fa)配(pei)(pei)(pei)流與(yu)軸(zhou)配(pei)(pei)(pei)流兩大類。閥(fa)(fa)(fa)配(pei)(pei)(pei)流徑(jing)向(xiang)(xiang)(xiang)柱(zhu)塞(sai)(sai)泵(beng)(beng)存(cun)在故障率(lv)高(gao)(gao)、效率(lv)低等缺(que)點。上70、80年(nian)代(dai)發(fa)展的(de)(de)(de)(de)(de)軸(zhou)配(pei)(pei)(pei)流徑(jing)向(xiang)(xiang)(xiang)柱(zhu)塞(sai)(sai)泵(beng)(beng)克服了閥(fa)(fa)(fa)配(pei)(pei)(pei)流徑(jing)向(xiang)(xiang)(xiang)柱(zhu)塞(sai)(sai)泵(beng)(beng)的(de)(de)(de)(de)(de)不足。由(you)(you)于(yu)徑(jing)向(xiang)(xiang)(xiang)泵(beng)(beng)結(jie)構(gou)(gou)上的(de)(de)(de)(de)(de)特點，陜定了軸(zhou)配(pei)(pei)(pei)流徑(jing)向(xiang)(xiang)(xiang)柱(zhu)塞(sai)(sai)泵(beng)(beng)比軸(zhou)向(xiang)(xiang)(xiang)柱(zhu)塞(sai)(sai)泵(beng)(beng)耐(nai)沖擊、壽命長、控制(zhi)精度(du)(du)高(gao)(gao)。變量(liang)(liang)行(xing)程(cheng)短(duan)泵(beng)(beng)的(de)(de)(de)(de)(de)變量(liang)(liang)是在變量(liang)(liang)柱(zhu)塞(sai)(sai)和限位柱(zhu)塞(sai)(sai)作用下，改(gai)變定子的(de)(de)(de)(de)(de)偏心(xin)距實現的(de)(de)(de)(de)(de)，而定于(yu)的(de)(de)(de)(de)(de)zui大偏心(xin)距為5—9mm(根據(ju)排量(liang)(liang)大小不同)，變量(liang)(liang)行(xing)程(cheng)很(hen)短(duan)。且變量(liang)(liang)機構(gou)(gou)設計為高(gao)(gao)壓操縱(zong)，由(you)(you)控制(zhi)閥(fa)(fa)(fa)進(jin)行(xing)控制(zhi)。故該泵(beng)(beng)的(de)(de)(de)(de)(de)響(xiang)應速度(du)(du)快。徑(jing)向(xiang)(xiang)(xiang)結(jie)構(gou)(gou)設計克服了如軸(zhou)向(xiang)(xiang)(xiang)柱(zhu)塞(sai)(sai)泵(beng)(beng)滑靴偏磨的(de)(de)(de)(de)(de)問題。使其抗沖擊能力大幅度(du)(du)提高(gao)(gao)。 ④液壓柱塞泵 液(ye)(ye)壓(ya)(ya)柱塞(sai)泵(beng)(beng)(beng)靠氣壓(ya)(ya)供油(you)(you)(you)(you)(you)(you)(you)的(de)液(ye)(ye)壓(ya)(ya)油(you)(you)(you)(you)(you)(you)(you)箱(xiang)(xiang)，在(zai)每次啟動機器后(hou)(hou)，必須(xu)等液(ye)(ye)壓(ya)(ya)漬箱(xiang)(xiang)達到使用氣壓(ya)(ya)后(hou)(hou)，才能(neng)操作機械。直軸斜盤(pan)式柱塞(sai)泵(beng)(beng)(beng)分為(wei)壓(ya)(ya)力供油(you)(you)(you)(you)(you)(you)(you)型(xing)的(de)自(zi)吸油(you)(you)(you)(you)(you)(you)(you)型(xing)兩種。壓(ya)(ya)力供油(you)(you)(you)(you)(you)(you)(you)型(xing)液(ye)(ye)壓(ya)(ya)泵(beng)(beng)(beng)大(da)都采用有(you)(you)氣壓(ya)(ya)的(de)油(you)(you)(you)(you)(you)(you)(you)箱(xiang)(xiang)，也有(you)(you)液(ye)(ye)壓(ya)(ya)泵(beng)(beng)(beng)本身帶有(you)(you)補(bu)油(you)(you)(you)(you)(you)(you)(you)分泵(beng)(beng)(beng)向液(ye)(ye)壓(ya)(ya)泵(beng)(beng)(beng)進(jin)油(you)(you)(you)(you)(you)(you)(you)口提供壓(ya)(ya)力油(you)(you)(you)(you)(you)(you)(you)的(de)。自(zi)吸油(you)(you)(you)(you)(you)(you)(you)型(xing)液(ye)(ye)壓(ya)(ya)泵(beng)(beng)(beng)的(de)自(zi)吸油(you)(you)(you)(you)(you)(you)(you)能(neng)力很強，無需外力供油(you)(you)(you)(you)(you)(you)(you)。對于自(zi)吸油(you)(you)(you)(you)(you)(you)(you)型(xing)柱塞(sai)泵(beng)(beng)(beng)，液(ye)(ye)壓(ya)(ya)油(you)(you)(you)(you)(you)(you)(you)箱(xiang)(xiang)內(nei)的(de)油(you)(you)(you)(you)(you)(you)(you)液(ye)(ye)不得低于油(you)(you)(you)(you)(you)(you)(you)標下(xia)限(xian)，要保持足夠數(shu)量的(de)液(ye)(ye)壓(ya)(ya)油(you)(you)(you)(you)(you)(you)(you)。液(ye)(ye)壓(ya)(ya)油(you)(you)(you)(you)(you)(you)(you)的(de)清潔度越高，液(ye)(ye)壓(ya)(ya)泵(beng)(beng)(beng)的(de)使用壽(shou)命越長(chang)。 威格士柱塞(sai)泵工作流程： 威(wei)格士柱塞(sai)(sai)(sai)(sai)泵柱塞(sai)(sai)(sai)(sai)往復運(yun)動總行程L是(shi)不變(bian)的(de)(de)，由凸輪的(de)(de)升程決定。柱塞(sai)(sai)(sai)(sai)每(mei)循環的(de)(de)供(gong)油(you)(you)量大小(xiao)取(qu)決于供(gong)油(you)(you)行程,供(gong)油(you)(you)行程不受(shou)凸輪軸(zhou)控制是(shi)可變(bian)的(de)(de)。供(gong)油(you)(you)開始時刻(ke)不隨供(gong)油(you)(you)行程的(de)(de)變(bian)化而變(bian)化。轉動柱塞(sai)(sai)(sai)(sai)可改變(bian)供(gong)油(you)(you)終了時刻(ke)，從(cong)而改變(bian)供(gong)油(you)(you)量。柱塞(sai)(sai)(sai)(sai)泵工(gong)作(zuo)時，在噴油(you)(you)泵凸輪軸(zhou)上的(de)(de)凸輪與柱塞(sai)(sai)(sai)(sai)彈簧的(de)(de)作(zuo)用(yong)下，迫使柱塞(sai)(sai)(sai)(sai)作(zuo)上、下往復運(yun)動，從(cong)而完成泵油(you)(you)任務，泵油(you)(you)過程可分(fen)為(wei)以(yi)下三個階段。 進油過程 當(dang)(dang)凸輪的(de)(de)凸起部分轉過(guo)去后(hou)，在彈簧力(li)的(de)(de)作(zuo)用下，柱(zhu)塞(sai)(sai)向下運動(dong)，柱(zhu)塞(sai)(sai)上(shang)部空間（稱為泵油(you)(you)室）產生真空度，當(dang)(dang)柱(zhu)塞(sai)(sai)上(shang)端面把柱(zhu)塞(sai)(sai)套上(shang)的(de)(de)進油(you)(you)孔打開(kai)后(hou)，充滿在油(you)(you)泵上(shang)體(ti)油(you)(you)道內的(de)(de)柴油(you)(you)經油(you)(you)孔進入泵油(you)(you)室，柱(zhu)塞(sai)(sai)運動(dong)到下止點(dian)，進油(you)(you)結束。 供油過程 當凸輪軸轉到凸輪的(de)(de)(de)凸起部分(fen)(fen)頂(ding)(ding)起滾輪體時(shi)，柱(zhu)(zhu)塞(sai)彈簧(huang)被壓(ya)(ya)縮，柱(zhu)(zhu)塞(sai)向上(shang)(shang)運動，燃(ran)(ran)油(you)(you)(you)(you)(you)受(shou)壓(ya)(ya)，一部分(fen)(fen)燃(ran)(ran)油(you)(you)(you)(you)(you)經油(you)(you)(you)(you)(you)孔流回噴(pen)(pen)油(you)(you)(you)(you)(you)泵(beng)(beng)上(shang)(shang)體油(you)(you)(you)(you)(you)腔(qiang)。當柱(zhu)(zhu)塞(sai)頂(ding)(ding)面遮住套(tao)筒上(shang)(shang)進(jin)油(you)(you)(you)(you)(you)孔的(de)(de)(de)上(shang)(shang)緣時(shi)，由于(yu)柱(zhu)(zhu)塞(sai)和套(tao)筒的(de)(de)(de)配合間隙很小（0.0015-0.0025mm）使柱(zhu)(zhu)塞(sai)頂(ding)(ding)部的(de)(de)(de)泵(beng)(beng)油(you)(you)(you)(you)(you)室成為一個密封油(you)(you)(you)(you)(you)腔(qiang)，柱(zhu)(zhu)塞(sai)繼續上(shang)(shang)升(sheng)，泵(beng)(beng)油(you)(you)(you)(you)(you)室內的(de)(de)(de)油(you)(you)(you)(you)(you)壓(ya)(ya)迅速(su)升(sheng)高，泵(beng)(beng)油(you)(you)(you)(you)(you)壓(ya)(ya)力>出油(you)(you)(you)(you)(you)閥(fa)(fa)彈簧(huang)力+高壓(ya)(ya)油(you)(you)(you)(you)(you)管(guan)剩余壓(ya)(ya)力時(shi)，推開出油(you)(you)(you)(you)(you)閥(fa)(fa)，高壓(ya)(ya)柴油(you)(you)(you)(you)(you)經出油(you)(you)(you)(you)(you)閥(fa)(fa)進(jin)入(ru)高壓(ya)(ya)油(you)(you)(you)(you)(you)管(guan)，通(tong)過噴(pen)(pen)油(you)(you)(you)(you)(you)器噴(pen)(pen)入(ru)燃(ran)(ran)燒室。 回油過程 柱塞向(xiang)上(shang)供(gong)(gong)油，當上(shang)行(xing)到(dao)柱塞上(shang)的(de)斜(xie)槽（停供(gong)(gong)邊）與套筒(tong)上(shang)的(de)回油孔(kong)相通時(shi)，泵油室低壓(ya)油路便與柱塞頭部的(de)中孔(kong)和徑向(xiang)孔(kong)及斜(xie)槽溝通，油壓(ya)驟然(ran)下降(jiang)，出油閥在彈(dan)(dan)簧力的(de)作用(yong)下迅速關(guan)閉，停止(zhi)供(gong)(gong)油。此(ci)后柱塞還要(yao)上(shang)行(xing)，當凸輪的(de)凸起部分轉(zhuan)過去后，在彈(dan)(dan)簧的(de)作用(yong)下，柱塞又下行(xing)。此(ci)時(shi)便開始了下一個循環(huan)。 柱(zhu)塞(sai)泵以一(yi)(yi)個(ge)(ge)柱(zhu)塞(sai)為原理介紹，一(yi)(yi)個(ge)(ge)柱(zhu)塞(sai)泵上(shang)有兩個(ge)(ge)單向(xiang)(xiang)閥，并且(qie)方向(xiang)(xiang)相反，柱(zhu)塞(sai)向(xiang)(xiang)一(yi)(yi)個(ge)(ge)方向(xiang)(xiang)運動(dong)時(shi)(shi)缸內出現(xian)負(fu)壓(ya)，這(zhe)時(shi)(shi)一(yi)(yi)個(ge)(ge)單向(xiang)(xiang)閥打開液體被吸入(ru)缸內，柱(zhu)塞(sai)向(xiang)(xiang)另一(yi)(yi)個(ge)(ge)方向(xiang)(xiang)運動(dong)時(shi)(shi)，將液體壓(ya)縮后(hou)另一(yi)(yi)個(ge)(ge)單向(xiang)(xiang)閥被打開，被吸入(ru)缸內的液體被排出。這(zhe)種工作方式連續運動(dong)后(hou)就形成了(le)連續供(gong)油 。 VICKERS柱塞泵的特點： 【1】VICKERS柱(zhu)塞泵具有額定(ding)壓力高、結構(gou)緊湊、效率高和流量調節方(fang)便等(deng)優點(dian)。 【2】 VICKERS柱塞(sai)(sai)泵是利用與傳動(dong)軸平行(xing)的(de)(de)柱塞(sai)(sai)在柱塞(sai)(sai)孔內(nei)往復運動(dong)所產生的(de)(de)容積變(bian)化來進行(xing)工作的(de)(de)。由于柱塞(sai)(sai)和柱塞(sai)(sai)孔都是圓形零件(jian)，加工時可以達到很高(gao)的(de)(de)精度配(pei)合，因此具(ju)有容積效率高(gao)，運轉平穩，流量(liang)均(jun)勻性好，噪聲低(di)，工作壓力高(gao)等優點，但(dan)對(dui)液壓油的(de)(de)污(wu)染較敏感(gan)，結構(gou)較復雜(za)，造價較高(gao)。 【3】柱(zhu)塞泵依(yi)靠柱(zhu)塞在缸體中往復運動，使密封(feng)工作(zuo)容(rong)腔的(de)(de)容(rong)積發生變(bian)化來實現吸油、壓(ya)油。大金柱(zhu)塞泵，柱(zhu)塞泵，VICKERS柱(zhu)塞泵被廣泛應用(yong)于高(gao)壓(ya)、大流量和(he)流量需(xu)要調節(jie)的(de)(de)場合(he)，諸如液壓(ya)機、工程機械和(he)船舶中。
威格士柱塞泵的特電和優點：
【1】泵的壽命長
【2】泵的噪聲低
【3】進口和出口的壓力表
【4】接口和可調整的zui大
【5】排量擋塊-標準
【6】壓力脈動小得驚人，僅4%
【7】安裝和使用成本低
【8】維護簡單
【9】設備設計的靈活性強
【10】體積小,節省空間
【11】提升無泄漏系統設計 美國威格士柱塞泵ADU系列常見產品型號如下：
ADU080R33AB13A270CD0B
ADU080R33AB13AA200500CD0B ADU080R32AB13A270CD0B ADU080R32AB13AA200500CD0B ADU062L33AB10A2AE5AACD0A ADU062L33AB10A2AE5AACD0A ADU062L33AB10AA2AE5AACD0A ADU062L33AB10AA2AE5AACD0A ADU062L32AB10A2AE5AACD0A ADU062L32AB10A2AE5AACD0A ADU062L32AB10AA2AE5AACD0A ADU062L32AB10AA2AE5AACD0A ADU062R33AB10A2AE5AACD0A ADU062R33AB10A2AE5AACD0B ADU062R33AB10AA2AE5AACD0A ADU062R33AB10AA2AE5AACD0B ADU062R32AB10A2AE5AACD0A ADU062R32AB10A2AE5AACD0B ADU062R32AB10AA2AE5AACD0A ADU062R32AB10AA2AE5AACD0A ADU080L33AB10A2AE5AACD0B ADU080L33AB10AA2AE5AACD0A ADU080L32AB10A2AE5AACD0B ADU080L32AB10AA2AE5AACD0A ADU080R33AB10A2AE5AACD0B ADU080R33AB10AA2AE5AACD0B ADU080R32AB10A2AE5AACD0B ADU062L33AB10A2AC500CD0A ADU062L33AB10A2AC500CD0A ADU062L33AB10AA2AC500CD0A ADU062L33AB10AA2AC500CD0A ADU062L32AB10AA2AC500CD0A ADU062L32AB10A2AC500CD0A ADU062L32AB10A2AC500CD0A ADU062L32AB10AA2AC500CD0B ADU062R33AB10A2AC500CD0A ADU062R33AB10A2AC500CD0B ADU062R33AB10AA2AC500CD0A ADU062R33AB10AA2AC500CD0A ADU062R32AB10A2AC500CD0A ADU062R32AB10A2AC500CD0B ADU062R32AB10AA2AC500CD0B ADU062R32AB10AA2AC500CD0A ADU080L33AB10A2AC500CD0B ADU080L33AB10AA2AC500CD0B ADU080L32AB10A2AC500CD0B ADU080L32AB10AA2AC500CD0B ADU080R33AB10A2AC500CD0B ADU080R33AB10AA2AC500CD0B ADU080R32AB10A2AC500CD0B ADU080R32AB10AA2AC500CD0B ADU049R05AE10AA100100CD0A ADU049L05AE10AA100100CD0A ADU049L08AF10A200100CD0A ADU080R33AB10AFAD300CD0B ADU080R08AB13AF00200CD0B ADU062R02AB10AA2AA2AACD0B ADU062R08AB10AA2AA2AACD0B ADU062R01AB13AA200200CD0B ADU062R05AB13AA200200CD0B ADU062L08AB10AA2AA2AACD0A ADU062L02AB10AA2AA2AACD0A ADU062R02AB13AA200200CD0B ADU062R08AB13AA200200CD0B ADU062L02AB13AA200200CD0B ADU062L08AB13AA200200CD0B ADU041L01AE11AA200200CD0A ADU041L05AE11AA200200CD0B ADU041R01AE11AA200200CD0B ADU041R05AE11AA200200CD0B ADU062L05AB13AA200200CD0B ADU041R02AF10A2AA200CD0A ADU041L02AF10A2AA200CD0A ADU041R08AF10AA2AA200CD0B ADU041L08AF10AA2AA200CD0A ADU080L08AS50P1001AYCD6B ADU080L31AS50P1001AYCD6B ADU080R05AS50P1001AWCD6B ADU062R02AB10A1AA200CD0B ADU062R32AB10C0100000DB00500CD0A ADU062R05AC30B1001000B0A ADU049R03AE30B1001000B0A ADU062R02AB10C1AC100CD0A ADU062R05AA10C100100CD0B ADU049R08AB20A1AC100CD0B ADU062R08AB10C1AB1000B7B ADU049R08AA50A1001ADCD0A ADU049R08AB20A1AD100CD0B ADU049R05AE50AA1001ADCD0A ADU062L08AA10C100100CD0B ADU049R02AB10A280CD0B ADU049L08AB10A2AC100CD0B ADU062R02AB10A200100CD0B ADU062R05AB10A200100CD0B ADU062R08AB10A200100CD0B ADU062L08AA10A200100CD0B ADU062R08AB10A2AC100CD0B ADU049R08AB10A280CD0B ADU062L08AA11A100100CD0B ADU041L05AB10A250CD0A ADU041R05AB20A200100CD0B ADU080R33AB10AFAD3AGCD0A ADU080R08AB13AF002ABCD0B ADU049R08AB20AA1AD100CD0A ADU062L08AB10AA1AC100CD0A ADU041R02AB10A430CD0B ADU049L02AC10A430CD0B ADU080R08AS50P1001AWCD6B ADU062R08AB50A1AB100CD0A ADU062L08AB10AA100100CD0B ADU080L08AB10AA1AD100CD0A ADU062R08AB10AA2AC200CD0A ADU049R05AB10A1AA1AG0B0B ADU080R32AB10A1AD500CD0B ADU080R08AB10A100100CD0A ADU062R32AB10AA2AF5AACD0B ADU041R31AE10AA100200CD0A ADU041R01AE11A270CD0B ADU041R01AD10CG00100CD0A ADU062L02AB13AA200200CD0A ADU062R02AB10AA2AA2AACD0A ADU041L38AF50AA8AD5000B2A ADU041L38AB50AA1AD5000B2A ADU062L08AB50AA1AB1000B2A ADU062R05AA10A1001AKCD0B ADU041L08AF10A2AC100CD0A ADU041L05AF10A280CD0B ADU041L08AF50AA8AB1000B2A ADU041R05AF13AAA0A ADU041R05AF13A1AA1000B9A ADU049L39AC10A430CD0A ADU080R05AB10A100CD0B ADU049R08AA50A1220000A1001ADCD0A ADU080R02AB10A2AC100CD0A ADU041L02AB10A2AC100CD0A ADU080R08AA70A2100A0A ADU080R05AA10C100100CD0B ADU062R05AA10C2001ADCD0A ADU080L05AA10A200100CD0A ADU041L01AF10A100100000A ADU041R01AF10A430000A ADU049L02AF10A430CD0A ADU080L05AB10A100CD0B ADU062R02AK10C000100CD0A ADU080R32AA10A200500CD0B ADU080L32AB10A200500CD0A ADU080R33AB10A200500CD0A
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