詳細(xì)介紹
廣東KUBLER熱賣庫伯勒編碼器型號我司專業(yè)經(jīng)銷庫伯勒編碼器,作為庫伯勒在中國的經(jīng)銷商,我們一直都跟庫伯勒廠家保持著zui密切的,這既是為了加強(qiáng)我們雙方的合作交流,也是為了能拿到更好價(jià)格的庫伯勒編碼器。事實(shí)證明,我們能夠拿到的庫伯勒編碼器價(jià)格確實(shí)也是很好的,如果您需要庫伯勒編碼器的話,找我們沒錯(cuò),下面讓我們一起來看看庫伯勒編碼器的介紹吧。
庫伯勒編碼器產(chǎn)生電信號后由數(shù)控制置CNC、可編程邏輯控制器PLC、控制系統(tǒng)等來處理。這些傳感器主要應(yīng)用在下列方面:機(jī)床、材料加工、電動機(jī)反饋系統(tǒng)以及測量和控制設(shè)備。在ELTRA庫伯勒編碼器中角位移的轉(zhuǎn)換采用了光電掃描原理。讀數(shù)系統(tǒng)是基于徑向分度盤的旋轉(zhuǎn),該分度由交替的透光窗口和不透光窗口構(gòu)成的。此系統(tǒng)全部用一個(gè)紅外光源垂直照射,這樣光就把盤子上的圖像投射到接收器表面上,該接收器覆蓋著一層光柵,稱為準(zhǔn)直儀,它具有和光盤相同的窗口。接收器的工作是感受光盤轉(zhuǎn)動所產(chǎn)生的光變化,然后將光變化轉(zhuǎn)換成相應(yīng)的電變化。一般地,庫伯勒旋轉(zhuǎn)編碼器也能得到一個(gè)速度信號,這個(gè)信號要反饋給變頻器,從而調(diào)節(jié)變頻器的輸出數(shù)據(jù)。故障現(xiàn)象:1、庫伯勒旋轉(zhuǎn)編碼器壞(無輸出)時(shí),變頻器不能正常工作,變得運(yùn)行速度很慢,而且一會兒變頻器保護(hù),顯示“PG斷開"...聯(lián)合動作才能起作用。要使電信號上升到較高電平,并產(chǎn)生沒有任何干擾的方波脈沖,這就必須用電子電路來處理。庫伯勒編碼器pg接線與參數(shù)矢量變頻器與庫伯勒編碼器pg之間的連接方式,必須與庫伯勒編碼器pg的型號相對應(yīng)。一般而言,庫伯勒編碼器pg型號分差動輸出、集電極開路輸出和推挽輸出三種,其信號的傳遞方式必須考慮到變頻器pg卡的接口,因此選擇合適的pg卡型號或者設(shè)置合理.
庫伯勒編碼器一般分為增量型與型,它們存著zui大的區(qū)別:在庫伯勒增量型編碼器的情況下,位置是從零位標(biāo)記開始計(jì)算的脈沖數(shù)量確定的,而庫伯勒型編碼器的位置是由輸出代碼的讀數(shù)確定的。在一圈里,每個(gè)位置的輸出代碼的讀數(shù)是*的; 因此,當(dāng)電源斷開時(shí),庫伯勒型編碼器并不與實(shí)際的位置分離。如果電源再次接通,那么位置讀數(shù)仍是當(dāng)前的,有效的;不像庫伯勒增量型編碼器那樣,必須去尋找零位標(biāo)記。
廣東KUBLER熱賣庫伯勒編碼器型號展示如下:
8.5878.29B2.B112, 8.5878.33B2.B112, 8.5878.34B2.B112, 8.5878.35B2.B112, 8.5878.36B2.B112, 8.5878.38B2.B112, 8.5878.39B2.B112, 8.5878.43B2.B112, 8.5878.44B2.B112, 8.5878.45B2.B112, 8.5878.46B2.B112, 8.5878.48B2.B112, 8.5878.49B2.B112, 8.5878.53B2.B112, 8.5878.54B2.B112, 8.5878.55B2.B112, 8.5878.56B2.B112, 8.5878.58B2.B112, 8.5878.59B2.B112, 8.5878.63B2.B112, 8.5878.64B2.B112, 8.5878.65B2.B112, 8.5878.66B2.B112, 8.5878.68B2.B112, 8.5878.69B2.B112, 8.5868.11B2.B112, 8.5868.12B2.B112, 8.5868.13B2.B112, 8.5868.14B2.B112, 8.5868.21B2.B112, 8.5868.22B2.B112, 8.5868.23B2.B112, 8.5868.24B2.B112, 8.5868.31B2.B112, 8.5868.32B2.B112, 8.5868.33B2.B112, 8.5868.34B2.B112, 8.5868.41B2.B112, 8.5868.42B2.B112, 8.5868.43B2.B112, 8.5868.44B2.B112, 8.5868.51B2.B112, 8.5868.52B2.B112, 8.5868.53B2.B112, 8.5868.54B2.B112, 8.5868.71B2.B112, 8.5868.72B2.B112, 8.5868.73B2.B112, 8.5868.74B2.B112, 8.5888.13B2.B112, 8.5888.14B2.B112, 8.5888.15B2.B112, 8.5888.16B2.B112, 8.5888.18B2.B112, 8.5888.19B2.B112, 8.5888.23B2.B112, 8.5888.24B2.B112, 8.5888.25B2.B112, 8.5888.26B2.B112, 8.5888.28B2.B112, 8.5888.29B2.B112, 8.5888.33B2.B112, 8.5888.34B2.B112, 8.5888.35B2.B112, 8.5888.36B2.B112, 8.5888.38B2.B112, 8.5888.39B2.B112, 8.5888.43B2.B112, 8.5888.44B2.B112, 8.5888.45B2.B112, 8.5888.46B2.B112, 8.5888.48B2.B112, 8.5888.49B2.B112, 8.5888.53B2.B112, 8.5888.54B2.B112, 8.5888.55B2.B112, 8.5888.56B2.B112, 8.5888.58B2.B112, 8.5888.59B2.B112, 8.5888.63B2.B112, 8.5888.64B2.B112, 8.3651.2322.2421, 8.3651.2322.3311, 8.3651.2322.3321,
8.3651.2322.3411, 8.3651.2322.3421, 8.3651.2322.4311, 8.3651.2322.4321, 8.3651.2322.4411, 8.3651.2322.4421, 8.3651.2324.1311, 8.3651.2324.1321, 8.3651.2324.1411, 8.3651.2324.1421, 8.3651.2324.2311, 8.3651.2324.2321,8.3651.2324.2411, 8.3651.2324.2421, 8.3651.2324.3311, 8.3651.2324.3321, 8.3651.2324.3411, 8.3651.2324.3421, 8.3651.2324.4311, 8.3651.2324.4321, 8.3651.2324.4411, 8.3651.2324.4421, 8.3651.2332.1311, 8.3651.2332.1321, 8.3651.2332.1411, 8.3651.2332.1421, 8.3651.2332.2311, 8.3651.2332.2321, 8.3651.2332.2411 8.3651.2332.3411, 8.3651.2332.3421, 8.3651.2332.2421, 8.3651.2332.3311, 8.3651.2332.3321, 8.3651.2332.4311, 8.3651.2332.4321, 8.3651.2332.4411, 8.3651.2332.4421, 8.3651.2334.1311, 8.3651.2334.1321, 8.3651.2334.1411, 8.3651.2334.1421, 8.3651.2334.2311, 8.3651.2334.2321, 8.3651.2334.2411, 8.3651.2334.2421, 8.3651.2334.3311, 8.3651.2334.3321, 8.3651.2334.3411, 8.3651.2334.3421, 8.3651.2334.4311, 8.3651.2334.4321, 8.3651.2334.4411, 8.3651.2334.4421, 8.3651.2342.1311, 8.3651.2342.1321, 8.3651.2342.1411, 8.3651.2342.1421, 8.3651.2342.2311, 8.3651.2342.2321, 8.3651.2342.2411, 8.3651.2342.2421, 8.3651.2342.3311, 8.3651.2342.3321, 8.3651.2342.3411, 8.3651.2342.342 8.3651.2322.2411, 8.3651.2322.2421, 8.3651.2322.3311, 8.3651.2322.3321, 8.3651.2322.3411, 8.3651.2322.3421, 8.3651.2322.4311, 8.3651.2322.4321, 8.3651.2322.4411, 8.3651.2322.4421, 8.3651.2324.1311, 8.3651.2324.1321, 8.3651.2324.1411, 8.3651.2324.1421, 8.3651.2324.2311, 8.3651.2324.2321, 8.3651.2324.2411, 8.3651.2324.2421,8.3651.2324.3311, 8.3651.2324.3321, 8.3651.2324.3411, 8.3651.2324.3421, 8.3651.2324.4311, 8.3651.2324.4321, 8.3651.2324.4411, 8.3651.2324.4421, 8.3651.2332.1311, 8.3651.2332.1321, 8.3651.2332.1411, 8.3651.2332.1421, 8.3651.2332.2311, 8.3651.2332.2321, 8.3651.2332.2411, 8.3651.2332.2421, 8.3651.2332.3311, 8.3651.2332.3321, 8.3651.2332.3411, 8.3651.2332.3421, 8.3651.2332.4311, 8.3651.2332.4321, 8.3651.2332.4411, 8.3651.2332.4421, 8.3651.2334.1311, 8.3651.2334.1321, 8.3651.2334.1411, 8.3651.2334.1421, 8.3651.2334.2311, 8.3651.2334.2321, 8.3651.2334.2411, 8.3651.2334.2421, 8.3651.2334.3311, 8.3651.2334.3321, 8.3651.2334.3411, 8.3651.2334.3421, 8.3651.2334.4311, 8.3651.2334.4321, 8.3651.2334.4411, 8.3651.2334.4421, 8.3651.2342.1311, 8.3651.2342.1321, 8.3651.2342.1411, 8.3651.2342.1421, 8.3651.2342.2311, 8.3651.2342.2321, 8.3651.2342.2411, 8.3651.2342.2421, 8.3651.2342.3311, 8.3651.2342.3321, 8.3651.2342.3411, 8.3651.2342.342
廣東KUBLER熱賣庫伯勒編碼器型號,庫伯勒增量式編碼器是將位移轉(zhuǎn)換成周期性的電信號,再把這個(gè)電信號轉(zhuǎn)變成計(jì)數(shù)脈沖,用脈沖的個(gè)數(shù)表示位移的大小。式庫伯勒編碼器的每一個(gè)位置對應(yīng)一個(gè)確定的數(shù)字碼,因此它的示值只與測量的起始和終止位置有關(guān),而與測量的中間過程無關(guān)。
庫伯勒編碼器以轉(zhuǎn)動時(shí)輸出脈沖,通過計(jì)數(shù)設(shè)備來知道其位置,當(dāng)庫伯勒編碼器不動或停電時(shí),依靠計(jì)數(shù)設(shè)備的內(nèi)部記憶來記住位置。這樣,當(dāng)停電后,庫伯勒編碼器不能有任何的移動,當(dāng)來電工作時(shí),庫伯勒編碼器輸出脈沖過程中,也不能有干擾而丟失脈沖,不然,計(jì)數(shù)設(shè)備記憶的零點(diǎn)就會偏移,而且這種偏移的量是無從知道的,只有錯(cuò)誤的生產(chǎn)結(jié)果出現(xiàn)后才能知道。解決的方法是增加參考點(diǎn),庫伯勒編碼器每經(jīng)過參考點(diǎn),將參考位置修正進(jìn)計(jì)數(shù)設(shè)備的記憶位置。在參考點(diǎn)以前,是不能保證位置的準(zhǔn)確性的。為此,在工控中就有每次操作先找參考點(diǎn),開機(jī)找零等方法。這樣的庫伯勒編碼器是由碼盤的機(jī)械位置決定的,它不受停電、干擾的影響。
庫伯勒編碼器由機(jī)械位置決定的每個(gè)位置的*性,它無需記憶,無需找參考點(diǎn),而且不用一直計(jì)數(shù),什么時(shí)候需要知道位置,什么時(shí)候就去讀取它的位置。這樣,庫伯勒編碼器的抗干擾特性、數(shù)據(jù)的可靠性大大提高了。
由于庫伯勒編碼器在定位方面明顯地優(yōu)于增量式庫伯勒編碼器,已經(jīng)越來越多地應(yīng)用于工控定位中。庫伯勒型編碼器因其高精度,輸出位數(shù)較多,如仍用并行輸出,其每一位輸出信號必須確保連接很好,對于較復(fù)雜工況還要隔離,連接電纜芯數(shù)多,由此帶來諸多不便和降低可靠性,因此,庫伯勒型編碼器在多位數(shù)輸出型,一般均選用串行輸出或總線型輸出,德國生產(chǎn)的庫伯勒型編碼器串行輸出zui常用的是SSI(同步串行輸出)。山東KUBLER經(jīng)銷熱賣庫伯勒編碼器型號