詳細介紹
YAMATAKE接近開關按其外型形狀可分為圓柱型、方型、溝型、穿孔(貫通)型和分離型。園柱型比方型安裝方便,但其檢測特性相同,溝型的檢測部位是在槽內側,用于檢測通過槽內的物體,貫通型在我國很少生產,而日本則應用較為普遍,可用于小螺釘或滾珠之類的小零件和浮標組裝成水位檢測裝置等。FL7S-1W6W-CN03
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AZBIL接近開關接線圖
1)接近開關有兩線制和三線制之區別,三線制接近開關又分為NPN型和PNP型,它們的接線是不同的。請見下圖所示:
2)兩線制接近開關的接線比較簡單,接近開關與負載串聯后接到電源即可。
3)三線制接近開關的接線:紅(棕)線接電源正端;藍線接電源0V端;黃(黑)線為信號,應接負載。負載的另一端是這樣接的:對于NPN型接近開關,應接到電源正端;對于PNP型接近開關,則應接到電源0V端。
4)接近開關的負載可以是信號燈、繼電器線圈或可編程控制器PLC的數字量輸入模塊。
5)需要特別注意接到PLC數字輸入模塊的三線制接近開關的型式選擇。PLC數字量輸入模塊一般可分為兩類:一類的公共輸入端為電源0V,電流從輸入模塊流出(日本模式),此時,一定要選用NPN型接近開關;另一類的公共輸入端為電源正端,電流流入輸入模塊,即阱式輸入(歐洲模式),此時,一定要選用PNP型接近開關。千萬不要選錯了。
6)兩線制接近開關受工作條件的限制,導通時開關本身產生一定壓降,截止時又有一定的剩余電流流過,選用時應予考慮。三線制接近開關雖多了一根線,但不受剩余電流之類不利因素的困擾,工作更為可靠。
7)有的廠商將接近開關的“常開”和“常閉”信號同時引出,或增加其它功能,此種情況,請按產品說明書具體接線。FL7M-10W6WTCN03TZ
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阿自倍爾接近開關在航空、航天技術以及工業生產中都有廣泛的應用。在日常生活中,如賓館、飯店、車庫的自動門,自動熱風機上都有應用。在安全防盜方面,如資料檔案、財會、金融、博物館、金庫等重地,通常都裝有由各種接近開關組成的防盜裝置。在測量技術中,如長度,位置的測量;在控制技術中,如位移、速度、加速度的測量和控制,也都使用著大量的接近開關。
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山武接近開關的選型
對于不同的材質的檢測體和不同的檢測距離,應選用不同類型的接近開關,以使其在系統中具有高的性能價格比,為此在選型中應遵循以下原則:
1.1.當檢測體為金屬材料時,應選用高頻振蕩型接近開關,該類型接近開關對鐵鎳、A3鋼類檢測體檢測zui靈敏。
對鋁、黃銅和不銹鋼類檢測體,其檢測靈敏度就低。
1.2.當檢測體為非金屬材料時,如;木材、紙張、塑料、玻璃和水等,應選用電容型接近開關。
1.3.金屬體和非金屬要進行遠距離檢測和控制時,應選用光電型接近開關或超聲波型接近開關。
1.4.對于檢測體為金屬時,若檢測靈敏度要求不高時,可選用價格低廉的磁性接近開關或霍爾式接近開關。FL7M-7J6HW-CN03Z
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日本山武接近開關技術指標檢測
1.動作距離測定;當動作片由正面靠近接近開關的感應面時,使接近開關動作的距離為接近開關的zui大動作距離,測得的數據應在產品的參數范圍內。
2.釋放距離的測定;當動作片由正面離開接近開關的感應面,開關由動作轉為釋放時,測定動作片離開感應面的zui大距離。
3.回差H的測定;zui大動作距離和釋放距離之差的值。
4.動作頻率測定;用調速電機帶動膠木圓盤,在圓盤上固定若干鋼片,調整開關感應面和動作片間的距離,約為開關動作距離的80%左右,轉動圓盤,依次使動作片靠近接近開關,在圓盤主軸上裝有測速裝置,開關輸出信號經整形,接至數字頻率計。此時啟動電機,逐步提高轉速,在轉速與動作片的乘積與頻率計數相等的條件下,可由頻率計直接讀出開關的動作頻率。
5.重復精度測定;將動作片固定在量具上,由開關動作距離的120%以外,從開關感應面正面靠近開關的動作區,運動速度控制在0.1mm/s上。當開關動作時,讀出量具上的讀數,然后退出動作區,使開關斷開。如此重復10次,zui后計算10次測量值的zui大值和zui小值與10次平均值之差,差值大者為重復精度誤差.