MK3P-I 歐姆龍繼電器 歐姆龍繼電器資料 歐姆龍
MK3P-I 歐姆龍繼電器 歐姆龍繼電器資料 歐姆龍
歐姆龍一級(jí)經(jīng)銷商武漢三駿特價(jià)供應(yīng)歐姆龍繼電器等全系列產(chǎn)品
武漢三駿聯(lián)眾科技有限公司
聯(lián)系人：李瓊毅 手機(jī)：15071050439
電話：027-59847936 傳真：027-59803775
QQ: 1042051412
郵件：lizippmm@163.com
網(wǎng)址：http://www.wh3j.com/
聯(lián)系地址：武漢市武昌區(qū)丁字橋路51號(hào)弘業(yè)駿園A座1603
歐姆龍自動(dòng)化（中國）有限公司是一家引領(lǐng)工業(yè)自動(dòng)化產(chǎn)品和應(yīng)用先進(jìn)技術(shù)的跨國公司，作為歐姆龍全球事業(yè)的一部分，它已經(jīng)成為自動(dòng)化領(lǐng)域的佼佼者。在中國，歐姆龍自動(dòng)化（中國）有限公司建有研發(fā)、生產(chǎn)、技術(shù)服務(wù)和物流基地，在華北、華東和華南擁有銷售公司，其下屬40多個(gè)事務(wù)所、辦事處遍布全國，為客戶提供最直接的服務(wù)。
一般環(huán)境下檢測(cè)磁性金屬有無的標(biāo)準(zhǔn)性.
1:種類豐富可根據(jù)條件選擇最佳型號(hào)
2:標(biāo)準(zhǔn)采用電纜保護(hù)器
3:檢測(cè)面采用抗切削油的材質(zhì),耐環(huán)境性能優(yōu)越.
AB（羅克韋爾）、ABB、歐姆龍、西門子、三菱 、TURCK（圖爾克）、P+F（倍加福）、IFM（愛福門）、 SICK（施克） 、KEYENCE(基恩士)、SUNX（神視）、BALLUFF（巴魯夫）、SMC、FESTO（費(fèi)斯托） 、ASCO、IDEC（和泉）、YASKAWA（安川）、德國E+H （恩格斯豪斯）、羅斯蒙特、橫河川儀、美國HONEYWELL 、明緯電源MW 、富士FUJI、山特UPS電源、FLUKE（福祿克）、施耐德
MY2NJ AC100/110 BY OMZ
MK3P-I
MK2P-I
MY2NJ AC110/120 BY OMZ
MY2NJ AC12 BY OMZ
MY2NJ AC200/220 BY OMZ
MY2NJ AC220/240 BY OMZ
MY2NJ AC24 BY OMZ
MY2NJ AC50 BY OMZ
MY2NJ AC6 BY OMZ
MY2NJ DC100/110 BY OMZ
MY2NJ DC12 BY OMZ
MY2NJ DC24 BY OMZ
MY2NJ DC48 BY OMZ
MY2NJ DC6 BY OMZ
MY4NJ AC100/110 BY OMZ
MY4NJ AC110/120 BY OMZ
MY4NJ AC12 BY OMZ
MY4NJ AC200/220 BY OMZ
MY4NJ AC220/240 BY OMZ
MY4NJ AC24 BY OMZ
MY4NJ AC48 BY OMZ
MY4NJ AC6 BY OMZ
MY4NJ DC100/110 BY OMZ
MY4NJ DC12 BY OMZ
MY4NJ DC24 BY OMZ
MY4NJ DC48 BY OMZ
MY4NJ DC6 BY OMZ
LY2NJ AC100/110 BY OMI
LY2NJ AC110/120 BY OMI
LY2NJ AC200/220 BY OMI
LY2NJ AC220/240 BY OMI
LY2NJ AC24 BY OMI
LY2NJ DC100/110 BY OMI
LY2NJ DC12 BY OMI
LY2NJ DC24 BY OMI
LY2NJ DC48 BY OMI
LY2NJ DC6 BY OMI
LY2NJ-D2 DC24 BY OMI
LY3NJ AC100/110 BY OMI
LY3NJ AC110/120 BY OMI
LY3NJ AC200/220 BY OMI
LY3NJ DC100/110 BY OMI
LY3NJ DC24 BY OMI
LY4NJ AC100/110 BY OMI
LY4NJ AC110/120 BY OMI
LY4NJ AC200/220 BY OMI
LY4NJ AC24 BY OMI
LY4NJ DC100/110 BY OMI
LY4NJ DC12 BY OMI
LY4NJ DC24 BY OMI
LY4NJ DC48 BY OMI
G2R-1 AC100/(110) BY OMB
G2R-1 AC110 BY OMB
G2R-1 AC12 BY OMB
G2R-1 AC120 BY OMB
G2R-1 AC200/(220) BY OMB
G2R-1 AC220
G2R-1 AC220 BY OMB
G2R-1 AC24 BY OMB
G2R-1 AC240 BY OMB
G2R-1 AC50 BY OMB
G2R-1 AC6 BY OMB
G2R-1 DC100 (Q)
用電磁感應(yīng)原理將兩個(gè)平面型繞組之間的相對(duì)位移轉(zhuǎn)換成電信號(hào)的測(cè)量元件，用于長(zhǎng)度測(cè)量工具。感應(yīng)同步器（俗稱編碼器、光柵尺）分為直線式和旋轉(zhuǎn)式兩類。前者由定尺和滑尺組成，用于直線位移測(cè)量；后者由定子和轉(zhuǎn)子組成，用于角位移測(cè)量。1957年美國的R.W.特利普等在美國取得感應(yīng)同步器的專利，原名是位置測(cè)量變壓器，感應(yīng)同步器是它的商品名稱，初期用于雷達(dá)天線的定位和自動(dòng)跟蹤、導(dǎo)彈的導(dǎo)向等。在機(jī)械制造中，感應(yīng)同步器常用于數(shù)字控制機(jī)床、加工中心等的定位反饋系統(tǒng)中和坐標(biāo)測(cè)量機(jī)、鏜床等的測(cè)量數(shù)字顯示系統(tǒng)中。它對(duì)環(huán)境條件要求較低，能在有少量粉塵、油霧的環(huán)境下正常工作?！《ǔ呱系倪B續(xù)繞組的周期為2毫米?；呱嫌袃蓚€(gè)繞組，其周期與定尺上的相同，但相互錯(cuò)開1/4周期(電相位差90°)。感應(yīng)同步器的工作方式有鑒相型和鑒幅型的兩種。前者是把兩個(gè)相位差90°、頻率和幅值相同的交流電壓U1 和U2分別輸入滑尺上的兩個(gè)繞組，按照電磁感應(yīng)原理，定尺上的繞組會(huì)產(chǎn)生感應(yīng)電勢(shì)U。如滑尺相對(duì)定尺移動(dòng)，則U的相位相應(yīng)變化，經(jīng)放大后與U1和U2比相、細(xì)分、計(jì)數(shù)，即可得出滑尺的位移量。在鑒幅型中，輸入滑尺繞組的是頻率、相位相同而幅值不同的交流電壓，根據(jù)輸入和輸出電壓的幅值變化，也可得出滑尺的位移量。由感應(yīng)同步器和放大、整形、比相、細(xì)分、計(jì)數(shù)、顯示等電子部分組成的系統(tǒng)稱為感應(yīng)同步器測(cè)量系統(tǒng)。它的測(cè)長(zhǎng)精確度可達(dá)3微米/1000毫米，測(cè)角精度可達(dá)1″/360°。
G2R-1 DC110 BY OMB
G2R-1 DC12 BY OMB
G2R-1 DC24 BY OMB
G2R-1 DC48 BY OMB
G2R-1 DC5 BY OMB
G2R-14 AC100/(110) BY OMB
G2R-14 AC110 BY OMB
G2R-14 AC12 BY OMB
G2R-14 AC120 BY OMB
G2R-14 AC200/(220) BY OMB
G2R-14 AC220 BY OMB
G2R-14 AC230 BY OMB
G2R-14 AC24 BY OMB
G2R-14 AC240 BY OMB
G2R-14 AC50 BY OMB
G2R-14 AC6 BY OMB
G2R-14 DC12 BY OMB
G2R-14 DC18 BY OMB
G2R-14 DC24 BY OMB
G2R-14 DC48 BY OMB
G2R-14 DC5 BY OMB
G2R-14 DC6 BY OMB
G2R-14-H DC12 BY OMB
G2R-14-H DC24 BY OMB
G2R-14-H DC48 BY OMB
G2R-14-H DC5 BY OMB
G2R-14-H DC6 BY OMB
G2R-14-T130 DC12 BY OMB
G2R-14-U DC12
G2R-1A AC100/(110) BY OMB
G2R-1A AC110 BY OMB
G2R-1A AC12 BY OMB
G2R-1A AC120 BY OMB
G2R-1A AC200/(220) BY OMB
G2R-1A AC220 BY OMB
G2R-1A AC230 BY OMB
G2R-1A AC24 BY OMB
G2R-1A AC240 BY OMB
G2R-1A DC12 BY OMB
G2R-1A DC24 BY OMB
G2R-1A DC48 BY OMB
G2R-1A DC5 BY OMB
G2R-1A DC6 BY OMB
G2R-1A DC9 BY OMB
G2R-1A4 AC100/(110) BY OMB
G2R-1A4 AC12 BY OMB
G2R-1A4 AC120 BY OMB
G2R-1A4 AC200/(220) BY OMB
G2R-1A4 AC220 BY OMB
G2R-1A4 AC24 BY OMB
G2R-1A4 AC240 BY OMB
G2R-1A4 DC12 BY OMB
G2R-1A4 DC24 BY OMB
G2R-1A4 DC48 BY OMB
G2R-1A4 DC5 BY OMB
G2R-1A4 DC6 BY OMB
G2R-1A4-ASI DC12 BY OMB
G2R-1A4-H DC12 BY OMB
G2R-1A4-H DC24 BY OMB
G2R-1A4-H DC48 BY OMB
G2R-1A4-H DC5 BY OMB
G2R-1A4-H DC6 BY OMB
G2R-1A4-U DC48
G2R-1A-5 DC12 BY OMB
G2R-1A-ASI DC12 BY OMB
G2R-1A-ASI DC24 BY OMB
G2R-1A-ASI DC48 BY OMB
G2R-1A-ASI DC5 BY OMB
G2R-1A-ASI DC6 BY OMB
G2R-1A-E AC110 BY OMB
G2R-1A-E AC12 BY OMB
G2R-1A-E AC120 BY OMB
G2R-1A-E AC220 BY OMB
G2R-1A-E AC24 BY OMB
G2R-1A-E AC240 BY OMB
G2R-1A-E AC48 BY OMB
G2R-1A-E DC100
G2R-1A-E DC12 BY OMB
G2R-1A-E DC24 BY OMB
G2R-1A-E DC48 BY OMB
G2R-1A-E DC5
G2R-1A-E DC5 BY OMB
G2R-1A-E DC6 BY OMB
G2R-1A-E-5 DC12 BY OMB
G2R-1A-E-ASI AC100/(110) BY OM
G2R-1A-E-ASI AC240 BY OMB
G2R-1A-E-ASI DC12 BY OMB
G2R-1A-E-TU-5 DC24 BY OMB
G2R-1A-H DC12 BY OMB
G2R-1A-H DC24 BY OMB
G2R-1A-H DC48 BY OMB
G2R-1A-H DC5 BY OMB
G2R-1A-H DC6 BY OMB
G2R-1-ASI DC12 BY OMB
G2R-1-ASI DC24 BY OMB
G2R-1-ASI DC48 BY OMB
G2R-1-ASI DC5 BY OMB
G2R-1-ASI DC6 BY OMB
G2R-1A-T AC100/(110) BY OMB
G2R-1A-T DC12 BY OMB
G2R-1A-T DC24 BY OMB
G2R-1A-T130 DC24 BY OMB
G2R-1A-TV8-ASI DC12
G2R-1AZ DC12
G2R-1AZ DC24
G2R-1AZ4 DC12
G2R-1AZ4 DC24
G2R-1AZ4 DC48
G2R-1-E AC110 BY OMB
G2R-1-E AC120 BY OMB
G2R-1-E AC200 BY OMB
G2R-1-E AC220 BY OMB
G2R-1-E AC24 BY OMB
G2R-1-E AC240 BY OMB
G2R-1-E AC48 BY OMB
G2R-1-E DC100
G2R-1-E DC12 BY OMB
G2R-1-E DC24 BY OMB
G2R-1-E DC48 BY OMB
G2R-1-E DC5 BY OMB
G2R-1-E DC6 BY OMB
G2R-1-E-ASI DC24 BY OMB
G2R-1-E-T130 DC12 BY OMB
G2R-1-E-T130 DC24 BY OMB
G2R-1-H DC12 BY OMB
G2R-1-H DC24 BY OMB
G2R-1-H DC48 BY OMB
G2R-1-H DC5 BY OMB
G2R-1-H DC6 BY OMB
G2R-1-S AC110(S) BY OMB
G2R-1-S AC120(S) BY OMB
G2R-1-S AC230(S) BY OMB
G2R-1-S AC24(S) BY OMB
G2R-1-S AC240(S) BY OMB
G2R-1-S DC100(S) BY OMB
G2R-1-S DC110(S) BY OMB
G2R-1-S DC12(S) BY OMB
G2R-1-S DC24(S) BY OMB
G2R-1-SD DC12(S) BY OMB
G2R-1-SD DC24
G2R-1-SD DC24(N) BY OMB
G2R-1-SD DC24(S) BY OMB
G2R-1-SKVD DC24
G2R-1-SN AC100/(110)(N) BY OMB
G2R-1-SN AC100/(110)(S) BY OMB
G2R-1-SN AC110(S) BY OMB
G2R-1-SN AC120(S) BY OMB
G2R-1-SN AC220(S) BY OMB
G2R-1-SN AC230(S) BY OMB
G2R-1-SN AC24(S) BY OMB
G2R-1-SN AC240(S) BY OMB
G2R-1-SN DC100(S) BY OMB
G2R-1-SN DC110(S) BY OMB
G2R-1-SN DC12(S) BY OMB
G2R-1-SN DC24(S) BY OMB
G2R-1-SN DC48(S) BY OMB
G2R-1-SN DC6(S) BY OMB
G2R-1-SND DC100 (S) BY OMB
G2R-1-SND DC12(S) BY OMB
G2R-1-SND DC24(S) BY OMB
G2R-1-SND DC48(S) BY OMB
G2R-1-SNDI DC24(S) BY OMB
G2R-1-SNI DC24(S) BY OMB
G2R-1-S-T130 DC24(N) BY OMB
G2R-1-T AC100/(110) BY OMB
G2R-1-T AC110 BY OMB
G2R-1-T AC220 BY OMB
G2R-1-T130 DC24 BY OMB
G2R-1-TV8-ASI DC12 BY OMB
G2R-1Z AC240.
G2R-1Z DC12
G2R-1Z DC24
G2R-1-Z DC24
G2R-1Z4 DC24
G2R-1Z4 DC5
G2R-2 AC100/(110) BY OMB
G2R-2 AC110 BY OMB
G2R-2 AC12 BY OMB
G2R-2 AC120 BY OMB
G2R-2 AC200/(220) BY OMB
G2R-2 AC220 BY OMB
G2R-2 AC230 BY OMB
G2R-2 AC24 BY OMB
G2R-2 AC240 BY OMB
G2R-2 DC100 (Q)
G2R-2 DC100 BY OMB
G2R-2 DC110 (Q)
G2R-2 DC12 BY OMB
G2R-2 DC24 BY OMB
G2R-2 DC48 BY OMB
G2R-2 DC5 BY OMB
G2R-2 DC6 BY OMB
G2R-24 AC100/(110) BY OMB
G2R-24 AC110 BY OMB
G2R-24 AC12 BY OMB
G2R-24 AC120 BY OMB
G2R-24 AC200/(220) BY OMB
G2R-24 AC220 BY OMB
G2R-24 AC24 BY OMB
G2R-24 AC240 BY OMB
G2R-24 AC50 BY OMB
G2R-24 DC100
G2R-24 DC110 BY OMB
G2R-24 DC12
G2R-24 DC12 BY OMB
G2R-24 DC24
G2R-24 DC24 BY OMB
G2R-24 DC48
G2R-24 DC48 BY OMB
G2R-24 DC5
G2R-24 DC5 BY OMB
G2R-24 DC6
G2R-24 DC6 BY OMB
G2R-24-H DC6 BY OMB
G2R-24-Z DC12
G2R-2A AC100/(110) BY OMB
G2R-2A AC110 BY OMB
G2R-2A AC12 BY OMB
G2R-2A AC120 BY OMB
G2R-2A AC200/(220) BY OMB
G2R-2A AC220 BY OMB
G2R-2A AC24 BY OMB
G2R-2A AC240 BY OMB
G2R-2A AC6 BY OMB
G2R-2A DC100 (Q)
G2R-2A DC110 (Q)
G2R-2A DC12 BY OMB
G2R-2A DC24 BY OMB
G2R-2A DC48 BY OMB
G2R-2A DC5 BY OMB
G2R-2A DC6 BY OMB
G2R-2A DC9 BY OMB
G2R-2A4 AC100/(110) BY OMB
G2R-2A4 AC110 BY OMB
G2R-2A4 AC12 BY OMB
G2R-2A4 AC200/(220) BY OMB
G2R-2A4 AC220 BY OMB
G2R-2A4 AC24 BY OMB
G2R-2A4 AC240 BY OMB
G2R-2A4 AC50 BY OMB
G2R-2A4 AC6 BY OMB
G2R-2A4 DC12
G2R-2A4 DC24
G2R-2A4 DC24 BY OMB
G2R-2A4 DC48
G2R-2A4 DC5
G2R-2A4 DC6
G2R-2A4-ASI AC100/(110)
G2R-2A4-U DC24
G2R-2A-ASI DC12 BY OMB
G2R-2A-ASI-T130 DC24 BY OMB
G2R-2A-AUL DC12
G2R-2A-H DC12 BY OMB
G2R-2A-H DC24
G2R-2A-H DC24 BY OMB
G2R-2A-SKVD DC12
G2R-2A-T130 DC24 BY OMB
G2R-2-AUL DC48
G2R-2-H DC12
G2R-2-H DC24
G2R-2-H DC24 BY OMB
G2R-2-H DC48
G2R-2-H DC48 BY OMB
G2R-2-H DC5 BY OMB
G2R-2-H DC6
G2R-2-S AC110(S) BY OMB
G2R-2-S AC120(S) BY OMB
G2R-2-S AC200/(220)(S) BY OMB
G2R-2-S AC24(S) BY OMB
G2R-2-S AC240(S) BY OMB
G2R-2-S DC100(S) BY OMB
G2R-2-S DC110(S) BY OMB
G2R-2-S DC12(S) BY OMB
G2R-2-S DC24(N) BY OMB
G2R-2-S DC24(S) BY OMB
G2R-2-S DC5(S) BY OMB
G2R-2-SD DC100(S) BY OMB
G2R-2-SD DC12(S) BY OMB
G2R-2-SD DC24(N) BY OMB
G2R-2-SD DC24(S) BY OMB
G2R-2-SKVD AC220
G2R-2-SKVD DC12
G2R-2-SKVD DC24
G2R-2-SN AC100/(110)(S) BY OMB
G2R-2-SN AC110(S) BY OMB
G2R-2-SN AC12(S) BY OMB
G2R-2-SN AC200/(220)(N) BY OMB
G2R-2-SN AC220(S) BY OMB
G2R-2-SN AC230(S) BY OMB
G2R-2-SN AC24(S) BY OMB
G2R-2-SN AC240(S) BY OMB
G2R-2-SN DC110(S) BY OMB
G2R-2-SN DC12(S) BY OMB
G2R-2-SN DC24(S) BY OMB
G2R-2-SN DC48(S) BY OMB
G2R-2-SN DC6(S) BY OMB
G2R-2-SND DC100(S) BY OMB
G2R-2-SND DC12(N) BY OMB
G2R-2-SND DC12(S) BY OMB
G2R-2-SND DC24(N) BY OMB
G2R-2-SND DC24(S) BY OMB
G2R-2-SND DC48(N) BY OMB
G2R-2-SND DC48(S) BY OMB
G2R-2-SND DC5(S) BY OMB
G2R-2-SNDI DC12(S) BY OMB
G2R-2-SNDI DC24(S) BY OMB
G2R-2-SNDI DC48(S) BY OMB
G2R-2-SNDI DC6(S) BY OMB
G2R-2-SNI AC110(S) BY OMB
G2R-2-SNI AC120(S) BY OMB
G2R-2-SNI AC230(S) BY OMB
G2R-2-SNI AC24(S) BY OMB
G2R-2-SNI DC24(S) BY OMB
G2R-2-T130 DC24 BY OMB
G2R-2-Z DC48
1.接近開關(guān)的選型
對(duì)于不同的材質(zhì)的檢測(cè)體和不同的檢測(cè)距離，應(yīng)選用不同類型的接近開關(guān)，以使其在系統(tǒng)中具有高的性能價(jià)格比，為此在選型中應(yīng)遵循以下原則： 1.1.當(dāng)檢測(cè)體為金屬材料時(shí)，應(yīng)選用高頻振蕩型接近開關(guān)，該類型接近開關(guān)對(duì)鐵鎳、A3鋼類檢測(cè)體檢測(cè)最靈敏。 對(duì)鋁、黃銅和不銹鋼類檢測(cè)體，其檢測(cè)靈敏度就低。 1.2.當(dāng)檢測(cè)體為非金屬材料時(shí)，如;木材、紙張、塑料、玻璃和水等，應(yīng)選用電容型接近開關(guān)。 1.3.金屬體和非金屬要進(jìn)行遠(yuǎn)距離檢測(cè)和控制時(shí)，應(yīng)選用光電型接近開關(guān)或超聲波型接近開關(guān)。 1.4.對(duì)于檢測(cè)體為金屬時(shí)，若檢測(cè)靈敏度要求不高時(shí)，可選用價(jià)格低廉的磁性接近開關(guān)或霍爾式接近開關(guān)。
2.接近開關(guān)技術(shù)指標(biāo)檢測(cè)
2.1.動(dòng)作距離測(cè)定;當(dāng)動(dòng)作片由正面靠近接近開關(guān)的感應(yīng)面時(shí)，使接近開關(guān)動(dòng)作的距離為接近開關(guān)的最大動(dòng)作距離，測(cè)得的數(shù)據(jù)應(yīng)在產(chǎn)品的參數(shù)范圍內(nèi)。 2.2.釋放距離的測(cè)定;當(dāng)動(dòng)作片由正面離開接近開關(guān)的感應(yīng)面，開關(guān)由動(dòng)作轉(zhuǎn)為釋放時(shí)，測(cè)定動(dòng)作片離開感應(yīng)面的最大距離。 2.3.回差H的測(cè)定;最大動(dòng)作距離和釋放距離之差的絕對(duì)值。 2.4.動(dòng)作頻率測(cè)定;用調(diào)速電機(jī)帶動(dòng)膠木圓盤，在圓盤上固定若干鋼片，調(diào)整開關(guān)感應(yīng)面和動(dòng)作片間的距離，約為開關(guān)動(dòng)作距離的80%左右，轉(zhuǎn)動(dòng)圓盤，依次使動(dòng)作片靠近接近開關(guān)，在圓盤主軸上裝有測(cè)速裝置，開關(guān)輸出信號(hào)經(jīng)整形，接至數(shù)字頻率計(jì)。此時(shí)啟動(dòng)電機(jī)，逐步提高轉(zhuǎn)速，在轉(zhuǎn)速與動(dòng)作片的乘積與頻率計(jì)數(shù)相等的條件下，可由頻率計(jì)直接讀出開關(guān)的動(dòng)作頻率。 MICROSONAR系列 接近開關(guān)
2.5.重復(fù)精度測(cè)定;將動(dòng)作片固定在量具上，由開關(guān)動(dòng)作距離的120%以外，從開關(guān)感應(yīng)面正面靠近開關(guān)的動(dòng)作區(qū)，運(yùn)動(dòng)速度控制在0.1mm/s上。當(dāng)開關(guān)動(dòng)作時(shí)，讀出量具上的讀數(shù)，然后退出動(dòng)作區(qū)，使開關(guān)斷開。如此重復(fù)10次，最后計(jì)算10次測(cè)量值的最大值和最小值與10次平均值之差，差值大者為重復(fù)精度誤差.
MK3P-I 歐姆龍繼電器 歐姆龍繼電器資料 歐姆龍
MK3P-I 歐姆龍繼電器 歐姆龍繼電器資料 歐姆龍
