德国HENGSTLER值型编码器柳州办事处颜 

德国HENGSTLER标准光电值型编码器AC36-BiSS/SSI系列特点：整体长度：36mm；为工程和工业装备设计；单圈编码器分辨率达17Bit，多圈达12Bit；6mm实心轴（空心轴：AD36）；100°C工作温度；10000rpm（持续）；真正的齿轮多圈的光编码器；BiSS或SSI接口；可选正弦1Vpp；500kHz带宽。规格：外径：38.1mm；轴径或孔径：6mm；脉冲数或分辨率：单圈17位，多圈12位；防护等级：IP64；标准工作特性/机械特性-外径：38.1mm；轴径：6mm（实心轴）；zui大转速：10000RPM（连续），12000（短时）；电气特性-电源电压：DC5V-5%/10%，DC7~30V；zui大空载电流：5V:100mA(ST),150mA(MT)10~30V:100mA(ST),150mA(MT)；环境特性-轴输入防护等级（EN60529）：IP64；外壳防护等级（EN60529）：IP64；工作温度：-40°C~+100°C；储存温度：-15°C~+85°C
标准光电值型编码器0541003AC36/0013ER.41SGB
标准光电值型编码器0541019AC36/0013AR.41SGA
标准光电值型编码器0541020AC36/0012ER.41SCA
标准光电值型编码器0541030AC36/0017AR.41SCB
标准光电值型编码器0541031AC36/0016AR.41SBA
标准光电值型编码器0541034AC36/0014AR.41SCB
标准光电值型编码器0541036AC36/0017AR.41BIA
标准光电值型编码器0541038AC36/0017ER.41SGB
标准光电值型编码器0541039AC36/0014ER.41SBB
标准光电值型编码器0541040AC36/0012ER.41SBB
标准光电值型编码器0541046AC36/0017ER.41SCA
标准光电值型编码器0541049AC36/0017AR.41SBB
标准光电值型编码器0541051AC36/0014AR.41SBA
标准光电值型编码器0541053AC36/0013ER.41SBA
标准光电值型编码器0541055AC36/0013AR.41SGB-C0
标准光电值型编码器0541057AC36/0013ER.41SGB-F0
标准光电值型编码器0541060AC36/0014ER.41SGB
标准光电值型编码器0541061AC36/0014ER.41SGA
标准光电值型编码器0541063AC36/0012AR.41SGB
标准光电值型编码器0541064AC36/0013AR.41SGB
标准光电值型编码器0541066AC36/0019AR.41BIB
标准光电值型编码器0541072AC36/0014AR.41SGB
标准光电值型编码器0541074AC36/0017AR.41SBA
标准光电值型编码器0541076AC36/0014AR.41SBB
标准光电值型编码器0541078AC36/0012ER.41SBA
标准光电值型编码器0541079AC36/0014AR.41SGA
标准光电值型编码器0541082AC36/0013ER.41SGB-K0
标准光电值型编码器0541083AC36/0012AR.41SCB
标准光电值型编码器0541090AC36/0017AR.41SGB
标准光电值型编码器0541097AC36/0013ER.41SGA
标准光电值型编码器0541105AC36/1213ER.41SBB
标准光电值型编码器0541108AC36/1213AR.41SCB
标准光电值型编码器0541115AC36/1212ER.41SGB
标准光电值型编码器0541116AC36/1213ER.41SCB
标准光电值型编码器0541118AC36/1212AR.41BIA

德国HENGSTLER值型编码器柳州办事处

标准光电值型编码器0541120AC36/1213AR.41BIB
标准光电值型编码器0541121AC36/1213ER.41SGA
标准光电值型编码器0541127AC36/1213AR.41SGA
标准光电值型编码器0541134AC36/1212AR.41SCB
标准光电值型编码器0541137AC36/1213ER.41SCA
标准光电值型编码器0541138AC36/1217AR.41BIA
标准光电值型编码器0541141AC36/1212ER.41SCA
标准光电值型编码器0541143AC36/1213ER.41SGB
标准光电值型编码器0541145AC36/1217AR.41BIB
标准光电值型编码器0541147AC36/1217ER.41BIB
标准光电值型编码器0541148AC36/1217AR.41SBB
标准光电值型编码器0541151AC36/1213AR.41SBB
标准光电值型编码器0541152AC36/1212AR.41SGB
标准光电值型编码器0541153AC36/1213ER.41BIB
标准光电值型编码器0541154AC36/1213AR.41SGB
标准光电值型编码器0541158AC36/1217ER.41SGB
标准光电值型编码器0541162AC36/1217AR.41SGA
标准光电值型编码器0541163AC36/1217AR.41SBA
标准光电值型编码器0541171AC36/1217ER.41SGA
标准光电值型编码器0541174AC36/1213AR.41SBA
标准光电值型编码器0541180AC36/1213ER.41SBA
标准光电值型编码器0541182AC36/1212ER.41SGA-F0
标准光电值型编码器0541183AC36/1217ER.41SBA
标准光电值型编码器0541186AC36/1217ER.41SCA
标准光电值型编码器0541191AC36/1213AR.41SCA
标准光电值型编码器0541194AC36/1217ER.41SCB
标准光电值型编码器0541206AC36/0012AR.41SBB
标准光电值型编码器0541207AC36/0017AR.41BIB
标准光电值型编码器0541208AC36/0012ER.41SBA-D0
标准光电值型编码器0541211AC36/0012ER.41SGB
标准光电值型编码器0541225AC36/0012ER.41BIB
标准光电值型编码器0541227AC36/0017AR.41SEB
标准光电值型编码器0541228AC36/0014ER.41SBA
标准光电值型编码器0541234AC36/0017AR.41SGA-F0
标准光电值型编码器0541237AC36/0017ER.41SCB
标准光电值型编码器0541238AC36/0012ER.41SBB-K0
标准光电值型编码器0541239AC36/0012ER.41SBB-D0
标准光电值型编码器0541250AC36/0017ER.41SBA
标准光电值型编码器0541254AC36/0014ER.41BIB
标准光电值型编码器0541256AC36/0017AR.41SBB-K0
标准光电值型编码器0541261AC36/0013ER.41SGA-V0
标准光电值型编码器0541267AC36/0017ER.41SBB
标准光电值型编码器0541272AC36/0017EF.1RSGB-C0
标准光电值型编码器0541274AC36/0017AR.41SGA
标准光电值型编码器0541279AC36/0014AF.1RSGB
标准光电值型编码器0541281AC36/0016ER.41SBA-F0
标准光电值型编码器0541286AC36/0017EF.1RSGB-F0
标准光电值型编码器0541288AC36/0012AF.1RSGB
标准光电值型编码器0541298AC36/0012ER.41SBB-F0
标准光电值型编码器0541298AC36/0012ER.41SBB-F0
标准光电值型编码器0541302AC36/1212ER.41SCB
标准光电值型编码器0541309AC36/1212ER.41SGA
标准光电值型编码器0541311AC36/1213ER.41SCB-U0
标准光电值型编码器0541312AC36/1217AR.41SGB
标准光电值型编码器0541313AC36/1213ER.41SBB-F0
标准光电值型编码器0541318AC36/1212AR.41SBB
标准光电值型编码器0541319AC36/1214AR.41SBB
标准光电值型编码器0541320AC36/1212AR.41SBA
标准光电值型编码器0541324AC36/1213ER.41BCB
标准光电值型编码器0541325AC36/1213ER.41SGB-F0
标准光电值型编码器0541327AC36/1213AR.41SGB-D0

标准光电值型编码器0541330AC36/1213AR.41BCB
标准光电值型编码器0541337AC36/1217AR.41BCB
标准光电值型编码器0541344AC36/1213ER.41BEB-V0
标准光电值型编码器0541346AC36/1212ER.41SBA
标准光电值型编码器0541347AC36/1213ER.41BIB-V0
标准光电值型编码器0541349AC36/1213ER.41SBB-K0
标准光电值型编码器0541361AC36/1213ER.41SGB-I
标准光电值型编码器0541370AC36/1212ER.41SBB
标准光电值型编码器0541402AC36/0012AR.41SBA
标准光电值型编码器0541404AC36/0013ER.41SBB
标准光电值型编码器0541405AC36/0017AR.41SCA
标准光电值型编码器0541381AC36/1213ER.41SGB-K0
标准光电值型编码器0541389AC36/1217AR.41SCB
标准光电值型编码器0541395AC36/1214ER.41SDB
标准光电值型编码器0541406AC36/0012AR.41BIB
标准光电值型编码器0541408AC36/0013AR.41SBA
标准光电值型编码器0541409AC36/0013AR.41SBB
标准光电值型编码器0541412AC36/0017AR.41BEB
标准光电值型编码器0541413AC36/0012AR.41BIA
标准光电值型编码器0541416AC36/0014ER.41BEA
标准光电值型编码器0541417AC36/0014ER.41BIA
标准光电值型编码器0541418AC36/0017AR.41SCA-P0
标准光电值型编码器0541420AC36/0017AR.41BEA
标准光电值型编码器0541430AC36/0017ER.41BIA-F0
标准光电值型编码器0541438AC36/0012AR.41SGA-V0
标准光电值型编码器0541448AC36/0017ER.41SGB-K0
标准光电值型编码器0541452AC36/0014EF.1RBIB
标准光电值型编码器0541455AC36/0017ER.41BIB
标准光电值型编码器0541456AC36/0017ER.41BEB
标准光电值型编码器0541470AC36/0017ER.41SBB-F0
标准光电值型编码器0541472AC36/0012ER.41BIA
标准光电值型编码器0541478AC36/0012ER.41SCB
标准光电值型编码器0541479AC36/0012ER.41SGA-V0
标准光电值型编码器0541482AC36/0014ER.41BEB
标准光电值型编码器0541485AC36/0012AR.41BEB
标准光电值型编码器0541486AC36/0012EF.1RSGB
标准光电值型编码器0541490AC36/0017ER.41SBB-V0
标准光电值型编码器0541492AC36/0012ER.41SGB-F0
标准光电值型编码器0541493AC36/0017ER.41SGA
标准光电值型编码器0541797AC36/0017ER.41SGA-F0:5852
标准光电值型编码器0541810AC36/0017AR.41BIA-A4-X:6183
标准光电值型编码器0541818AC36/0017ER.41SGA:5852
标准光电值型编码器0541840AD34/0017AX.0NBEX-A2-X:6101
标准光电值型编码器0541845AC36/0012EF.1XSGB:6080
标准光电值型编码器0541812AC36/1217AR.40SBB:6077
标准光电值型编码器0541830AC36/1212EX.4XSGB-F0:5870
标准光电值型编码器0541831AC36/1217AR.40SBA:6077
标准光电值型编码器0541833AC36/1213EX.4XSGB-A15:6095
标准光电值型编码器0541863AC36/1213AX.41BIB:6007
标准光电值型编码器0541879AC36/1212ER.41SGB-B5-X:5842
标准光电值型编码器0541882AC36/1212AR.41SBX-B0:5884
标准光电值型编码器0541898AC36/1212ER.41SGB-A5-X:5787
标准光电值型编码器0541864AC36/1213AX.41BIB:6006
亨士乐hengstler标准光电值型编码器AC36是真正的齿轮多圈的值光学编码器，光学传感技术，36mm直径。实心轴的AC36在机械上可以兼容所有一般增值型编码器。紧凑的设计允许直接替换规格相同的增量型编码器。这样，值编码器的技术设施*实现了在设备工程和医学工程的应用。其构造设计由双滚珠轴承支承的机械轴组件构成。AC36弥补了ACURO工业型系列小尺寸产品的空白，同时又具有58mm版本的同等性能。Biss接口：高达10MHz的可变的时钟频率，双向同步接口应用了高达17位（单圈）和12位（多圈）的全数字式位置数据，使AC36在同品种中*。对应单圈分辨的实测步数高达130000以上。通过带每圈2048个周期的正余弦信号的SSI接口实现了向后兼容。内置诊断系统：AC36是具有*的诊断概念的特种集成电路(OPTOASIC)的产物。连续的似真性检查对每个增量控制内部的信号处理。编码检查保证了测量旋转的编码器输出信号一位一位地显示。同时，编码器的工作温度可以测量、读出并可用8位分辨位数(1℃)的报警进行监控。对工作温度进行监控可以保证zui大限度地延长LED的使用寿命。zui终故障可由报警位尽早指示出来。

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