欧姆龙中国网站支持『在线产品选型』功能
欧姆龙接近开关选型样本
欧姆龙接近开关选型样本欧姆龙是全球领先的工业自动化解决方案供应商，他们提供了广泛的开关产品，适用于各种应用场景。
在选型欧姆龙接近开关样本时，需要考虑一些关键因素，如适用环境、工作原理、工作距离、材料和形状选择等。
以下是针对这些关键因素的一些详细信息。
适用环境：在选择欧姆龙接近开关时，首先需要考虑的是应用环境，例如温度、湿度和粉尘等。
欧姆龙提供了适用于各种环境的接近开关产品，例如具有防水、防尘和耐高温特性的型号。
工作原理：欧姆龙接近开关有多种工作原理可供选择，如感应、光电和超声波等。
感应开关通过感应靠近物体的电磁场来进行探测，适用于金属物体；光电开关则使用光束进行探测，适用于非金属物体。
超声波开关则使用超声波波束进行探测，适用于各种物体。
根据具体应用要求进行选择。
工作距离：工作距离是指开关与探测物体之间的最大距离。
根据应用要求选择适合的开关，欧姆龙提供了多种工作距离的开关产品，从几毫米到几米不等。
材料选择：欧姆龙接近开关可适用于不同的材料，如金属、非金属和液体等。
对于金属物体的探测，可以选择磁性开关；对于非金属物体的探测，可以选择光电或超声波开关。
根据被探测物体的材质进行选择。
形状选择：欧姆龙提供了多种形状和安装方式的接近开关，如圆柱形、方形、面贴式和弯曲形等。
选择合适的形状和安装方式可以更好地适应不同的应用场景。
以上是关于选择欧姆龙接近开关样本的一些关键因素和注意事项。
在选型时，需要根据具体的应用要求进行选择，并结合以上因素进行综合考虑。
欧姆龙提供了详细的产品手册和样本，通过仔细研究这些资料，可以更好地选择适合的产品。
欧姆龙-大型微动开关与限位开关选型手册
0.55A 0.55A
— 0.27A
— 0.31A
— —
— 0.27A
— —
— 0.2A
— —
DC-13 DC-13 DC-13
2.5A 1.0A 1.0A
0.55A 0.22A 0.22A
0.27A —
0.1A
0.15A — —
0.13A — —
0.1A — —
7 OMRON
·装配
·安全使用指南 使用环境
খ㗗ѻકḋᴀ䅶䌁ᴀ݀ৌᎹϮ㞾ࡼ࣪ѻક˄ҹϟㅔ鹵ᴀ݀ৌѻક˅ᯊˈᔧӋ㸼ǃড়ৠǃ㾘Ḑкㄝ≵᳝ᦤঞ⡍߿䇈 ᯢџ乍ᯊˈ䗖⫼ҹϟⱘֱ䆕ݙᆍǃܡ䋷џ乍ǃ䗖ড়⫼䗨ⱘᴵӊㄝDŽ 䇋ࡵᖙ⹂䅸ҹϟݙᆍৢ䖯㸠䅶䋻DŽ 1ˊֱ䆕ݙᆍ
ķ ֱ䆕ᳳ䰤 ᴀ݀ৌѻકⱘֱ䆕ᳳ䰤Ў䌁фৢᣛᅮഄ⚍Ѹ䋻ৢ1ᑈDŽ
ĸ ֱ䆕㣗ೈ Ϟ䗄ֱ䆕ᳳ䰤⬅ݙѢᴀ݀ৌⱘ䋷ӏ䗴៤᠔䌁ଚકᬙ䱰ⱘᚙމϟˈᴀ݀ৌ䋳䋷ܡ䌍ᇍᬙ䱰ѻક䖯㸠㓈ׂ ᤶˈ⫼᠋ৃҹ䌁ф໘䖯㸠ᤶ㽕∖㓈ׂDŽ Ԛᬙ䱰ᰃ⬅ҹϟॳᓩ䍋ᯊˈ߭ϡሲѢֱ䆕ᇍ䈵㣗ೈ˖ a) ᴀ݀ৌѻક䇈ᯢк᠔䗄ᴵӊg⦃๗gՓ⫼ᮍ⊩ҹⱘᚙމϟՓ⫼㗠ᓩ䍋ᬙ䱰 b) 䴲ᴀ݀ৌॳᓩ䍋ⱘᬙ䱰 c) 䴲ᴀ݀ৌ䖯㸠ⱘᬍ䗴ׂ⧚ᓩ䍋ᬙ䱰 d) 䖯㸠њᴀ݀ৌ䆄䗄Փ⫼ᮍ⊩ҹⱘՓ⫼ e) 䋻કߎॖᯊˈᔧᯊⱘ里ᄺ∈ᑇ᮴⊩乘㾕ৃ㛑ᓩ䍋䯂乬ᯊ f) ݊ᅗ⬅Ѣ♒ǃ♒ᆇㄝ䴲ᴀ݀ৌ䋳䋷ⱘ㋴ ৠᯊˈϞ䗄ֱ䆕ҙᣛᴀ݀ৌѻકᴀ䑿ˈ⬅Ѣᴀ݀ৌѻકᬙ䱰᠔ᓩ䍋ⱘᤳᆇᥦ䰸ֱ䆕ᇍ䈵ҹDŽ
电气方面
·电气回路的开闭 ·寿命长低电力消费 ·短路保护装置（带保险丝） ·低噪音的场合 ·高规格、高电压场合
机械方面
·常闭(NC)触点需带有强制断开机构 ·特殊环境（油、水、药品） ·要求极高的机械重复精度 ·视觉上能判断动作状态
欧姆龙温控表E5_Z系列选型手册
14
E5EZ-PRR...........................................................
37
所有更新的E5□Z控制器通用
• 操作 ..................................
26
• 注意事项 ..............................
SPST-NO, 250 VAC, 1A （阻性负载），电气寿命：100,000次操作，最小可用负载5V， 10mA
ON: 1 kΩ 以下, OFF: 100 kΩ 以上
ON: 残余电压: 1.5 V以下，OFF: 漏电流: 0.1 mA以下
外流电流：每点约7 mA
2 PID控制 （带自动调整）或ON/OFF控制
原有型号 E53-CN03N E53-CNH03N E53-CNBN E53-CNHBN
原有 型号 E5CZ-R2 E5CZ-R2M E5CZ-Q2 E5CZ-Q2M E5CZ-C2M 无 无 无 E5CZ-R2MD E5CZ-Q2MD
E5CZ-C2MD 无 无 无
新型号
E5CZ-R2MT
E5CZ-Q2MT
注： 参阅第33页上的 “注意事项”。
48 × 48 mm E5CZ
48 × 48 mm E5CZ-U
注： 关于与原有型号的变化比较参阅第30页上的信息。
主要I/O功能
џӊ䕧ܹ g᮴ g2⚍
Ӵᛳ఼䕧ܹ g䗮⫼⛁⬉ي/Pt䕧ܹ ˄ᏺ⏽ᑺ䕧ܹⱘൟো˅ gᢳ⬉⌕/⬉य़䕧ܹ ˄ᏺᢳ䕧ܹⱘൟো˅
ᰒ冫㊒ᑺ E5CZ g⛁⬉ي䕧ܹ˖PVⱘ±0.5% gPt䕧ܹ˖PVⱘ±0.5% gᢳ䕧ܹ˖FSⱘ±0.5% E5CZ-U g⛁⬉ي䕧ܹ˖PVⱘ±1% gPt䕧ܹ˖PVⱘ±0.5%
欧姆龙产品型号解析大全
CPM1A 型机""CPM1A-10CDR-A(-V1)","10点主机AC220V 6点入,4点继电器输出","CPM1A-20CDR-A(-V1)","20点主机AC220V 12点入,8点继电器输出","CPM1A-30CDR-A(-V1)","30点主机AC220V 18点入,12点继电器输出","CPM1A-40CDR-A(-V1)","40点主机AC220V 24点入,16点继电器输出","CPM1A-20EDR1","20点扩展12点入,8点继电器输出","CPM1A-8ED","8点扩展输入单元","CPM1A-8ER","8点扩展继电器输出单元""CPM1A-MAD01","模拟量I/O单元,2入1出(1/256)","CPM1A-MAD11","模拟量I/O单元,2入1出(1/6000)""CPM1A-AD041","四路模拟量输入","CPM1A-DA041","四路模拟量输出","CPM1-CIF01","外设口RS422 适配器","CQM1-PROO1-E","编程器带电缆1.5M","CPM2A 型机",,"单价(元)""CPM2A-20CDR-A","20点主机AC220V 12点入,8点继电器输出自带232C口""CPM2A-30CDR-A","30点主机AC220V 18点入,12点继电器输出自带232C口""CPM2A-40CDR-A","40点主机AC220V 24点入,16点继电器输出自带232C口""CPM2A-60CDR-A","60点主机AC220V 36点入,24点继电器输出自带232C口""CPM2AE-60CDR-A","60点主机AC220V 36点入,24点继电器输出""CPM2AH 型机","比CPM2A性能有所提高","单价(元)""CPM2AH-20CDR-A","20点主机AC220V 12点入,8点继电器输出自带232C口""CPM2AH-30CDR-A","30点主机AC220V 18点入,12点继电器输出自带232C口""CPM2AH-40CDR-A","40点主机AC220V 24点入,16点继电器输出自带232C口","CPM2AH-60CDR-A","60点主机AC220V 36点入,24点继电器输出自带232C口","CPM2AE-60CDR-A","60点主机AC220V 36点入,24点继电器输出","CQM1 型机",,"单价(元)""CQM1H-CPU11","主机, 最大I/O点: 256点,程序容量:3.2K字,不支持内装板","CQM1H-CPU21","主机, 最大I/O点: 256点,程序容量:3.2K字,RS232C口,不支持内装板",3883.33 "CQM1H-CPU51","主机, 最大I/O点: 512点,程序容量:7.2K字,带RS232C口","CQM1H-CPU61","主机, 最大I/O点: 512点,程序容量:15.2K字,带RS232C口""CQM1H-CTB41","高速计数器板4点""CQM1H-PLB21","脉冲I/O板2点""CQM1H-ABB21","绝对值编码器板2点""CQM1H-MAB42","模拟量I/O板""CQM1H-SCB41","串行通讯板RS232C一个,RS422/485一个""CQM1-PA203","电源100-240VAC""CQM1-PA206","电源100-240VAC,提供24VDC 0.5A""CQM1-ME04K","EEPROM 4K字","CQM1-ME08K","EEPROM 8K字","CQM1H-ME16K","EEPROM 16K字""CQM1-ME04R","EEPROM 4K字,带时钟""CQM1-ME08R","EEPROM 8K字,带时钟","CQM1H-ME16R","EPROM 16K字,带时钟","CQM1H-PRO01-E","编程器(带1.5米连接电缆)","CS1W-CN114","外设端口转换电缆","CQM1-ID211","输入8点,12-24VDC""CQM1-ID212","输入16点,24VDC","CQM1-ID213","输入32点, 24VDC","CQM1-IA121","输入8点,100-120AC""CQM1-IA221","输入8点,200-240VAC""CQM1-OC221","输出8点, 继电器250VAC/ 24VDC2A""CQM1-OC222","输出16点, 继电器250VAC/ 24VDC2A""CQM1-OD211","输出8点, 晶体管NPN 24V DC 2A","CQM1-OD212","输出16点, 晶体管NPN 24V DC 50mA","CQM1-OD213","输出32点, 晶体管NPN 24V DC 100mA","CQM1-OD214","输出16点, 晶体管PNP 24V DC 300mA","CQM1-OD215","输出16点, 晶体管PNP 24V DC 1A","CQM1-OA221","输出8点可控硅100-240V AC 0.4A","CQM1-AD041","模拟量输入单元4路±10V/0-10V/1-5V/4-20mA","CQM1-AD042","4路模拟量输入单元(无需供电单元)","CQM1-DA021","模拟量输出单元, 2路, ±10V/0-20mA","CQM1-DA022","2路模拟量输入单元(无需供电单元)","CQM1-IPS01","模拟单元专用电源供1单元","CQM1-IPS02","模拟单元专用电源供2单元","CQM1-TC001","温度控制单元2路","CQM1-CIF02","上位机通讯专用电缆(RS232C)","C200HE/C200HG/C200HX系列",,"单价(元)""C200HE-CPU11-E","CPU单元内存3.2K字最大I/O数:640点","C200HE-CPU32-E","CPU单元内存7.2K字最大I/O数:880点","C200HE-CPU42-E","CPU单元内存7.2K字最大I/O数:880点带RS-232C 带时钟", "C200HG-CPU33-E","CPU单元内存15.2K字最大I/O数:880点带时钟","C200HG-CPU43-E","CPU单元内存15.2K字最大I/O数:880点带RS-232C 带时钟" "C200HG-CPU53-E","CPU单元内存15.2K字最大I/O数:1184点带时钟","C200HG-CPU63-E","CPU单元内存15.2K字最大I/O数:1184点带RS-232C 带时钟", "C200HX-CPU34-E","CPU单元内存31.2K字最大I/O数:880点带时钟","C200HX-CPU44-E","CPU单元内存31.2K字最大I/O数:880点带RS-232C 带时钟", "C200HX-CPU54-E","CPU单元内存3.2K字最大I/O数:1184点带时钟","C200HX-CPU64-E","CPU单元内存31.2K字最大I/O数:1184点带RS-232C 带时钟", "C200HX-CPU65-ZE","CPU单元内存63.2K字最大I/O数:880点带时钟","C200HX-CPU85-ZE","CPU单元内存3.2K字最大I/O数:880点带RS-232C 带时钟", "C200HW-BC051","主机板可安装5个I/O单元","C200HW-BC081-V1","主机板可安装8个I/O单元","C200HW-BC101-V1","主机板可安装10个I/O单元","C200HW-BI051","扩展机板可安装5个I/O单元","C200HW-BI081-V1","扩展机板可安装8个I/O单元","C200HW-BI101-V1","扩展机板可安装10个I/O单元""C200HW-PA204","电源单元AC110-120V/200-240V","C200HW-PA204S","电源单元AC110-120V/200-240V 带24VDC使用电源","C200HW-ME04K","EEPROM 存储单元4K","C200HW-ME08K","EEPROM 存储单元8K","C200HW-ME16K","EEPROM 存储单元16K","C200HW-ME32K","EEPROM 存储单元32K","C200HW-COM01","通信板SYSMAC LINK与SYSMATE NET 链接单元通信端口一个", "C200HW-COM02-V1","通信板RS232端口一个","C200HW-COM03-V1","通信板一个RS422/485口","C200HW-COM04-EV1","单元通信端口一个""C200HW-COM05-EV1","二个RS-232C端口和一个通讯宏功能","C200HW-COM06-EV1","通信板RS-422/485口, RS-232C 口,协议宏功能各一个", "C200H-BC101-V2","母板可安装10个单元","C200H-BC081-V2","母板可安装8个单元","C200H-BC051-V2","母板可安装5个单元","C200H-MR431","内存单元, 电池支持4K","C200H-MR831","内存单元, 电池支持8K""C200H-ME431","内存单元, EEPROM 4K""C200H-ME831","内存单元, EEPROM 8K""C200HS-ME16K","内存单元, EEPROM 16K","C200HS-MP16K","内存单元, EPROM 16K","C200H-PS221","扩展电源, AC110/220V","C200H-CN311","扩展连接电缆, 30CM","C200H-CN711","扩展连接电缆, 70CM","C200H-CN221","扩展连接电缆, 2M","C200H-CN521","扩展连接电缆, 5M","C200H-CN131","扩展连接电缆, 10M","C200H-PRO27-E","编程器","C200H-CN222","编程器连接电缆2M""C200H-CN422","编程器连接电缆4M","C200H-ID001","输入单元, 8点, 无电压接点, NPN","C200H-ID002","输入单元, 8点, 无电压接点, PNP","C200H-ID211","输入单元, 8点, 12-24VDC","C200H-ID212","输入单元, 16点, 24VDC","C200H-IA121","输入单元, 8点, 100-120VAC","C200H-IA122","输入单元, 16点, 100-120VAC","C200H-IA221","输入单元, 8点, 200-240VAC","C200H-IA222","输入单元, 16点, 200-240VAC","C200H-IM211","输入单元, 8点, 12-24VAC/DC","C200H-IM212","输入单元, 16点, 12-24VAC/DC","C200H-OC221","输出单元, 8点, 继电器250VAC/24VDC 2A","C200H-OC222","输出单元, 12点, 继电器同上","C200H-OC223","输出单元, 5点, 继电器独立接点同上","C200H-OC224","输出单元, 8点, 继电器独立接点同上","C200H-OC225","输出单元, 16点, 继电器同上","C200H-OD411","输出单元, 8点,晶体管1A 12-48VDC","C200H-OD211","输出单元, 12点,晶体管0.3A 12-48VDC","C200H-OD212","输出单元, 8点,晶体管0.3A 12-48VDC","C200H-ID215","多点I/O单元, DC输入24VDC 32点","C200H-ID501(Q)","多点I/O单元, DC TTL 输入5VDC 32点""C200H-OD215(Q)","多点I/O单元, 晶体管输出, 24VDC, 0.1A, 32点","C200H-OD501","多点I/O单元, TTL输出5VDC, 35mA, 32点","C200H-MD501","多点I/O单元,混合输入/输出,5VDC 输入16点, 5VDC 3mA 输出16点", "C200H-MD215","多点I/O单元, 混合输入/输出,24VDC, 输入16点, 24VDC 0.1A 输出16点", "C200H-AD001","模拟输入单元,4路12位, A/D 1-5V ,0-10V, 4-20mA可选","C200H-AD002","模拟输入单元,8路12位,A/D 1-5V,0-10V,-10- +10V, 4-20mA可选","C200H-AD003","模拟输入单元,8路12位,A/D 1-5V,0-10V,-10- +10V, 4-20mA可选","C200H-DA001","模拟输出单元,2路12位, D/A 1-5V ,0-10V, 4-20mA可选","C200H-DA003","模拟输出单元,8路12位, D/A 1-5V ,0-10V, -10V - +10V可选","C200H-DA004","模拟输出单元,8路12位, 4-20mA","C200H-MAD01","2输入和2输出, 1-5V/0-10V/-10V - +10V","C200H-CT001-V1","高速计数, BCD , 7位, 计数速度: 50KCPS 1路","C200H-CT002","高速计数, BCD , 7位, 计数速度: 75KCPS 1路","C200H-NC111","位控单元, 脉冲串输出型, 范围1-99990CPS 1轴","C200H-NC112","位控单元,伺服驱动, 范围1-250000CPS 1轴","C200H-TS001","温度检测, 热电偶输入(K,J) 4路","C200H-TS101","温度检测, 铂电阻输入(Pt) 4路","C200H-TC003","温度检测, 热电偶输入2路, 电流输出","C200H-TC103","温度检测, 热电偶输入2路, 电流输出","C200H-PID03","PID单元,2路, 电流输出","C200H-LK201-V1","HOST LINK, RS232 I/O 安装型","C200H-LK202-V1","HOST LINK, RS422 I/O 安装型","C200H-SP001","占空单元","C200H-COV11","I/O单元盖板","C200H-BAT09","锂电池","CJ1 型机",,"单价(元)""CJ1G-CPU42H","CPU单元内存64K字960个I/O","CJ1G-CPU43H","CPU单元内存64K字960个I/O","CJ1G-CPU44","CPU单元内存64K字1280个I/O","CJ1G-CPU44H","CPU单元内存64K字1280个I/O","CJ1G-CPU45","CPU单元内存128K字1280个I/O","CJ1G-CPU45H","CPU单元内存128K字1280个I/O","CJ1H-CPU65H","CPU单元内存128K字2560个I/O","CJ1H-CPU66H","CPU单元内存256K字2560个I/O","CJ1M-CPU11","CPU单元","CJ1M-CPU12","CPU单元","CJ1M-CPU13","CPU单元","CJ1M-CPU22","CPU单元","CJ1M-CPU23","CPU单元","CJ1W-AD081-V1","8点模拟量输入,分辨率1/8000","CJ1W-AD041-V1","4点模拟量输入,分辨率1/8000","CJ1W-B7A04",,"CJ1W-B7A14",,"CJ1W-B7A22",,"CJ1W-BAT01",,"CJ1W-CIF11",,"CJ1W-CIF21",,"CJ1W-CLK21-V1","Controller Link双绞线单元","CJ1W-CT021","高速计数器单元","CJ1W-DA021","2点模拟量输出,分辨率1/4000","CJ1W-DA041","4点模拟量输出,分辨率1/4000","CJ1W-DA08V","8点模拟量输出","CJ1W-DRM21","Device Net 单元","CJ1W-ETN11","Ethernet单元","CJ1W-IA111","交流输入单元,100V~120VAC 7mA 16点端子板", "CJ1W-IA201","交流输入单元,200V~240VAC 10mA 8点端子板", "CJ1W-IC101","I/O控制单元","CJ1W-ID211","直流输入单元,16点","CJ1W-ID231","直流输入单元,32点Fujitsu兼容连接器", "CJ1W-ID232","直流输入单元,33点MIL连接器","CJ1W-ID261","直流输入单元,64点Fujitsu兼容连接器", "CJ1W-ID262","直流输入单元,64点MIL连接器","CJ1W-II101","I/O接口单元","CJ1W-INT01","中断输入单元,16点,端子板""CJ1W-OA201","晶闸管输出单元","CJ1W-OC201","继电器输出,8"CJ1W-OC211","继电器输出,16点","CJ1W-OD201","晶体管输出,8点","CJ1W-OD202","晶体管输出,8点","CJ1W-OD211","晶体管输出,16点","CJ1W-OD212","晶体管输出,16点","CJ1W-OD231","晶体管输出,32点Fujitsu兼容连接器","CJ1W-OD232","晶体管输出,32点MIL连接器","CJ1W-OD233","晶体管输出,32点MIL连接器","CJ1W-OD261","晶体管输出,64点Fujitsu兼容连接器","CJ1W-OD263","晶体管输出,64点MIL连接器","CJ1W-NC113","脉冲列,开路集电极输出,1轴","CJ1W-NC213","脉冲列,开路集电极输出,2轴","CJ1W-NC413","脉冲列,开路集电极输出,4轴","CJ1W-PA202","供电单元,100-240VAC,输出2.8A,5VDC","CJ1W-PA205R","供电单元,100-240VAC,输出5A,5VDC","CJ1W-PD025","供电单元,100-240VAC,输出5A,5VDC","CJ1W-SCU21","串新行通讯单元","CJ1W-SCU41","串新行通讯单元","CJ1W-SRM21","CompoBus/S远距I/O,256个点,max","CJ1W-TB101",,"CJ1W-TC101","温度控制单元,铂电阻输入,NPN输出","CJ1W-TC102","温度控制单元,铂电阻输入,PNP输出","CJ1W-TC103","温度控制单元,铂电阻输入,NPN输出加热器断路检测", "CJ1W-TC104","温度控制单元,铂电阻输入,PNP输出加热器断路检测", "CJ1W-TER01",,"CS1机型",,"单价(元)""CS1G-CPU42H","CPU单元","CS1G-CPU43H","CPU单元","CS1G-CPU44H","CPU单元","CS1G-CPU45H","CPU单元","CS1H-CPU63H","CPU单元","CS1H-CPU64H","CPU单元","CS1H-CPU65H","CPU单元","CS1H-CPU66H","CPU单元","CS1H-CPU67H","CPU单元","CS1W-AD041-V1","四路模拟量输入","CS1W-AD081-V2","八路模拟量输入","CS1W-BC032","三槽底"CS1W-BC052","五槽底板","CS1W-BC082","八槽底板","CS1W-BC102","十槽底板","CS1W-BI032","扩展三槽底板","CS1W-BI052","扩展五槽底板","CS1W-BI082","扩展八槽底板","CS1W-BI102","扩展十槽底板","CS1W-DA041","四路模拟量输出","CS1W-DA08C","八路模拟量输出","CS1W-DA08V","八路模拟量输出","CS1W-ETN11","以太网单元","CS1W-ID211","16点输入单元","CS1W-ID231","32点输入单元""CS1W-ID261","64点输入单元","CS1W-OC201","8点继电器输出","CS1W-OC211","16点继电器输出","CS1W-OD211","16点晶体管输出","CS1W-OD212","16点晶体管输出","CS1W-OD231","32点晶体管输出","CS1W-OD261","64点晶体管输出","可编程终端",,"单价(元)""MPT002-G2PB-V1"," 单色LCD 显示规格:2行中文","MPT002-G4P-V1"," 单色LCD 显示规格:4行中文","NT11-SF121-EV1","STN LED功能键型",""MPT5-MG00","单色,STN5.7英寸","MPT5-MG00B","单色,STN5.8英寸","NS12-TS00-V1","12.1英寸,彩色TFT LCD,256色","NS10-TV00-V1","10.4英寸,彩色TFT LCD,256色","NS8-TVOO-V1","8英寸,彩色TFT LCD,256色","NS5-SQ00-V1","5.7英寸,彩色TFT LCD,256色","NT631C-ST151(B)-EV2"," 彩色TFT LCD 分辨率: 640*480点","NT31C-ST141(B)-EV2"," 彩色STN LCD 分辨率: 320*240点","NT31-ST141(B)-EV2"," 单色STN LCD 分辨率: 320*240点","NT-ZJCAT1-ECV3",,1754.00"NT631C-ST141(B)-EV2"," 彩色STN LCD 分辨率: 640*480点","光电开关",,"单价(元)""E3JK-5M1","5M,分离式继电器输出3A AC/DC 24-240V","E3JK-5M2","5M,分离式,继电器输出3A AC/DC 24-240V(暗通)","E3JK-R4M1","4M,反射式,继电器输出3A AC/DC24-240V","E3JK-R4M2","4M,反射式,继电器输出3A AC/DC24-240V(暗通)","E3JK-DS30M1","30CM,扩散反射式,继电器3A, AC/DC24-240V","E3JK-DS30M2","30CM,扩散反射式,继电器3A,AC/DC24-240V(暗通)","E3JM-10M4","10M,分离式继电器输出3A AC/DC 24-240V","E3JM-R4M4","4M,反射式,继电器输出3A AC/DC24-240V","E3JM-DS70M4","70CM,扩散反射式,继电器3A, AC/DC24-240V","E3JM-10M4T","10M,分离式继电器输出3A AC/DC 24-240V 延时","E3JM-R4M4T","4M,反射式,继电器输出3A AC/DC24-240V 延时","E3JM-DS70M4T","70CM,扩散反射式,继电器3A, AC/DC24-240V 延时", "E3S-5E4","5M, 对射型,晶体管输出80mA, 12-24VDC","E3S-2E4","2M, 对射型,晶体管输出80mA, 12-24VDC","E3S-DS30E4","70CM,扩散反射型,晶体管输出80mA,12-24VDC","E3S-DS10E4","10CM,扩散反射型,晶体管输出80mA,12-24VDC","E3S-GS3E4","3CM,沟型,晶体管输出80mA,12-24VDC","E3S-RS30E4-30","30CM,透明物体检测,晶体管NPN输出80mA,12-24VDC", "E3S-VS1E4","色标检测型,1.2CM 晶体管输出NPN 80mA 12-24VDC","E3S-VS5E42R","5CM,扩散反射型,晶体管输出80mA,12-24VDC","E3R-5E4","5M,分离式,晶体管输出80mA, 12-24VDC","E3R-R2E4","2M, 反射型,晶体管输出80mA, 12-24VDC","E3R-DS30E4","30CM,扩散反射型,晶体管输出80mA,12-24VDC","E3S－－X3CE4","光纤放大器,晶体管输出100mA,12-024VDC","E32-DC200","5M,扩散反射式","E32-TC200","200mm, 对射式","EE-SX670","沟型, 检测距离5mm,内置放大器","EE-SY671/672","反射型, 检测距离5mm,内置放大器","接近开关",,"单价(元)""TL-Q5MC1","5mm, 电感式,三线, 常开200mA, NPN, 10-30VDC","TL-N5ME1","5mm, 电感式,三线, 常开200mA, NPN, 10-30VDC","TL-N10ME1","10mm, 电感式,三线, 常开200mA, NPN, 10-30VDC","TL-N20ME1","20mm, 电感式,三线, 常开200mA, NPN, 10-30VDC""TL-F20ME1","12mm, 电感式,三线, 常开200mA, NPN, 10-30VDC""TL-N5MY1","5mm, 电感式,二线, 常开200mA,90-250VAC","TL-N10MY1","10mm, 电感式,二线, 常开200mA, 90-250VAC","TL-N20MY1","20mm, 电感式,二线, 常开200mA, 90-250VAC","E2E-C1C1","1mm, 电感式,三线, 常开50-100mA, NPN, 10-30VDC 圆M5.4","E2E-X1C1","1mm, 电感式,三线, 常开50-100mA, NPN, 10-30VDC 圆M5","E2E-X1R5E1","1.5mm, 电感式,三线, 常开50-100mA, NPN, 10-30VDC 圆M8","E2E-X2E1","2mm, 电感式,三线, 常开200mA, NPN, 10-30VDC 圆M12","E2E-X5E1","5mm, 电感式,三线, 常开200mA, NPN, 10-30VDC 圆M18","E2E-X10E1","10mm, 电感式,三线, 常开200mA, NPN, 10-30VDC 圆M30","E2E-X10F1","10mm, 电感式,三线, 常开200mA, PNP, 10-30VDC 圆M30","E2E-X2ME1","2mm, 非屏蔽电感式,三线, 常开100mA, NPN, 10-30VDC 圆M8","E2E-X5ME1","5mm, 非屏蔽电感式,三线, 常开100mA, NPN, 10-30VDC 圆M12","E2E-X10ME1","10mm, 非屏蔽电感式,三线, 常开100mA, NPN, 10-30VDC 圆M18","E2E-X18ME1","18mm, 非屏蔽电感式,三线, 常开200mA, NPN, 10-30VDC 圆M30","E2E-X2MF1","2mm, 非屏蔽电感式,三线, 常开100mA, PNP, 10-30VDC 圆M8","E2E-X5MF1","5mm, 非屏蔽电感式,三线, 常开100mA, PNP, 10-30VDC 圆M12","E2E-X18MF1","18mm, 非屏蔽电感式,三线, 常开200mA, PNP, 10-30VDC 圆M30","E2E-X1R5Y1","1.5mm, 电感式,二线, 常开100mA, 24-240VAC 圆M8","E2E-X2Y1","2mm, 电感式,二线, 常开200mA, 24-240VAC 圆M12","E2E-X5Y1","5mm, 电感式,二线, 常开200mA, 24-240VAC 圆M18","E2E-X10Y1","10mm, 电感式,二线, 常开200mA, 24-240VAC 圆M30","E2E-X10MY1","10mm, 电感式,二线, 常开200mA, 24-240VAC 圆M18","E2E-X18MY1","18mm, 电感式,二线, 常开200mA, 24-240VAC 圆M30","E2K-C25ME1","25mm, 电容式,三线, NPN 常开200mA, 10-30VDC 圆M34""E2K-X15ME1","15mm, 电容式,三线, NPN 常开200mA, 10-30VDC 圆M30","E2K-F10MC1","10mm, 电容式,三线, NPN 常开200mA, 10-30VDC 扁型","时间继电器",,"单价(元)""H3BA-N","220VAC, 0.05s-100h, 4种模式, 二常开/ 闭, 触点5A","H3BA-N8","220VAC, 0.05s-100h, 二常开/闭, 触点5A","H3BA-8H","220VAC, 0.05s-100h,二常开/ 闭, 触点5A,带瞬时接点1C","H3BF-N8","220VAC, 0.05s-100h,2时间设定, 二常开/ 闭, 触点5A","H3BH-N8 M/S","220VAC, 0.5-10m/0.5-10s, 二常开/ 闭, 触点5A","H3CA-A","24-220VAC/DC, 0.1s-9990h,8种模式, 一常开/ 闭, 触点5A",7"H3CA-8","220VAC, 0.1s-9990h,8种模式, 二常开/ 闭, 触点5A","H3CA-8H","220VAC, 0.1s-9990h, 一常开/ 闭, 触点5A,带瞬时接点1C","H5CR-B","100-220VAC,9.999s-9999h, 带键锁, 一常开/ 闭, 触点5A","H5CR-L","100-220VAC,9.999s-9999h, 一常开/ 闭, 触点5A","H5CN-XAN","220VAC,0.01s-99.9s, 一常开/ 闭","H3CR-A","AC100-240V, 0.05s-300h可调, 6 模式, 二开二闭, 触点5A","H3CR-A8","AC100-240V, 0.05s-300h可调, 2 模式, 二开二闭, 触点5A","H3CR-A8EL","AC100-240V, 0.05s-300h可调, 2 模式, 一开一闭, 瞬时一开一闭, 触点5A ",380.00"H3CR-F8","AC100-240V, 0.05s-300h可调, 2 时间设定, 二开二闭, 触点5A","H3CR-H8L M/S","AC100-240V, 0.6-12m/0.68-12s 断电延时型, 二开二闭, 触点5A","H3Y-2","AC220, 10s 30s, 60s 二开二闭","H3Y-4","AC220, 10s 30s, 61s 四开四闭","总数计时器",,"单价(元)""H7ET-N","7位液晶显示累计计时器, 分辨率0.1h, 显示范围999999.9h-3999d23.9h","H7ET-N1","7位液晶显示累计计时器, 分辨率1s或0.1m , 显示范围999h59m59s或9999h59.9m", "H7EC-N","7位液晶显示加法计数, 触点输入,30次/秒或1000次/秒, 范围0-9999999次","H7EC-NV","7位液晶显示加法计数, 电压输入,计数速度30次/秒或1000次/秒","预置计数器",,"单价(元)""H7CR-B","AC100-240V","H7CR-BV","AC100-240V","H7CN-XLN","AC100-240V","转速表",,"单价(元)""H7ER-N","无电压输入,1P/R或60P/R","H7ER-NV","电压输入,1P/R或60P/R","H7ER-NV1","电压输入,10P/R,60P/R或600P/R","旋转编码器",,"单价(元)""E6A2-CS3C","5-12VDC,集电极开路输出30VDC 30mA,1相,100P/R,2m","E6A2-CS3C","5-12VDC,集电极开路输出30VDC 30mA,1相,200P/R,2m","E6A2-CS5C","12-24VDC,集电极开路输出30VDC 30mA,1相,100P/R,2m ","E6A2-CS5C","12-24VDC,集电极开路输出30VDC 30mA,1相,200P/R,2m ","E6A2-CW3C","5-12VDC,集电极开路输出30VDC 30mA,2相,100P/R,2m","E6A2-CW3C","5-12VDC,集电极开路输出30VDC 30mA,2相,200P/R,2m","E6A2-CW5C","12-24VDC,集电极开路输出30VDC 30mA,2相,100P/R,2m ""E6A2-CW5C","12-24VDC,集电极开路输出30VDC 30mA,2相,200P/R,2m ""E6B2-CWZ3E","12-24VDC,电压输出,负载电流20mA,3相,360P/R,2m""E6B2-CWZ3E","12-24VDC,电压输出,负载电流20mA,3相,500P/R,2m","E6B2-CWZ3E","12-24VDC,电压输出,负载电流20mA,3相,600P/R,2m ","E6B2-CWZ6C","5-24VDC,集电极开路输出30VDC 35mA,3相,360P/R,2m","E6B2-CWZ6C","5-24VDC,集电极开路输出30VDC 35mA,3相,500P/R,2m ","E6B2-CWZ6C","5-24VDC,集电极开路输出30VDC 35mA,3相,600P/R,2m ""E6B2-CWZ3E","5-12VDC,电压输出,负载电流20mA,3相,1000P/R,2m","E6B2-CWZ3E","5-12VDC,电压输出,负载电流20mA,3相,2000P/R,2m ""E6B2-CWZ6C","5-24VDC,集电极开路输出30VDC 35mA,3相,1000P/R,2m","E6B2-CWZ6C","5-24VDC,集电极开路输出30VDC 35mA,3相,2000P/R,2m ""E6C2-CWZ3E","5-12VDC,电压输出,负载电流, 20mA,3相,1000P/R, 2m","E6C2-CWZ3E","5-12VDC,电压输出,负载电流, 20mA,3相,2000P/R, 2m ","E6C2-CWZ5C","12-24VDC,集电极开路输出30VDC 30mA,3相,1000P/R,1024P/R,2m ","E6CP-AG3C","5-12VDC,集电极开路输出16mA,8位,256P/R,2m ","E6CP-AG5C","12-24VDC,集电极开路输出16mA,8位,256P/R,2m ","E69-C04B","联轴器, 适用E6A2""E69-C06B","联轴器, 适用E6A2,E6C2(E6C2型需另购联轴器)","继电器",,"单价(元)""MY2J","24VDC/220VAC, 2开2闭, 触点5A","MY2NJ","24VDC/220VAC, 2开2闭, 触点5A LED灯","MY4J","24VDC/220VAC, 4开4闭, 触点3A","MY4NJ","24VDC/220VAC, 4开4闭, 触点3A LED灯","LY2NJ","24VDC/220VAC, 2开2闭, 触点10A LED灯","LY4NJ","24VDC/220VAC, 4开4闭, 触点7A LED灯","MK2P-I","24VDC/220VAC, 2开2闭, 触点7.5A ","MK3P-I","24VDC/220VAC, 3开3闭, 触点7.5A","MM4XP DC220","220VAC/220VDC, 4开4闭, 触点7.5A (DC110V)", "MK3HP","防爆继电器DC24V, 3开3闭""插座",,"单价(元)""PYF08A-E","导轨安装型MY2J, MY2NJ","PYF14A-E","导轨安装型MY4J, MY4NJ","PTF08A-E","导轨安装型LY2J, LY2NJ","PTF14A-E","导轨安装型LY4J, LY4NJ","PF083A-E","导轨安装型MK2P-I","PF113A-E","导轨安装型MK3P-I","14PFA","导轨安装型MM4XP","PFP-50N","导轨0.5M","PFP-100N","导轨1.0M","电源",,"单价(元)""S8JC-05024","220VAC, 容量: 50W输出24V 2.1A","S8JC-10024","220VAC, 容量: 100W输出24V 4.2A","S8JC-15024","220VAC, 容量: 150W输出24V 6.5A""S82J-6205","220VAC, 容量: 25W输出5V 5A","S82J-6512","220VAC, 容量: 50W输出12V 4.2A","S82J-10024A","220VAC, 容量: 100W输出24V 4.5A","S82K-05024","220VAC, 容量: 50W输出24V 2.1A","S82F-1524","220VAC, 容量: 150W输出24V 7A","S82F-3024","220VAC, 容量: 300W输出24V 14A","S8PS-10024D","220VAC, 容量: 100W输出24V 4.5A","行程开关",,"单价(元)""WLCA2","触点: 1开/1闭,10A 250VAC 方式:撞压式","WLCA2-2N","触点: 1开/1闭,10A 250VAC 方式:撞压式", "WLCA12","触点: 1开/1闭,10A 250VAC ","WLCA12-2N","触点: 1开/1闭,10A 250VAC ","WLD2","触点: 1开/1闭,10A 250VAC ","WLCA32-43","触点: 1开/1闭,10A 250VAC ","WLNJ","触点: 1开/1闭,10A 250VAC ","HL-5000","触点: 1开/1闭,5A 250VAC 方式:撞压式","HL-5030","触点: 1开/1闭,5A 250VAC 方式:撞压式","HL-5050","触点: 1开/1闭, 5A 250VAC 方式:撞压式","HL-5300","触点: 1开/1闭,5A 250VAC ",183.80"D4D-2120N","触点: 1开/1闭, 6A 250VAC 方式:撞压式""D4D-2121N","触点: 1开/1闭, 6A 250VAC 方式:撞压式","D4MC-5040","触点: 1开/1闭,10A 250VAC ",110.20"D4MC-5020","触点: 1开/1闭,10A 250VAC ",110.20"D4MC-2020","触点: 1开/1闭,10A 250VAC 方式:下压式","D4MC-1020","触点: 1开/1闭,10A 250VAC 方式:下压式","ZC-Q2255","触点: 1开/1闭,10A 250VAC 方式:下压式","Z-15GW22-B","触点: 1开/1闭,15A 250VAC 方式:下压式","Z-15GW-B","触点: 1开/1闭,15A 250VAC 方式:下压式","Z-15GQ22-B","触点: 1开/1闭,15A 250VAC 方式:下压式","压力传感器",,"单价(元)""E8AA-M10","用于非腐蚀性气体液体压力测量电源12-24VDC 0-10kgf/cm2 输出4-20mA", "E8AA-M05","用于非腐蚀性气体,液体压力测量电源12-24VDC 0-5kgf/cm2 输出4-20mA ", "E8CC-10C","用于非腐蚀性气体电源12-24VDC 0-10kgf/cm2 输出1-5mA","E8EB-10C","用于非腐蚀性气体电源12-24VDC 0-10kgs/cm2 输出1-5mA","液位控制器(电极式) ",,"单价(元)""61F-GP-N","自动给水或排水控制电源AC220V","61F-G","自动给水或排水控制电源AC220V","61F-G1","自动供水控制,防止泵空载/水位异常低报警功能AC110/220V 电源AC220V", "61F-G2","自动供水和排水控制,水位异常高报警AC110/220V 电源AC220V","61F-G3","自动供水和排水控制,水位异常高报警AC110/220V 电源AC220V","61F-G4","自动供水和排水控制,水位异常高报警AC110/220V 电源AC220V","PS-3S","电极座,可安装3个电极","PS-4S","电极座,可安装4个电极","PS-5S","电极座,可安装5个电极","蜂鸣器",,"单价(元)""M2BJ-B24B","蜂鸣器","经济型变频器",,"单价(元)"3G3JV-AB004 单相交流400V,功率0.4千瓦3G3JV-AB007 单相交流400V,功率0.75千瓦3G3JV-AB015 单相交流400V,功率1.5千瓦3G3JV-A4004 三相交流400V,功率0.4千瓦3G3JV-A4007 三相交流400V,功率0.75千瓦3G3JV-A4015 三相交流400V,功率1.5千瓦3G3JV-A4022 三相交流400V,功率2.2千瓦3G3JV-A4037","三相交流400V,功率3.7千瓦3G3JV-A2001","三相交流220V,功率0.1 千瓦3G3JV-A2002","三相交流220V,功率0.2 千瓦3G3JV-A2004","三相交流220V,功率0.4 千瓦3G3JV-A2007","三相交流220V,功率0.75千瓦,3G3JV-A2015","三相交流220V,功率1.5千瓦",3G3JV-A2022","三相交流220V,功率2.2千瓦",3G3JV-A4002","三相交流400V,功率0.2千瓦",3G3JV-AB001","单相交流400V,功率0.1千瓦",3G3JV-AB002","单相交流400V,功率0.2千瓦",。
欧姆龙PLC选型手册大全
欧姆龙PLC型号欧姆龙PLC--CPM1A-V1系列欧姆龙PLC--CPM1A-V1系列产品型号1.CPM1A-10CDR-A-V110点CPU单元AC100-220V、6点入，4点继电器输出（1A是型号代号；10表示输入输出总点数为10点，具体是6点输入，4点输出；C表示是CPU单元；D表示混合型，也就是有输入也有输出；R表示继电器输出型；A表示工作电压为交流电100~240V）2.CPM1A-10CDR-D-V110点CPU单元DC24V、6点入，4点继电器输出3CPM1A-10CDT-D-V110点CPU单元DC24V、6点入，4点晶体管输出.漏型4.CPM1A-20CDR-A-V120点CPU单元AC100-220V12点入，8点继电器输出5.CPM1A-20CDR-D-V120点CPU单元DC24V12点入，8点继电器输出6.CPM1A-20CDT-D-V120点CPU单元DC24V12点入，8点晶体管输出.漏型7.CPM1A-30CDR-A-V130点CPU单元AC100-220V18点入，12点继电器输出8.CPM1A-30CDR-D-V130点CPU单元DC24V18点入，12点继电器输出9.CPM1A-30CDT-D-V130点CPU单元DC24V18点入，12点晶体管输出.漏型10.CPM1A-40CDR-A-V140点CPU单元AC100-220V24点入，16点继电器输出11.CPM1A-40CDR-D-V140点CPU单元DC24V24点入，16点继电器输出12.CPM1A-40CDT-D-V140点CPU单元DC24V24点入，16点晶体管输出.漏型13.CPM1A-40EDR扩展I/O单元40点24点输入16点继电器输出14.CPM1A-20EDR1扩展I/O单元20点12点入,8点继电器输出15.CPM1A-8ER扩展输出单元8点继电器输出16.CPM1A-8ED扩展输入单元8点DC输入17.CPM1A-40EDT扩展I/O单元40点24点输入16点晶体管输出.漏型18.CPM1A-20EDT扩展I/O单元20点12点入，8点晶体管输出.漏型19.CPM1A-8ET扩展输出单元8点晶体管输出.漏型20．CPM1A-MAD01-NL模拟量模块输出单元2入/1出输入:0～10V,1～5V,4～20毫安输出:0～10V,-10～+10V,4～20毫安21.CPM1A-MAD02-CH模拟量输入输出单元4入/1出输入:0～10V,1～5V,4～20毫安输出:0～10V,-10～+10V,4～20毫安22．CPM1A-DA001模拟量输出单元2路分辨率1/4000转换速率2.5ms/CH每个输出通道可独立设置量程输出：-10～10V0～10V0～5V0～20mA1～5V4～20mA23.CPM1A-DA002模拟量输出单元4路分辨率1/4000转换速率2.5ms/CH每个输出通道可独立设置量程输出：-10～10V0～10V0～5V0～20mA1～5V4～20mA24.CPM1A-AD041模拟量输入单元，4路分辨率1/600025.CPM1A-DA041模拟量输出单元，4路分辨率1/600026.CPM1-CIF01RS232适配器27.CPM1-CIF11RS422适配器28.CPM1A-CIF12RS485适配器29.CQM1-PR001-E手持编程器电缆长度2米欧姆龙PLC--CPM2A系列欧姆龙PLC--CPM2A系列产品型号1.CPM2A-20CDR-D20点CPU单元DC24V12点入8点继电器输出自带RS2322.CPM2A-20CDT-D20点CPU单元DC24V12点入8点晶体管输出自带RS2323.CPM2A-30CDR-D30点CPU单元DC24V18点入12点继电器输出自带RS2324.CPM2A-30CDT-D30点CPU单元DC24V18点入12点晶体管输出自带RS2325.CPM2A-40CDR-D40点CPU单元DC24V24点入16点继电器输出自带RS2326.CPM2A-40CDT-D40点CPU单元DC24V24点入16点晶体管输出自带RS2327.CPM2A-60CDR-D60点CPU单元DC24V36点入24点继电器输出自带RS2328.CPM2A-60CDT-D60点CPU单元DC24V36点入24点晶体管输出自带RS2329.CPM2AH-20CDR-A NEW20点CPU单元AC100-220V12点入8点继电器输出自带RS23210.CPM2AH-30CDR-A NEW30点CPU单元AC100-220V18点入12点继电器输出自带RS23211.CPM2AH-40CDR-A NEW40点CPU单元AC100-220V24点入16点继电器输出自带RS23212.CPM2AH-60CDR-A NEW60点CPU单元AC100-220V36点入24点继电器输出自带RS23213.CPM2AE-60CDR-A60点CPU单元AC100-220V36点入24点继电器输出14.CPM2A-BAT01锂电池3.6v欧姆龙PLC--CP1L系列欧姆龙PLC--CP1L系列产品型号1.CP1L-L14DR-A14点CPU单元,AC100-220V8入6点继电器输出.2.CP1L-L14DR-D14点CPU单元,DC24V8入6点继电器输出.3.CP1L-L14DT-D14点CPU单元,DC24V8入6点晶体管输出.4.CP1L-L20DR-A20点CPU单元,AC100-220V12入8点继电器输出,5.CP1L-L20DR-D20点CPU单元,DC24V12入8点继电器输出.6.CP1L-L20DT-D20点CPU单元,DC24V12入12点晶体管输出.7.CP1L-M30DR-A30点CPU单元,AC100-220V18入12点继电器输出.8.CP1L-M30DR-D30点CPU单元,DC24V18入12点继电器输出.9.CP1L-M30DT-D30点CPU单元,DC24V12入12点晶体管输出.10.CP1L-M40DR-A40点CPU单元,AC100-220V24入16点继电器输出.11.CP1L-M40DR-D40点CPU单元,DC24V24入16点继电器输出.12.CP1L-M40DT-D40点CPU单元,DC24V24入16点晶体管输出.欧姆龙PLC--CP1H系列欧姆龙PLC--CP1H系列产品型号1.CP1H-X40DR-A40点CPU单元,24入16点继电器输出.高速计数50/100khz4轴.usb端口编程.2.CP1H-XA40DR-A40点CPU单元,24入16点继电器输出.高速计数50/100khz4轴.usb端口编程.集成模拟量4入2出.3.CP1H-X40DT-D40点CPU单元,24入16点晶体管输出.高速计数50/100khz4轴.usb端口编程.脉冲输出100khz2轴30khz2轴4.CP1H-XA40DT-D40点CPU单元,24入16点晶体管输出.高速计数50/100khz4轴.usb端口编程.脉冲输出100khz2轴30khz2轴.集成模拟量4入2出.以下CP1L/CP1H共通5.CP1W-CIF11CPU单元用RS-485可选板6.CP1W-CIF01CPU单元用RS-232可选板7.CP1W-ME05M内存盒8.CP1W-40EDR扩展I/O单元40点24点输入16点继电器输出9.CP1W-20EDR1扩展I/O单元20点12点入,8点继电器输出10．CP1W-16ER扩展输出单元16点继电器输出11.CP1W-8ER扩展输出单元8点继电器输出12．CP1W-8ED扩展输入单元8点DC输入13．CP1W-40EDT扩展I/O单元40点24点输入16点晶体管输出.漏型14．CP1W-20EDT扩展I/O单元20点12点入，8点晶体管输出.漏型15．CP1W-8ET扩展输出单元8点晶体管输出.漏型16．CP1W-AD041模拟量输入单元，4路分辨率1/600017．CP1W-DA041模拟量输出单元，4路分辨率1/600018．CP1W-DA021模拟量输出单元，2路分辨率1/600019．CP1W-MAD11模拟量模块输出单元2入/1出,分辨率1/600020．CP1W-TS001温度传感器单元,热点偶输入2路21．CP1W-TS002温度传感器单元,热点偶输入4路22．CP1W-TS101温度传感器单元,铂电阻输入2路23．CP1W-TS102温度传感器单元,铂电阻输入4路24.CP1W-CN811CPM1A扩展单元用I/O连接电缆，80CM25.CP1W-EXT01CJ1单元用适配器欧姆龙PLC--CQM1H系列欧姆龙PLC--CQM1H系列产品型号1.CQM1H-CPU11CPU单元,最大I/O点；256点，程序容量；3.2K字不支持内装板2.CQM1H-CPU21CPU单元,最大I/O点；256点，程序容量；3.2K字带RS232C口,不支持内装板3.CQM1H-CPU51CPU单元,最大I/O点；512点，程序容量；7.2K字带RS232C口4.CQM1H-CPU61CPU单元,最大I/O点；512点，程序容量；15.2K字带RS232C口5.CQM1H-CTB41内装板,高速计数器板4点6.CQM1H-PLB21内装板,脉冲I/O板2点7.CQM1H-ABB21内装板,绝对值编码器接口板2点8.CQM1H-MAB42内装板,模拟量I/O板4点9.CQM1H-SCB41内装板,串行通讯板RS-232C一个/RS422/485一个10.CQM1-PA203电源单元.100-240V AC11.CQM1-PA206电源单元.100-240V AC.提供24V DC0.5A12.CQM1-PD026电源单元.24V DC13.CQM1-ME04K存储器盒（可选）EEPROM4K字14.CQM1-ME08K存储器盒（可选）EEPROM8K字15.CQM1H-ME16K存储器盒（可选）闪存16K字16.CQM1-ME04R存储器盒（可选）EEPROM4K字.带时钟17.CQM1-ME08R存储器盒（可选）EEPROM8K字.带时钟18.CQM1H-ME16K存储器盒（可选）闪存16K字.带时钟19.CS1W-CN114手持编程器连接电缆.长度：0.05米20.CQM1-PR001-E编程器（配1.5米连接电缆）如需连CQM1H系列CPU,需加CS1W-CN11421.CQM1-ID211输入单元8点.12-24V DC22.CQM1-ID212输入单元16点.24V DC23.CQM1-ID213输入单元32点.24V DC24CQM1-ID214输入单元32点.24V DC25.CQM1-IA121输入单元8点.100-120V AC26.CQM1-IA221输入单元8点.200-240V AC27.CQM1-OC221输出单元8点.继电器250V AC/24V DC2A28.CQM1-0C222输出单元16点.继电器250V AC/24V DC2A29.CQM1-OD211输出单元8点.晶体管NPN24V DC2A30.CQM1-OD212输出单元16点.晶体管NPN24V DC300mA31.CQM1-OD213输出单元32点.晶体管NPN24V DC100mA32.CQM1-OD214输出单元16点.晶体管PNP24V DC300mA33.CQM1-0D215输出单元8点.晶体管PNP24V DC1A34.CQM1-OA221输出单元8点.可控硅100-240V AC0.4A35.CQM1-AD041模拟量输入单元.4路±10V/0-10V/1-5V/4-20mA36.CQM1-AD042模拟量输入单元(无需供电单元)4路37.CQM1-DA021模拟量输出单元.2路±10V/0-20mA38.CQM1-DA022模拟量输出单元(无需供电单元)2路39.CQM1-IPS01模拟量供电单元供1单元40.CQM1-IPS02模拟量供电单元供2单元41CQM1-IC101I/O控制单元42CQM1-II101I/O接口单元43.CQM1-TC001温度控制单元两回路44.CQM1-CIF02上位机通信专用电缆（RS-232C）45.CQM1H-CLK21CONTROLLER LINK单元，CQM1H系列用欧姆龙PLC--C200HE/C200HG/C200HX系列欧姆龙PLC--C200HE/C200HG/C200HX系列产品型号1.C200HE-CPU11-E CPU单元内存3.2K最大I/O点数:640点2.C200HE-CPU32-E CPU单元内存7.2K最大I/O点数:880点3.C200HE-CPU42-E CPU单元内存7.2K最大I/O点数:880点带RS232C，带时钟4.C200HG-CPU33-E CPU单元内存15.2K最大I/O点数:880点带时钟5.C200HG-CPU43-E CPU单元内存15.2K最大I/O点数:880点带RS232C,带时钟6.C200HG-CPU53-E CPU单元内存15.2K最大I/O点数:1184点带时钟7.C200HG-CPU63-E CPU单元内存15.2K最大I/O点数:1184点带RS232C,带时钟8.C200HX-CPU34-E CPU单元内存31.2K最大I/O点数:880点带时钟9.C200HX-CPU44-E CPU单元内存31.2K最大I/O点数:880点带RS232C,带时钟10.C200HX-CPU54-E CPU单元内存31.2K最大I/O点数:1184点带时钟11.C200HX-CPU64-E CPU单元内存31.2K最大I/O点数:1184点带RS232C,带时钟12.C200HX-CPU65-ZE CPU单元内存63.2K最大I/O点数:1184点带RS232C,带时钟13.C200HX-CPU85-ZE CPU单元内存63.2K最大I/O点数:1184点带RS232C,带时钟14.C200HW-BC051CPU底板可安装5个I/O单元15.C200HW-BC081-V1CPU底板可安装8个I/O单元16.C200HW-BC101-V1CPU底板可安装10个I/O单元17.C200HW-BI051扩展I/O底板可安装5个I/O单元18.C200HW-BI081-V1扩展I/O底板可安装8个I/O单元19.C200HW-BI101-V1扩展I/O底板可安装10个I/O单元20.C200HW-PA204电源单元AC110-120V/200-240V21.C200HW-PA204S电源单元AC110-120V/200-240V，带24VDC使用电源22.C200HW-PD024电源单元DC24V23.C200HW-ME04K EEPROM存储单元4K24.C200HW-ME08K EEPROM存储单元8K25.C200HW-ME16K EEPROM存储单元16K26.C200HW-ME32K EEPROM存储单元32K27.C200HW-COM01通信板SYSMAC LINK与SYSMATE NET链接单元通信端口一个28.C200HW-COM02-V1通信板RS232端口一个29.C200HW-COM03-V1通信板一个RS-422/485口30.C200HW-COM04-EV1通信板与SYSMAC LINK与SYSMAC NET链接单元通信端口RS-232C端口通信协议宏功能各一个31.C200HW-COM05-EV1二个RS-232C端口和一个通讯协议宏功能32.C200HW-COM06-EV1一个RS422/485端口和一个RS232C端口通信协议宏功能33.C200HW-CLK21C200HW controller link单元34.C200HW-CE001C200HW controller link连接器35.C200H-CN311扩展连接电缆,30cm36.C200H-CN711扩展连接电缆,70cm37.C200H-CN221扩展连接电缆,2m38.C200H-CN521扩展连接电缆,5m39.C200H-CN131扩展连接电缆,10m40.C200H-PR027-E编程器41.C200H-CN222编程器连接电缆,2m42.C200H-CN422编程器连接电缆,4m43.C200H-ID001输入单元,8点,无电压接NPN44.C200H-ID002输入单元,8点,无电压接点NPN45.C200H-ID211输入单元,8点,12-24VDC46.C200H-ID212输入单元,16点,24VDC47.C200H-IA121输入单元,8点,100-120VAC48.C200H-IA122输入单元,16点,100-120VAC49.C200H-IA221输入单元,8点,200-240VAC50.C200H-IA222输入单元,16点,200-240VAC51.C200H-IM211输入单元,8点,12-24VAC/DC52.C200H-IM212输入单元,16点,12-24VAC/DC53.C200H-OC221输出单元,8点,继电器250VAC/24VDC2A54.C200H-OC222输出单元,12点,继电器同上55.C200H-OC223输出单元,5点,继电器独立接点同上56.C200H-0C224输出单元,8点,继电器独立接点同上57.C200H-OC225输出单元,16点,继电器同上58.C200H-OD411输出单元,8点,晶体管1A12-48VDC59.C200H-OD211输出单元,12点,晶体管0.3A12-48VDC60.C200H-OD212输出单元,16点,晶体管0.3A12-48VDC61.C200H-OA221输出单元,8点,可控硅1A200VAC62.C200H-OA222输出单元,12点,可控硅0.3A200VAC63.C200H-ID215高密度I/O单元,DC输入24VDC32点64.C200H-ID501高密度I/O单元,TTL输入5VDC32点65.C200H-OD215高密度I/O单元,晶体管输出24VDC0.1A32点66.C200H-OD501高密度I/O单元,TTL输出5VDC35mA32点67.C200H-MD501高密度I/O单元,混合输入/输出,5VDC输入16点,5VDC35mA输出16点68.C200H-MD215高密度I/O单元,混合输入/输出,24VDC输入16点,24VDC0.1A输出16点69.C200H-AD001模拟量输入单元,4路12位A/D4～20mA/1～5V/0～10V&,nbsp;可选70.C200H-AD002模拟量输入单元,8路12位A/D4～20mA/1～5V/0～10V/-10～+10V可选71.C200H-AD003模拟量输入单元,8路12位A/D1～5V0～10V-10～+10V4～20mA可选72．C200H-DA001模拟量输出单元,2路12位D/A4～20mA/1～5V/0～10V可选73.C200H-DA002模拟量输出单元,4路12位D/A4～20mA/-10～10V可选74.C200H-DA003模拟量输出单元,8路12位D/A1～5V0～10V-10～+10V75.C200H-DA004模拟量输出单元,8路,4～20MA76.C200H-MAD01模拟量输入/输出单元,2输入和2输出,1～5V/0～10V/-10V～+10V77.C200H-CT001-V1高速计数器单元,BCD7位计数速度:50Kpps1路78.C200H-CT002高速计数器单元,BCD7位计数速度:75Kpps1路79.C200H-CT021高速计数器单元,BCD7位计数速度:75Kpps2路80.C200H-NC111位置控制单元,脉冲串输出型范围1-100000PPS1轴81.C200H-NC112位置控制单元,伺服驱动范围1-250000PPS1轴82.C200H-TS001温度传感器单元,热点偶输入（K,J）4路83.C2OOH-TS101温度传感器单元,铂电阻信号（Pt）4路84.C200H-TC003温度控制单元,热电偶输入2路,电流输出85.C200H-TC103温度控制单元,铂电阻输入2路,电流输出86.C2OOH-PID03PID控制单元,2路,4～20mA/1～5V/0～5V/0～10V电流输出87.C200H-SP001占空单元88.C200H-COV11I/O单元盖板89.C200H-BAT09锂电池3V90.C200HW-DRM21-V1COMPOBUS/D主站单元欧姆龙PLC--CJ1系列欧姆龙PLC--CJ1系列产品型号1.CJ1M-CPU11CPU单元I/O点数160，5K程序容量，不可接扩展机架。
OMRON_常见问题目录
标题FA自动化设备RFID系统CJ1W-V680C**上2个选择旋钮的作用？FA自动化设备RFID系统CJ系列的PLC最多能带几块CJ1W-V680？FA自动化设备RFID系统CS系列的PLC最多能带几块CS1W-V680？FA自动化设备RFID系统RFID产品由那几部分组成？FA自动化设备RFID系统RFID系统的基本构成？FA自动化设备RFID系统RFID选型要素？FA自动化设备RFID系统RFID有几种频段？FA自动化设备RFID系统RFID有几种频段?FA自动化设备RFID系统RFID载体有电池和没电池的区别？FA自动化设备RFID系统RFID载体有电池型和无电池型的区别？FA自动化设备RFID系统RFID中，所有的天线电缆是否都适合用于机械手臂上？FA自动化设备RFID系统RFID主要通讯标准有几种？FA自动化设备RFID系统RFID主要通讯标准有几种?FA自动化设备RFID系统V600-CA5D01/ CA5D02停产替代？FA自动化设备RFID系统V600-CA5D01-V2和V600-CA5D02-V2区别？FA自动化设备RFID系统V600-CA5D01的替代型号是什么？FA自动化设备RFID系统V600-CA5D01和CJ1W-V600的区别？FA自动化设备RFID系统V600-CA5D01和V600-CA5D02区别？FA自动化设备RFID系统V600-CA5D02的替代型号是什么？FA自动化设备RFID系统V600-CA5D02控制器中1:1通讯，和1:N通讯有什么区别？FA自动化设备RFID系统V600-CA5D02面板介绍？FA自动化设备RFID系统V600-CA5D系列响应命令中的结束代码列表？FA自动化设备RFID系统V600的数据载体是否可以用在V700系列的系统中？FA自动化设备RFID系统V600控制器232口管脚定义？FA自动化设备RFID系统V600系列中哪些数据载体是电池型的？FA自动化设备RFID系统V680-A-7527S-G3-EG和V680-A-7527S-G3-EG-S 区别？FA自动化设备RFID系统V680-CA1D/2D的替代型号是什么？FA自动化设备RFID系统V680-CA1D/CA2D 停产替代？FA自动化设备RFID系统V680-CA5D01-V2和V680-CA5D02-V2区别？FA自动化设备RFID系统V680-CA5D02-V2上RS-232C口定义？FA自动化设备RFID系统V680-CA5D02面板介绍？FA自动化设备RFID系统V680-CA5D系列响应命令中的结束代码列表：FA自动化设备RFID系统V680-CH1D需要配交流适配器供电，选其他厂商的交流适配器可以吗？FA自动化设备RFID系统V680-HA63A和V680-HA63B区别？FA自动化设备RFID系统V680-HS52-R与V680-HS52-W区别？FA自动化设备RFID系统V680和V600的载体是否可以兼容？产品类别全部文本常见问题目录（更新时间：2014年10月1日）FA自动化设备RFID系统V680控制器1:N通讯，上位机最多可以带多少个ID控制器？FA自动化设备RFID系统V680命令帧中“UID”的含义和作用？FA自动化设备RFID系统V680系列标签最大的内存是多大？FA自动化设备RFID系统V680在写指令到0030H至0100H的时候无法写入，反馈7D？FA自动化设备RFID系统V680在写指令到0030H至0100H的时候无法写入，反馈7D的原因？FA自动化设备RFID系统V680中要对数据载体进行数据的读取、写入，一种是以ASCII码方式，另一种是以16进制方式，现在要写1，2，3，4这样的数字，用哪一种？FA自动化设备RFID系统V700-D23P的替代型号是什么？FA自动化设备RFID系统标签是否能安装在金属上？FA自动化设备RFID系统哪个系列即能读条形码又能读二维码？FA自动化设备RFID系统哪个系列能检测弧面上的条码？FA自动化设备RFID系统欧姆龙主推RFID是哪些系列？FA自动化设备RFID系统什么是RFID？FA自动化设备RFID系统天线V680-H01只能配1CH的控制器？FA自动化设备RFID系统有时读写头读取载体会有不稳定现象，如：有时能读到有时又不能读到，为什么？FA自动化设备RFID系统原先使用V600系统，现用V680替换，但原命令帧不想改变，如何操作？FA自动化设备RFID系统V600 载体有电池和没电池的区别FA自动化设备机械自动化控制器NJ系列电源模块规格？FA自动化设备机械自动化控制器NJ模块NX-ID5342和NX-ID5442的区别？ NX-OD5121和NX-OD5256的区别？FA自动化设备机械自动化控制器CX-One软件。
欧姆龙出厂标准
欧姆龙出厂标准欧姆龙（Omron）是一家知名的电子公司，总部位于日本京都。
它在全世界范围内提供各种各样的自动化设备和电子产品，包括工业自动化、医疗设备、电子组件和家庭健康产品等。
作为一家国际化的公司，欧姆龙在产品设计和质量控制方面一直秉承严格的标准，并且以此为基础，不断推出优质的产品，为客户提供可靠的解决方案。
欧姆龙出厂标准是公司对产品制造和质量控制的具体要求和规定。
这些标准主要包括产品设计、材料选用、生产工艺、检测测试、包装运输等方面，以确保产品的质量和性能达到客户的要求。
以下是欧姆龙出厂标准的主要内容：1. 产品设计产品设计是欧姆龙出厂标准中的重要部分。
在设计阶段，公司要求产品设计师充分考虑客户需求和市场趋势，进行合理的结构设计和功能布局。
设计师需要遵循ISO9001质量管理体系的要求，确保产品的设计符合国际标准和法规，同时要考虑生产工艺和成本控制，以提高产品的制造可行性和竞争力。
2. 材料选用材料的选用直接影响产品的质量和性能。
欧姆龙要求供应商提供具有相关认证的原材料，并对其进行严格的筛选和检验。
对于关键部件和元器件，公司会进行定量化的检测和记录，以确保材料符合设计要求和标准，从而保证产品的稳定性和可靠性。
3. 生产工艺生产工艺是产品制造的核心环节。
欧姆龙要求在工艺制定和生产过程中，严格遵守相关工艺流程和作业规范，应用先进的生产设备和技术，确保产品能够符合设计规格和质量标准。
同时，公司还注重工艺改进和持续优化，以减少生产成本和提高生产效率，从而更好地满足客户需求。
4. 检测测试在产品制造完成后，欧姆龙进行严格的检测测试，以确保产品的性能和质量。
公司建立了完善的质量检测体系和标准化的检测方法，包括原材料检测、生产过程检测和出厂检测等多个环节。
通过各种检测手段和设备，公司能够准确地评估产品的质量状况，及时发现和处理质量问题，保证产品合格率和出货率。
5. 包装运输包装和运输是产品出厂的最后环节。
欧姆龙全系列PLC选型表
24点 12点
16点 8点 16点 8点 16点 8点 8点 4路 2路
继电器输出 继电器输出 继电器输出 继电器输出 晶体管输出 晶体管输出 晶体管输出 DC输入 漏型 漏型 漏型 分辨率1/6000 分辨率1/6000 分辨率1/6000 分辨率1/6000 热电偶输入 热点偶输入 铂电阻输入 铂电阻输入
CPM1A-10CDR-D-V1 CPM1A-10CDT-D-V1 CPM1A-20CDR-A-V1 CPM1A-20CDR-D-V1 CPM1A-20CDT-D-V1 CPM1A-30CDR-A-V1 CPM1A-30CDR-D-V1 CPM1A-30CDT-D-V1 CPM1A-40CDR-A-V1 CPM1A-40CDR-D-V1 CPM1A-40CDT-D-V1 CPM1A-40EDR CPM1A-20EDR1 CPM1A-8ER CPM1A-8ED CPM1A-40EDT CPM1A-20EDT CPM1A-8ET
备注
欧姆龙PLC--CP1H系列
型号
CP1H-X40DR-A CP1H-XA40DR-A
I/O点数
40点 40点
元件类型
CPU单元 CPU单元
电源
输入点数 输出点数 输出类型
24点 24点 16点 16点 继电器输出
Байду номын сангаас
备注
高速计数50/100khz，4轴.usb端口 编程 高速计数50/100khz，4轴.usb端口 继电器输出 编程.集成模拟量4入2出
晶体管输出 继电器输出 继电器输出 继电器输出 继电器输出 继电器输出
自带RS232 自带RS232 自带RS232 自带RS232 自带RS232
欧姆龙PLC--CP1L系列
欧姆龙电源选型手册
开关电源
S8JC-Z （15/35/50/100/150/350W型）
经济型电源
• 安装DIN 导轨用于额定功率15～350W的型号 • 具有过电流和过电压保护
注 请参考第7页的安全注意事项。
型号结构
型号图例
注 不是所有的组合都可用。请参考第1页订购信息中的型号列表。
S8JC-Z@@@@@@@
S8JC-Z35024CD （350 W）
7.8
9.5
97.5
51.5
5 9 mmҹϟ
(3)
(3) (10)
7.8
9.5
194.8
(16)
安全注意事项
参考所有电源的安全注意事项
安全使用注意事项
• • • • • 可能存在起火的危险，请勿在接通电源或刚断开电源时触碰产品。 可能存在触电的危险。请勿在接通电源时触碰端子。 请采取适当措施来保证正常的散热，以增加产品的长期可靠性。 请进行完全接地。如果接地不完全，可能会发生触电或误动作。 风扇的服务寿命约为35,000小时 （在25℃时） 。服务寿命会根据环 境温度或其他周围环境条件 （如灰尘等）而发生改变。在环境温 度40℃时，建议使用时间为2年 （仅350W型） 。 • 使用底盘上提供的螺丝时，螺丝距电源内部深度必须在2 mm以 下。 • 请避免将产品放置于具有液体渗透、外部杂质或腐蚀性气体 （尤 其是硫化气体或氨气）的场所。
侧面安装
22
125±0.5 3, M3 ˄⏅ᑺ2 mmҹϟ˅
13
底面安装
4
85.5±0.5
8
S8JC-Z
S8JC-Z15024C （150 W）
7, M3㶎ϱ
4, M3㶎ϱ
50±1
欧姆龙用户手册
目录CX-Programmer –用户手册 ..................................................................................................... 页码第一章技术规范 (1)OMRON CX-Programmer (1)关于本手册 (1)CX-Programmer 特性 (2)系统要求 (5)安装 (5)帮助和如何获得帮助 (6)技术支持 (9)第二章快速启动指南 (10)启动CX-Programmer (10)“部分功能”和“完全功能”——许可证 (11)介绍CX-Programmer 工程 (11)CX-Programmer 环境 (11)使用CX-Programmer (20)总结 (31)第三章工程引用 (32)工程工作区 (32)程序节 (33)交叉引用报表 (35)地址引用工具 (36)输出窗口 (38)监视窗口 (38)选项和参数 (39)查找和替换 (45)属性 (49)在CX-Programmer 中使用Microsoft Windows 特性 (51)第四章参考 (62)PLC和工程 (62)符号 (63)程序编辑 (68)助记符程序编辑 (78)在线工作 (79)数据跟踪/时间图监视 (89)iCX-Net 网络配置工具 (89)IO 表 (89)第五章高级主题 (90)编写具有更好的维护性的程序 (90)在工程中复制信息 (90)和其它应用程序一起使用CX-Programmer (91)把程序转换为其它类型PLC 格式 (94)给PLC程序添加口令 (95)附录A 工具栏和键盘快捷键 (97)标准工具栏 (97)图表工具栏 (98)符号表工具栏 (98)插入工具栏 (99)PLC工具栏 (99)程序工具栏 (100)视图工具栏 (100)键盘快捷键 (101)词汇表 (104)iiOMRONCX-Programmer-用户手册OMRONCX-Programmer-用户手册第一章技术规范本章概括的叙述了CX-Programmer软件，说明了能使CX-Programmer 软件正常工作所要求的操作环境和最小配置的细节。
欧姆龙伺服电机选型指南
欧姆龙伺服电机选型软件使用指南1.打开软件，自动弹出传动方式对话框，可以跳过。
之后在主界面可根据设计要求自己选择组合传动方式（双击添加传动方式）；可根据设计要求组合不同的传动方式：a.行星减速器+丝杆b.齿轮+丝杆c.齿轮+齿轮齿条⁞2.选择好传动方式后，需要填写传动机构的相关参数。
下面以“行星减速+丝杆+工作台”为例。
2.1 双击“减速器”方框，并在弹出的对话框中填写相关参数Reduction ratio——传动比；Trans.efficiency——传动效率(若无减速器则为1)；Input axis inertia——减速机转动惯量(联轴器惯量)；2.2 双击“丝杆”方框，设定丝杆相关参数Screw pitch——丝杆螺距；Screw diameter——丝杆直径；Screw length——丝杆导程；Trans.efficiency——传动效率；Table mass——螺母质量；Friction coef.——丝杆摩擦系数。
2.3 双击“工作台”方框，设定工作台相关参数Workpiece mass——工作台质量；External load——外力；Friction coef.——滑轨摩擦系数。
3.设定运动参数①——对应下图t i ； ②——t i 时刻的n i 。
○1 ○2t/sn/rpmn(t 1,n 1) (t 2,n 2)t 3(t 3,n 3)6. 运动参数设定完后，软件会自动计算出满足该运动所需的相关电机参数。
然后从软件自带的“电机型号库”中选择电机，7.最后得出所选电机与计算结果的比较。
根据比较结果分析可得所选电机是否满足该运动。
如果不满足，根据软件提示的不满足项来做相应更改：⑴重新选择电机；⑵降低加减速时间。
欧姆龙MY2NJ继电器选型样本
欧姆龙MY2NJ继电器选型样本
一、选型样本背景
随着电力控制系统的不断发展，继电器作为电力控制的重要组成部分，承担着电路控制和保护功能。
而欧姆龙MY2NJ继电器作为一种常用继电器，被广泛应用于各个领域的电力控制系统中。
二、选型指标
选型样本中需要考虑的主要指标有以下几个方面：
1.额定电流：即继电器的额定工作电流，需要根据实际使用的电流大
小来选取。
2.额定电压：即继电器的额定工作电压，需要根据实际使用的电压大
小来选取。
3.动作特性：继电器的动作特性通常包括动作电压、释放电压、动作
时间和释放时间等。
4.触点类型：继电器的触点类型主要有常开触点和常闭触点两种，需
要根据实际需要来选取。
5.安装方式：继电器的安装方式可分为PCB引脚式和插针式两种，需
要根据具体的安装环境来选取。
三、选型流程
根据以上选型指标，可以采取以下步骤进行选型：
1.确定额定电流和电压范围：根据实际使用的电流和电压大小来确定
继电器的额定电流和电压范围。
2.选择动作特性：根据实际需求来选择继电器的动作特性，如动作电压、释放电压、动作时间和释放时间等。
3.确定触点类型：根据实际需要来确定继电器的触点类型，如常开触点或常闭触点。
4.确定安装方式：根据具体的安装环境来确定继电器的安装方式，如PCB引脚式或插针式。
总结：
通过对欧姆龙MY2NJ继电器的选型样本的介绍，我们了解到了选型样本的背景、选型指标和选型流程等方面的内容。
希望该样本能够对读者在选择适合的继电器时提供一些参考和指导。
欧姆龙CP1E选型手册
0.22
0.02 CP1E-N14DT1-A
0.17
0.07 CP1E-N14DR-D
0.22
0.02 CP1E-N14DT-D
0.22
0.02 CP1E-N14DT1-D
0.18
0.08 CP1E-N20DR-A
0.23
0.02 CP1E-N20DT-A
0.23
0.02 CP1E-N20DT1-A
容量
(A)
电流消耗(A)
5V
24V
继电器
0.30
0.21
0.13
N型CPU单 元(提供60 个I/O点)
100～240 VAC
36
晶体管 (漏型)
晶体管
(源型) 24
8K步
继电器
8K字
0.30
0.31
0.02
0.30
0.31
0.02
─
0.21
0.13
24VDC
晶体管 (漏型) 晶体管 (源型)
─
0.31
0.18
0.08 CP1E-N20DR-D
24VDC
N型CPU单 元(提供30 个I/O点)
100～240 VAC
18
24VDC
N型CPU单 元(提供40 个I/O点)
100～240 VAC
24
24VDC
晶体管 (漏型) 晶体管 (源型)
继电器
晶体管 (漏型)
晶体管
(源型)
12
8K步
继电器
晶体管 (漏型) 晶体管 (源型)
CP1E-N40DR-A
1
CP1E-E□□D□-□ CP1E-N□□D□-□/NA20D□-□
欧姆龙pt100选型手册
欧姆龙pt100选型手册欧姆龙（Omron）是一家全球领先的自动化控制解决方案提供商，其产品广泛应用于工业自动化、医疗设备、家用电器等领域。
其中，欧姆龙PT100温度传感器是一款常用的温度测量设备，本文将为大家介绍欧姆龙PT100选型手册。
一、欧姆龙PT100温度传感器简介欧姆龙PT100温度传感器是一种基于铂电阻原理的温度测量设备，其测量范围通常为-200℃至+600℃。
该传感器具有高精度、稳定性好、抗干扰能力强等特点，广泛应用于工业自动化领域。
二、欧姆龙PT100选型手册内容1. 产品概述：介绍欧姆龙PT100温度传感器的基本参数和特点，包括测量范围、精度、响应时间等。
2. 选型指南：根据不同的应用场景和需求，提供不同型号的PT100传感器的选型建议。
例如，对于高温环境下的应用，建议选择耐高温型PT100传感器；对于需要长期稳定性的应用，建议选择精度高、稳定性好的PT100传感器。
3. 安装指南：介绍PT100传感器的安装方法和注意事项。
包括传感器的安装位置、固定方式、接线方法等。
同时，还提供了一些常见问题的解决方案，帮助用户更好地使用PT100传感器。
4. 技术参数：详细列出了各个型号PT100传感器的技术参数，包括测量范围、精度、响应时间、线性度等。
用户可以根据自己的需求选择合适的型号。
5. 应用案例：提供一些典型的应用案例，展示PT100传感器在不同领域的应用。
例如，工业自动化领域的温度控制、医疗设备领域的体温测量等。
6. 常见问题解答：总结了用户在使用PT100传感器过程中常遇到的问题，并提供了相应的解决方案。
例如，传感器输出信号异常、温度测量不准确等问题的解决方法。
三、欧姆龙PT100选型手册的意义欧姆龙PT100选型手册的发布，对于用户选择合适的PT100传感器具有重要意义。
首先，手册提供了详细的产品参数和技术指标，用户可以根据自己的需求选择合适的型号。
其次，手册提供了安装指南和常见问题解答，帮助用户更好地使用和维护PT100传感器。
cx-one各软件简介
CX-One 产品规格 2.2 与支持单元的 通信类型 通过 RS232C PC: PC 内置的 RS232C 端口 PLC: CPU 单元内置的外设口 CPU 单元内置的 RS232C 口 串行通信单元/板的 RS232C 口 通过 NSB(网络支持板) Controller Link PC: Controller Link 支持板 PLC: Controller Link 单元 以太网 PC: 以太网卡 PLC: 以太网单元 SYSMAC LINK PC: SYSMAC LINK 板 PLC: SYSMAC LINK 单元 SYSNET PC: SYSNET 板 PLC: SYSNET 单元 2.3 主要功能 编程 · 以梯形图方式创建梯形图程序 · 以梯形图方式创建功能块 · 以梯形图方式创建条注释，符号注释＆附加注释 · 梯形图的注释 · 以助记符创建梯形图程序 · 用梯形图或者结构化文本创建功能块 · 功能块嵌套＆嵌套树浏览 · 将梯形图转换为功能块 · 交叉引用报告 · 交叉引用弹出报告 · 程序检测 · 符号编程 · 符号检测 · 地址自动分配 · CX-P 配置功能 · 键盘映射功能 · 打印功能 · 寻找/替换 · 转移（设置条号/程序地址/设置到条注释） · 扩展到先进指令（C 系列） · UM 地址分配（设置扩展固定 DM） （C200HS/E/G/X, CPM1/ CPM1A, CPM2C*） · 梯形图条隐藏功能（在线） · 编辑 IO 注释功能 · 段/条管理器 · ROM 写入器功能 · 启动 CX-Integrator（CS/CJ 系列） 程序的再利用 · 载入旧支持软件数据（LSS,SSS,CVSS,CPT,SYSWIN 数据） · 载入/输出再利用的符号＆梯形图条数据文件 · C500/C120 备份 8/27
欧姆龙产品及型号
3.欧姆龙OMRON数显定时器-H5CX系列
型号
电压
H5CX-A
AC100-240
H5CX-AD
DC12-48
H5CX-ASD
DC12-48
H5CX-A11
AC100-240
H5CX-L8
AC100-240
H5CX-L8S
AC100-240
H5CX-L8D
DC12-48
E2E-X2ME1-Z
M8 NPN常开
E2E-CR8B1
M4 PNP常开
E2E-X5ME1-Z
M12 NPN常开
E2E-X1R5F1
M8 PNP常开
E2E-X10ME1-Z
M18 NPN常开
E2E-X2MF1
M8 PNP常开
E2E-X18ME1-Z
M30 NPN常开
E2E-X5MF1
M12 PNP常开
M12常开
E2E-X5Y1
M18 NPN常开
E2E-X10MY1
M18常开
E2E-X10Y1
M30 NPN常开
E2E-X18MY1
M30常开
4.欧姆龙OMRON方型通用接近开关TL系列导线引出型
型号
参数
型号
参数
TL-Q5MC1-Z
NPN常开
TL-N10ME1
NPN常开
TL-Q5MC2-Z
NPN常闭
TL-N20ME1
D4N-2122
D4NA-4122
4.欧姆龙OMRON小型限位开关
型号
参数
型号
参数
D4V-8104Z
D4V-8107Z
D4V-8108Z
欧姆龙光电传感器选型指南说明书
SELECTION GUIDE According to EN 954-1** The given information is indicative and synthetic; it is compulsory to refer to the complete EN 954 standard for a correct risk and safety type evaluation.TYPE2TYPE41515UNSHIELDEDCABLESSHIELDED CABLESAPPLICATIONSO P E R A T I N G P R O T E C T I O N P O I N TACCESSORIESC O N N E C T O R C A B L E SS E 2-335S F 2-330POWER SUPPLY 24 Vdc 24 Vdc RESOLUTION 35 mm 30 mm OPERATING RANGE 0.2 ... 15 m 0.2 ... 15 m CONTROLLED HEIGHT 150 ... 1650 mm 150 ... 1500 mm RESPONSE TIME 15 ... 32 ms 24 ms max.OUTPUT 2 transistor PNP2 transistor PNPCONNECTION Rx:M12 8-poles; Tx:M12 4-polesRx:M12 5-poles; Tx:M12 4-polesDIMENSIONS 35 x 40 mm31 x 32 mm DEVICE FUNCTIONSTestTestManual/auto reset selection Manual reset Total/partial Muting selection Automatic resetOverrideCERTIFICATIONSAutomatic packaging machinesAutomated assembly lines Automatic working machines Automatic machines for packing and packaging Automatic warehousing and materials handling Automated assembly lines (pick and place)Textile, ceramic, wood and leather industryAccording to IEC 61496-1/ IEC 61496-2C V s e r i e sC S s e r i e sM12 axial and radial connector cables with 3, 4, 8 poles Cable lengths: 3, 5, 10, 15, 25 m Cable material: PVCThe use of shielded cables is compulsory for the safety devices of the SE2and SE4 series, suggested for the Sx -SS T2/ST4M12 axial and radial connector cables with 3, 4, 5 polesCable lengths: 3, 5, 7, 10 m Cable material: PVCM12 4-poles non-cabled connectors are availableAPPLICATIONSO P ER AT IN G P R O T E C T I O N P O I N TS E 4-330S E 4-335POWER SUPPLY24 Vdc 24 Vdc 24 Vdc 24 Vdc RESOLUTION 14 mm 20 mm 30 mm 35 mm OPERATING RANGE 0.2 ... 6 m 0.2 ... 6 m 0.2 ... 15 m 0.2 ... 15 m CONTROLLED HEIGHT 150 ... 900 mm 150 ... 1650 mm 150 ... 1650 mm 150 ... 1650 mm RESPONSE TIME 18 ... 39 ms 16 ... 39 ms 15 ... 32 ms 15 ... 32 ms OUTPUT 2 transistor PNP2 transistor PNP2 transistor PNP2 transistor PNPCONNECTION Rx:M12 8-poles; Tx:M12 4-polesRx:M12 8-poles; Tx:M12 4-polesRx:M12 8-poles; Tx:M12 4-polesRx:M12 8-poles; Tx:M12 4-polesDIMENSIONS 35 x 40 mm 35 x 40 mm 35 x 40 mm 35 x 40 mm DEVICE FUNCTIONSTestTestTestTestManual/auto reset selection Manual/auto reset selection Manual/auto reset selection Manual/auto reset selection Total/partial Muting selectionTotal/partial Muting selectionTotal/partial Muting selectionTotal/partial Muting selectionOverrideOverride Override OverrideCERTIFICATIONSOTHER FUNCTIONS S E 4-114S E 4-220Benders and cuttersMetal, plastic and leather working machinesPresses and punching machinesMetal forming, milling and drilling machinesAccording to IEC 61496-1/IEC 61496-2Presses and punching machinesBenders and cutters Metal working machines COLUMN AND FLOOR STANDSACCESSORIESC O L U M N A ND F L O O R S T A N D S / P R O TE C T I V E S T A N D SPROTECTIVE STANDSS E -S S s e r i e sS E -P P s e r i e sTo be used with the SE2, SE4, SF2safety light curtains series and SE -DD M deviating mirror series Available in different heights:800, 1000 and 1200 mm with 30 x 30 mm profile dimensions1500 and 1800 mm with 45 x 45 mm profile dimensionsGround fixing plate dimensions: 240 x 240 mmTo be used with the SE2, SE4and SF2 safety light curtains series Available in different heights ranging from 273 mm to 1743 mmPRESENCE CONTROL PROTECTION: TYPE 2APPLICATIONSPR ES EN C E C O N T R O L P R O T E C T I O NS F 2-550S F 2-990POWER SUPPLY 24 Vdc 24 Vdc RESOLUTION 50 mm 90 mm OPERATING RANGE 0.2 ... 15 m 0.2 ... 15 m CONTROLLED HEIGHT 300 ... 1500 mm 300 ... 1500 mm RESPONSE TIME 24 ms max.24 ms max.OUTPUT 2 transistor PNP2 transistor PNPCONNECTION Rx:M12 5-poles; Tx:M12 4-polesRx:M12 5-poles; Tx:M12 4-polesDIMENSIONS 31 x 32 mm 31 x 32 mm DEVICE FUNCTIONS TestTestAutomatic resetAutomatic resetCERTIFICATIONSStorage and stacking areasWorking areas Robot areas Robot areas Transfer areas Palletising areasStorage and stacking areasAccording to IEC 61496-1/ IEC 61496-2(pending)(pending)ACCESSORIESF I X I NG B R A C K E T S / S A F E T Y R E L A Y SFIXING BRACKETSSAFETY RELAYSS T s e r i e sS E -S S R 2 s e r i e sThe fixing brackets are supplied together with the safety light curtains of the SE2, SE4 and SF2 seriesStandard fixing brackets (4 pcs kit) are available for the SE2and SE4safety light curtains, as well as orientable, anti-vibration supports and anti-scratch fixing brackets for the SF2 seriesT ype 4 safety relays - safety contacts: 3 NO 1 NCT o be used with the SE2, SE4and SF2safety light curtain seriesPRELIMINARYPRELIMINARYAPPLICATIONSA C C E S S P R O T E C T I O NSB -B B WS-T T 2+Sx -SS T2POWER SUPPLY 24 Vdc24 Vdc N° BEAMS2-3-4up to 2OPERATING RANGE 0.5 ... 50 mup to 50 m CONTROLLED HEIGHT500-800-900-1200 mm 500 mm RESPONSE TIME 14 ms22 ms max.OUTPUT 2 transistor PNP2 relayCONNECTION Rx:M12 8-poles; Tx:M12 4-polesDIMENSIONS 35 x 40 mmDEVICE FUNCTIONSTestTestManual/auto reset selection Manual resetTotal/partial Muting selection OverrideS E 2-P PCERTIFICATIONSAccording to IEC 61496-1/ IEC 61496-2Automatic warehousesRobots Transfer areasPalletisers / depalletisers Automatic warehousesAccess control, working areas and robotsConveyorsSAFETY SENSORS3-pole shielded cable S5/S10-ST2M12 connector – S5/S10/S30-ST2Terminal block – S30-ST2SB-BWS-T2 control unitS5-ST2 M18 plastic safety sensors S10-ST2 M18 metal safety sensors S30-ST2 maxi safety sensorsACCESSORIESD E V I A T I N G M I R R O R S / L A S E R P O I N T E RDEVIATING MIRRORSLASER POINTERS E -D D M s e r i e sS E -L L P s e r i e sT o be used with safety light curtains of the SE2, SE4, SF2series and Sx -S S T2/ST4monobeam safety photosensor seriesAvailable in different heights ranging from 150 mm to 1800 mm Deviating mirrors dimensions: 124 mm width, 6 mm depthTo be used with SE2and SE4 safety light curtain seriesACCESSORIESMUTIN G D E V I C E S /T E S T P I E C E S APPLICATIONSA C C E S S P R O T E C T I O NS E 4-P PSB -B B WS -T T 4+Sx -S S T4POWER SUPPLY 24 Vdc 24 Vdc 24 Vdc N° BEAMS2-3-42-3-42-3-4OPERATING RANGE 0.5 ... 25 m4 ... 50 mup to 50 m CONTROLLED HEIGHT 500-800-900-1200 mm 500-800-900-1200 mm RESPONSE TIME 14 ms14 ms32 ms max.OUTPUT 2 transistor PNP2 transistor PNP2 relayCONNECTION Rx:M12 8-poles; Tx:M12 4-polesRx:M12 8-poles; Tx:M12 4-polesDIMENSIONS 35 x 40 mm 35 x 40 mm DEVICE FUNCTIONSTestTestTestManual/auto reset selection Manual/auto reset selection Manual/auto reset selection Total/partial Muting selection Total/partial Muting selection Total/partial Muting selection OverrideOverrideDouble Muting/OverrideS E 4-Q QCERTIFICATIONSAccording to IEC 61496-1/ IEC 61496-2Assembly robotised linesPalletisers Conveyors Palletisers / depalletisers Automatic warehousesAccess control, working areas and robotsConveyorsSAFETY SENSORS3-pole shielded cable S5/S10-ST4M12 connector – S5/S10/S30/SL5-ST4T erminal block – S30-ST4SB-BWS-T4 control unitS5-ST4 M18 plastic safety sensors S10-ST4 M18 metal safety sensorsSL5-ST4 laser M18plastic safety sensors S30-ST4 maxi safety sensorsMUTING DEVICESTEST PIECESL M S s e r i e sMuting lamps: standard, tower modular, with horizontal and vertical mountingMuting sensors: DATASENSOR non-safety sensors can be used (refer to relative documentation)T P s e r i e sVersions with 14, 20, 30 and 35 mm diameterOTHER FUNCTIONSDATASENSOR SpA is the Italian leading company in the production and sales of optoelectronic devices for detection, safety, measurement and inspection for industrial automation. The range includes complementary products, such as temperature controllers and ultrasonic sensors. The DATASENSOR worldwide presence is guaranteed by the subsidiaries in France, Germany, Spain and UK, as well as a widespread network of local distributors, including selected Qualified Automation Partners (QAPs). Thanks to its unique technology of the product and production process, DATASENSOR can boast an active partnership with the main companies operating in the world of automation.T h e w o r l d w i d e d i s t r i b u t i o n n e t w o r k i s o n -l i n e :w w w .d a t a s e n s o r .c omDATASENSOR SpAvia Lavino 265, 40050 Monte San Pietro, BO - Italy Tel. +39 051/6765611 • Fax +39 051/6759324 •e-mail:*******************DATASENSOR FRANCE Tel. +33 (0)4/72476180Fax +33 (0)4/72470721 e-mail:******************DATASENSOR GmbH Tel. +49 (0)8104/89060Fax +49 (0)8104/890699e-mail:******************。
欧姆龙软体上传及在线编辑修改说明
第1步把PLC的拨码开关1号脚的位置拨到OFF位置（右边）第2步，数据线连到plc和电脑上
第2步，打开plc软体，建立新档案
第3步选择PLC型号CQM1H及cpu单元号CPU21
第4步进入PLC画面，点在线按钮
第4-1步，解除plc密码，点，输入密码后按确定就可以了
第5步，点由PLC传送按钮，切记不要点错
第6步，点查找按钮或CTRF+F
第7步，找到2.06后关掉查找，点显示2.06使用多少个显示
第8步，第7步不使用，直接找TIM33
第9步，把鼠标点tim33一下，然后点按钮，在线编辑
第10步，tim33变1后，点传送连线变更
第11步，同理找tim34也把变成1
第12步，改好后在点一次连线就可以了。
欧姆龙MY2NJ继电器选型样本
订货数据 螺钉连接
弹片连接
型号 订货号
型号 订货号
订货数据 配件，插拔式继电器
其他信息
型号 订货号
48VUC 1CO
48 Vuc +/- 10 % 5mA 4mA 190mW 29V/11V 29V/11V 2.2mA/1.3mA 2.2mA/1.3mA
MRS 48Vuc 1CO 8556040000
MRZ 230Vuc 1CO 8825980000
RSS 113060 60Vdc-Rel1U 4061630000
60VDC 1CO
60 Vdc +/- 20 % 3.3mA 200mW 35V/11V 1.6mA/0.6mA
MRS 60Vdc 1CO 8556060000
MRZ 60Vdc 1CO 8556130000
24VDC 1CO
24 Vdc +/- 20 % 6.6mA 160mW 15.4V/6.5V 4mA/1.2mA
MRS 24Vdc 1CO 8533640000
MRZ 24VDC 1CO 8533660000
RSS 113024 24Vdc-Rel1U 4060120000
24VUC 1CO
24 Vuc +/- 10 % 11mA 6.4mA 154mW 15.8V/7V 15.8V/7V 3.6mA/1.3mA 3.6mA/1.3mA
120VUC 1CO
120 Vuc +10 %/ -15 % 3.5mA 3.5mA 0.42mW 71V/22V 71V/22V 1.8mA/0.5mA 1.8mA/0.5mA
MRS 120Vuc 1CO 8556030000
MRZ 120Vuc 1CO 8556100000
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欧姆龙电子部品网站支持『在线产品选型』啦！
针对越来越多的用户对欧姆龙元器件不断增加的需求，我们在欧姆龙电子部品（中国）统辖集团网站开设了『在线产品选型』功能。
那么，如何使用呢？下面为各位介绍下……
链接地址：/product/product_Selection.html
一、什么是『在线产品选型』？
当您在选择欧姆龙提供的全面多样化的产品时，品种繁多的产品有否令您目不暇接？让客户在品种繁多的产品中大浪淘沙可不是我们的初衷，最快最便捷的的选型方式才是我们的期望。
于是，方便迅速的在线选型功能应运而生，仅用四步您就可以获得您所需要的产品。
二、在哪里可以找到『在线产品选型』？
登录欧姆龙电子部品（中国）统辖集团网站： ①首页
②产品中心
在线产品选型
在线产品选型
③产品信息内页
三、如何使用『在线产品选型』？
①点击上述banner 进入『在线产品选型』导航页
②点击页面左边的彩色产品系列banner ，进入该大类产品的选型操作页面
您也可以点击页面下方的产品小类，直接进入各小类的产品选型操作页面。
③进入选型操作页面后，先确定“搜索范围”（从微动开关中选型？FPC 连接器中选型？）
④根据用户要求选择符合要求的选项
确定搜索范围，从下
拉列表中选择
⑤点击“搜索”后，下面即出现符合条件产品的一览表
从各下拉列表中选择符合要求的选项。