三菱FX3UPLC基本单元Ver版本号查询方法
三菱PLC使用说明书
→请参考FX3U系列用户手册[硬件篇] →请参考FX3UC系列用户手册[硬件篇]
2.1.1 DIN导轨安装
产品可以安装在DIN46277(宽35mm)的DIN导轨上。
1) 将 [DIN 导轨安装用沟槽的上侧 ( 右图 A)] 对准并 挂到[DIN导轨]上。
1)
2) 将产品按压在[DIN导轨]上。
- 请在产品与产品之间留出1～2mm左右的间
*2 D类接地
D类接地
*1 XD24
带屏蔽双绞线电缆
*3 DISABLE
XD 5
COMD *1
P24+
P12++ P-
带屏蔽双绞线电缆 PRESET *3
D类接地
D类接地
*2 Z相
*1 编码器的驱动电源。 请根据编码器规格，在DC24V、DC12V、DC5V中选择使用。 与FX3U-2HC连接A相、B相、Z相时，请连接与电源相匹配的端子。 此外,PRESET及DISABLE信号使用DC24V时,请与DC24V用端子(P24+,XD24)连接。
1. 产品概要
1.1 产品概要
FX3U PLC指令表大全
$+
字符串的合并
203
LEN
检测出字符串的长度
204
RIGHT
从字符串的右侧开始取出
205
LEFT
从字符串的左侧开始取出
206
MIDR
从字符串中任意选择
207
MIDW
字符串中的任意替换
208
INSTR
字符串的检索
209
$MOV
字符串的传送
19、数据处理3
210
FDEL
数据表的数据删除
211
FINS
117
EVAL
字符串→2进制浮点数的转换
118
EBCD
2进制浮点数→科学计数法的转換
119
EBIN
科学计数法→2进制浮点数的转換
120
EADD
2进制浮点数加法运算
121
ESUB
2进制浮点数减法运算
122
EMUL
2进制浮点数乘法运算
123
EDIV
2进制浮点数除法运算
124
EXP
2进制浮点数指数运算
125
SCL
量程(不同点座标数据)
260
DABIN
10进制ASCII→BIN
261
BINDA
BIN→10进制ASCII
269
SCL2
量程2(X/Y座标数据)
22、外部设备通信(变频器通信)
270
IVCK
变频器的运转监视
271
IVDR
变频器的运行控制
272
IVRD
读取变频器的参数
273
IVWR
写入变频器的参数
格雷码的逆转换
FX3U 中文说明书
硬體篇1~91. FX3U特點及各部位名稱 ......................................................................................... 1-11.1 主要特點 ................................................................................................................................................. 1-11.2 FX3U中文使用手冊的種類及本書定位 ............................................................................................. 1-42. 機種構成及規格 ..................................................................................................... 2-12.1 各部位名稱及功能 .............................................................................................................................. 2-12.2.1 正面 ............................................................................................................................................... 2-12.2.2 側面 ............................................................................................................................................... 2-42.3 型號的辨識方法 ..................................................................................................................................... 2-52.3.1【A】主 機 ..................................................................................................................................... 2-52.3.2【B】I/O擴充單元.................................................................................................................... 2-62.3.3【C】I/O擴充模組.................................................................................................................... 2-72.4 關於I/O編號(X,Y)的編訂 .................................................................................................................... 2-92.4.1 I/O編號(X,Y)的編訂方式 ......................................................................................................... 2-92.4.2 I/O編號(X,Y)的編訂例 ............................................................................................................ 2-102.4.3 I/O編號標籤的黏貼 ................................................................................................................. 2-112.5 特殊模組的模組編號 ........................................................................................................................ 2-122.5.1 特殊模組模組編號的算法 ...................................................................................................... 2-122.5.2 特殊模組的模組編號例 .......................................................................................................... 2-132.5.3 模組編號標籤的黏貼 ............................................................................................................... 2-132.6 系統的整體構成 ................................................................................................................................ 2-142.6.1 FX3U相關產品一覽表 ............................................................................................................ 2-152.7 系統構成的規則 ................................................................................................................................ 2-162.8 單機I/O點數和系統最大I/O點數 ..................................................................................................... 2-172.8.1 I/O點數的計算 ......................................................................................................................... 2-172.9 主機的擴充能力(計算消耗電流) .................................................................................................... 2-192.9.1 關於耐電壓和絕緣阻抗的測試 .............................................................................................. 2-222.10 功能規格 ........................................................................................................................................... 2-232.10 外型尺寸 ........................................................................................................................................... 2-262.11 端子的排列和配線圖 ...................................................................................................................... 2-272.11.1 閱讀方法 .................................................................................................................................. 2-272.11.2 FX3U-16MR/ES-A.................................................................................................................... 2-282.11.3 FX3U-32MR/ES-A.................................................................................................................... 2-292.11.4 FX3U-48MR/ES-A.................................................................................................................... 2-302.11.5 FX3U-64MR/ES-A.................................................................................................................... 2-312.11.6 FX3U-80MR/ES-A.................................................................................................................... 2-322.12 連接器的種類與及程式傳輸線 ....................................................................................................... 2-342.12.1 PLC編輯軟體 ............................................................................................................................. 2-352.12.2 傳輸線......................................................................................................................................... 2-352.12.3 轉接頭．程式傳輸線 ............................................................................................................... 2-353. 安裝 ......................................................................................................................... 3-13.1 在DIN鋁軌上安裝及拆卸 ................................................................................................................... 3-13.1.1 安裝前的準備 .............................................................................................................................. 3-13.1.2 主機的安裝 .................................................................................................................................. 3-13.1.3 主機的拆卸 .................................................................................................................................. 3-23.2 直接安裝(用M4螺絲安裝) .................................................................................................................. 3-33.2.1 直接安裝的安裝孔距 ................................................................................................................. 3-33.2.2 安裝孔距 ...................................................................................................................................... 3-53.2.3 主機的安裝 .................................................................................................................................. 3-63.2.4 I/O擴充模組，特殊模組的安裝.............................................................................................. 3-64. 電源回路的規格及外部配線 .................................................................................. 4-14.1 電源規格 ............................................................................................................................................... 4-14.3.1 主機使用DC24V執行I/O配線 ................................................................................................. 4-24.3.2 NPN輸入【-共用端】的配線例 .............................................................................................. 4-35. 輸入規格及外部配線 .............................................................................................. 5-15.1 NPN‧PNP輸入(DC24V輸入型) ........................................................................................................ 5-15.2 DC24V輸入 (NPN‧PNP通用) .......................................................................................................... 5-25.2.1 輸入規格 ...................................................................................................................................... 5-25.2.2 DC24V輸入 ................................................................................................................................. 5-35.2.3 連接輸入開關時的注意事項 .................................................................................................... 5-35.2.4 外部配線例(NPN輸入).............................................................................................................. 5-65.3 高速計數器的編號及相對應輸入端的編號 ................................................................................... 5-85.3.1 編訂表............................................................................................................................................. 5-85.3.2 輸入編號不可重複使用 ............................................................................................................. 5-106. 輸出規格及外部配線 .............................................................................................. 6-16.1 NPN‧PNP輸出(電晶體) ..................................................................................................................... 6-16.2 繼電器輸出的外部配線 ...................................................................................................................... 6-26.2.1 輸出的規格(主機) ....................................................................................................................... 6-26.2.2 繼電器輸出接點的壽命 ............................................................................................................ 6-36.2.3 使用繼電器輸出 ......................................................................................................................... 6-36.2.4 外部配線上的注意事項 ............................................................................................................ 6-46.2.5 外部配線例 .................................................................................................................................. 6-56.3 電晶體輸出(NPN‧PNP)的外部配線 ............................................................................................... 6-66.3.1 輸出的規格(主機) 電晶體輸出(NPN) .................................................................................... 6-66.3.2 輸出的規格(主機) 電晶體輸出(PNP) ..................................................................................... 6-76.3.3 使用電晶體輸出 ......................................................................................................................... 6-86.3.4 外部配線的注意事項 ............................................................................................................... 6-106.3.5 外部接線實例 ............................................................................................................................ 6-126.4.1 SSR輸出的使用 ........................................................................................................................ 6-146.4.2 外部接線上的注意事項 .......................................................................................................... 6-156.4.3 外部接線實例 ............................................................................................................................ 6-157. 擴充元件 ................................................................................................................. 7-17.1 FX2N-32ER-ES/UL、FX2N-48ER-ES/UL .......................................................................................... 7-17.2 FX2N-8ER-ES/UL(DC24V[NPN‧PNP]輸入、繼電器輸出) .......................................................... 7-57.3 FX2N-8EX-ES/UL、FX2N-16EX-ES/UL ............................................................................................ 7-77.4 FX2N-8EYR-ES/UL、FX2N-16EYR-ES/UL .................................................................................... 7-107.5 功能擴充板 ........................................................................................................................................... 7-137.6 FX3U-FLROM-16/64/64L(FLASH卡匣) ............................................................................................. 7-157.6.1 安裝‧拆卸的方法 ................................................................................................................... 7-167.6.2 安裝 ............................................................................................................................................. 7-167.6.3 拆卸 ............................................................................................................................................. 7-177.6.4 保存資料的內容 ....................................................................................................................... 7-177.6.5 程式防止寫入保護開關 .......................................................................................................... 7-187.6.6 使用載入功能執行FLASH卡匣和PLC(RAM)之間的傳送 .............................................. 7-197.6.7 寫入(WR：64L→PLC) ............................................................................................................. 7-197.6.8 讀出(RD：64L←PLC) .............................................................................................................. 7-207.7 FX3U-32BL(電池) ................................................................................................................................. 7-217.7.1 電池的作用 ................................................................................................................................ 7-217.7.2 規格 ............................................................................................................................................. 7-217.7.3 主機內建電池和選購電池的區別 ......................................................................................... 7-227.7.4 電池的使用 ................................................................................................................................ 7-227.7.5 無電池的運轉方法 ................................................................................................................... 7-237.7.6 電池的更換 ................................................................................................................................ 7-248. 試車‧維護/異常的檢查 ......................................................................................... 8-18.1 試車前的檢查【關閉電源】 ............................................................................................................. 8-18.3 程式的寫入、程式的檢查【電源ON，PLC STOP】 ................................................................... 8-28.4 PLC運轉模態RUN/STOP的操作方法 ............................................................................................... 8-38.5 多個RUN/STOP方法的並用 ............................................................................................................... 8-48.6 定期檢查 － 電池壽命等 ................................................................................................................. 8-48.7 維護檢查 － 繼電器接點的壽命..................................................................................................... 8-58.8 電池的更換 ........................................................................................................................................... 8-59. 各種元件的功能 ..................................................................................................... 9-19.1 各部元件編號一覽表 .......................................................................................................................... 9-19.2 I/O端的編號及功能 ............................................................................................................................. 9-39.3 內部補助繼電器的編號及功能 ......................................................................................................... 9-59.4 步進點的編號及功能 (S) ..................................................................................................................... 9-89.5 計時器的編號及功能 (T) ................................................................................................................... 9-109.6 內部計數器的編號及功能 (C) .......................................................................................................... 9-139.7 內部高速計數器的編號及功能 (C) ................................................................................................. 9-189.8 資料暫存器的編號及功能 (D) .......................................................................................................... 9-269.8.1 資料暫存器的編號及功能 (D) ................................................................................................. 9-269.8.2 檔案暫存器 (D) .......................................................................................................................... 9-299.8.3 間接指定暫存器 [V、Z] ........................................................................................................... 9-329.9 指標的編號及功能 [P]、[I] ............................................................................................................... 9-339.10 擴充暫存器(R)及擴充檔案暫存器(ER) .......................................................................................... 9-359.10.1擴充暫存器(R)及擴充檔案暫存器(ER)的數目 ..................................................................... 9-359.10.2 資料儲存目的地及讀寫的方法 .............................................................................................. 9-359.10.3 擴充暫存器(R)及擴充檔案暫存器(ER)的數值架構 ........................................................... 9-369.10.4 擴充暫存器(R)及擴充檔案暫存器(ER)的初始值................................................................ 9-369.10.5 擴充暫存器(R)的功能及使用例 ............................................................................................. 9-379.10.6 擴充檔案暫存器(ER)的功能及使用例 .................................................................................. 9-389.10.7使用擴充暫存器(R)及擴充檔案暫存器(ER)時的注意事項 ............................................... 9-399.10.8擴充暫存器(R)及擴充檔案暫存器(ER)的註冊 ..................................................................... 9-42指令篇10~4010. 元件及常數 ......................................................................................................... 10-110.1 數值的種類 ......................................................................................................................................... 10-110.1.1 數值的變換 ................................................................................................................................ 10-210.1.2 浮點運算 .................................................................................................................................... 10-310.2 常數K,H,E(10進值/16進值/實數)................................................................................................... 10-510.2.1 常數K(10進值) ..................................................................................................................... 10-510.2.2 常數H(16進值) ..................................................................................................................... 10-510.2.3 常數E(浮點值) ...................................................................................................................... 10-510.3 文字字串 ............................................................................................................................................. 10-610.3.1 直接寫入的文字字串("ABC") ................................................................................................. 10-610.3.2指定存放文字字串的元件 ..................................................................................................... 10-610.4 位數元件(Kn□＊＊＊) ..................................................................................................................... 10-710.5 資料暫存器的位元指定(D□.b) .................................................................................................... 10-810.6 BFM的直接指定(U□\G□) ............................................................................................................ 10-810.7 間接指定暫存器V,Z的修飾 ............................................................................................................. 10-910.7.1 基本指令V,Z的修飾 ............................................................................................................... 10-910.7.2 應用指令的V,Z修飾 ......................................................................................................... 10-1011. 設計須知 ............................................................................................................. 11-111.1 如何閱讀指令 ................................................................................................................................... 11-111.2 程式設計上的注意事項 .................................................................................................................... 11-411.2.1 程式的執行順序 .................................................................................................................... 11-411.2.2 輸出線圈重複使用時的動作及對策 .................................................................................. 11-511.2.3無法打入程式的回路及對策 ................................................................................................ 11-611.3 輸入/輸出信號的再生動作 ............................................................................................................ 11-611.4 程式流程指令的相互關係 ............................................................................................................. 11-811.5 應用指令的表現方式及執行方式 ................................................................................................. 11-1011.5.2 擴充功能的旗標信號 ............................................................................................................. 11-1511.5.3 指令使用的次數限制 ..................................................................................................... 11-1512. 基本指令 ............................................................................................................. 12-1基本指令一覽 .............................................................................................................................................. 12-1 母線開始a接點【LD】 .............................................................................................................................. 12-3 母線開始b接點【LDI】 ............................................................................................................................. 12-4 輸出指令【OUT】 ...................................................................................................................................... 12-6 串接a接點【AND】 ................................................................................................................................... 12-9 串接b接點【ANI】 ................................................................................................................................... 12-10 並接a接點【OR】 ..................................................................................................................................... 12-12 並接b接點【ORI】 ................................................................................................................................... 12-13 LD/AND/OR上昇微分接點【LDP/ANDP/ORP】 ................................................................................. 12-15 LD/AND/OR下降微分接點【LDF/ANDF/ORF】 ................................................................................. 12-17 兩個回路並接【ORB】 ........................................................................................................................... 12-19 兩個回路串接【ANB】 ........................................................................................................................... 12-20 分歧點開始/繼續/結束【MPS/MRD/MPP】 ......................................................................................... 12-21 主控點開始/解除【MC/MCR】 .............................................................................................................. 12-25 反向輸出【INV】 ..................................................................................................................................... 12-28 上昇/下降微分輸出【PLS/PLF】 ........................................................................................................... 12-29 自保持指令/保持解除指令【SET/RST】 ............................................................................................. 12-31 無處理【NOP】 ........................................................................................................................................ 12-34 程式結束【END】 .................................................................................................................................... 12-34 13. 程式流程指令 ..................................................................................................... 13-1FNC00 有條件的跳躍【CJ】 ................................................................................................................. 13-2 FNC01 呼叫副程式【CALL】 ............................................................................................................... 13-6 FNC02 副程式結束返回【SRET】 ....................................................................................................... 13-6 FNC03 中斷插入副程式結束返回【IRET】 ....................................................................................... 13-8 FNC04 中斷插入允許【EI】 .................................................................................................................. 13-8FNC06 主程式結束【FEND】 ............................................................................................................. 13-14 FNC07 開門狗時間設定【WDT】 ...................................................................................................... 13-15 FNC08 迴圈開始【FOR】 .................................................................................................................... 13-16 FNC09 迴圈結束【NEXT】 ................................................................................................................. 13-16 14. 傳送‧比較 ......................................................................................................... 14-1FNC10 比較【CMP】 .............................................................................................................................. 14-2 FNC11 區域比較【ZCP】....................................................................................................................... 14-3 FNC12 傳送【MOV】 ............................................................................................................................. 14-4 FNC13 位數移動【SMOV】 .................................................................................................................. 14-6 FNC14 反相傳送【CML】 ..................................................................................................................... 14-8 FNC15 複數傳送【BNOV】................................................................................................................. 14-10 FNC16 多點傳送【FMOV】 ................................................................................................................ 14-12 FNC17 資料交換【XCH】 ................................................................................................................... 14-13 FNC18 BIN→BCD變換【BCD】 ........................................................................................................ 14-14 FNC19 BCD→BIN變換【BIN】 ......................................................................................................... 14-15 15. 四則‧邏輯運算 ................................................................................................. 15-1FNC20 加算【ADD】 ........................................................................................................................ 15-2 FNC21 減算【SUB】 ......................................................................................................................... 15-3 FNC22 乘算【MUL】........................................................................................................................ 15-4 FNC23 除算【DIV】 ......................................................................................................................... 15-5 FNC24 加一【INC】.......................................................................................................................... 15-6 FNC25 減一【DEC】 ........................................................................................................................ 15-7 FNC26 理論積【WAND】 ................................................................................................................ 15-8 FNC27 理論和【OR】 ....................................................................................................................... 15-9 FNC28 排它理論和【XOR】 ......................................................................................................... 15-10 FNC29 補數【NEG】 ...................................................................................................................... 15-11 16. 位移‧旋轉 ......................................................................................................... 16-1FNC30 右旋轉【ROR】 .................................................................................................................... 16-2。
三菱plcfx3u型号说明
三菱plcfx3u型号说明三菱PLCFX3U产品名称：三菱PLCFX3U 产品编号：产品型号：FX3U 产品详细介绍三菱FX3U系列PLC型号说明：FX3U系列主机型号如下：FX3U-128MR-ES-A 继电器型、64进/64出、交流电FX3U-80MR-ES-A 继电器型、40进/40出、交流电FX3U-64MR-ES-A 继电器型、32进/32出、交流电FX3U-48MR-ES-A 继电器型、24进/24出、交流电FX3U-32MR-ES-A 继电器型、16进/16出、交流电FX3U-16MR-ES-A 继电器型、8进/8出、交流电FX3U-80MR-DS 继电器型、40进/40出、直流电(DC) FX3U-64MR-DS 继电器型、32进/32出、直流电(DC) FX3U-48MR-DS 继电器型、24进/24出、直流电(DC) FX3U-32MR-DS 继电器型、16进/16出、直流电(DC)FX3U-16MR-DS 继电器型、8进/8出、直流电(DC) FX3U-128MT-ES-A 晶体管型、64进/64出、交流电FX3U-80MT-ES-A 晶体管型、40进/40出、交流电FX3U-64MT-ES-A 晶体管型、32进/32出、交流电FX3U-48MT-ES-A 晶体管型、24进/24出、交流电FX3U-32MT-ES-A 晶体管型、16进/16出、交流电FX3U-16MT-ES-A 晶体管型、8进/8出、交流电FX3U-80MT-DS 晶体管型、40进/40出、直流电(DC) FX3U-64MT-DS 晶体管型、32进/32出、直流电(DC) FX3U-48MT-DS 晶体管型、24进/24出、直流电(DC)FX3U扩展单元型号：FX3U-32MT-DS 晶体管型、16进/16出、交流电(DC) FX3U-16MT-DS 晶体管型、8进/8出、交流电(DC)FX3UC输入输出扩展模块：FX3UC-32MT-LT BASE UNIT WITH 16 INPUTS/16 TRANSISTOR OUTPUTSFX3U(C)功能扩展板（适用于所有FX系列PLC）:FX3U-232-BD RS-232C SERIAL PORT (1 CH) FX3U-422-BD RS-422 SERIAL PORT (1 CH) FX3U-485-BD RS-485 SERIAL PORT (1 CH) FX3U-CNV-BD FX3U MODULE TRANSFORM UNIT FX3U-USB-BD USB COMMUNICATION PORTFX3U(C) 特殊功能模块/单元FX3U-2HSY-ADP 2 CHANNELS PULSE TRAIN OUTPUT FX3U-4AD-ADP 4 CHANNELS A/D FX3U-4AD-PT-ADP 4 CHANNELS TEMPERATURE INPUTS, PT TYPE FX3U-4AD-TC-ADP 4 CHANNELS TEMPERATURE INPUTS, THERMAL COUPLE TYPE FX3U-4DA-ADP 4 CHANNELS D/A FX3U-4HSX-ADP 4 CHANNELS HIGH SPEED countER FX3U-232ADP RS232 COMMUNICATION MODULE FX3U-485ADP RS485 COMMUNICATION MODULE FX3U-1PSU-5V DC 5V 1A POWER SUPPLY UNIT FOR FX3U SERIES FX3U-4AD 4 CHANNELS A/D FX3U-4DA 4 CHANNELS D/A FX3U-7DM DISPLAY PANEL FX3U-7DM-HLD DISPLAY PANEL HOLDER FX3U-20SSC-H 2 CHL SSC-NET MODULE FX3U-32BL BACKUP BATTERY FOR FX3UC CPUFX3UC-1PS-5V DC 5V 1A POWER SUPPLY UNIT FOR FX3UC SERIES FX3UC-4AD 4 CHANNELS A/D (16BIT)。
FX3U系列微型可编程控制器 硬件手册
EN50082-2:1995 电磁兼容性 一般的工业环境标准
在以下的测试项目中， 对与本产品相 关联的项目进行了测试。 • 辐射电磁场辐射抗扰度试验 • 快速瞬变抗扰度试验 • 静电放电抗扰度试验 • 传导干扰抗扰度试验 • 电源磁场抗扰度试验
EN61131-2:1994 /A11:1996 /A12:2000
FX2N-48ER-UA1/UL FX2N-8EYR-ES/UL FX2N-8EX-UA1/UL FX2N-16EYT-ESS/UL
- 外围设备、 显示模块、 功能扩展板
FX2N-16EYS
- 扩展单元/模块、 特殊适配器
- 电池、 存储器盒
关于对应EC指令(CE标记)事项
废弃时的注意事项
• 废弃产品的时候， 请作为工业废品来处理。 对电池进行废弃处 理时， 请按照各地区指定的法律单独进行处理。 （有关欧盟国家详细的电池规定请参照 FX3U 系列用户手册 [ 硬件 篇]）
对于以下的产品， 按照有关文献中的指示使用时， 通过 ( 以下的特定 规格的) 直接的测试以及( 与技术构成文件的编制有关联的) 设计分 析， 对于电磁相容性的欧洲指令 (2004/108/EC) 的适用进行演示。 关 于以下未记载产品的详细说明请参照各产品手册或者相关手册。
注意事项
• 请在一般的工业环境下使用本产品。
不保证按照本内容所生产的所有机械装置都能适用以下指令。 关于对 EMC指令以及低电压(LVD)指令的适用与否的判断， 需要由机械装置生 产厂家自身作出最终的判断。 有关详细内容， 请询问最近的三菱电 机分公司。
EMC指令适用要求
运输和保管注意事项
• 运输可编程控制器时， 请务必在运输前对可编程控制器上电， 确认 「BATT的LED灯为OFF」 以及 「电池的寿命」。 如BATT 的 LED 处于 ON 时 , 及电池寿命过期的状态下进行运输的 话， 在运输过程中备份的数据有可能不能正确保存。
Mitsubishi Electric FX3U FX3UC系列用户操作手册-模拟控制版说明书
SideBSideASideBJAPANESEENGLISHJY997D20701ASafety Precaution (Read these precautions before use.)linked to serious results.In any case, it is important to follow the directions for usage.Associated ManualsNote:FX 3UC Series PLC specification details for I/O, wiring, installation, andmaintenance can only be found in the Japanese Manual.How to obtain manualsFor the necessary product manuals or documents, consult with the Mitsubishi Electric dealer from where you purchase your product.Manual name Manual No.DescriptionFX 3U / FX 3UC Series User's Manual - Analog Control EditionJY997D16701MODEL CODE:09R619Describes specifications for analog control andprogramming method for FX 3U / FX 3UC Series PLC.FX 3U /FX 3UC Series Programming Manual - B a s i c & A p p l i ed Instruction Edition JY997D16601MODEL CODE:09R517Describes PLC programming for basic/applied instructions and devices.FX 3U Series User’s Manual - Hardware EditionJY997D16501MODEL CODE:09R516Explains FX 3U Series PLC specification details for I/O,w i r i n g , i ns ta l l a t i o n , a n dmaintenance.Certification of UL, cUL standardsThe following product has UL and cUL certification.UL, cUL File Number:E95239Models:MELSEC FX 3U series manufacturedFX 3U -4ADCompliance with EC directive (CE Marking)This note does not guarantee that an entire mechanical module produced in accordance with the contents of this note will comply with the following standards.Compliance to EMC directive and LVD directive for the entire mechanical module should be checked by the user / manufacturer. For more details please contact the local Mitsubishi Electric sales site.Requirement for Compliance with EMC directiveThe following products have shown compliance through direct testing (of the identified standards below) and design analysis (through the creation of a technical construction file) to the European Directive for Electromagnetic Compatibility (89/336/EEC) when used as directed by the appropriate documentation.Type:Programmable Controller (Open Type Equipment)Models:MELSEC FX 3U series manufactured from February 1st, 2006FX 3U -4ADCaution for EC DirectiveThe analog special adapters have been found to be compliant to the European standards in the aforesaid manual and directive. However, for the very best per-formance from what are in fact delicate measuring and controlled output device Mitsubishi Electric would like to make the following points;As analog devices are sensitive by nature, their use should be considered care-fully. For users of proprietary cables (integral with sensors or actuators), these users should follow those manufacturers installation requirements.Mitsubishi Electric recommend that shielded cables should be used. If NO other EMC protection is provided, then users may experience temporary induced errors not exceeding +10%/-10% in very heavy industrial areas.However, Mitsubishi Electric suggest that if adequate EMC precautions are fol-lowed with general good EMC practice for the users complete control system, users should expect normal errors as specified in this manual.•Sensitive analog cable should not be laid in the same trunking or cable conduit as high voltage cabling. Where possible users should run analog cables separately.•Good cable shielding should be used. Ground the shield of the twisted shielded cable at one point on the PLC side.•When reading analog values, EMC induced errors can be smoothed out by averaging the readings. This can be achieved either through functions on the special function block for analog input or through a users program in the FX 3U Series PLC main unit.•Please use FX 3U -4AD while installed in a shielded enclosure. For the details,refer to the following manual.→ Refer to the FX 3U Series User's Manual - Hardware Edition1.OutlineThe FX 3U -4AD special function block for analog input converts four analog input values (voltage, current) to digital values and transfers those digital values to the PLC main unit.1.1Incorporated ItemsCheck if the following product and items are included in the package:StandardRemarkEN61131-2:2003Programmable controllers-Equipment requirements and testsCompliance with all relevant aspects of the standard.•Radiated Emissions•Mains Terminal Voltage Emissions •RF immunity •Fast Transients •ESD •Surge•Conducted•Power magnetic fields1.2External Dimensions, Part Names, and Terminal Layout1.2.1External Dimensions and Part Names1.2.2Terminal Layout2.Installation2.1ArrangementsThe product connects on the right side of an PLC main unit or extension units/blocks (including special function units/blocks).For connection to FX 3UC Series PLC or FX 2NC Series PLC extension block, FX 2NC -CNV-IF or FX 3UC -1PS-5V is required.For further information of installation arrangements, refer to the following manual.→ Refer to the FX 3U Series User's Manual - Hardware Edition[1]Direct mounting hole:2 holes of φ4.5 (0.18") (mounting screw: M4 screw)[2]Extension cable[3]POWER LED (green):Lit while 5V DC power is supplied from PLC.[4]Terminal block for power supply (24V DC) (M3 terminal screw)[5]Terminal block for analog input [6]24V LED (red):Lit while 24V DC power is supplied properly to terminals [24+] and [24-].[7]A/D LED (red):Flashes (at high speed) during A/D conversion. [8]DIN rail mounting hook[9]DIN rail mounting groove (35 mm (1.38") wide)INSTALLATION PRECAUTIONS•Use the product in the environment within the general specifications described in PLC main unit manual (Hardware Edition).Never use the product in areas with dust, oily smoke, conductive dusts, corrosive gas (salt air, Cl 2, H 2S, SO 2, or NO 2), flammable gas, vibrations or impacts, or expose it to high temperature, condensation, or wind and rain.If the product is used in such a place described above, electrical shock, fire,malfunction, damage, or deterioration may be caused.•Do not touch the conductive parts of the product directly, thus avoiding failure or malfunction.•Install the product securely using the DIN rail or screws.•Install the product on a flat surface.If the mounting surface is rough, undue force will be applied to the PC board,thereby causing nonconformity.•When drilling screw holes or wiring, cutting chips or wire chips should not enter ventilation slits.Such an accident may cause fire, failure or malfunction.•Be sure to remove the dust proof sheet from the PLC's ventilation port when the installation work is completed.Failure to do so could cause fires, equipment failures, and malfunctions.•Fit the extension cables and communication cables securely to the designated connectors.Contact failures may cause malfunctions.2.2MountingThe product is mounted by the following method. •Direct mounting •DIN rail mounting2.2.1Direct MountingThe product can be mounted with M4 screws by using the direct mounting holes.Refer to the External Dimensions (section 1.2) for the product’s mounting hole pitch information.An interval space between each unit of 1 to 2 mm (0.04" to 0.08") is necessary. For further information of direct installation, also refer to the following manual.→ Refer to the FX 3U Series User's Manual - Hardware Edition2.2.2DIN Rail MountingThe product can be mounted on a DIN rail (DIN46227, 35mm width).1)Fit the upper edge of the DIN rail mounting groove (right fig. A) onto the DIN rail. 2)Press the product against the DIN rail.3)on the left.→ Refer to the FX 3U FX 3U -4ADINSTALLATION MANUALThis manual describes the part names, dimensions, mounting, and specifications of the product. Before use, read this manual and manuals of relevant products fully to acquire proficiency in handling and operating the product. Make sure to learn all the product information, safety information, and precautions.And, store this manual in a safe place so that you can take it out and read it whenever necessary. Always forward it to the end user.RegistrationThe company name and the product name to be described in this manual are the registered trademarks or trademarks of each company.Effective February 2006Specifications are subject to change without notice.© 2006 Mitsubishi Electric CorporationManual Number JY997D20701Revision ADateFebruary 20063.Wiring*1For FX 3U Series PLC (AC power type), the 24V DC service power supply is also4.4Performance Specification4.5Input characteristicsThe input characteristics in each input mode are as follows.For the details of the input characteristics, refer to the following manual.→ Refer to the FX 3U / FX 3UC Series User’s Manual- Analog Control EditionSideBSideASideBJAPANESEENGLISHJY997D20701ASafety Precaution (Read these precautions before use.)This manual classify the safety precautions into two categories:linked to serious results.In any case, it is important to follow the directions for usage.Associated ManualsNote:FX 3UC Series PLC specification details for I/O, wiring, installation, andmaintenance can only be found in the Japanese Manual.How to obtain manualsFor the necessary product manuals or documents, consult with the Mitsubishi Electric dealer from where you purchase your product.Manual name Manual No.DescriptionFX 3U / FX 3UC Series User's Manual - Analog Control EditionJY997D16701MODEL CODE:09R619Describes specifications for analog control andprogramming method for FX 3U / FX 3UC Series PLC.FX 3U /FX 3UC Series Programming Manual - B a s i c & A p p l i ed Instruction Edition JY997D16601MODEL CODE:09R517Describes PLC programming for basic/applied instructions and devices.FX 3U Series User’s Manual - Hardware EditionJY997D16501MODEL CODE:09R516Explains FX 3U Series PLC specification details for I/O,w i r i n g , i ns ta l l a t i o n , a n dmaintenance.Certification of UL, cUL standardsThe following product has UL and cUL certification.UL, cUL File Number:E95239Models:MELSEC FX 3U series manufacturedFX 3U -4ADCompliance with EC directive (CE Marking)This note does not guarantee that an entire mechanical module produced in accordance with the contents of this note will comply with the following standards.Compliance to EMC directive and LVD directive for the entire mechanical module should be checked by the user / manufacturer. For more details please contact the local Mitsubishi Electric sales site.Requirement for Compliance with EMC directiveThe following products have shown compliance through direct testing (of the identified standards below) and design analysis (through the creation of a technical construction file) to the European Directive for Electromagnetic Compatibility (89/336/EEC) when used as directed by the appropriate documentation.Type:Programmable Controller (Open Type Equipment)Models:MELSEC FX 3U series manufactured from February 1st, 2006FX 3U -4ADCaution for EC DirectiveThe analog special adapters have been found to be compliant to the European standards in the aforesaid manual and directive. However, for the very best per-formance from what are in fact delicate measuring and controlled output device Mitsubishi Electric would like to make the following points;As analog devices are sensitive by nature, their use should be considered care-fully. For users of proprietary cables (integral with sensors or actuators), these users should follow those manufacturers installation requirements.Mitsubishi Electric recommend that shielded cables should be used. If NO other EMC protection is provided, then users may experience temporary induced errors not exceeding +10%/-10% in very heavy industrial areas.However, Mitsubishi Electric suggest that if adequate EMC precautions are fol-lowed with general good EMC practice for the users complete control system, users should expect normal errors as specified in this manual.•Sensitive analog cable should not be laid in the same trunking or cable conduit as high voltage cabling. Where possible users should run analog cables separately.•Good cable shielding should be used. Ground the shield of the twisted shielded cable at one point on the PLC side.•When reading analog values, EMC induced errors can be smoothed out by averaging the readings. This can be achieved either through functions on the special function block for analog input or through a users program in the FX 3U Series PLC main unit.•Please use FX 3U -4AD while installed in a shielded enclosure. For the details,refer to the following manual.→ Refer to the FX 3U Series User's Manual - Hardware Edition1.OutlineThe FX 3U -4AD special function block for analog input converts four analog input values (voltage, current) to digital values and transfers those digital values to the PLC main unit.1.1Incorporated ItemsCheck if the following product and items are included in the package:StandardRemarkEN61131-2:2003Programmable controllers-Equipment requirements and testsCompliance with all relevant aspects of the standard.•Radiated Emissions•Mains Terminal Voltage Emissions •RF immunity •Fast Transients •ESD •Surge•Conducted•Power magnetic fields1.2External Dimensions, Part Names, and Terminal Layout1.2.1External Dimensions and Part Names1.2.2Terminal Layout2.Installation2.1ArrangementsThe product connects on the right side of an PLC main unit or extension units/blocks (including special function units/blocks).For connection to FX 3UC Series PLC or FX 2NC Series PLC extension block, FX 2NC -CNV-IF or FX 3UC -1PS-5V is required.For further information of installation arrangements, refer to the following manual.→ Refer to the FX 3U Series User's Manual - Hardware Edition[1]Direct mounting hole:2 holes of φ4.5 (0.18") (mounting screw: M4 screw)[2]Extension cable[3]POWER LED (green):Lit while 5V DC power is supplied from PLC.[4]Terminal block for power supply (24V DC) (M3 terminal screw)[5]Terminal block for analog input [6]24V LED (red):Lit while 24V DC power is supplied properly to terminals [24+] and [24-].[7]A/D LED (red):Flashes (at high speed) during A/D conversion. [8]DIN rail mounting hook[9]DIN rail mounting groove (35 mm (1.38") wide)INSTALLATION PRECAUTIONS•Use the product in the environment within the general specifications described in PLC main unit manual (Hardware Edition).Never use the product in areas with dust, oily smoke, conductive dusts, corrosive gas (salt air, Cl 2, H 2S, SO 2, or NO 2), flammable gas, vibrations or impacts, or expose it to high temperature, condensation, or wind and rain.If the product is used in such a place described above, electrical shock, fire,malfunction, damage, or deterioration may be caused.•Do not touch the conductive parts of the product directly, thus avoiding failure or malfunction.•Install the product securely using the DIN rail or screws.•Install the product on a flat surface.If the mounting surface is rough, undue force will be applied to the PC board,thereby causing nonconformity.•When drilling screw holes or wiring, cutting chips or wire chips should not enter ventilation slits.Such an accident may cause fire, failure or malfunction.•Be sure to remove the dust proof sheet from the PLC's ventilation port when the installation work is completed.Failure to do so could cause fires, equipment failures, and malfunctions.•Fit the extension cables and communication cables securely to the designated connectors.Contact failures may cause malfunctions.2.2MountingThe product is mounted by the following method. •Direct mounting •DIN rail mounting2.2.1Direct MountingThe product can be mounted with M4 screws by using the direct mounting holes.Refer to the External Dimensions (section 1.2) for the product’s mounting hole pitch information.An interval space between each unit of 1 to 2 mm (0.04" to 0.08") is necessary. For further information of direct installation, also refer to the following manual.→ Refer to the FX 3U Series User's Manual - Hardware Edition2.2.2DIN Rail MountingThe product can be mounted on a DIN rail (DIN46227, 35mm width).1)Fit the upper edge of the DIN rail mounting groove (right fig. A) onto the DIN rail. 2)Press the product against the DIN rail.3)on the left.→ Refer to the FX 3U3.Wiring3.1Applicable Cable and Terminal Tightening TorqueThe size of the terminal screws is M3.The end disposal of the cable shows below.Tighten the terminal to a torque of 0.5N m to 0.8N m.•When one wire is connected to one terminal•When two wires are connected to one terminal3.2Power Supply WiringFor the power supply wiring, refer to the following manual.→ Refer to the FX 3U / FX 3UC Series User’s Manual- Analog Control Edition3.3Wiring of Analog Input→ For the terminal layout, refer to Subsection 1.2.2*1For FX 3U Series PLC (AC power type), the 24V DC service power supply is alsoavailable. *2terminal.*3Use a 2-core twisted shield wire for analog input line, and separate it from otherpower lines or inductive lines.*4For the current input, short-circuit the [V+] terminal and the [I+] terminal. *5If there is voltage ripple in the input voltage or there is noise in the externalwiring, connect a capacitor of approximately 0.1 to 0.47µF 25 V.3.4GroundingGrounding should be performed as stated below.•The grounding resistance should be 100Ω or less.•Independent grounding should be performed for best results.When independent grounding is not performed, perform "shared grounding"of the following figure.→ For details, refer to the FX 3U Series User's Manual- Hardware Edition.•The grounding wire size should be AWG 14 (2 mm 2).•The grounding point should be close to the PLC, and all grounding wire should be as short as possible.4.Specification4.1Applicable PLCThe version number can be checked by monitoring D8001 as the last three digits indicate it.4.2General SpecificationThe items other than the following are equivalent to those of the PLC main unit. For other general specifications, refer to the manual of the PLC main unit.→ For details, refer to the FX 3U Series User's Manual- Hardware Edition.4.3Power Supply SpecificationSTARTUP ANDMAINTENANCE PRECAUTIONS•Do not disassemble or modify the unit.Doing so may cause failure, malfunction or fire.* For repair, contact your local Mitsubishi Electric distributor.•Do not drop the product or do not exert strong impact, doing so may cause damage.DISPOSAL PRECAUTIONS•Please contact a company certified in the disposal of electronic waste forenvironmentally safe recycling and disposal of your device.TRANSPORT ANDSTORAGE PRECAUTIONS•During transportation avoid any impact as the product is a precision instrument.Check the operation of the product after transportation.Model name ApplicabilityFX 3U Series PLC Ver. 2.20 (from the first product) and laterFX 3UC Series PLCVer. 1.30 (from the product manufactured in August, 2004 with SER No. 48) and laterItemSpecificationDielectric withstandvoltage500V AC for one minuteConforming to JEM-1021Between all terminals and ground terminal of PLCmain unitInsulation resistance 5M Ω or more by 500V DC megger Item SpecificationA/D conversion circuit driving power 24V DC ±10%, 90mA for 24V DCConnect a 24V DC power supply to the terminal block.CPU driving power5V DC, 110mA5V DC power is supplied internally from the main unit.4.4Performance Specification*1Change the offset and gain values to change the input characteristics. However,the resolution doesn’t change even when the offset and gain values change.When the analog value direct indication is enabled in the input mode 2, 5, or 8,the offset value and the gain value don’t change. *2The offset and the gain should satisfy the following condition:1V ≤ (Gain - Offset)*3The offset and the gain should satisfy the following condition:3 mA ≤ (Gain - Offset) ≤ 30 mA*4The input characteristics vary depending on the input mode to be used.For the details of the input characteristics, refer to the following manual.→ Refer to the FX 3U / FX 3UC Series User’s Manual- Analog Control Edition4.5Input characteristicsThe input characteristics in each input mode are as follows.For the details of the input characteristics, refer to the following manual.→ Refer to the FX 3U / FX 3UC Series User’s Manual- Analog Control EditionInput mode Input modeAnalog inputrange Digital outputrange 0Voltage input mode -10 to +10V -32000 to +320001Voltage input mode-10 to +10V -4000 to +40002Voltage input modeAnalog value direct indication -10 to +10V -10000 to +100003Current input mode 4 to 20mA 0 to 160004Current input mode4 to 20mA 0 to 40005Current input modeAnalog value direct indication 4 to 20mA 4000 to 200006Current input mode -20 to +20mA -16000 to +160007Current input mode-20 to +20mA -4000 to +40008Current input modeAnalog value direct indication-20 to +20mA-20000 to +20000FX 3U -4ADINSTALLATION MANUALThis manual describes the part names, dimensions, mounting, and specifications of the product. Before use, read this manual and manuals of relevant products fully to acquire proficiency in handling and operating the product. Make sure to learn all the product information, safety information, and precautions.And, store this manual in a safe place so that you can take it out and read it whenever necessary. Always forward it to the end user.RegistrationThe company name and the product name to be described in this manual are the registered trademarks or trademarks of each company.Effective February 2006Specifications are subject to change without notice.© 2006 Mitsubishi Electric CorporationManual Number JY997D20701Revision ADateFebruary 2006。
1234编号三菱PLC型号和选型方法
FX1N-24MT-D 输入点：14,10点晶体管输出(直流供电) 3100FX2N-128MR-001输入点：64，64点继电器输出10120 FX2N-80MR-001输入点：40，40点继电器输出7030 FX2N-64MR-001输入点：32，32点继电器输出6280 FX2N-48MR-001输入点：24，24点继电器输出5490 FX2N-32MR-001输入点：16，16点继电器输出5180 FX2N-16MR-001输入点：8，8点继电器输出4150FX2N-80MR-D 输入点：40，40点继电器输出(直流供电)7030FX2N-64MR-D 输入点：32，32点继电器输出(直流供电)6280FX2N-48MR-D 输入点：24，24点继电器输出(直流供电)5490FX2N-32MR-D 输入点：16，16点继电器输出(直流供电)5180FX2N-128MT-001输入点：64，64点晶体管输出10330 FX2N-80MT-001输入点：40，40点晶体管输出7180 FX2N-64MT-001输入点：32，32点晶体管输出6410 FX2N-48MT-001输入点：24，24点晶体管输出5600 FX2N-32MT-001输入点：16，16点晶体管输出5290 FX2N-16MT-001输入点：8，8点晶体管输出4240FX2N-80MT-D 输入点：40，40点晶体管输出(直流供电)7180FX2N-64MT-D 输入点：32，32点晶体管输出(直流供电)6410FX2N-48MT-D 输入点：24，24点晶体管输出(直流供电)5600FX2N-32MT-D 输入点：16，16点晶体管输出(直流供电)5290三菱PLC的选型方法（一）分析被控对象并提出控制要求详细分析被控对象的工艺过程及工作特点，了解被控对象机、电、液之间的配合，提出被控对象对三菱PLC控制系统的控制要求，确定控制方案，拟定设计任务书。
fx3u用户-编程手册基本应用指令说明书
fx3u用户-编程手册基本应用指令说明书FX3U系列PLC（可编程逻辑控制器）是一种常用的自动化控制设备，广泛应用于工业生产线等领域。
本文是FX3U用户编程手册的基本应用指令说明书，旨在帮助用户更好地理解和使用FX3U PLC。
以下是对各个指令进行详细说明。
1. LD指令：LD指令用于将数据从指定的地址加载到寄存器中。
它的基本语法为LD A, B，其中A表示目标寄存器，B表示源地址。
例如，LD D100, M10将把M10地址处的数据加载到D100寄存器中。
2. AND指令：AND指令用于执行逻辑与操作。
它的基本语法为AND A, B，其中A和B可以是寄存器或地址。
例如，AND Y0, X1将执行Y0寄存器与X1寄存器的逻辑与操作。
3. OR指令：OR指令用于执行逻辑或操作。
它的基本语法为OR A, B，其中A和B可以是寄存器或地址。
例如，OR Y0, X1将执行Y0寄存器与X1寄存器的逻辑或操作。
4. OUT指令：OUT指令用于将数据从寄存器输出到指定的地址。
它的基本语法为OUT A, B，其中A表示源寄存器，B表示目标地址。
例如，OUT D100, Y0将把D100寄存器中的数据输出到Y0地址处。
5. IN指令：IN指令用于从外部设备（如传感器）读取数据并保存到寄存器中。
它的基本语法为IN A, B，其中A表示目标寄存器，B表示外部设备的地址。
例如，IN D100, X0将从X0地址处读取数据并保存到D100寄存器中。
6. TIM指令：TIM指令用于设定定时器的时间间隔。
它的基本语法为TIM A, B，其中A表示定时器的编号，B表示时间间隔。
例如，TIM T0, 100将设置T0定时器的时间间隔为100毫秒。
7. CMP指令：CMP指令用于比较两个数据的大小。
它的基本语法为CMP A, B，其中A和B可以是寄存器或地址。
例如，CMP D100,D200将比较D100和D200寄存器中的数据大小。
三菱FX2n系列PLC编程元件的分类及编号三菱plc
三菱FX2n系列PLC编程元件的分类及编号- 三菱plc系列plc编程元件的编号分为两个部分：第一部分是代表功能的字母。
如输入继电器用“X”表示、输出继电器用“Y”表示。
其次部分为数字，数字为该类器件的序号。
系列PLC中输入继电器及输出继电器的序号为八进制，其余器件的序号为十进制。
系列PLC硬件生疏三菱公司的FX系列PLC是比较具有代表性的微型PLC，除具有基本的指令表编程以外，还可以接受梯形图编程及对应机械动作流程进行挨次设计的SFC （Sequential Function Chart）挨次功能图编程，而且这些程序可以相互转换。
在FX系列PLC中设置了高速计数器扩大了PLC的应用领域。
系列PLC外部结构系列PLC的硬件结构可以参考图1-4中带扩展模块的PLC，图中表示出主机如何扩展，通信接口位置等。
图1-8为-64MR的主机外形图。
其面板部件如图中注释。
具体I/O 端子编号见图1-9。
接受继电器输出，输出侧左端4个点公用一个COM 端，右边多输出点公用一个COM端。
输出的COM比输入端要多，主要考虑负载电源种类较多，而输入电源的类型相对较少。
对于晶体管输出其公用端子更多，图1-10为-16MT的输出端子。
FX系列PLC型号的含义在PLC的正面，一般都有表示该PLC型号的符号，通过阅读该符号即可以获得该PLC的基本信息。
FX系列PLC的型号命名基本格式如下：序列号：0、0S、0N、2、2C、1S、2N、2NC。
I/O总点数：10～256。
单元类型：M—基本单元；E—输入输出混合扩展单元及扩展模块；EX－输入专用扩展模块；EY－输出专用扩展模块。
输出形式：R－继电器输出；T－晶体管输出；S－晶闸管输出。
特殊品种区分：Ｄ－DC电源，DC输入；A1－AC电源，AC输入；Ｈ－大电流输出扩展模块（1A/1点）；Ｖ—立式端子排的扩展模块；Ｃ—接插口输入输出方式；Ｆ－输入滤波器1ms的扩展模块；Ｌ－TTL输入扩展模块；Ｓ－独立端子（无公共端）扩展模块。
三菱plc错误代码快捷查询
方法：请检查程式中每一个指令的使用方法是否正确。
错误编号(D8065)：6510
错误讯息：SYNTAXERROR(PLC停止运转，文法错误)
错误内容：MC/MCR的N号码使用不当
方法：请检查程式中每一个指令的使用方法是否正确。
错误编号(D8065)：6511
错误讯息：SYNቤተ መጻሕፍቲ ባይዱAXERROR(PLC停止运转，文法错误)
错误编号(D8061)：6103
错误讯息：PLCHARDWAREERROR(PLC硬体故障)
异常内容：PLC停止运转
异常内容及原因：I/OBus错误，必须先驱动M8069=ON才有效
方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常
错误编号(D8061)：6104
错误讯息：PLCHARDWAREERROR(PLC硬体故障)
异常内容：PLC停止运转
异常原因：I/O扩充机座24V异常，必须先驱动M8069=ON才有效
方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常
错误编号(D8061)：6105
错误讯息：PLCHARDWAREERROR(PLC硬体故障)
异常内容：PLC停止运转
异常原因：看门狗计时器异常
方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常
错误内容：Parity/FrameError
方法：两台PLC的电源是否开着,主机与并列运转模组间的连接线是否正确连接着。
错误编号(D8063)：6302
错误讯息：PARALLELLINKERROR(并列运转通信异常)
错误内容：通信字句异常
方法：两台PLC的电源是否开着,主机与并列运转模组间的连接线是否正确连接着。
1.1.1常见PLC的铭牌信息及说明
AC表示交流电源
T表示晶体管输出 001表示标准产品
三菱FX2N-32MT-001型号PLC的铭牌
1.1 常见PLC的铭牌信息
PLC
1.1.2 西门子PLC的铭牌信息
以6ES7 221-2BD23-0XB0为例，详细说明如下:
6ES--自动化系统系列 7---7：S7系列，5：S5系列 2---2：200系列，3：300系列，4：400系列 2---1：CPU，2：DI/DO，3：AI/AO，4：通讯模块，5：功能模块 1---1:输入，2：输出，3：输入输出（对于数字量)，4：输入输出 （对于模拟量） 2BD----输入/输出电压等级,类型,点数等, 23-----版本，如果最后一位数字不同，基本上可以通用 0------产地，0表示进口，8的话表示国产
1.1 常见PLC的铭牌信息
PLC
1.1.1 三菱PLC的铭牌信息
M指基本单元类型 I/O总点数40 FX1N系列
AC表示交流电源
R表示继电器输出 001表示标准产品
三菱FX1N-40MR-001型号PLC的铭牌
1.1 常见PLC的铭牌信息
PLC
1.1.1 三菱PLC的铭牌信息
M指基本单元类型 I/O总点数32 FX2N系列
1.1 常见PLC的铭牌信息
PLC
1.1.2 西门子PLC的铭牌信息
版本 200系列
S7系列
DC表示直流电源
8表示进口产品
西门子6ES7-214-1AD23-0XP23型号PLC的铭牌
1.1 常见PLC的铭牌信息
PLC
1.1.2 西门子PLC的铭牌信息
版本 200系列
S7系列
DC表示直流电源
8表示进口产品
三菱PLCFX3U解密研究最新情况
三菱 PLC FX3U解密最新情况三菱 PLC FX3U解密最新情况:内存软元件数据全部读出。
工控在线已经成功研究，PLC FX3U两道关键字的解密。
（2010.11）工控在线已经成功研究，PLC FX3U免拆机解密。
（2010.12）工控在线已经成功研究，PLC FX3U无法解除的解密。
（2011.1）工控在线已经研究，PLC FX3U成功读出非常规的内存软元件数据。
(2011.7)不仅常规软元件的内存，包括非常规的内存软元件数据的读出，是国内首创。
最大程度保证程序的可移植性。
是在解密的实践中，为来解密的朋友分析程序的过程中，总结出来的。
有个朋友来找我解密，程序、参数、内存都完好读出给他，原PLC没有任何改变接回设备上运转正常，拷贝的程序写入一个新的PLC，运行也正常，该输出的点，都正常，可是就是一个变频频率参数比原机台少了一点，拷贝出来的内存软元件数据也反复写入多次，就是没解决，6000多步的程序啊，怎么分析啊，工控在线本着研究的精神，硬是分析这个程序，最后发现程序里还有另外的内存参数在起作用，经过总结，把所有非常规的内存软元件数据的也读出来，写入新PLC中，一切正常。
工控在线PLC解密：独立研究，结合实践，广交朋友为朋友们解决难题。
是我们的宗旨。
是我们的核心价值观。
NEW CP1H CP1E CP1L解密:全国独创CP1H解密直读密码所以不存在V1.2版本的功能块被删的问题是目前最安全的解密方式。
网上目前还没有查到能直读密码的。
NEW FX3U FX3UC FX3G解密:通过协议解FX3U系列PLC密码免拆机可以在机台上直接解密安全可靠也是当前PLC解密界比较好的解密方法。
包括最新的禁止上传的解密。
NEW FPX FPG解密:能原始算出密码解决禁止上载的问题保证不破坏原程序和内存（FP-X，FPG等，包括禁止上载）。
NEW 台达EH2 ES2解密台达EH2 ES2等高加密产品NEW Koyo(光洋)解密光洋SH SH1 SM SM1 SN SZ SU SR DL-305 DL-05 DL-06系列PLC 解密。
plc查表指令的运用
plc查表指令的运用PLC是可编程序逻辑控制器的缩写，是一种用于自动化控制和监视工业过程的设备。
在PLC的编程中，查表指令是一种常用的运用技巧，它可以提高程序的效率和可读性。
下面将详细介绍PLC查表指令的运用。
一、PLC查表指令的概念查表指令是一种利用表格的方式来处理数据的方法。
在PLC的编程中，通常可以使用查表指令来替代繁琐的数值计算和逻辑判断，使程序的编写更加简洁和高效。
二、PLC查表指令的优势1.简化编程：查表指令可以将复杂的数学运算和逻辑判断转化为查表操作，减少了编程的复杂度，使程序更易于维护和修改。
2.提高执行速度：由于查表指令是直接通过索引值进行查找操作，所以其执行速度更快，能够提高控制系统的响应速度。
3.提高程序的可读性：通过查表指令，可以将数据和对应的处理逻辑分离，使程序更加易读、易懂、易维护。
三、PLC查表指令的应用场景1.数学运算：在一些复杂的数学运算中，比如三角函数、开方、幂运算等，可以通过查表指令来替代，减少CPU的运算压力，提高执行速度。
2.数据转换：在不同的数据格式之间进行转换，比如将模拟量信号转换为百分比、0-10V转换为0-100等，可以使用查表指令来完成。
3.逻辑判断：在一些复杂的逻辑判断中，如根据输入信号的组合进行决策，可以使用查表指令来实现，简化程序的逻辑结构。
四、PLC查表指令的使用步骤1.定义查找表：首先需要根据实际需求，定义一个查找表，用于存储输入值和对应的输出值。
2.索引计算：根据输入值，计算出对应的索引值，用于在查找表中进行查找。
3.查表操作：根据索引值，在查找表中查找对应的输出值，将其作为结果输出。
4.输出结果：将查找表中查找到的结果，作为PLC的输出，用于后续的控制操作。
五、PLC查表指令的编程实例以一个温度控制系统为例，设定的工作温度范围为20℃~80℃，需要将读取到的模拟量信号转换为对应的百分比，并根据百分比控制对应的输出。
1.定义查找表：根据温度范围和对应的百分比关系，定义一个查找表如下：温度(℃)百分比(%)20 030 2540 5050 7560 10070 12580 1502.索引计算：根据输入的温度值，计算出对应的索引值。
三菱PLC编程手册
F Series
1981: F系列 发售
FX Series
1990: FX系列 发售
1981
1990
1995
2000
2005
三菱FX系列可编程控制器
FX系列PLC特点介绍
特点
FX1S的运算速度比FX0S快. FX0S(已停产): 16~36us/基本指令 FX1S: 0.55~0.7us/基本指令
IVCK IVDR IVRD IVWR IVBWR
监控变频器运行 控制变频器运行 读取变频器参数 写入变频器参数 成批写入变频器参数
S500E系列 E500系列 F500系列
A500系列 A700系列 F700系列
MODEM远程维护功能的应用
可以利用编程软件通过电话线向连接了调制解调器的FX系列PLC进行拨号，当 线路连通后可以进行程序的上下载、PLC诊断、监控和强制ON/OFF，设定值/当 前值变更等操作。
设备站 站号固定为0号(主站)
FX2N-32CCL CC-Link从站模块 将FX系列PLC作为CC-Link的远程设
备站来使用 占用的站数可在1-4站之间选择(通
过旋钮开关) 站号可在1-64之间设置
定位控制产品介绍
FX系列PLC的内置定位功能
晶体管输出型的PLC基本单元均内置了高速脉冲输出功能，可以进 行简单的定位控制。脉冲输出格式为：脉冲+方向。
与三菱变频器通讯 FX2N-ROM-E1型功能扩展存储盒简介
该存储盒是用于向FX2N(Ver3.00以上，序列号15****以上)PLC中增加与变频器通讯 指令(EXTR: FNC180)的功能。优点：比用RS指令编程要方便。 特点： 使用EXTR K10~K13指令，可以通过通讯方式(RS485)控制三菱变频器
可编程控制器技术(第二版)文本：FX3U系列PLC基本单元
晶体管（源型）
FX3U-32MS/ES
晶闸管
FX3U-48MR/ES
继电器
FX3U-48MT/ES
晶体管（漏型）
FX3U-48MT/ESS
晶体管（源型）
FX3U-64MR/ES
继电器
FX3U-64MT/ES
晶体管（漏型）
FX3U-64MT/ESS
晶体管（源型）
FX3U-64MS/ES
晶闸管
FX3U-80MR/ES
FX3U-16MT/DSS
晶体管（源型）
FX3U-32MR/DS
继电器
FX3U-32MT/DS
晶体管（漏型）
FX3U-32MT/DSS
晶体管（源型）
FX3U-48MR/DS
继电器
FX3U-48MT/DS
晶体管（漏型）
FX3U-48MT/DSS
晶体管（源型）
FX3U-64MR/DS
继电器
FX3U-64MT/DS
FX3U PLC 基本单元
型号
输出形式 （连接形状：端子排）
AC 电源/DC24V 漏型.源型输入通用型
FX3U-16MR/ES
继电器
FX3U-16MT/ES
晶体管（漏型）
FX3U-16MT/ESS
晶体管（源型）
FX3U-32MR/ES
继电器
FX3U-32MT/ES
晶体管（漏型）
FX3U-3224
24
64
32
32
64
32
32
64
32
32
64
32
32
80
40
40
80
40
40
80
三菱plc错误代码快捷查询
三菱plc错误代码快捷查询为了方便快捷的查询三菱plc错误码，先总结如下：错误编号(D806*)：0000错误讯息：NOERROR--无异常错误发生异常内容及原因：无异常发生方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常错误编号(D8061)：6101错误讯息：PLCHARDWAREERROR(PLC硬体故障)异常内容：PLC停止运转异常内容及原因：RAM错误方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常错误编号(D8061)：6102错误讯息：PLCHARDWAREERROR(PLC硬体故障)异常内容：PLC停止运转异常原因：回路错误方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常错误编号(D8061)：6103错误讯息：PLCHARDWAREERROR(PLC硬体故障)异常内容：PLC停止运转异常内容及原因：I/OBus错误，必须先驱动M8069=ON 才有效方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常错误编号(D8061)：6104错误讯息：PLCHARDWAREERROR(PLC硬体故障)异常内容：PLC停止运转异常原因：I/O扩充机座24V异常，必须先驱动M8069=ON才有效方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常错误编号(D8061)：6105错误讯息：PLCHARDWAREERROR(PLC硬体故障)异常内容：PLC停止运转异常原因：看门狗计时器异常方法：请检查主机与I/O扩充机座/模组间连接线连接是否正常错误编号(D8062)：6201错误讯息：PLC/PPCOMMUNICATIONERROR(PLC/书写器通信异常)错误内容：Parity/FrameError方法：请检查主机与20P或PC间连接是否正常错误编号(D8062)：6202错误讯息：PLC/PPCOMMUNICATIONERROR(PLC/书写器通信异常)错误内容：通信字句异常方法：请检查主机与20P或PC间连接是否正常错误编号(D8062)：6203错误讯息：PLC/PPCOMMUNICATIONERROR(PLC/书写器通信异常)错误内容：通信资料总合检查不一致方法：请检查主机与20P或PC间连接是否正常错误编号(D8062)：6204错误讯息：PLC/PPCOMMUNICATIONERROR(PLC/书写器通信异常)错误内容：通信字串异常方法：请检查主机与20P或PC间连接是否正常错误编号(D8062)：6205错误讯息：PLC/PPCOMMUNICATIONERROR(PLC/书写器通信异常)错误内容：通信指令异常方法：请检查主机与20P或PC间连接是否正常错误编号(D8063)：6301错误讯息：PARALLELLINKERROR(并列运转通信异常) 错误内容：Parity/FrameError方法：两台PLC的电源是否开着,主机与并列运转模组间的连接线是否正确连接着。
plc查表指令的运用
PLC查表指令的运用1. 什么是PLC查表指令PLC（可编程逻辑控制器）是一种用于工业自动化控制系统的计算机。
PLC查表指令是PLC编程中常用的一种指令，用于根据给定的输入值在查找表中查找对应的输出值。
2. 查表指令的语法和用法PLC查表指令通常由以下几个部分组成：查表指令（输入值，查找表，输出值）•输入值：指定要在查找表中查找的输入值。
•查找表：包含输入值和对应输出值的表格。
•输出值：根据输入值在查找表中查找到的对应输出值。
查表指令的使用步骤如下：1.定义查找表，包含输入值和对应的输出值。
2.指定要在查找表中查找的输入值。
3.执行查表指令，根据输入值在查找表中查找对应的输出值。
3. 查表指令的应用场景PLC查表指令在工业自动化控制系统中有广泛的应用，以下是一些常见的应用场景：3.1 温度控制在温度控制系统中，可以使用查表指令根据当前温度设定值在查找表中查找对应的控制参数。
通过查表指令，可以实现快速、准确地根据温度设定值调整控制参数，从而实现温度的精确控制。
3.2 位置控制在位置控制系统中，可以使用查表指令根据当前位置误差在查找表中查找对应的控制指令。
通过查表指令，可以根据位置误差的大小调整控制指令，从而实现位置的精确控制。
3.3 压力控制在压力控制系统中，可以使用查表指令根据当前压力值在查找表中查找对应的控制策略。
通过查表指令，可以根据当前压力值的大小选择合适的控制策略，从而实现压力的稳定控制。
3.4 流量控制在流量控制系统中，可以使用查表指令根据当前流量值在查找表中查找对应的控制参数。
通过查表指令，可以根据当前流量值的大小调整控制参数，从而实现流量的精确控制。
4. 查表指令的优势PLC查表指令具有以下几个优势：•灵活性：通过修改查找表中的值，可以实现不同的控制策略。
这使得系统可以根据不同的需求进行灵活的调整。
•精确性：查表指令可以根据输入值在查找表中精确地查找对应的输出值，从而实现精确的控制。