【文章內(nèi)容簡介】 S0 吊鉤下降Y2 S38 X1 RET X16 END 復(fù)位 PLC 在電鍍生產(chǎn)線上的應(yīng)用 16 圖 7 STL 梯形圖 起保停電路程序 它是一個比較專業(yè)的控制程序，對于普通的程序都要加一個注釋，因?yàn)榭勺x性不大，通常是電氣工程師才會編制這些程序。同時本次故障電路也寫到起保停電路程序里去了。主要是它的運(yùn)行快，一些簡單的 PLC 只能運(yùn)行該程序。同時對于本次設(shè)計的故障電路我也把它放在起保停電路中。 PLC 在電鍍生產(chǎn)線上的應(yīng)用 17 M506 M507 X15 M505 M505 M506 T0 M504 M504 M504 M504 M505 X16 M503 M504 M503 X11 M502 M503 M502 X15 M501 M501 M502 X000 M500 M500 M500 Y000 M501 Y001 M502 Y003 M503 Y002 T0 M505 Y001 M506 T1 M8002 M519 X16 M501 PLC 在電鍍生產(chǎn)線上的應(yīng)用 18 M506 M511 M512 X15 M510 M510 M510 M511 T2 M509 M510 M509 X16 M508 M509 M508 X12 M507 M507 M508 T1 M506 M507 Y004 M508 Y002 M509 M511 T3 T1 M509 T2 Y001 M511 T3 PLC 在電鍍生產(chǎn)線上的應(yīng)用 19 M514 X13 M512 M516 M517 X15 M515 M515 M515 M516 T2 M514 M510 M514 X16 M508 M515M513 X16 M513M512 M513 T3 M511 M512 Y004 M513 Y002 M514 M516 M514 T2 Y001 M516 T3 M517 M518 T3 M516 M517 Y004 PLC 在電鍍生產(chǎn)線上的應(yīng)用 20 M512 M507 Y003 X14 X5 X15 X0 M500 M502 Y4 X11 X4 X15 X6 M500 M518 M513 M508 M503 Y001 X16 X3 X6 M500 M515 M510 M505 M501 Y002 X15 X2 X6 M500 M519 M500 X16 M518 M505 M519 X14 M517 M518 Y002 M519 Y001 Y002 Y003 Y004 PLC 在電鍍生產(chǎn)線上的應(yīng)用 21 指令表 M4 M504 M7 M509 M5 M506 M3 M503 M1 M501 Y005 M7 M509 M6 M507 M3 M503 M2 M502 Y006 M7 M509 M6 M507 M5 M506 Y007 PLC 在電鍍生產(chǎn)線上的應(yīng)用 錯誤 !未指定書簽。 22 0 LD M519 1 AND X016 2 AND X014 3 OR M8002 4 OR M500 5 ANI M501 6 OUT M500 7 OUT Y000 8 LD M500 9 AND X000 10 OR M501 11 ANI M502 12 OUT M501 13 OUT Y001 14 LD X015 15 AND X015 16 OR M502 17 ANI M503 18 OUT M502 19 OUT Y003 20 LD M502 21 AND X011 22 OR M503 23 ANI M504 24 OUT M503 25 OUT Y002 26 LD M503 27 AND X016 28 OR M504 29 ANI M505 30 OUT M504 31 LD M504 32 OUT T0 35 LD M504 36 AND T0 37 OR M505 38 ANI M506 39 OUT M505 40 OUT Y001 41 LD M505 42 AND X015 43 OR M506 44 ANI M507 45 OUT M506 46 LD M506 47 OUT T1 50 LD M506 51 AND T1 52 OR M507 53 ANI M503 54 OUT M507 55 OUT Y004 56 LD M507 57 AND X012 58 OR M506 59 ANI M509 60 OUT M508 61 OUT Y002 62 LD M508 63 AND X016 64 OR M509 65 ANI M510 66 OUT M509 67 LD M509 68 OUT T2 71 LD M509 72 AND T2 73 OR M510 74 ANI M511 75 OUT M510 76 OUT Y001 77 LD M510 78 AND X015 79 OR M511 80 ANI M512 81 OUT M511 82 LD M511 83 OUT T3 86 LD M511 87 AND T3 88 OR M512 89 ANI M513 90 OUT M512 91 OUT Y004 92 LD M512 93 AND X016 94 OR M513 95 ANI M514 96 OUT M513 97 OUT Y002 98 LD M513 99 AND X013 100 OR M514 101 ANI M515 102 OUT M514 103 KD M514 104 OUT T2 107 LD M514 108 AND T2 109 OR M515 110 ANI M516 111 OUT M515 112 OUT Y001 113 LD M515 114 AND X015 115 OR M516 116 ANI M517 117 OUT M516 118 LD M516 119 LD M516 122 LD M516 123 AND T3 124 OR M517 125 ANI M518 126 LD M517 128 LD M519 129 AND X014 130 OR M518 131 ANI M519 132 OUT M518 133 OUT Y002 134 LD M518 135 AND X016 136 OR M519 137 ANI M500 138 OUT M519 139 LD M500 140 AND X006 141 AND X002 142 ANI X015 143 ANI Y002 144 OR M501 PLC 在電鍍生產(chǎn)線上的應(yīng)用 錯誤 !未指定書簽。 23 145 OR M505 146 OR M510 147 OR M515 148 OUT Y001 149 LD M500 150 AND X006 151 AND X003 152 ANI X018 153 ANI Y001 154 OR M503 155 OR M503 156 OR M513 157 OR M513 158 OUT Y002 159 LD M500 160 AND X006 161 AND X015 162 AND X004 163 ANI X011 164 ANI Y004 165 OR M502 166 OUT Y003 167 LD M500 168 AND X000 169 AND X015 170 AND X005 171 ANI X014 172 ANI Y003 173 OR M507 174 OR M512 175 OR M517 176 OUT Y004 177 LD M501 178 AND M1 179 LD M503 180 AND M3 181 ORB 182 LD M506 183 AND M5 184 ORB 185 LD M509 186 AND M7 187 ORB 188 OUT Y005 189 LD M502 190 AND M2 191 LD M503 192 AND M3 193 ORB 194 LD M507 195 ABD M6 197 LD M509 198 AND M7 199 ORB 200 OUT Y006 201 LD M504 202 ANI M4 203 LD M506 204 ANI M5 205 ORB 206 LD M507 207 AND M6 208 ORB 209 LD M509 210 AND M7 211 ORB ORB 212 OUT Y007 213 EN 起保停電路仿真圖 PLC 在電鍍生產(chǎn)線上的應(yīng)用 錯誤 !未指定書簽。 24 PLC 在電鍍生產(chǎn)線上的應(yīng)用 錯誤 !未指定書簽。 25 280s PLC 在電鍍生產(chǎn)線上的應(yīng)用 錯誤 !未指定書簽。 26 PLC 在電鍍生產(chǎn)線上的應(yīng)用 錯誤 !未指定書簽。 27 設(shè)計小結(jié) 開始時是收集資料。在指導(dǎo)老師的指點(diǎn)下，通過各種 渠道開始準(zhǔn)備工作 ：在網(wǎng)上搜集一些 PLC 的知識以及在電鍍生產(chǎn)線上是如何進(jìn)行的，還有一些基本的流程、在圖書館里查找資料，了解如何進(jìn)行仿真，這對以后的工作都提供了很大的幫助。 接下來，我開 始對所搜集的資料進(jìn)行整理、分析研究，根據(jù)取其精華，去其糟粕的原則，我撰寫了