小豆他妈妈
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电梯控制的梯形图， 参考程序 步序 指 令步序 指 令0 LD T48 13 OLD 1 O T56 14 LD T67 2 O T75 15 AN T68 3 AN I0.2 16 OLD 4 AN M0.1 17 OLD 5 AN M0.5 18 AN Q0.0 6 LD T38 19 AN Q0.1 7 AN T39 20 = Q0.2 8 LD T50 21 LD T52 9 AN T51 22 O T64 10 OLD 23 AN I0.1 11 LD T67 24 AN M0.1 12 AN T68 25 AN M0.2 步序 指 令步序 指 令26 AN M0.3 55 LD T44 27 AN M0.4 56 AN T45 28 LD T40 57 LD T62 29 AN T41 58 AN T63 30 LD T46 59 OLD 31 AN T47 60 LD T72 32 OLD 61 AN T73 33 LD T54 62 OLD 34 AN T55 63 AN Q0.1 35 OLD 64 AN Q0.2 36 LD T58 65 = Q0.0 37 AN T59 66 LD I0.2 38 OLD 67 AN I0.4 39 LD T69 68 AN I0.5 40 AN T77 69 A I0.3 41 OLD 70 LD M0.1 42 LD T74 71 AN M0.3 43 AN T78 72 OLD 44 OLD 73 AN I0.0 45 OLD 74 = M0.1 46 AN Q0.0 75 AN M2.0 47 AN Q0.2 76 TON T38, +10 48 = Q0.1 77 LD T38 49 LD T42 78 TON T39, +30 50 O T60 79 LD T39 51 O T70 80 AN I0.2 52 AN I0.0 81 TON T40, +30 53 AN M0.3 82 TON T41, +50 54 AN M0.6 83 TON T42, +80 步序 指 令步序 指 令84 TON T43, +100 116 TON T50, +10 85 LD I0.0 117 LD T50 86 AN I0.3 118 TON T51, +30 87 AN I0.4 119 LD T51 88 A I0.5 120 AN I0.2 89 LD M0.3 121 TON T52, +30 90 AN M0.1 122 TON T53, +50 91 AN M0.5 123 LD I0.2 92 OLD 124 AN I0.5 93 AN I0.2 125 A M0.1 94 = M0.3 126 A M0.5 95 AN M2.1 127 AN M2.1 96 TON T44, +10 128 LD M2.0 97 LD T44 129 AN M0.2 98 TON T45, +30 130 AN M0.3 99 LD T45 131 AN M0.4 100 AN I0.0 132 AN M0.6 101 TON T46, +30 133 OLD 102 TON T47, +50 134 AN I0.0 103 TON T48, +80 135 = M2.0 104 TON T49, +100 136 TON T67, +10 105 LD I0.2 137 LD T67 106 AN I0.3 138 TON T68, +30 107 AN I0.5 139 LD T68 108 A I0.4 140 AN I0.2 109 LD M0.5 141 AN I0.1 110 AN M0.2 142 LD M3.0 111 AN M0.4 143 AN I0.0 112 OLD 144 OLD 113 AN I0.0 145 TON T69, +10 114 = M0.5 146 TON T77, +30 115 AN M2.0 147 = M3.0 步序 指 令步序 指 令148 LD M3.0 178 TON T59, +30 149 AN I0.1 179 LD T59 150 TON T70, +30 180 AN I0.1 151 TON T71, +50 181 TON T60, +30 152 LD I0.1 182 TON T61, +50 153 AN I0.3 183 LD I0.0 154 AN I0.4 184 AN I0.3 155 A I0.5 185 AN I0.5 156 LD M0.4 186 A I0.4 157 AN M0.1 187 LD M0.6 158 AN M0.5 188 AN M0.2 159 OLD 189 AN M0.4 160 = M0.4 190 OLD 161 TON T54, +10 191 AN I0.2 162 LD T54 192 = M0.6 163 TON T55, +30 193 AN M2.1 164 LD T55 194 TON T62, +10 165 AN I0.1 195 LD T62 166 TON T56, +30 196 TON T63, +30 167 TON T57, +50 197 LD T63 168 LD I0.1 198 AN I0.0 169 AN I0.4 199 TON T64, +30 170 AN I0.5 200 TON T65, +50 171 A I0.3 201 LD I0.0 172 LD M0.2 202 AN M0.3 173 AN M0.6 203 A M0.3 174 OLD 204 A M0.6 175 = M0.2 205 AN M2.0 176 TON T58, +10 206 LD M2.1 177 LD T58 207 AN M0.1 步序 指 令步序 指 令208 AN M0.2 260 AN T57 209 AN M0.4 261 AN T76 230 AN M0.5 261 = Q0.7 231 OLD 263 = M1.0 232 AN I0.2 264 LD I0.0 233 = M2.1 265 O I0.2 234 TON T72, +10 266 A I0.4 235 LD T72 267 O M1.1 236 TON T73, +30 268 AN T41 237 LD T73 269 AN T47 238 AN I0.0 270 AN T53 239 A I0.1 271 AN T65 240 LD M3.1 272 AN T77 241 AN I0.2 273 A T78 242 OLD 274 = Q0.6 243 TON T74, 275 = M1.1 244 +10 276 LD I0.1 245 TON T78, 277 O I0.2 246 +30 278 A I0.3 247 = M3.1 279 O M1.2 248 LD M3.1 280 AN I0.0 249 AN I0.1 281 AN T43 250 TON T75, 282 AN T61 251 +30 283 AN T71 252 TON T76, 284 = Q0.5 253 +50 285 = M1.2 254 LD I0.1 286 LD M0.1 255 O I0.1 287 AN T43 256 A I0.5 288 LD M0.2 257 O M1.0 289 AN T61 258 AN I0.2 290 OLD 259 AN T49 291 LD M0.5 步序 指 令步序 指 令292 AN T53 302 AN T57 293 OLD 303 OLD 294 O M2.0 304 LD M0.6 295 AN I0.0 305 AN T65 296 AN T71 306 OLD 297 AN Q0.3 307 O M2.1 298 = Q0.4 308 AN I0.2 299 LD M0.3 309 AN T76 300 AN T49 310 AN Q0.4 301 LD M0.4 311 = Q0.3
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目录1课程设计的性质、任务………………………………1..2课程设计目的…………………………………………13课程设计内容与要求…………………………………1. 3.1课程题目的选择……………………………….1 3.2课程设计的要求……………………………….2 3.2.1概述………………………………………2 3.2.2控制要求…………………………………2 3.2.3主电路的设计……………………………3 3.2.4可编程控制器的设计………………… 4 3.2.5原理分析…………………………………9 3.2.6设备选择…………………………………113.3设计心得……………………………………….13 3.4参考文献……………………………………….131课程设计的性质和任务 电气控制技术是电气工程及其自动化专业的一门重要的专业课，该课程不但有较高的理论基础要求，而且工程实践性很强，因此除安排上完理论课时外，还安排了两周的的课程设计。通过课程设计一方面可巩固已学过的理论知识，更重要的是给学生一次独立设计的实践机会，以培养其设计能力和实际工作能力
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