17LDLDM11.643Q0.269M10.1=1844TONT39, +5LDM10.370oM10.719ANT394500M10.671M11.320=0M0.2460M11.2M11.67221LD47M0.00Q1.0M11.573=2248=Q0.37410.1SHRBM10.0,M10.1,+14LDN23LD49RM10.1LDM10.275M10.1,14240M10.2500M10.6025510M10.3M11.35226O0M10.4M11.511
11 17 LD M11.6 43 = Q0.2 69 LD M10.1 18 TON T39，+5 44 LD M10.3 70 O M10.7 19 AN T39 45 O M10.6 71 O M11.3 20 = M0.2 46 O M11.2 72 O M11.6 21 LD M0.0 47 O M11.5 73 = Q1.0 22 SHRB M10.0，M10.1，+14 48 = Q0.3 74 LDN I0.1 23 LD M10.1 49 LD M10.2 75 R M10.1，14 24 O M10.2 50 O M10.6 25 O M10.3 51 O M11.3 26 O M10.4 52 O M11.5
四：舞台灯光控制梯形图H%Q0. 210. 1MO.IT37HTT+5PTT37MO.0Q0. 3上L10MO. 1HF+10N1.538M1.0M10.200.4M1.0M10.0910.6MO. 2上T39M11.3M11.6HFN11.5+5 -PTMO. 2N10.Q0. 5117FM10.7MO. 0EN SHRBEENM11.CM1O.0DATA15_B1111.M1000.0HQ0. 6NIOH1oM10.7qroN11.11rN11.6Q0. 7.M10.2nM10.7mmNIO.,Q1.0HE1?Q0. 1110. 0HILT14图3-2舞台灯光梯形图12
12 Q0.3 Q0.2 Q0.4 Q0.5 Q0.6 M11.5 M10.6 M11.1 M10.6 M10.3 M11.2 T37 TON M10.4 +5 T38 M0.0 +10 PT IN M0.1 M0.1 T37 M0.1 M0.0 I0.0 I0.1 PT IN M0.1 TON M11.5 M10.6 M10.2 M11.5 M11.3 M10.4 M11.0 M10.7 M11.6 M10.3 M10.7 M11.1 M1.0 M10.0 T39 M0.2 +5 IN PT M0.2 M1.0 M11.6 T38 T39 SHRB EN N DATA S_BIT M10.0 M10.1 +14 Q0.0 M0.0 M10.2 M10.3 M10.1 ENO TON Q0.7 Q1.0 R 14 M10.1 M11.6 M10.7 M10.2 M11.6 M11.2 M10.1 M11.6 M10.7 M11.3 I0.1 M10.5 M11.0 M11.2 M11.3 M11.4 M11.1 M10.1 Q0.1 M10.6 M11.0 M11.5 M10.4 四．舞台灯光控制梯形图 图 3-2 舞台灯光梯形图
实验四天塔之光的模拟控制L6一。实验目的O用PLC构成天塔之光控制系统。L二。实验内容L9 COL7L51.控制要求1.8L12-→L11→L10→L8→L1-L1、L2、L9-L1、L5、L8-→L1、L4、L7-L1、L3、L6-L1L2、L3、L4、L5L6、L7、L8、L9-L1、L10OL11 QL2、L6-L1、L3、L7-L1、L4、L8-L1、L5、L9-→L1-L2、L3、L120L4、L5-→L6、L7、L8、L9-L12-L11-→L10...循环下去。2.1VO分配输入输出L1: Q0.0L7: Q0.6起动按钮：10.0停止按钮：10.1L2:Q0.1L8:Q0.7图4-1天塔之光控制示意图L3:Q0.2L9:Q1.0L4:Q0.3L10:Q1.1L5:Q0.4L11:Q1.2L6:Q0.5L12:Q1.33.按图所示的梯形图输入程序。4.调试并运行程序。三.天塔之光控制语句表1LD10.0280M11.256OM11.420M0.12900M11.557M11.53A10.1300M11.658oM12.34=M0.1310=Q0.5M11.7595LDM0.132M12.0060LDM11.0633ANM0.00M12.1O61M11.4734TONT37, +5=Q0.062OM11.68LDT3735LDOM10.663M12.3936oQ0.6=M0.0M11.364=10LD370M0.1M11.565LDM10.4113800TONT38, +10M12.266M10.712ANT3839=Q0.1067M11.413=40LD680M1.0M11.1M11.714LD410M11.3OM1.069M12.313
13 L9 L2 L3 L1 L8 L12 L11 L10 L5 L4 L7 L6 实验四 天塔之光的模拟控制 一．实验目的 用 PLC 构成天塔之光控制系统。 二．实验内容 1．控制要求 L12→L11→L10→L8→L1→L1、L2、L9→L1、L5、L8→L1、 L4、L7→L1、L3、L6→L1→L2、L3、L4、L5→L6、L7、L8、L9→L1、 L2、L6→L1、L3、L7→L1、L4、L8→L1、L5、L9→L1→L2、L3、 L4、L5→L6、L7、L8、L9→L12→L11→L10 .循环下去。 2．I/O 分配 输入 输出 起动按钮：I0.0 L1：Q0.0 L7：Q0.6 停止按钮：I0.1 L2：Q0.1 L8：Q0.7 图 4-1 天塔之光控制示意图 L3：Q0.2 L9：Q1.0 L4：Q0.3 L10：Q1.1 L5：Q0.4 L11：Q1.2 L6：Q0.5 L12：Q1.3 3．按图所示的梯形图输入程序。 4．调试并运行程序。 三．天塔之光控制语句表 1 LD I0.0 28 O M11.2 56 O M11.4 2 O M0.1 29 O M11.5 57 O M11.5 3 A I0.1 30 O M11.6 58 O M12.3 4 = M0.1 31 O M11.7 59 = Q0.5 5 LD M0.1 32 O M12.0 60 LD M11.0 6 AN M0.0 33 O M12.1 61 O M11.4 7 TON T37，+5 34 = Q0.0 62 O M11.6 8 LD T37 35 LD M10.6 63 O M12.3 9 = M0.0 36 O M11.3 64 = Q0.6 10 LD M0.1 37 O M11.5 65 LD M10.4 11 TON T38，+10 38 O M12.2 66 O M10.7 12 AN T38 39 = Q0.1 67 O M11.4 13 = M1.0 40 LD M11.1 68 O M11.7 14 LD M1.0 41 O M11.3 69 O M12.3
O15M0.242OM11.670Q0.7=16=43OLDM10.0M12.271M10.617LD44M12.3Q0.2720M11.4=18TONT39, +545LDM11.0O73M12.019ANT39460M11.3OM12.37420=470=M0.2M11.775Q1.02148LDM0.0OM12.2LDM10.376Q1.149Q0.3M10.0,M10.1,+19177=22SHRB50LDLDM10.778M10.22351LDOM11.3Q1.2M10.579=24OM11.652OM10.1M12.080LD25O53M11.70M12.2Q1.381=26054Q0.4182LDN10.1M11.027ORM11.155LDM11.183M10.1,19四.天塔之光控制梯形图10. 010.MO. 1NO.1AT37MO. 1MO. 0HIFINTON+5 PTT37MO. 0HFAT38NO.1HINTON+10-T38M1.0HIHM1.0M10. 01MO. 2图4-2天塔之光控制梯形图14
14 +10 M0.0 I0.1 T38 M1.0 M0.2 M0.1 M0.1 M0.1 T37 I0.0 M1.0 M10.0 M0.0 PT IN T38 +5 TON IN PT T37 TON M0.1 15 O M0.2 42 O M11.6 70 = Q0.7 16 = M10.0 43 O M12.2 71 LD M10.6 17 LD M12.3 44 = Q0.2 72 O M11.4 18 TON T39，+5 45 LD M11.0 73 O M12.0 19 AN T39 46 O M11.3 74 O M12.3 20 = M0.2 47 O M11.7 75 = Q1.0 21 LD M0.0 48 O M12.2 76 LD M10.3 49 = Q0.3 77 = Q1.1 22 SHRB M10.0，M10.1，+19 50 LD M10.7 78 LD M10.2 23 LD M10.5 51 O M11.3 79 = Q1.2 24 O M11.6 52 O M12.0 80 LD M10.1 25 O M11.7 53 O M12.2 81 = Q1.3 26 O M11.0 54 = Q0.4 82 LDN I0.1 27 O M11.1 55 LD M11.1 83 R M10.1，19 四．天塔之光控制梯形图 图 4-2 天塔之光控制梯形图
N12. 3T39N10.7Q0. 4HU11.3+5-LPTHHT39MO. 2F12.9YIHTNO.012.2SHREIENI-FQ0.5M10.0DATALI3_81+19111.4HFM10.5Q0.0TM10.6IT12.3HHiniQ0. 6T11.4HF11.6i112.3M11.5F110.400.7HH(LiM.N10.7HF11.7T11.4上i11.7HA12. 1HHH12. 3oQ0.1M10. 6Q1.0HHy1.3HTP11.4M11.5FHT121M12.2YHQ0.2.Q1.1M11.3IT01.2CriTQ1. 3M12.2HT10. 1M10.1元nQ0.3R4193niM12.2T图4-2(续）15
15 M11.4 M11.1 M12.2 M12.0 M11.3 M10.7 Q0.5 Q0.4 M12.3 M11.6 M11.0 M12.3 M11.4 M11.7 M11.4 M10.7 M12.3 M10.6 M10.4 Q0.7 Q0.6 Q1.0 M11.5 TON ENO IN +5 PT EN DATA N S_BIT Q0.0 +19 M10.1 M10.0 SHRB M0.2 T39 M10.5 M0.0 M12.3 T39 Q0.1 M10.6 M11.0 M10.7 M11.1 M11.5 M11.2 M11.6 M12.0 M11.7 M12.1 M11.3 M10.6 M12.3 M12.0 M10.3 M10.2 M10.1 R 19 I0.1 M10.1 Q1.3 Q1.2 Q1.1 Q0.2 Q0.3 M11.5 M11.1 M12.2 M11.3 M12.2 M11.6 M11.0 M11.7 M11.3 M12.2 M11.4 图 4-2 （续）