四．喷泉控制梯形图10.1T3710.0M1.0IHHIHT福MI. 0Y上T37M1.0HINTON+5PTT37M10.0,M11.010.0MO. 1 10.1MO.1T38NO.0NO.1HIHINTON+5-PTT38MO. 0THMO. 0SHRBH6ENOM10.0DATAMIQ.1S.BITQ0.0M10. 1XM10.2Q0. 1M10. 300.2H7AM10.4Q0.37FM10.5Q0. 4XM10.6Q0.5AM10.7Q0. 6EM11.0Q0. 710.1M10.1H/LR8图1-2喷泉梯形图6
6 I0.1 M1.0 T37 I0.0 T37 M1.0 M1.0 T38 TON IN TON +5 PT I0.1 M10.0 +5 M0.0 M0.0 M0.1 IN PT SHRB EN +8 N S_BIT M10.0 DATA M10.1 Q0.0 Q0.1 Q0.2 Q0.3 Q0.4 ENO T37 M11.0 I0.0 M0.1 M0.1 T38 M0.0 M10.1 M10.2 M10.3 M10.4 M10.5 Q0.5 Q0.6 Q0.7 R M10.1 8 M10.6 M10.7 M11.0 I0.1 四．喷泉控制梯形图 图 1-2 喷泉梯形图
实验二数码显示的模拟控制一．实验目的用PLC构成数码显示控制系统。二．实验内容1.控制要求A0000A-→B→C-→D-E-→F-→G-H-→ABCDEF-→BC→ABDEG00→ABCDG→BCFG-→ACDFG→ACDEFG-→ABC→ABCDEFG00FB→ABCDFG→A-B-C....循环下去。002.VO分配00G输入输出000O起动按钮：10.0A:Q0.0E: Q0.400停止按钮：10.1B: Q0.1F:Q0.500EGC: Q0.2G:Q0.600D: Q0.300H: Q0.7DOH00003.按图所示的梯形图输入程序。4.调试并运行程序。图2-1数码显示控制示意图三.数码显示控制语句表1LD10.0310M12.262Q0.312032=M0.1Q0.063M10.5LD3A10.133LDM10.264oM11.14=340M0.1M11.165OM11.35LDM0.135OM11.266M11.7O6ANM0.0360M11.367M12.1737oQ0.4TONT37，+20M11.4688LDT3738069LDM11.5M10.6=M0.0390M11.1M12.070OLDM0.1400M12.11071OM11.5TON41011M12.272OM11.6T38,+3012AN42Q0.1T38=73 M11.7O13=M1.043LDM10.374OM12.114LDM1.044oM11.175OM12.215045M0.2oM11.276Q0.5=16M10.0460M11.4M10.777LD17LD47o780M12.2M11.5M11.34818TONO79OT39,+20M11.6M11.47
7 A G D F E B C H 实验二 数码显示的模拟控制 一．实验目的 用 PLC 构成数码显示控制系统。 二．实验内容 1．控制要求 A→B→C→D→E→F→G→H→ABCDEF→BC→ABDEG →ABCDG→BCFG→ACDFG→ACDEFG→ABC→ABCDEFG →ABCDFG→A→B→C .循环下去。 2．I/O 分配 输入 输出 起动按钮：I0.0 A：Q0.0 E：Q0.4 停止按钮：I0.1 B：Q0.1 F：Q0.5 C：Q0.2 G：Q0.6 D：Q0.3 H：Q0.7 3．按图所示的梯形图输入程序。 4．调试并运行程序。 图 2-1 数码显示控制示意图 三．数码显示控制语句表 1 LD I0.0 31 O M12.2 62 = Q0.3 2 O M0.1 32 = Q0.0 63 LD M10.5 3 A I0.1 33 LD M10.2 64 O M11.1 4 = M0.1 34 O M11.1 65 O M11.3 5 LD M0.1 35 O M11.2 66 O M11.7 6 AN M0.0 36 O M11.3 67 O M12.1 7 TON T37，+20 37 O M11.4 68 = Q0.4 8 LD T37 38 O M11.5 69 LD M10.6 9 = M0.0 39 O M12.0 70 O M11.1 10 LD M0.1 40 O M12.1 71 O M11.5 11 TON T38，+30 41 O M12.2 72 O M11.6 12 AN T38 42 = Q0.1 73 O M11.7 13 = M1.0 43 LD M10.3 74 O M12.1 14 LD M1.0 44 O M11.1 75 O M12.2 15 O M0.2 45 O M11.2 76 = Q0.5 16 = M10.0 46 O M11.4 77 LD M10.7 17 LD M12.2 47 O M11.5 78 O M11.3 18 TON T39，+20 48 O M11.6 79 O M11.4
AN19T39490M11.7OM11.580I20500M0.2M12.081OM11.651021LDM0.0M12.182OM11.7520M12.2M12.1M10.0，M10.1，+1883O22SHRBQ0.253=84OM12.254LD23M10.1LDM10.485Q0.60M11.1M11.12455OLDM11.086025M11.356OM11.387Q0.7-02657M11.410.10M11.488LDN027M11.6580M11.6R89M10.1,1828059OM11.7M11.706029M12.0oM12.1300610M12.2M12.1四.数码显示控制梯形图Q0. 4M10.5M10.7Q0. 6H HLHHM11.1M11.3HHTM11.3M11. 4HHHFM11.5M11.7HTHTM11.6M12.1HHHTM10.6Q0.5M11.7HIT（）M11.1M12.1HFHTM11.5M12.2HTHTM11.6M11.0Q0. 71HTHF）M11.7_10.1M10. 1HTRHH18M12.1HTM12.2HT(续)图2-280
8 Q0.6 Q0.7 M10.1 R 18 Q0.4 M10.7 M11.4 M11.5 M11.7 M12.1 M11.6 Q0.5 M11.3 M10.5 M11.3 M11.7 M10.6 M11.1 M12.1 M11.1 M11.0 I0.1 M11.6 M11.7 M12.2 M12.1 M11.5 M12.2 19 AN T39 49 O M11.7 80 O M11.5 20 = M0.2 50 O M12.0 81 O M11.6 21 LD M0.0 51 O M12.1 82 O M11.7 52 O M12.2 83 O M12.1 22 SHRB M10.0，M10.1，+18 53 = Q0.2 84 O M12.2 23 LD M10.1 54 LD M10.4 85 = Q0.6 24 O M11.1 55 O M11.1 86 LD M11.0 25 O M11.3 56 O M11.3 87 = Q0.7 26 O M11.4 57 O M11.4 88 LDN I0.1 27 O M11.6 58 O M11.6 89 R M10.1，18 28 O M11.7 59 O M11.7 29 O M12.0 60 O M12.1 30 O M12.1 61 O M12.2 四．数码显示控制梯形图 图 2-2 （续）
10.010.1M10.2Q0. 1MO. 1-IFHM11.1MO. 1HHHFT37MO. 1MO. 0M11.2INH上H/HHFTON+20 PTM11.3HTT37MO. 0M11.4HFLHF7T38MO.1M11.5HHHTINTONM12.0+30 -PTHTT38M1.0M12.1HTT2M1.0M12.2M10.0H上上00.2M10.3MO.2HF1）HFM11.1T39M12.2HFHFINTONM11.2+20 PTHTM11.4T39MO. 2HTTM11.5MO.0SHRBHT?ENGM11.6M10.0DATAHTM10.1S_BITM11.7+18NHTM10.1Q0. 0M12.0中HTM11.1M12.1HTHTM11.3M12.2HTHFM11.4M10.4Q0.3HFYHFM11.6M11.1HFHTM11.7M11.3THFM12.0M11.4HTHFM12.1M11.6AFHTM12.2M11.7HFHTM12.1HFM12.2H人图 2-2数码显示控制梯形图9
9 M12.1 M12.2 M10.2 M11.3 M11.2 M11.4 M12.0 M11.5 M11.1 Q0.1 M11.1 M11.2 M11.4 M11.5 M11.6 M12.0 M12.1 M11.1 M10.4 M12.2 M11.7 Q0.3 M10.3 Q0.2 M0.1 TON T37 PT IN TON +20 T38 PT IN +30 M0.0 I0.0 M0.1 M0.1 T37 M0.1 M0.0 I0.1 TON M10.0 IN +20 PT T39 M0.2 M10.0 Q0.0 +18 M10.1 DATA S_BIT EN N ENO SHRB M1.0 M0.2 M12.2 M10.1 M11.1 M11.4 M11.3 M0.0 T39 T38 M1.0 M11.4 M11.6 M11.7 M12.1 M12.2 M11.6 M12.0 M11.7 M12.1 M12.2 M11.3 图 2-2 数码显示控制梯形图
实验三舞台灯光的模拟控制一．实验目的用PLC构成舞台灯光控制系统。二实验内容1.控制要求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-L2L6L3、L4、L5→L6、L7、L8、L9→L1、L2、L9→L1、L5、L8....0循环下去。L2L32.VO分配CCL1输入输出L9O0OL7L5L4L1: Q0.0起动按钮：10.0L6:Q0.5C停止按钮：10.1L2:Q0.1L7:Q0.6L3:Q0.2L8: Q0.7L4:Q0.3L9:Q1.0L8L5:Q0.43.按图所示的梯形图输入程序。图3-1舞台灯光控制示意图。4.调试并运行程序。三.舞台灯光控制语句表1LD10.027OM10.5Q0.453=2028OM0.1M11.054LDM10.4329A10.10M11.1O55M10.74=30M0.1oOM11.0M11.2565LDM0.1310OM11.357M11.66AN32oQ0.5M0.0M11.458二7TON33T37,+5Q0.059LDM10.38LD34T37LDM10.10M10.7609=35O0M0.0M10.661M11.13610LDM0.10M11.00M11.662011TON37M11.5Q0.6T38,+1063=38=12ANT38Q0.1LD64M10.21339O=M1.0LDM10.4M10.76514400LDM1.0M10.6o66M11.215041O0M0.2M11.167M11.616=42Q0.7M10.01OM11.568=10
10 L1 L9 L5 L4 L8 L2 L3 L6 L7 实验三 舞台灯光的模拟控制 一．实验目的 用 PLC 构成舞台灯光控制系统。 二．实验内容 1．控制要求 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→L1、L2、L9→L1、L5、L8. 循环下去。 2．I/O 分配 输入 输出 起动按钮：I0.0 L1：Q0.0 L6：Q0.5 停止按钮：I0.1 L2：Q0.1 L7：Q0.6 L3：Q0.2 L8：Q0.7 L4：Q0.3 L9：Q1.0 L5：Q0.4 3．按图所示的梯形图输入程序。 图 3-1 舞台灯光控制示意图。 4．调试并运行程序。 三．舞台灯光控制语句表 1 LD I0.0 27 O M10.5 53 = Q0.4 2 O M0.1 28 O M11.0 54 LD M10.4 3 A I0.1 29 O M11.1 55 O M10.7 4 = M0.1 30 O M11.2 56 O M11.0 5 LD M0.1 31 O M11.3 57 O M11.6 6 AN M0.0 32 O M11.4 58 = Q0.5 7 TON T37，+5 33 = Q0.0 59 LD M10.3 8 LD T37 34 LD M10.1 60 O M10.7 9 = M0.0 35 O M10.6 61 O M11.1 10 LD M0.1 36 O M11.0 62 O M11.6 11 TON T38，+10 37 O M11.5 63 = Q0.6 12 AN T38 38 = Q0.1 64 LD M10.2 13 = M1.0 39 LD M10.4 65 O M10.7 14 LD M1.0 40 O M10.6 66 O M11.2 15 O M0.2 41 O M11.1 67 O M11.6 16 = M10.0 42 O M11.5 68 = Q0.7