烟草科技
煙草科技
연초과기
TOBACCO SCIENCE & TECHNOLOGY
2014年
12期
19-22
,共4页
烟草%柜式喂料机%出柜%光电开关%限量管%电机%运行频率
煙草%櫃式餵料機%齣櫃%光電開關%限量管%電機%運行頻率
연초%거식위료궤%출거%광전개관%한량관%전궤%운행빈솔
Tobacco%Silo type feeder%Tobacco discharging%Photoelectric switch%Metering tube%Motor%Running frequency
为解决烟草柜式喂料机出柜控制过程中存在的操作人员劳动强度大、堵料、断料及设备启停频繁等问题,利用工业以太网和分布式可编程控制技术设计了烟草柜式喂料机出柜自动调速系统。系统主要由可编程控制器、变频器、电机和对射式光电开关等组成,信号通过对喂料机底带电机和提升带电机运行频率构建控制模型,循环检测限量管高、中、低料位光电开关的遮挡状态,并根据光电开关不同状态组合,分别对底带电机和提升带电机的运行频率进行调整。结果表明:系统实现了物料出柜的快速自动调速,人工调节频次由26次/批次减少为3次/批次,堵料情况由3.4次/批次减少为0.2次/批次,断料情况由2次/批次减少为0.2次/批次,设备启停次数由182次/批次降低为36次/批次。改进后系统为后序加工设备提供了稳定的物料流量,保证了卷烟产品的工艺品质。
為解決煙草櫃式餵料機齣櫃控製過程中存在的操作人員勞動彊度大、堵料、斷料及設備啟停頻繁等問題,利用工業以太網和分佈式可編程控製技術設計瞭煙草櫃式餵料機齣櫃自動調速繫統。繫統主要由可編程控製器、變頻器、電機和對射式光電開關等組成,信號通過對餵料機底帶電機和提升帶電機運行頻率構建控製模型,循環檢測限量管高、中、低料位光電開關的遮擋狀態,併根據光電開關不同狀態組閤,分彆對底帶電機和提升帶電機的運行頻率進行調整。結果錶明:繫統實現瞭物料齣櫃的快速自動調速,人工調節頻次由26次/批次減少為3次/批次,堵料情況由3.4次/批次減少為0.2次/批次,斷料情況由2次/批次減少為0.2次/批次,設備啟停次數由182次/批次降低為36次/批次。改進後繫統為後序加工設備提供瞭穩定的物料流量,保證瞭捲煙產品的工藝品質。
위해결연초거식위료궤출거공제과정중존재적조작인원노동강도대、도료、단료급설비계정빈번등문제,이용공업이태망화분포식가편정공제기술설계료연초거식위료궤출거자동조속계통。계통주요유가편정공제기、변빈기、전궤화대사식광전개관등조성,신호통과대위료궤저대전궤화제승대전궤운행빈솔구건공제모형,순배검측한량관고、중、저료위광전개관적차당상태,병근거광전개관불동상태조합,분별대저대전궤화제승대전궤적운행빈솔진행조정。결과표명:계통실현료물료출거적쾌속자동조속,인공조절빈차유26차/비차감소위3차/비차,도료정황유3.4차/비차감소위0.2차/비차,단료정황유2차/비차감소위0.2차/비차,설비계정차수유182차/비차강저위36차/비차。개진후계통위후서가공설비제공료은정적물료류량,보증료권연산품적공예품질。
To reduce labor intensity and avoid tobacco jam,tobacco flow interruption and frequent start/stop operation in manual operation of the discharge from the silo type tobacco feeder,an automatic discharge speed adjusting system was designed with industrial Ethernet and distributed programmable control technology. The system was mainly composed of a programmable logic controller, frequency converters, motors and photoelectric switches. By monitoring the status of photoelectric switches installed on the high,middle and low levels of metering tube,the running frequencies of bottom belt and elevating belt were adjusted. The results showed that the automatic system reduced manual adjusting from 26 to 3 times/batch,tobacco jam,tobacco flow interruption and start/stop of equipment decreased from 3.4 to 0.2,from 2 to 0.2,and from 182 to 36 times/batch,respectively. It ensured the consistent tobacco flow supplying to the downstream equipment.