模具工业
模具工業
모구공업
DIE & MOUID INDUSTRY
2013年
2期
39-42
,共4页
快速热循环%电加热%注射成型%温度控制%PLC%人机界面
快速熱循環%電加熱%註射成型%溫度控製%PLC%人機界麵
쾌속열순배%전가열%주사성형%온도공제%PLC%인궤계면
rapid thermal cycle%electric heating%injection moulding%temperature control%PLC%human-computer interface
对中小型电加热式快速热循环注射成型模具的温度控制系统进行设计,首先给出了模具的温度控制参数,再对温度控制的硬件结构进行设计,并选定了PLC类型和人机界面设计软件,再对温度控制系统从硬件、软件、温度控制算法及人机界面交互等方面进行了详细设计,最后对温度控制系统进行了模拟仿真,具有一定实际应用价值.
對中小型電加熱式快速熱循環註射成型模具的溫度控製繫統進行設計,首先給齣瞭模具的溫度控製參數,再對溫度控製的硬件結構進行設計,併選定瞭PLC類型和人機界麵設計軟件,再對溫度控製繫統從硬件、軟件、溫度控製算法及人機界麵交互等方麵進行瞭詳細設計,最後對溫度控製繫統進行瞭模擬倣真,具有一定實際應用價值.
대중소형전가열식쾌속열순배주사성형모구적온도공제계통진행설계,수선급출료모구적온도공제삼수,재대온도공제적경건결구진행설계,병선정료PLC류형화인궤계면설계연건,재대온도공제계통종경건、연건、온도공제산법급인궤계면교호등방면진행료상세설계,최후대온도공제계통진행료모의방진,구유일정실제응용개치.
The temperature control system was designed for small-scale rapid thermal cycle injection mould with electric heating. The temperature control parameters for the mould were presented, the hardware structure of temperature control was designed and the type for PLC and software for designing human-computer interface were chose. Then the temper?ature control system was designed in detail from aspects of hardware, software, tempera?ture control algorithms, human-computer interface and so on. Simulation for the tempera?ture control system was also made.
