配备安全回路，锡温未达设定温度，马达无法运转。
Equipped with safety circuit, tin Weida temperature setting temperature, the motor can operate.
采用优质电子元件组装，主回路设有多重保护；照明开关、喷漆、升温喷漆、烤漆温度、时间设定、故障指示灯。
Control system: lighting switch, spray paint, spray paint of temperature, drying temperature and time setting, emergency stop, limit the warm, failure alarm.
用智能优化设定模型、炉况诊断模型、智能预报模型及回路控制，实现了优化综合生产指标的目标。
Overall production index is achieved using intelligent optimal setting model, fault diagnosis model, intelligent prediction model and loop control.
将三回路驾驶仪等效为全状态反馈的状态空间模型，证实了冗余参数预先设定的可行性。
The three-loop autopilot is transformed into state space model, and the feasibility of presupposition of some nuisance parameter is proved.
为了控制炉温的稳定及煤气的充分合理燃烧，设计压力控制回路、吸力控制回路使煤气量和空气量稳定在设定值上。
In order to maintain the flue temperature and guarantee the gas can combustion fully, gas pressure control loop and the sub flue suction control loop are designed.
针对加热炉优化控制中大回路反馈补偿存在延迟，不能及时反应工况变化的特点，提出一种基于前馈补偿的加热炉炉温设定值的动态优化控制策略。
To the defects of existed methods for furnace temperature setting, an improved strategy of dynamical optimization for furnace temperature is proposed based on the feed forward compensation.
针对加热炉优化控制中大回路反馈补偿存在延迟，不能及时反应工况变化的特点，提出一种基于前馈补偿的加热炉炉温设定值的动态优化控制策略。
To the defects of existed methods for furnace temperature setting, an improved strategy of dynamical optimization for furnace temperature is proposed based on the feed forward compensation.
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