微波烘箱系列介绍
Microwave oven series
微波具有波长短（1m~1mm）频率高（300MHZ~300GHZ）、量子特性等明显特征。微波技术广泛应用于雷达、导航、多路通讯、遥感及电视等方面。20世纪60年代开始，人们逐渐将微波加热技术应用于纸类、木材、树脂挤出等物理加工过程。
Featured by short wavelength (1m~1mm), high frequency (300MHZ~300GHZ) and quantum characteristics, the microwave technique is widely applied in the fields such as radar, navigation, multi-way communication, remote sensing and TV. Since the 1960s, the microwave heating technique has been gradually in the physical processing such as paper, wood and resin extrusion.
微波加热（Microwave heating）就是利用微波的能量特征，对物体进行加热的过程。微波加热技术是物料中极性分子与微波电磁场相互作用的结果，在外加交变电磁场作用下，物料内极性分子极化并随外加交变电磁场极性变更而交变取向，如此众多的极性分子因频繁相互间摩擦损耗，使电磁能转化为热能原理来加热物料的相关技术。
Microwave heating is a process for heating the objects based on the energy characteristics of microwave. The microwave heating technique is the results of interaction between the polar molecules and microwave electromagnetic field; under the action of external alternating electromagnetic field, the polar molecules of material is polarized and has alternating orientation along with the polarity change of external alternating electromagnetic field; the frequent mutual friction and consumption of numerous polar molecules can convert the electromagnetic energy into the thermal energy, in order to heat the materials.
通用参数
Main Parameters
1.微波频率：2450MHz或其他。
1. Microwave frequency: 2,450MHz or others.
2.使用气温：-5～50℃ 相对湿度：≤80%
2. Operating temperature: -5~50℃; relative humidity: ≤80%
3.控制方式：PLC控制。
3. Control model: PLC control.
4.驱动方式：专业工业微波电源。
4. Drive mode: Professional industrial microwave power supply.
5.显示方式：液晶触摸屏显示方式。
5. Display mode: LCD.
6.微波泄漏：中国：GB 5959.6-2008标准。
6. Microwave leakage: China: GB 5959.6-2008 standard.
7.电气安全：国家GB 5226.1-2002机械电气安全标准。
7. Electrical safety: National GB 5226.1-2002 Standard of Mechanical and Electrical Safety.
