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际输入温度。如果实际输入温度向下跳变时，以50℃/s的速率下降，趋向并最终等于实际输入温度。即保证上升跟踪慢下降跟踪快的要求。图1 温度保护控制逻辑图 如果实际输入温度与速率限制后的温度上升时的偏差(块500)大于0.2℃(块600)，则认为实际输入温度以大于3.2℃/s向上
Enter the temperature. If the actual input temperature drops downwards, it drops at a rate of 50 ° C / s, tending towards and eventually equal to the actual input temperature. That is, to ensure that the slow rise track slow down tracking requirements. Figure 1 Temperature Protection Control Logic Diagram If the deviation (block 500) is greater than 0.2 ° C (block 600) when the temperature rise after the actual input temperature and rate limit increase (block 600), then the actual input temperature is considered to rise above 3.2 ° C / s