正常状态下，残留在泄露和过热感应器和各自的输出继电器上的电阻会被释放。
Under normal conditions the resistance remains between the leakage and over-temperature sensitivities, and both output relays are de-energized.
同样温度感应器会因为电池过热而终止充电，但由于充电电流太低，也不能另电池产生足够的热量让温度传感器感应。
Although the temperature sensors will safeguard battery overheating, lower charging rate might not cause enough heating in the batteries to trip the sensors.
同样温度感应器会因为电池过热而终止充电，但由于充电电流太低，也不能另电池产生足够的热量让温度传感器感应。
Although the temperature sensors will safeguard battery overheating, lower charging rate might not cause enough heating in the batteries to trip the sensors.
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