Detecting abnormal heat (abnormal temperature) of the battery with standby power at 0 / New product for battery temperature detection sensor.

■Overview of Temperature Detection Sensor for Storage Batteries
1. This is a product with a temperature detection sensor connected by a wire. It is connected using crimp sleeves or connectors.
2. The temperature detection sensor integrates a shape memory alloy with the wire, utilizing the softening of the wire and the restoration of the shape memory alloy to create a short circuit (contact) between the two wire cores, thereby detecting the maximum allowable temperature and generating a signal. The set temperature corresponds to the maximum allowable temperature of the wire (70°C).
3. The maximum allowable temperature is the temperature at which the insulation of the wire rapidly deteriorates. Therefore, detecting the maximum allowable temperature indicates the detection of abnormal temperatures in the wire.
4. Mounted on the outer wall of the storage battery, it detects abnormal heat (abnormal temperatures) due to internal short circuits, external short circuits, or external overheating, and alerts through alarms to prevent fires caused by ignition or explosion.
5. For example, when abnormal heat (abnormal temperature) occurs in a storage battery, the temperature detection sensor mounted on the outer wall of the storage battery detects the abnormal temperature and alerts through alarms.
6. In this way, it is possible to continuously monitor the abnormal heat (abnormal temperature) of the storage battery and the abnormal temperatures of the wires and electrical equipment in the charging/discharging circuit of the storage battery system, thereby preventing equipment damage and fires. Maintenance management can be conducted reliably and safely.
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The temperature detection sensor for storage batteries is installed on the outer wall of the storage battery to detect abnormal heat generation (abnormal temperature) caused by internal short circuits, external short circuits, and external overheating.