EV temperature detection sensor

1. This is a product that connects a temperature detection sensor with a code. It is connected using crimp sleeves or connectors. 2. The temperature detection sensor is equipped with a shape memory alloy coiled around a soluble insulated wire. When the surrounding temperature reaches the set temperature (80°C), the wire softens, and the shape memory alloy constricts the wire (restores), short-circuiting the two wires to detect temperature and sending a signal (no voltage/a contact) for temperature detection. 3. By setting the temperature detection sensor to the abnormal temperature of the equipment, it can detect abnormal temperatures. In other words, by installing temperature detection sensors on various industrial and equipment devices, it can detect abnormal temperatures that may lead to equipment damage or fire. The abnormal temperature is set to the set temperature (80°C). 5. For example, when installed on various industrial and electrical equipment, if abnormal heat (abnormal temperature) occurs, the temperature detection sensor with a code detects the abnormal temperature and alerts through an alarm or similar device. 6. In this way, abnormal temperatures of various industrial and electrical equipment can be monitored continuously on a daily basis, allowing for early detection and initial response to prevent equipment damage or fire. Maintenance management is reliable and safe.

■Overview of Temperature Detection Sensor 1. This product integrates a shape memory alloy with a wire (70°C). However, it corresponds to the maximum allowable temperature of the wire (70°C). 2. This maximum allowable temperature is the temperature at which the insulation of the wire rapidly deteriorates. 3. By utilizing the softening of the wire and the restoration of the shape memory alloy, a short circuit (contact) between the two wire cores detects abnormal temperatures and generates a signal. 4. Detecting the maximum allowable temperature of the wire involves detecting abnormal temperatures associated with the risk of fire in the wire. 5. A temperature detection sensor is attached to the wire to detect abnormal temperatures caused by overload current or poor connections in the wire. 6. Temperature detection wires are installed inside or outside power (control) equipment and electrical (load) equipment to detect abnormal temperatures due to overload or equipment failure. 7. For example, when abnormal temperatures associated with fire occur in wires, power (control) equipment, or electrical (load) equipment, each temperature detection sensor installed in these components continuously monitors and detects abnormal temperatures. Alarms and other devices notify of the abnormal temperatures.

■Overview of Temperature Detection Sensors for Power Generation 1. This is a product with a temperature detection sensor connected by a code. It is connected using crimp sleeves or connectors. 2. The temperature detection sensor integrates a shape memory alloy with a 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 resistance of the wire's insulating material deteriorates rapidly. Therefore, detecting the maximum allowable temperature corresponds to detecting abnormal temperatures in the wire. 4. It is installed on the wires of the power supply circuit, battery power supply circuit, and load power supply circuit to detect abnormal temperatures in the wires. 5. It is installed on the outer walls of control devices and load devices to detect abnormal temperatures in the equipment. 6. It is installed on the outer wall of the battery to detect abnormal heat generation (abnormal temperature) in the battery. 7. By continuously monitoring the abnormal temperatures of the wires, control devices, load devices, and batteries in each power supply circuit of the solar power generation system, early detection can prevent damage or accidents due to fire in solar panels, batteries, control devices, and load devices. 8. In this way, the safety management of the solar power generation system is enhanced, enabling a safe power supply.