EJH-110-01-F-D-TH-07

EJH-110-01-F-D-TH-07 is a rectangular connector that is commonly used in various electronic devices. The EJH-110-01-F-D-TH-07 is a thermally initiated, self-actuating, two-pin connector with an internal locking mechanism. Its pins have a locking design that is spring-loaded and resistant to accidental detachment. The EJH-110-01-F-D-TH-07 also offers a choice of three colors of strips for mounting the component in a variety of applications.The EJH-110-01-F-D-TH-07 is used in a wide range of applications including industrial, automotive, communications, and consumer electronics. This connector is commonly used in devices that require frequent connections and disconnections. It can be found in data communication ports, computer motherboards, audio-visual equipment, mechatronic systems, and more. The EJH-110-01-F-D-TH-07 is designed to provide a reliable connection with minimal effort. The task of connecting the two terminals inside the connector is accomplished by the use of a thermal actuation device, which is a temperature-sensitive element. This element is activated when a specific temperature is reached and causes the internal locking mechanism to close, establishing a secure connection between the terminals.The temperature required for actuation can be adjusted by adjusting the current running through the device. The temperature-sensitive element in the connector is connected to the terminals over which electric current is then run. When the current is increased, the element heats up and expands, thus triggering the locking mechanism and establishing a secure connection. On the other hand, when the current is decreased, the element cools down and contracts, releasing the connection and allowing the terminals to be separated.The EJH-110-01-F-D-TH-07 connector is designed for use in a wide variety of applications due to its efficient and reliable performance. Its thermal actuation system ensures a reliable connection that is easy to establish and maintain. The connector is also highly resistant to shock and vibration, allowing it to be used in even the most rugged environments.