KE1652530000G

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The KE1652530000G is a Terminal Block commonly used in a broad range of electrical and electronic applications. This Terminal Block is designed to be used in the assembly of electrical connections where a physical barrier is necessary between two or more connecting elements. It is composed of two basic parts, the header and the socket, which are joined together with a locking mechanism.

The header of the KE1652530000G consists of a body and a number of male prongs. The body is made of a heavy-duty plastic material. It is designed to securely hold the socket in place, while providing an insulating layer between the two components. The male prongs on the header add additional strength to the connection, as they protrude inwards towards the socket and form a mechanism that holds it firmly in place. The socket of the KE1652530000G is made of an insulated plastic material. Its design includes a number of female slots which are used to accept the male prongs of the header. The socket also contains a number of locking holes which are used to secure the connection to the header.

The working principle of the KE1652530000G is simple. The header and the socket are joined together by the male prongs on the header and the female slots on the socket. The connection is then locked by inserting the locking mechanism into the locking holes. Once installed, the connection is secure and can withstand a certain amount of vibration and torque.

The KE1652530000G is commonly used in a range of electrical and electronic applications, including power distribution, signal transmission, and electrical control systems. Due to its robust design and ability to withstand vibration and torque, the KE1652530000G is an ideal solution for a variety of applications requiring a reliable connection between two or more components.

The KE1652530000G is a reliable and robust Terminal Block that is suitable for a wide range of electrical and electronic applications. Its simple design and locking mechanism make it easy to install and provide a secure connection between two or more components. Furthermore, its ability to withstand vibration and torque makes it ideal for use in applications where reliability is a must.

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