9511460000

Terminal Blocks – Wire to Board

Terminal blocks, or also known as terminal boards or strips, are a type of electrical connection that connects two pieces of electronic equipment, usually consisting of a male and female part. The male part is the terminal which is inserted into the female part, the connector. This connection method offers excellent insulation, strain relief and electrical protection in harsh industrial settings.

9511460000 is a type of terminal block which utilizes the “wire-to-board” connection. These terminals connect cables to printed circuit boards (PCB) or other electronic equipment quickly and safely. The terminals consist of an insulated casing which is filled with a substrate and ethernet terminals. The terminals have rich contacts, which are held firmly within the substrate and ensure reliable electrical connections for a wide range of applications.

The design of 9511460000 terminals includes an integrated contact locking system which ensures a secure connection between the terminals and the PCB while still being easy to open and remove the connection. This design helps to minimize the risk of electric shock and short circuits. Additionally, the terminals feature a high electrical contact pressure and excellent strain relief.

9511460000 terminals are designed for use in a wide range of applications including industrial control, telecommunications, computers, and electric power industries. The terminals are also designed to meet the UL 94V-0 flame retardant standard, providing superior thermal performance and maximum heat dissipation. Additionally, they feature a low insertion and extraction force, ensuring easy and reliable connection.

9511460000 terminals connect cables to printed circuit boards quickly and securely via their wire-to-board connection. The terminals feature an integrated contact locking system, reliable electrical contacts, UL 94V-0 compliance, and a low insertion and extraction force to ensure a safe and reliable connection. The terminals are designed for use in a wide range of industrial, telecommunications, computers, and electric power applications.