DF7-4EP-3.96C

The DF7-4EP-3.96C is a type of rectangular connector - housing. It is widely used in the automation, hardware/software, mechanical and electrical industries and is extremely useful in applications that require reliable and solid connection between two electrical components.

The DF7-4EP-3.96C housing consists of a die-cast zinc alloy housing with stainless steel screws. The housing has four sockets which are spaced 25.4 mm apart, making it suitable for most types of industrial wiring. The sockets have a dimension of 3.96 mm in diameter, allowing for wide compatibility with a wide range of electrical components. The housing has a pass-through connection, with the two sides of the housing connected via a solid brass connector.

The DF7-4EP-3.96C has a working principle that is based on simple electrical connections. Electrical current flows from the source (a power supply, for example) into the housing via two pins at the opposite ends. This current then passes through the terminals of the housing, which are connected to the corresponding electrical components. Once the electrical components are connected, they are able to receive the current and then complete the circuit.

The DF7-4EP- 3.96C is extremely versatile and can be used in a variety of applications, from multimedia systems to consumer electronics and more. Its reliable connection makes it excellent for applications that require high levels of safety and reliability. With solid brass connectors and stainless steel screws, the DF7-4EP-3.96C is made to last.

The DF7-4EP-3.96C is an affordable and reliable solution for a wide variety of electrical connection needs. With its strong and secure terminals, it is ideal for applications that require a high level of safety and reliability. Its versatility makes it suitable for use in a variety of industries, from automotive to industrial and more. With its simplicity, reliability, and affordability, the DF7-4EP-3.96C rectangular connector - housing is an excellent choice for electrical connection needs.