FSH-105-04-S-RA

FSH-105-04-S-RA Connectors are rectangular headers used in the electrical engineering industry, in particular for automated production sites. The main application area of this connector type is to provide the connection of various components, such as integrated circuits or other wires, to the host machine. The FSH-105-04-S-RA Connectors come with a male pin which consists of metal pins that enter into an insulation body of the same size.

The FSH-105-04-S-RA Connectors have low contact resistance and excellent insulation performance. The contacts on the metal pins are able to handle up to a temperature range of -55°C to 105°C, making them suitable for a wide range of applications. Furthermore, they have a low-profile design, making them easy to install and compact at the same time.

The working principle of the FSH-105-04-S-RA Connector involves connecting two wires or components via metal pins in the insulation body. As the metal pins enter into the insulation body, it creates an electrical connection between two wires or components. Once the pins are connected, they provide a secure and reliable connection. Since the insulation body itself is also insulated, electrode arcing is completely eliminated, ensuring a safe and secure connection.

The FSH-105-04-S-RA Connector can be used in various automated production sites, as well as in electrical engineering applications. Due to their low-profile design, they can be used in limited space applications, making them ideal for machines and other components that require high levels of accuracy. Furthermore, they are ideal for applications that require high-frequency data transmission as they provide excellent data transfer rates.

The FSH-105-04-S-RA Connector is one of the most widely used connecting devices for automated production sites and other electrical engineering applications. With its low contact resistance and excellent insulation performance, it ensures a secure and reliable connection at all times. Furthermore, its low-profile design allows them to be used in limited space applications, making them ideal for high accuracy processes.