HRFC-P8-L3(60)

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The HRFC-P8-L3 (60) fiber optic connector is a common housing type used in the installation of fiber optics. This type of connector is generally used in data and telecommunications operations, as well as other high-bandwidth applications. It is an all-metal, shielded, threaded housing type, made with a stainless steel body and a black zinc die-cast. This type of connector is designed to be used in patch panels and other equipment requiring a precision connector interface.

The HRFC-P8-L3 (60) fiber optic connector housing is designed to be a versatile piece of hardware for a variety of applications. It is designed with the user in mind, featuring a threaded port for easy installation. Additionally, this type of housing features a built-in strain relief feature that ensures a secure connection between the fibers. The steel housing provides a rugged protection against dust, debris, and other environmental hazards. This type of housing also provides a superior electrical connection with low insertion loss characteristics, allowing for high-speed, real-time data transfer.

The working principle of the HRFC-P8-L3 (60) fiber optic connector housing is quite simple. The housing is connected to the equipment to be connected with the fiber optic cable. This connection is firmly held in place with the use of two grub screws. As the fiber optic cable is mated with the connector, the cable core is inserted into the interface of the connector, and the jacket is pushed into the back of the housing. Once the optical fibers have properly been mated, the connection is secured by tightening the grub screws. This action results in a strong mechanical connection between the fiber optic cable and the connector housing, allowing for a secure connection between the two.

The numerous advantages of using the HRFC-P8-L3 (60) fiber optic connector housing makes it ideal for a variety of applications. Its threaded port makes it easy to install, while its steel construction provides a robust outer shell that is resistant to wear and tear, as well as other environmental hazards. Furthermore, its superior electrical connection characteristics ensure that the data transfers are of high quality and occur in real-time. These features make this type of housing one of the most reliable and secure connectors available, and a great choice for various data and telecommunications applications.

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