78229-104HLF

The 78229-104HLF Rectangular Connector is a two-piece header/male pin connector system developed by Nexus. It is designed for use in a variety of applications and is perfect for more complex and multiple task interconnections. It is suitable for applications such as power supply connections, keyboards, exercise machines, as well as test and measurement equipment.

The unique design of the 78229-104HLF connector ensures maximum power transmission, shielding from EMI/RFI interference and secure connections. It is comprised of two parts, a header and male pin. The header of the connector is used to mate with a socket or other connectors, while the male pin is for direct connection to other components or wiring. The two parts are designed to work together to ensure a secure connection between components or wiring. The header is also designed to provide flexibility and ease of use.

The 78229-104HLF connector is made of a high-performance thermoplastic material which helps to add additional strength and rigidity to the connection. This makes the connection stronger and reduces the chance of mechanical damage from vibrations, shocks and other physical stresses. The connector also features robust snap locking tabs for added security and precision alignment. It is designed to meet stringent environmental requirements and is RoHS compliant.

The 78229-104HLF connector also benefits from a unique manufacturing process, where the components and head are formed before assembly. This ensures that the components are perfectly in-line before mating together, providing a secure and reliable connection. The connectors are easily installed with either snap-on or slotted screws. This makes the installation process quick and easy, ensuring a secure connection in minutes.

Overall, the 78229-104HLF connector is a versatile and reliable interconnect solution that is perfect for a variety of applications. With its robust design and secure connections, it is sure to provide peace of mind and a dependable connection in any environment.