102898-2

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Rectangular connectors, also known as headers or male pins, are used to join two or more circuits in an electrical or electronic system. The 102898-2 is one type of rectangular connector, made as an integrated single-row pin header. It is suitable for applications in industrial electronic equipment such as computers, office equipment, and telecommunication systems.

These 102898-2 connectors are designed for a 3mm pitch, single row configuration and are typically available in two, four, six, eight, and ten positions. It offers secure, high temperature contact, and is rated for a maximum current of 45A at up to 250V AC. The plastic molding ensures electrical insulation and intrusion prevention.

The 102898-2 uses dual-level contacts, with a metal central layer for high current carrying contacts. These contacts are slotted into the plastic molding. The self-locking mechanism secures the contacts into the mating socket, offering reliable mechanical and electrical protection. The high-temperature contact ensures reliable performance at extreme temperatures.

The 102898-2 header features a snap-in mounting design. This snap-in design provides a secure and consistent connection. It eliminates any contact further at the end of the pin outside the socket, meaning that the mating socket side locks with the contact instead of the pin or header.

Another important feature of the 102898-2 connector is the robust design. It features a rugged plastic housing that offers enhanced durability and improved resistance to mechanical vibrations. This design also prevents damage from moisture and heat. As a result, the 102898-2 offers a cost-effective solution for high-performance requirements.

The 102898-2 is a high-performance rectangular connector suitable for many industrial applications. Its single-row pin header is designed for a 3mm pitch, and is rated for a maximum current of 45A at up to 250V AC. It features a snap-in design for secure and consistent connection, as well as a dual-level contacts with a metal central layer for high current carrying contacts. Its robust plastic housing provides improved resistance to mechanical vibrations, heat, and moisture, while the self-locking mechanism ensures reliable mechanical and electrical protection.

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