TE Connectivity, Positive Lock 250 2 Way Nylon Crimp Terminal Housing, Natural

The TE Connectivity Receptacle connector offers advanced versatility and reliability for a variety of cable-mounted applications. Crafted from high-quality nylon, the connector ensures exceptional durability and resistance to harsh environments. Its two-position design with a straight orientation supports efficient wiring while meeting industry standards for flammability. The positive lock feature enhances mating retention, providing peace of mind in installation and use. Ideal for both wire-to-board and wire-to-wire configurations, this product caters to diverse connectivity needs, making it a perfect choice for automotive and electronic projects.

The TE Connectivity Receptacle connector offers advanced versatility and reliability for a variety of cable-mounted applications. Crafted from high-quality nylon, the connector ensures exceptional durability and resistance to harsh environments. Its two-position design with a straight orientation supports efficient wiring while meeting industry standards for flammability. The positive lock feature enhances mating retention, providing peace of mind in installation and use. Ideal for both wire-to-board and wire-to-wire configurations, this product caters to diverse connectivity needs, making it a perfect choice for automotive and electronic projects.

Suitable for a temperature range of -40 to 105 °CUtilises a mating alignment type of polarizationOffers low halogen content, supporting environmental complianceAllows for efficient assembly using crimp terminal housingsCompatible with a range of terminals for flexible applicationsEngineered for improved mating retention and stability

Suitable for a temperature range of -40 to 105 °CUtilises a mating alignment type of polarizationOffers low halogen content, supporting environmental complianceAllows for efficient assembly using crimp terminal housingsCompatible with a range of terminals for flexible applicationsEngineered for improved mating retention and stability