TE 2-521406-2 Connectors Crimp Brass Terminal

 

TE's 2-521406-2 is a fully insulated quick-disconnect receptacle from the ULTRA-FAST 205 series, designed to provide fast, secure, and easy-to-maintain terminations in demanding electrical applications. Featuring a straight F-type crimp design, it accepts wire sizes from 22–18 AWG (0.32–0.82 mm²) and offers excellent mating strength and vibration resistance. Constructed of durable brass and incorporating high-performance insulation, these CONNECTORS ensure strong electrical conductivity and reliable protection against short circuits or accidental contact. As part of the award-winning TE Connectors platform, the 2-521406-2 is widely used in industrial control panels, HVAC systems, consumer appliances, and AUTOMOTIVE WIRING HARNESS assemblies requiring efficient disconnection.

 

--Fully insulated design provides protection during operation, preventing accidental disconnection.

 

--F-type crimp technology provides a gas-tight mechanical connection, minimizing resistance and temperature rise.

 

--Right-angle socket design is ideal for use in confined spaces or in-line applications.

 

--Brass base metal ensures excellent mechanical strength and long-term corrosion resistance.

 

--Quick and easy-to-use tool termination, compatible with automatic and semi-automatic crimping tools.

 

--Compliant with UL and CSA standards, ensuring safety and reliability.

 

Shanghua is a long-term global distributor of genuine connectors, offering guaranteed authentic and fully traceable products. Unlike lower-quality alternatives available on the market, our stock of authentic TE connectors 173645-1 ensures customers' electrical performance and safety compliance. Each batch of product is provided with a manufacturer's batch number, datasheet, and optional inspection report (available upon request). For customers cross-referencing between TE and JST Connectors, our technical team can recommend compatible alternatives and support design selection to optimize wiring costs and assembly efficiency.