2.54mm Pluggable Terminal Blocks Female Green 4P

The 2.54mm Pluggable Terminal Blocks Female Green 4P by YZTECH offers a precisely crafted solution for modern electronic systems,featuring a single-row configuration with 4 contacts per unit.Engineered for direct insertion onto printed circuit boards,this rectangular-shaped Female Header excels in space-saving installations across industrial and consumer devices.Its pluggable design ensures effortless mating and unmating,while the vibrant green housing enhances visual identification in crowded assemblies.Tailored for applications requiring secure wire connections—such as power supplies and control units—this electronic connector delivers exceptional reliability and user-friendly integration,minimizing assembly time and maximizing efficiency in dynamic environments.

Built to rigorous standards,the Terminal Blocks support a rated current of 3A and voltage of 250V,accommodating wire gauges from 28-20AWG.The contacts are constructed from phosphor bronze with a tin plating coating,ensuring superior conductivity,corrosion resistance,and stable signal transmission.Encased in high-performance PA66 colloidal material,it withstands extreme temperatures from-40°C to+105°C,providing long-term durability against thermal stress and environmental factors.Additionally,the design allows for safe soldering at up to 250°C,making it ideal for automated PCB manufacturing processes where consistent quality is paramount.

Securely packaged in convenient bags for optimal storage and shipping protection,this electronic component underscores YZTECH's dedication to quality,backed by UL certification for adherence to international safety norms.This endorsement facilitates seamless deployment in global markets,empowering businesses with cost-effective,export-ready solutions for diverse electronic projects.Ideal for worldwide trade platforms,the terminal block combines ease of handling with robust performance,ensuring trust and versatility in applications ranging from telecommunications to automation systems.