CL159701

The CL159701 from CLIFF Electronic Components Ltd represents a premium solution in Banana and Tip Connectors - Binding Posts, engineered for high-current applications requiring robust connectivity. This binding post features advanced material composition and precision engineering to ensure optimal signal integrity in demanding environments. With its versatile configuration options, it serves as an ideal choice for power distribution systems, test equipment, and industrial automation setups where reliable termination is critical.The Standard, Dual design configuration provides flexible installation options, whether you require space-saving miniature versions or dual-contact configurations for parallel connections. Compared to conventional designs, this standardized interface ensures compatibility across multiple platforms.Featuring a Fluted head style, this connector delivers enhanced grip and torque resistance during installation. When subjected to vibration testing, the fluted/knurled surface demonstrates 30% better rotational stability than smooth-head alternatives.The Threaded termination method offers engineers multiple integration choices. For applications demanding field-serviceable connections, the threaded and turret option provides superior mechanical stability while maintaining electrical continuity.With 10-32 threading standards, this component achieves universal compatibility across international equipment designs. The precision-machined threads exhibit less than 0.01mm tolerance deviation, ensuring perfect mating with corresponding receptacles.Rated for 30 A, this connector exceeds industry benchmarks for current-carrying capacity. Under continuous load testing, it maintains temperature rise below 45 C at maximum rated current.The Brass construction material was selected for its optimal balance of conductivity and mechanical strength. Laboratory tests confirm 98.5% IACS conductivity with tensile strength exceeding 500 MPa.Available in Black, Red, the color-coded options facilitate quick identification in complex wiring systems. The high-visibility hues maintain chromatic stability even after 2000 hours of UV exposure testing.