The FSK-20-T-005 is an electrical component assembly that features a integral hex nut, designed to provide secure and reliable mounting in a variety of applications. This straight-lead component utilizes a standardized hex nut to ensure easy installation and removal using common tools, offering a robust mechanical fixing solution. The inclusion of the hex nut is critical for maintaining stable positioning and electrical integrity in vibrating environments, making it suitable for industrial controls, automotive systems, and appliance manufacturing.
Electrically, the assembly is rated for both AC and DC operations, supporting load currents of 0.1A and 3A, with maximum voltage ratings of 125V/250V AC and 12V/24V DC. The hex nut plays a vital role in establishing and maintaining a solid ground connection or secure terminal mounting, which is essential for consistent electrical performance—particularly in 12V/24V DC circuits where connection stability directly impacts safety and functionality.
This product has received major international certifications, including UL, cUL (CSA), VDE, ENEC, and CQC. These approvals indicate that the entire assembly, including its mechanical elements like the hex nut, meets stringent global standards for safety, performance, and durability. This makes the component suitable for use in products marketed across different regions without requiring redesign or requalification.
The design of the hex nut ensures uniform clamping force and prevents loosening over time, which enhances the overall longevity of the connection. Its compatibility with standard wrench sizes simplifies the assembly process, reducing installation time and improving production efficiency. The robust construction also helps in resisting corrosion and mechanical wear, thereby supporting the product’s performance over an extended lifespan.
Tmponent with its integrated hex nut offers a dependable mounting solution for electrical applications demanding high reliability. Its combination of electrical ratings, global certifications, and mechanical durability makes it an ideal choice for engineers seeking to improve assembly security and operational safety in low-voltage and control systems.
Post time: Sep-18-2025