Yes, the REACH certification ensures that this power extension cord complies with the European Union's regulation on the Registration, Evaluation, Authorisation, and Restriction of Chemicals. This certification verifies that the product is free from harmful chemicals and ensures that it is safe for use in both commercial and industrial environments, making it an environmentally responsible choice.

by FS.com on 12/23/2025

The UL certification on this power extension cord indicates that it has passed rigorous safety tests conducted by Underwriters Laboratories. It ensures that the cord meets the necessary safety standards for electrical products, including protection against electrical faults and fire hazards. The UL certification is particularly important in environments like data centers, where electrical safety is crucial.

by FS.com on 12/20/2025

The VW-1 flame-retardant jacket is a key safety feature that enhances the overall fire safety of the power extension cord. It complies with the UL817 standard, ensuring that the cord will not contribute to fire hazards in environments where fire resistance is crucial, such as data centers or server rooms. While not all equipment requires this level of protection, it's especially valuable in high-density settings where multiple devices are powered simultaneously, reducing the risk of electrical faults and fires. This feature guarantees the safe and stable operation of your equipment under demanding conditions.

by FS.com on 12/16/2025

FS power cords are engineered from the outset to comply with strict safety standards. They use high‑purity copper conductors and VW‑1 flame‑retardant PVC jackets to provide excellent electrical conductivity and fundamental protection. The products are certified by CE, UL, REACH and other authoritative standards. Each power cord is subjected to comprehensive routine tests before shipment, ensuring long‑term safe and stable connections for your equipment.

by FS.com on 12/11/2025

A smaller AWG number indicates a thicker conductor with lower resistance and higher current-carrying capability. For higher-current applications, longer cable runs, or harsher operating conditions (such as elevated temperature, humidity, or vibration), 14AWG cables are generally recommended to reduce voltage drop and provide additional safety margin. For lower-current devices and short-distance connections under normal conditions, 17AWG cables are typically sufficient.

by FS.com on 12/06/2025