KEMET Aluminium Cylindrical Can Capacitor 0.47F 25V DC Polar Screw Terminal ALS70A474NF025

KEMET ALS70A474NF025 Aluminium Cylindrical Can Capacitor with 0.47 Farad capacitance and 25V DC voltage rating is optimized for use in demanding industrial, commercial, and electrical applications. Featuring a polar construction and screw terminal mount, it ensures excellent reliability and secure connections.

This capacitor measures 105mm in both height and length with a diameter of 77mm, making it a compact unit suitable for space-conscious designs. It tolerates operating temperatures from -40°C to 85°C, providing stable performance in harsh conditions.

The product is engineered to handle high ripple currents up to 28.6A, making it ideal for frequency converters, uninterruptible power supplies (UPS), and switch mode power supplies (SMPS). The long operational lifetime of 40,000 hours enhances maintenance cycles and reduces replacements.

Capacitance rating of 0.47 Farad offers high energy storage capacity. 25V DC voltage rating ensures compatibility with low-voltage circuits. Cylindrical can design offers mechanical robustness. Screw terminal mount ensures secure electrical connections.

Polar capacitor type suitable for intended circuit configurations. Dimensions: Length and Height at 105mm, Diameter 77mm. Wide temperature endurance from -40°C to 85°C. High ripple current capacity of 28.6A supports demanding loads.

Standards compliance includes IEC 60384-4 and RoHS certification. Manufactured in Portugal under strict quality controls.

This capacitive solution is appropriate for numerous industrial and manufacturing uses, including power supplies, frequency converters, and UPS systems. Its durable build and long life make it a trusted component for engineers designing for reliability and efficiency.

For additional technical documentation such as RoHS Certificates and schematics, refer to the provided technical resources. Explore related aluminium Capacitors and electronic components in the EnvMart catalogue for comprehensive sourcing.