Eaton 2A F Ceramic Cartridge Fuse, 5 x 20mm

This cartridge fuse is designed for reliable performance in various electrical applications. Featuring a compact 5 x 20mm configuration, it offers a current rating of 2A and operates at a voltage of 250V AC. This fuse is constructed with a ceramic body, ensuring durability and stable performance in demanding environments.

• Fast-acting design provides high breaking capacity for protection
• Ceramic construction ensures superior thermal performance and reliability
• Meets IEC 60127-2 standard for universal compatibility
• Available with optional axial leads for installation versatility
• Designed for use in a wide range of electrical applications
• Compliance with multiple agency approvals enhances trustworthiness

• Utilised in electronic devices requiring specific current limits
• Suitable for industrial equipment and machinery protection
• Employed in automation systems to safeguard circuitry
• Ideal for appliances where space constraints exist

The fast-acting design ensures quick interruption of current flow during fault conditions, preventing potential damage to the connected equipment and reducing fire risks.

The ceramic body provides enhanced thermal dissipation capabilities, allowing the fuse to handle higher temperatures without failure, thereby increasing its lifespan and reliability in demanding situations.

Yes, the optional axial leads enable flexibility in installation, allowing the fuse to be easily integrated into various board layouts or wiring configurations.

It has met the requirements set by multiple safety standards, including cURus and VDE approvals, ensuring it adheres to strict performance and safety measures recognised worldwide.

Eaton formerly known as Bussmann

Very high breaking capacity
Good mechanical/vibration characteristics

Typical Applications include short-circuit protection of semiconductors such as thyristors, diodes and triacs.
Note that with values of greater than 6.3A the use of open type fuseholders is recommended, to reduce the risk of nuisance tripping at or near full rated current.