Fuse disconnector 250A, size 1, 3-pole mounting on Sasy 60i, FCE version with box terminals XNH1-FCE-S250-BT 183056

Eaton XNH1-FCE-S250-BT fuse disconnector is a reliable device designed to protect electrical installations against overloads and short circuits. Designed to work with NH1 fuse links, it offers a continuous rated current of 250A and withstands short-circuit current up to 120kA (at 500V) or 100kA (at 690V).

The device is three-pole and designed for mounting on SASY 60i rails, ensuring easy and quick installation in switchboards. The FCE version is equipped with screw terminals, allowing the connection of cables with a cross-section from 35 to 150 mm². Additionally, the disconnector has a built-in fuse link failure indication – optical, which facilitates quick identification of the problem and minimizes installation downtime.

Construction features and application:

• Durability and safety: high short-circuit strength guarantees reliable operation even in difficult operating conditions.
• Versatile mounting: the possibility of connecting cables from both the top and bottom increases installation flexibility.
• Blown fuse indication: optical indication of fuse failure allows for quick reaction and minimizes the risk of failure.
• Screw terminals: ensure a secure and durable cable connection.
• Compatibility: dedicated to NH1 fuse links and SASY 60i rails.
• Fuse status control: Built-in fuse status control function increases safety.

The XNH1-FCE-S250-BT disconnector finds application in electrical switchboards, control cabinets and other installations requiring reliable protection against overloads and short circuits. It is ideal for both professional installers and end-users looking for a solid and safe solution. Thanks to the possibility of mounting on SASY 60i rails, integration with existing infrastructure is simple and effective. The use of screw terminals facilitates the connection of cables of various cross-sections, and the fuse failure indication allows for quick identification of the problem.