Fuse disconnect switch 160A, size 00, 3-pole mounting on Sasy 60i, version FCL XNH00-FCL-S160 183036

Fuse disconnect switch – reliable installation protection

This three-pole fuse disconnect switch, designed for mounting on SASY 60i rails, is a key element in protecting the electrical installation. Designed to work with NH00 type fuse links and with a rated current of 160A, it provides effective protection against overloads and short circuits. The FCL version is equipped with optical fuse blown indication, which facilitates quick problem identification and minimizes downtime.

Design and application

This disconnect switch finds wide application in electrical switchboards, both in industrial and commercial installations. Its solid construction guarantees reliable operation even in difficult conditions. The possibility of connecting cables from above or below increases installation flexibility, and the compact dimensions allow for optimal use of space in the switchboard. The rated continuous current of 160A makes it ideal for protecting circuits with high power consumption. It withstands short-circuit current up to 120kA (at 500V) or 100kA (at 690V), making it a reliable short-circuit protection element.

Key features and benefits

• High short-circuit strength: Ensures protection of the installation even with high short-circuit currents – 120kA at 500V or 100kA at 690V.
• Fuse blown indication: Optical FCL indication facilitates quick location of the damaged fuse and shortens repair time.
• Mounting on SASY 60i rails: Compatibility with the popular SASY 60i rail system facilitates integration with existing installations.
• Flexible cable connection: The possibility of connecting cables from above or below provides convenience during installation and connection.
• Safety of use: Compliance with safety standards ensures the protection of people and property.
• Solid screw connection: Guarantees a secure and durable connection of the main conductors.
• Fuse status monitoring: Additional fuse status monitoring function increases system safety and reliability.
• Voltage versatility: Designed to operate at a maximum voltage of AC 690V and DC 440V.