Description:

The ABB SACE Tmax XT3N 250 Circuit Breaker is designed for high-performance applications in industrial environments. With a 250A rating, this reliable circuit breaker is engineered to provide superior protection and ensure the safety of electrical systems. Manufactured in Italy and compliant with IEC60947-2 standards, it offers long-lasting durability and efficient protection against overloads and short circuits. The Tmax XT3N 250 is the ideal choice for both industrial and commercial use, providing essential protection for your equipment and machinery.

Features:

• Current Rating: 250A for reliable protection.
• IEC60947-2 Compliant: Meets international standards for industrial circuit breakers.
• Made in Italy: Manufactured by ABB SACE, a trusted leader in electrical protection systems.
• Compact Design: Suitable for various industrial setups without compromising space.
• High Durability: Designed to withstand demanding environments and offer long-term performance.

Why You Should Buy:

• Reliable Protection: Ensures the safety of electrical systems and equipment by automatically cutting power in the event of a fault.
• Industry-Standard Compliance: Fully compliant with international standards, providing peace of mind for all installations.
• Top Quality: ABB SACE is known for producing durable and efficient electrical components that enhance operational safety.
• Easy Integration: Ideal for integration into both new and existing industrial systems.

FAQs:

Q: Is this breaker suitable for residential use?

A: The Tmax XT3N 250 is designed primarily for industrial and commercial applications, offering protection for heavy-duty electrical systems.

Q: Can this breaker be used for different voltage ranges?

A: Yes, the Tmax XT3N 250 is rated for use with AC up to 690V and DC up to 500V, making it suitable for a wide variety of industrial setups.

Q: How do I maintain this circuit breaker?

A: Regular inspection for wear and tear, along with keeping the breaker clean and free of dust, will help ensure optimal functionality.