HLA3350 350A Circuit Breaker

HLA3350 350A Circuit Breaker

The HLA3350 is a high-capacity 3-pole thermal magnetic circuit breaker designed to deliver robust protection for industrial and commercial electrical systems. Rated at 350A, this circuit breaker is engineered to handle substantial electrical loads, providing critical defense against overloads and short circuits.

Key Features and Benefits:

• High Capacity Thermal Magnetic Protection: The HLA3350 integrates advanced thermal magnetic technology, offering exceptional protection against electrical faults, including overloads and short circuits, to maintain the integrity of your electrical system.
• Interchangeable Trip Unit: This circuit breaker includes an interchangeable trip unit, allowing for easy maintenance and adjustments without the need to replace the entire breaker, making it perfect for maintaining older systems.
• Space-Saving Design: The compact dimensions of the HLA3350 make it suitable for installations where space is at a premium, while still delivering powerful performance.
• Load-Side Terminals Included: This breaker is equipped with load-side terminals, ensuring a straightforward and secure installation process.

Technical Specifications:

• Poles: 3
• Amperes: 350A
• Interrupting Capacity (AIC): 25k @ 600VAC; 35k @ 480VAC; 65k @ 240VAC
• Dimensions: 8.25"W x 10.75"L x 4.00"D
• Weight: 24.00 lbs
• Frame Type: HLA
• Temperature Rating: 40°C
• Certification: UL certified, ensuring compliance with industry standards for safety and performance.

Material Compliance and Certifications:

• The HLA3350 circuit breaker is manufactured to meet stringent industry standards, ensuring reliability and safety in critical applications. It is UL certified, providing assurance that it adheres to the highest standards of quality and performance.

Suitability:

• The HLA3350 is particularly suited for maintaining existing industrial and commercial electrical systems. Its durable construction and advanced features make it ideal for ensuring the continued safety and efficiency of legacy systems.