HFC3040 40A Circuit Breaker

HFC3040 40A Circuit Breaker

The HFC3040 is a reliable 3-pole, 40 Amp thermal-magnetic circuit breaker designed specifically for maintenance operations in industrial and commercial settings. Engineered with an HFC frame, this circuit breaker provides robust protection against overloads and short circuits, ensuring the continued safety and performance of your electrical systems. This breaker is rated for use in environments up to 40°C and features a non-interchangeable trip unit, delivering consistent protection with fixed settings. The inclusion of load terminals simplifies installation, making it an excellent choice for ongoing maintenance needs.

Key Features and Benefits:

• Thermal-Magnetic Protection: Ensures effective and reliable tripping in response to overcurrent and short circuit conditions, safeguarding your equipment.
• High A.I.C. Ratings: Provides strong fault interruption capacity, capable of withstanding significant fault conditions.
• Sturdy HFC Frame: Built for durability in harsh environments, ensuring long-term reliability and protection.
• Non-Interchangeable Trip Unit: Offers consistent and dependable operation with fixed protection settings.

Technical Specifications:

• Poles: 3
• Amperes: 40A
• Dimensions: 4.13" W x 6.00" H x 3.38" D
• A.I.C. Rating: 14k @ 600VAC; 25k @ 480VAC; 65k @ 240VAC
• Frame Type: HFC
• Temperature Rating: 40°C
• Terminals: Includes load terminals

Material Compliance and Certifications:

• The HFC3040 circuit breaker is manufactured using high-quality materials that comply with rigorous industry standards. It meets all necessary UL and IEC certifications, ensuring safe and reliable performance across various applications.

Suitability:

• This circuit breaker is ideal for maintenance applications in industrial and commercial environments that require dependable circuit protection. Its rugged construction and high fault interruption capacity make it particularly suited for situations where consistent performance is essential to maintaining system safety and functionality.

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