Eaton BR3100 3-Pole 100-Amp BR Plug-On Circuit Breaker

Eaton BR3100 Thermal Magnetic Circuit Breaker - Safeguard Your Electrical Systems

Product Specifications:

• Product Name: Eaton BR Thermal Magnetic Circuit Breaker
• Catalog Number: BR3100
• UPC: 786676368094
• Interrupt Rating: 10 kAIC
• Type: Type BR 1-Inch Plug-On Circuit Breaker
• Wire Size: #1 AWG Cu/Al
• Circuit Breaker Type: BR
• Used With: Type BR Loadcenters
• Main Circuit Breaker: BR
• Mounting Method: Plug-On
• Voltage Rating: 120/240 V
• Amperage Rating: 100 A
• Trip Type: Common Breaker Trip
• Number of Poles: Three-Pole

General Specifications:

• Product Length/Depth: 3 in
• Product Height: 2.5 in
• Product Width: 2.9 in
• Product Weight: 1.1 lb
• Compliance: Federal Specifications Classification W-C375
• Certifications: UL 489

Description:

Elevate your circuit protection with the advanced Eaton BR3100 Thermal Magnetic Circuit Breaker. Designed to provide robust and reliable circuit protection, this breaker is the ideal choice for your electrical systems.

Key Features:

• Comprehensive Protection: Boasting an interrupt rating of 10 kAIC, this circuit breaker offers a high level of protection for your electrical infrastructure.

• Easy Installation: The Type BR 1-Inch Plug-On Circuit Breaker design ensures a hassle-free and secure installation process.

• Efficient Power Distribution: Compatible with #1 AWG Cu/Al wire size, this breaker guarantees efficient distribution of power throughout your systems.

• Swift Anomaly Response: Featuring a common breaker trip mechanism, this three-pole breaker promptly responds to electrical anomalies, enhancing overall safety.

• High Amperage Handling: With an amperage rating of 100 A, this breaker supports the distribution of significant electrical loads, ensuring reliable performance.

Upgrade your circuit protection with the Eaton BR3100 Thermal Magnetic Circuit Breaker. With a quantity of 28 units, this breaker is tailored for Type BR Loadcenters, providing the dependable performance and safety your electrical infrastructure demands.