Description

Introducing the Eaton BR Thermal Magnetic Circuit Breaker, your partner in electrical security. Think of it as a vigilant sentinel, standing ready to shield your home from potential electrical issues. Let’s delve into the core specifications.

Key Specifications:

• Product Name: Eaton BR Thermal Magnetic Circuit Breaker
• Catalog Number: BR270
• UPC: 786676363150
• Compact Dimensions:
  • Length/Depth: 2.8 inches
  • Height: 2.5 inches
  • Width: 1.9 inches
• Weight: Sturdy yet manageable at 0.65 lb

Meeting Standards:

• Compliance: Complies with Federal Specifications Classification W-C375
• Certifications: UL 489 certified – a symbol of quality assurance

Key Features:

• Used With Type BR Loadcenters: Seamlessly integrates with Type BR Loadcenters – a perfect fit.
• Interrupt Rating: A robust shield with a 10 kAIC rating – prepared for any electrical hurdles.
• Wire Size: Compatible with #8-1/0 AWG Cu/Al wires – the essential arteries of your electrical system.
• Main Circuit Breaker: Takes center stage as a BR type – a reliable leader.
• Quantity: A robust team of 28 vigilant protectors in each pack – unity in safety.

Easy Setup:

• Mounting Method: Easily installed using the Plug-on method – simplicity at its best.
• Amperage Rating: Engineered to handle power demands at 70A – reliable and strong.
• Number of Poles: Dynamic cooperation with two poles – a harmonious balance.
• Type: Designed for perfect compatibility, a Type BR 1-Inch plug-on circuit breaker.
• Circuit Breaker Type: Easily recognizable as a BR type – a trusted defender.
• Voltage Rating: Capable of managing both 120 and 240 volts – adaptable and reliable.
• Trip Type: In case of an issue, employs a common breaker trip mechanism – swift and responsive.

From preventing potential electrical disruptions to actively reinforcing your electrical system, the Eaton BR Thermal Magnetic Circuit Breaker assumes the role of a devoted guardian. Picture it as an ever-watchful protector within your walls, assuring a secure and uninterrupted power flow.