PB31000 - 1000Amp Circuit Breaker

PB31000 - 1000Amp Circuit Breaker

The PB31000 Circuit Breaker is a robust and reliable solution designed specifically for high-demand electrical systems, offering superior protection and performance in industrial and commercial applications. With a 1000Amp capacity and a 3-pole configuration, this thermal magnetic circuit breaker is engineered to provide consistent protection against overloads and short circuits, ensuring the safety and efficiency of your electrical systems. The PB31000 is rear-connected and rated for 40å¡C, making it an ideal choice for maintenance in existing electrical infrastructures. It‰۪s a heavy-duty circuit breaker that complies with the highest safety standards, ensuring long-term reliability.

Key Features and Benefits:

• High Capacity: Rated at 1000Amperes, this circuit breaker is suitable for managing high-current loads in demanding environments, ensuring that your electrical systems remain protected.
• Thermal Magnetic Technology: Incorporates both thermal and magnetic trip mechanisms to safeguard your system from overloads and short circuits, ensuring consistent and reliable operation.
• Rear Connected: Facilitates easy integration into existing systems, making it a perfect choice for maintenance tasks without the need for extensive system redesigns.

Technical Specifications:

• Ship Weight: 165.00 lbs
• Dimensions: 12.06"W x 22.13"L x 9.06"D
• Poles: 3
• Amperes: 1000
• A.I.C. Rating & Volts: 100kA @ 600VAC; 100kA @ 480VAC; 125kA @ 240VAC
• Frame Type: PB
• Temperature Rating: 40å¡C
• Connection: Rear Connected
• Type: Thermal Magnetic Circuit Breaker

Material Compliance and Certifications:

• The PB31000 Circuit Breaker is manufactured using premium materials that comply with international safety and quality standards. Each unit undergoes rigorous testing to ensure it meets industry certifications, providing you with a reliable and durable product that stands up to the most demanding applications.

Suitability:

• The PB31000 is an excellent choice for maintenance in existing high-demand electrical systems. It is specifically designed to replace older breakers in established infrastructures, offering a reliable solution without the need for major system upgrades.