999320 - 20A Circuit Breaker

999320 20A Circuit Breaker

The 999320 Circuit Breaker is an essential component for ensuring the safety and reliability of your electrical systems. Designed for industrial and commercial applications, this 3-pole, 20 Amp circuit breaker provides robust protection for electrical circuits, preventing overloads and short circuits that can lead to significant damage and costly downtime. With an impressive A.I.C. rating of 600VAC, the 999320 is perfectly suited for high-voltage environments, delivering dependable performance in demanding settings. Housed in a durable ML-1 frame and featuring a thermal-magnetic design, this molded case circuit breaker is engineered to respond swiftly to electrical faults, enhancing the protection of your electrical infrastructure.

Key Features and Benefits:

• High Reliability: Capable of handling up to 600VAC, this breaker ensures safe operation in high-voltage applications.
• Thermal-Magnetic Design: Offers dual protection, effectively managing both thermal overloads and magnetic short circuits.
• Durable Construction: Encased in a robust ML-1 molded frame, the 999320 is built to withstand harsh industrial environments.
• 3-Pole Configuration: Provides comprehensive circuit protection for three-phase electrical systems.

Technical Specifications:

• Poles: 3
• Amperes: 20A
• A.I.C. Rating & Voltage: 600VAC
• Frame Type: ML-1
• Dimensions: 4.50"W x 6.50"L x 3.00"D
• Ship Weight: 7 lbs

Material Compliance and Certifications:

• The 999320 Circuit Breaker adheres to the highest industry standards, ensuring it meets all necessary certifications, including UL standards. This compliance guarantees that the product offers safe, reliable, and efficient performance across various applications.

Suitability:

• This circuit breaker is ideal for use in industrial and commercial settings, where reliable electrical protection is crucial. Its 20 Amp capacity makes it suitable for safeguarding smaller circuits within larger electrical networks, ensuring continuous operation and minimizing the risk of electrical faults.