A-B 513-CDBJ-1-5LG-6GPC-44NEMA Size 2 COMB Starter Circuit Breaker, High Performance Industrial Automation Component
This Allen Bradley motor starter circuit breaker is designed for industrial applications requiring robust and reliable protection against overloads and short circuits. It integrates a circuit breaker and contactor in one compact unit, making installation and maintenance straightforward and efficient.
Manufacturer:Rockwell Automation
Model:513-CDBJ-1-5LG-6GPC-44
Type:Combination Starter Circuit Breaker
NEMA Size:2
Rated Current:Up to 60A
Protection Rating:IP66
Control Voltage:24V DC
Motor Protection:Overload, Short-Circuit
Short-Circuit Breaking Capacity:70kA at 480V AC
Number of Poles:3P
Certifications:UL, CSA, CE
The Rockwell Automation 513-CDBJ-1-5LG-6GPC-44 is an advanced COMB Starter Circuit Breaker designed for high-performance industrial control systems. With its robust design and durable materials, this circuit breaker offers superior performance and reliability. It is specifically engineered to protect electrical circuits from overcurrent and short circuits, making it an essential component for any industrial application.
This model is part of Rockwell Automation’s premium line of circuit breakers, featuring a NEMA 2 enclosure rating for indoor use, providing IP00 protection class which means no protection against external ingress. Its three-pole configuration allows for efficient distribution of electricity across multiple phases.
Installation is straightforward, with a fixed mounting type that ensures secure placement within your control panel. This circuit breaker is UL Listed, CSA Certified, and CE Marked, ensuring compliance with international safety standards.
Key Features:
– High fault interrupting capacity
– Enhanced thermal stability
– Compact design for space-saving installation
– Easy to read status indicators for quick troubleshooting
– Rugged construction for durability in harsh environments
By integrating the 513-CDBJ-1-5LG-6GPC-44 into your system, you can expect increased efficiency, reduced downtime, and improved overall system reliability.
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