Allen-Bradley 1489-A1C350 - 35A, 240VAC, 1-Pole, Circuit Breaker

Meet the Allen-Bradley 1489-A1C350 — a purpose-built circuit breaker engineered to protect distribution panels and motor control centers in demanding environments. Rated at 35A and up to 240V, this 1-Pole device delivers precise overcurrent protection where space is a premium.

Core specifications at a glance

• Current rating: 35A
• Voltage rating: 240VAC
• Poles: 1-Pole
• Breaker type: Circuit Breaker

Where it shines in real-world applications

• Panelboards, switchboards, and control panels that require compact, reliable protection for control circuits
• Motor control centers and OEM equipment where dependable shutoff and isolation are critical
• Industrial or commercial systems with a 240V distribution network needing solid overcurrent protection for moderate to high loads

Why this particular breaker stands out

The 1489-A1C350 belongs to Allen-Bradley’s trusted line of protectors designed for harsh environments and long service life. Its 1-Pole configuration supports flexible use in panelboards, switchboards, and control panels. With the engineering pedigree of Allen-Bradley and a track record of reliable performance in critical systems, it’s a dependable choice for engineers and technicians who value uptime and predictable protection.

Practical considerations for installation and maintenance

• Ensure compatibility with your existing panelboard or switchboard enclosures and busbar configurations
• Schedule routine checks for mechanical integrity and conductor tightness to maintain reliable protection
• Keep spare units on hand for OEM assemblies or critical maintenance windows to minimize downtime

Who should consider the 1489-A1C350

Maintenance professionals, panel builders, OEMs, and facilities engineers who require proven, high-availability protective devices for 240V control circuits will find this breaker a prudent fit. It’s specifically aligned with industrial control systems and distribution panels where space efficiency and dependable overcurrent protection matter most.