Allen-Bradley 1494F-N30 - 30A, Disconnect Switch

Allen-Bradley 1494F-N30 is a purpose-built 30A disconnect switch designed for demanding industrial and commercial environments where safe electrical isolation is essential. This device delivers dependable disconnection under load, supporting robust lockout/tagout procedures and helping maintain safe, compliant maintenance workflows.

Why this disconnect switch stands out:

• Precise 30A electrical rating aligns with common motor, control, and feeder circuits, providing reliable isolation without overloading the switch mechanism.
• Durable construction for harsh environments engineered to withstand daily operation in rigorous industrial settings, reducing the need for frequent replacement.
• Lockout/Tagout compatibility designed to accommodate safety practices and tags, empowering maintenance teams to secure circuits during service and prevent accidental re-energization.
• Clear, positive disconnection under load ensures the circuit truly opens when the switch is actuated, delivering dependable isolation even when systems are energized.
• Easy integration into standard enclosures and control panels, enabling straightforward retrofits or new installations in existing electrical architectures.
• Long-term reliability built to perform consistently across many service cycles, helping reduce downtime and maintenance costs.

Ideal use scenarios include isolation of motors, pumps, conveyors, fans, and other heavy loads in plant floor applications, control panels, and OEM installation projects. It’s a smart choice for facilities prioritizing worker safety, compliant maintenance procedures, and durable, maintainable electrical isolation.

With the Allen-Bradley 1494F-N30, you’re choosing a trusted disconnect switch that combines precise electrical performance with practical, real-world usability. If you need a dependable 30A solution for safe service, maintenance, and reliable load disconnection, this switch is engineered to meet the demands of everyday industrial operation.