Allen-Bradley 1494F-NF200 - Disconnect Switch

Meet the Allen-Bradley 1494F-NF200 Disconnect Switch — a purpose-built safety device engineered for industrial and commercial environments where safe electrical isolation is essential. This disconnect switch is designed to support proper lockout/tagout procedures, delivering a clean, definitive disconnection under load and standing up to years of daily service.

What sets the 1494F-NF200 apart

• Lockout/Tagout readiness: Ensures workers can apply tags and locks to prevent accidental re-energization during maintenance, supporting compliance and on-site safety culture.
• Reliable disconnection under load: Provides a dependable isolation path when equipment is energized, reducing risk during servicing and troubleshooting.
• Industrial durability: Built to endure demanding environments found in factories, plants, and commercial facilities, prioritizing long-term reliability.
• Seamless integration with safety ecosystems: As part of the Allen-Bradley line, it aligns with established control and safety architectures to streamline installation and maintenance workflows.

Ideal use cases

• Routine maintenance on motors, conveyors, pumps, and other energized equipment — when you need a definitive, safe isolation before service.
• Electrical isolation during installation, testing, or repairs to prevent unexpected energization.
• Facilities and plant settings where strict lockout/tagout practices are required to protect workers and meet safety standards.

Practical considerations and tips

To maximize safety and reliability with the 1494F-NF200, pair it with compatible lockout devices and tags, follow established facility safety protocols, and schedule regular inspections to verify condition and readiness. Its proven design supports consistent performance across shifts and crews, making it a dependable cornerstone of your safety and maintenance strategy.

Choose the Allen-Bradley 1494F-NF200 when you need a dedicated disconnect switch that prioritizes safe isolation, reliable operation under load, and durable, long-term performance in demanding industrial and commercial environments.