Siemens HF364N 200A 3P 600V Safety Switch, Fusible | AmpState

Siemens HF364N Fusible Safety Switch — a purpose-built equipment disconnect and isolation solution for demanding industrial environments. This 200 A, 3-pole, 600 V safety switch is engineered to safely isolate power at the point of use, delivering reliable protection for both personnel and equipment.

• Fusible configuration for integrated overcurrent protection and straightforward fuse replacement, reducing downtime during maintenance.
• Three-pole design provides robust, multi-line isolation for three-phase systems, ensuring complete and clear shutoff.
• 600 V rating suits a wide range of industrial drives, motors, and control circuits, giving you flexibility in panel design.
• Original BOM alignment—this part is chosen to fit seamlessly into existing documentation and hardware, making it ideal for replacement projects and stocking spares.
• Siemens HF364N compatibility ensures consistency with existing schematics and control layouts, minimizing integration friction.

Ideal use cases

Use the HF364N for equipment disconnect and isolation in manufacturing lines, automation panels, and motor control centers where dependable, point-of-use safety is essential. It’s particularly well-suited for replacement programs where matching the original part number keeps your bill of materials intact and your downtime predictable. Keeping a spare HF364N on hand helps maintain uptime in preventive maintenance cycles and rapid fuse-change workflows.

Why choose AmpState

Available from AmpState, the Siemens HF364N 200 A 3P 600 V Fusible Safety Switch is a practical choice for projects that require exact part-number fidelity. If you’re unsure about fit, AmpState offers guidance to confirm compatibility and help you lock in the right part quickly.

In short, the HF364N is a reliable, BOM-aligned fusible safety switch that makes equipment isolation straightforward and maintenance-ready. It’s a smart, dependable choice for engineers and technicians looking to safeguard three-phase systems while minimizing downtime and complexity.