Eaton WMZS3D06 - 6A, 3-Pole, Circuit Breaker

When reliability matters in industrial, commercial, and OEM electrical panels, the Eaton WMZS3D06 stands up to the task. This 6A, 3-Pole circuit breaker delivers dependable overcurrent protection for 3-phase systems in panelboards, switchboards, and control panels, helping prevent faults from interrupting production and harming equipment.

• Current rating: 6 A
• Poles: 3-Pole
• Breaker type: Circuit Breaker

Key benefits and what they mean for your operation

• Three-pole protection for balanced 3-phase loads: The 3-Pole design ensures each phase is guarded, making it ideal for three-phase motors, drives, and other multi-phase equipment.
• Compact, versatile deployment: Designed for seamless integration into standard panelboards, switchboards, and control panels, simplifying OEM builds and panel upgrades.
• Targeted overcurrent protection: With a precise 6 A rating, it protects wiring and components from overloads without unnecessarily tripping low-load circuits, helping maintain uptime.
• Rugged suitability for industrial environments: Built to endure the demands of manufacturing floors and control centers, where reliable protection is a must.

Ideal use cases

• OEM equipment assemblies that require three-phase protection for circuits up to 6 A per leg
• Distribution panels and motor control centers in commercial or light industrial settings
• Panelboard upgrades or retrofits where existing infrastructure benefits from a robust 3-pole, 6 A protection device

Why choose the Eaton WMZS3D06 for your system

• It provides dependable three-phase protection exactly where you need it—across all three legs—minimizing the risk of phase imbalances that can damage equipment.
• Designed to slot into conventional Eaton panel ecosystems, making installation straightforward and maintenance-ready for ongoing operations.
• Its focused 6 A rating is ideal for protecting lighter-duty three-phase circuits, control circuits, and small motors without sacrificing safety or performance.

Practical setup tips

• Confirm the enclosure and bus compatibility for a smooth, drop-in replacement or retrofit in existing panelboards, switchboards, or control panels.
• Match the load profile to the three-phase circuit expectations; reserve margin so the breaker trips only when truly required by overload or fault conditions.
• Plan routine maintenance around the device’s role in protecting critical loads; ensure easy access for testing and replacement in busy industrial environments.