264787 - Miller Auxiliary Power Panel Assembly with Receptacle Cover

Genuine Miller 264787 Auxiliary Power Panel Assembly

The Miller 264787 Panel Assembly is a critical replacement component designed for specific Miller engine-driven welding generators. As a genuine OEM part, it guarantees a precise fit and seamless integration with your existing equipment, ensuring that your machine continues to operate at peak performance levels. This assembly specifically replaces the front panel section housing the auxiliary power outlets, a high-traffic area often subject to wear, impact, or environmental damage.

One of the standout features of this assembly is the integrated "In-Use" receptacle cover. In industrial and outdoor environments, protecting electrical outlets from moisture, dust, and debris is paramount for both equipment longevity and operator safety. The in-use cover design allows cords to remain plugged in while the cover is closed, providing continuous protection against the elements during operation. This is particularly important for welders operating in field conditions where rain or job site grime is a constant factor.

Constructed to Miller's rigorous manufacturing standards, the panel itself is built from durable materials capable of withstanding the vibration and physical demands associated with heavy-duty welding equipment. Replacing a damaged panel not only improves the aesthetic appearance of your welder but also restores the structural integrity of the control face, preventing internal components from exposure. Whether you are performing routine maintenance or repairing a machine after job site damage, the Miller 264787 ensures your auxiliary power interface is secure, compliant, and ready for work.

Key Benefits:

• OEM Quality: Manufactured by Miller Electric for guaranteed compatibility.
• Enhanced Safety: Includes a protective cover to shield electrical receptacles.
• Durability: Built to resist impact, vibration, and corrosion common in welding environments.
• Easy Replacement: Designed as a direct swap for the original part, minimizing downtime.