Replacement of Eureka Sanitaire Wet/Dry Sc6065A On/Off Switch...NLA When Depleted #16300CP

This replacement on/off switch is designed to restore reliable power control in wet/dry vacuum systems. Installed within the main housing, it allows smooth activation and shutdown of the motor for efficient cleaning operation. Built for durability and consistent electrical performance, this switch ensures stable connectivity and long-lasting use. Ideal for replacing worn or non-functioning switches, it helps maintain safe and efficient operation of commercial vacuum equipment. This part is discontinued once stock is depleted, making it essential for repair and maintenance needs.

• Precise Industrial Compatibility – Specifically engineered as the replacement switch for the Eureka Sanitaire SC6065A series wet/dry vacuums. This vacuum accessory ensures a perfect snap-fit into the motor housing, maintaining the original electrical integrity of your professional cleaning equipment.
• Heavy-Duty Water-Resistant Build – Manufactured with high-impact, moisture-resistant polymers and heavy-duty brass terminals. This switch is built to survive the humid and demanding environments of wet/dry extraction, preventing internal corrosion even during heavy-duty cleaning on hard surfaces.
• Essential Power Restoration Use Case – The primary solution for machines that fail to start, cut out during use, or have a physically damaged toggle. It provides a reliable fix for the main power control point, ensuring your vacuum is ready for both liquid spills and dry debris recovery.
• Enhanced User Safety & Reliability – Features a high-engagement rocker design that provides a crisp, tactile "click" for positive power control. This ensures your motor and specialized floor brush attachments receive a stable flow of electricity, protecting the motor from intermittent power surges.
• Simple Snap-In Maintenance – Designed with standard spade-terminal connections for a quick, tool-free installation. This 16300CP switch allows for rapid on-site repair, minimizing downtime and avoiding the significant expense of replacing the entire motor head assembly.