What This Part Is Used For The Hayward SPX3400DRKIT is a wall mount kit used with compatible Hayward variable speed pump drive applications. It provides a mounting solution for installing the drive component off the pump body, typically on a wall near the equipment pad. This kit is used when a wall-mounted drive setup is needed for access or protection. Why This Part Matters Mounting the drive correctly helps protect it from vibration, heat buildup, and water exposure that can shorten electronics life. A secure mount also keeps service access clean for programming and troubleshooting without fighting tight equipment layouts. Replacing or adding the correct mount kit supports a more reliable drive installation. This is often used when equipment pads are cramped or when the drive needs to be positioned away from splash zones. Key Features and Specifications Manufacturer part number: SPX3400DRKIT Wall mount kit for compatible Hayward variable speed pump drive installations Used to mount the drive off the pump body Helps improve access and positioning near the equipment pad Service accessory for drive installation and relocation Installation and Fitment Guidance Shut off power at the breaker before handling drive components or wiring. Mount the kit on a stable surface and route wiring cleanly to avoid strain at connections. Confirm by manufacturer part number before ordering. About the Hayward Brand Hayward manufactures an integrated pool equipment ecosystem including pumps, filters, heaters, automation, cleaners, chlorination systems, and service parts. Their variable speed pumps and controls are commonly used in modern residential systems where equipment placement and service access matter. Accessories like wall mount kits help tailor installations to real equipment pad conditions. Hayward replacement parts and accessories are widely supported across the pool industry. Common Service Context Techs typically use wall mount kits when the drive needs to be moved for better access or protection from water and heat. It is often identified during automation upgrades or drive replacements on tight pads.
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