Hayward Hydrosweep Slotted Replacement Eyeball SPX1419C1
Product Overview
As a retailer of hot tub and spa parts, I’m featuring this genuine Hayward Hydrosweep replacement eyeball component. This specialized slotted design creates unique flow patterns for enhanced water circulation.
Technical Description
The Hayward SPX1419C1 is a precision-engineered eyeball component featuring an innovative slot orifice design. This replacement part provides distinctive water flow characteristics ideal for specialized circulation needs.
Key Features
- Unique slot orifice design
- Direct replacement component
- Professional-grade white finish
- Specialized directional control
- Sweep pattern water flow
- UV-resistant construction
Specifications Table
Specification | Detail |
---|---|
Model Number | SPX1419C1 |
Brand | Hayward Hydrosweep |
Orifice Type | Slotted |
Color | White |
Material | UV-resistant PVC |
Type | Replacement Eyeball |
Application | Return Fitting |
Compatibility | Hydrosweep Inlets |
Installation Compatibility
Designed as a direct replacement for Hayward Hydrosweep inlet fittings, this eyeball component ensures perfect fit while maintaining original equipment specifications.
Performance Features
- Distinctive sweep pattern flow
- Enhanced circulation characteristics
- Specialized water distribution
- Original equipment quality
- Unique flow dynamics
Applications
- Direct replacement needs
- Specialized circulation requirements
- Surface skimming effects
- Enhanced water movement
- Custom flow patterns
Technical Benefits
The slotted orifice design creates unique flow characteristics ideal for specialized applications. This replacement part ensures the restoration of proper sweep patterns while maintaining system efficiency.
Design Features
The white finish matches original equipment while providing excellent durability. The construction materials are specifically selected for long-term reliability in pool and spa environments.
This Hayward replacement eyeball represents a specialized solution for maintaining unique water flow patterns in Hydrosweep inlet systems