Waterway Plastics
Waterway Plastics 672-4680 - Manifold - 1.5-Inch 10-Port 3-4-Inch Barbs
Waterway Plastics 672-4680 - Manifold - 1.5-Inch 10-Port 3-4-Inch Barbs
Waterway Plastics Manifold
Waterway Plastics Manifold
Waterway Plastics stands behind a full line of pool and spa components engineered for serviceability. The part number 672-4680 is a 10-port manifold designed for 1.5-inch piping with 3/4-inch barb connections. It provides a centralized distribution point for multiple lines within filtration, circulation, or heating loops. This description is for technicians and professional buyers seeking durable, predictable performance in busy pool or spa systems.
Key Features
- Ten ports on a single 1.5-inch manifold body enable multi-branch routing in a compact footprint.
- Each port terminates with 3/4-inch barb fittings for typical spa/pool hose connections.
- Durable construction built to withstand thermal cycling and routine service in pool and spa environments.
- Modular design supports flexible installation in skimmer assemblies, jet bodies, pump wet ends, and return-line networks common in Waterway layouts.
- Part number 672-4680 identifies this 10-port manifold for ordering and reference.
Where This Part Is Used
In typical systems it sits at or near the filtration loop, linking multiple return or inlet lines to a single supply. You will often see it integrated into skimmer assemblies or as part of a multi-branch return manifold. Jet bodies and pump discharge paths commonly route through a 1.5-inch manifold like this to organize flow. It also finds use in filter housings where multiple hoses need a common central connection point. The design supports straightforward routing of hoses and compact installation within standard pool and spa plumbing layouts.
Why Choose Waterway Plastics
Waterway Plastics has a long-standing reputation for engineering consistency across its product lines. The company emphasizes serviceability, with components designed to remain interchangeable where applicable. Choosing Waterway Plastics supports long-term repairability and availability of replacement parts. This reliability is especially important in commercial or frequent-maintenance environments where uptime matters.
