Product Overview

The Hayward 2-Port Diverter Valve (3") is a heavy-duty, high-performance flow control valve designed for pool and spa plumbing systems. Engineered with durable materials and smooth internal components, this valve allows precise control of water flow between two plumbing lines.
Ideal for both new installations and replacement applications, the Hayward 3" diverter valve ensures long-lasting reliability and effortless operation.

Ideal For

• Pool & spa plumbing systems requiring 2-port flow control

• High-flow commercial or residential systems

• Upgrading older or leaking valves

• Builders, remodelers, and service professionals

Key Features

• Large 3" Ports: Supports high-volume water flow with minimal restriction.

• Durable Construction: Made from corrosion-resistant, injection-molded thermoplastic.

• Serviceable Design: All internal components are replaceable for extended product life.

• Smooth Operation: Easy-turn handle for precise flow adjustment.

• Versatile Installation: Can be installed for intake or return lines in pool/spa systems.

• Seal-Tight Performance: Designed to prevent leakage and maintain consistent performance.

Benefits

• Ensures optimal water distribution in pool and spa plumbing

• Reduces flow resistance for improved pump efficiency

• Long lifespan and easy maintenance

• Excellent for high-load systems requiring robust components

• Compatible with numerous plumbing configurations

Specifications

• Model: Hayward 2-Port Diverter Valve

• Port Size: 3"

• Material: Thermoplastic, corrosion-resistant

• Application: Pool & Spa Flow Control

• Operation: Manual turn handle

• Maintenance: Fully serviceable internal assembly

Customer-Facing Q&A

Q: Is this valve compatible with 3" plumbing?
A: Yes, it is designed specifically for 3" plumbing lines.

Q: Can this be used for both suction and return lines?
A: Absolutely. It works efficiently on both sides of the system.

Q: Is the handle easy to turn under high pressure?
A: Yes, the valve is engineered for smooth operation even under significant flow.

Q: Can I replace the internal parts if they wear out?
A: Yes, all internal components are fully serviceable and replaceable.