The Hayward HCV375C Multiport Valve is a 2 inch commercial valve designed to provide smooth operation, simplified installation, and reliable flow control for Hayward HCF230C and HCF234C sand filters. Engineered for maximum hydraulic efficiency and minimal pressure drop, this six position valve allows operators to choose filter, backwash, waste, rinse, closed, or recirculate modes with a single lever. Factory plumbed for compatibility with most Hayward HCF Series gel coated and filament wound filters, the HCV375C is built to support dependable filtration performance in demanding commercial aquatic environments.

Key Features
• Factory plumbed to fit most Hayward HCF Series commercial sand filters for streamlined installation
• Six selectable operating modes including filter, backwash, waste, rinse, closed, and recirculate controlled by a single lever
• Engineered for strong hydraulic flow with minimal pressure loss to maintain efficient filtration performance
• Includes union connectors to simplify installation, servicing, and long term maintenance
• Fully compatible with Hayward HCF230C and HCF234C filter models for reliable integration
• Built with durable commercial grade materials suitable for continuous use in high demand pool and spa applications

Product Overview
The Hayward HCV375C Multiport Valve offers commercial aquatic facilities a dependable and user friendly solution for managing filtration operations. Its six position lever provides quick transitions between essential system modes, improving workflow efficiency for daily operation and maintenance tasks. The valve’s high flow, low resistance design enhances hydraulic performance while supporting optimal operation of connected HCF Series sand filters.

Engineered for compatibility with Hayward HCF230C and HCF234C models, the HCV375C reduces installation complexity and maintains long term system reliability. Its rugged construction ensures durability in harsh pump room and aquatic conditions, delivering consistent control and smooth operation for commercial filtration systems.