RUNXIN F63P3 Automatic Softener Valve – 4 m³/h The RUNXIN F63P3 Automatic Softener Valve is a high‑performance control head built for water softening systems. It supports a maximum flow of 4 m³/h (≈4000 litres per hour), making it well‑suited for medium‑to‑large softener tanks. Featuring a top‑mount design and robust construction, the valve handles water pressures from 0.15 MPa to 0.6 MPa and temperatures from 5 °C to 50 °C. Key Features High Flow Capacity: Handles up to 4 m³/h, fitting tanks from 6″ to 18″ diameter. Automatic Regeneration: Offers timed or meter‑based regen modes for flexible service scheduling. Durable Controls: LED/display interface, button lock, manual override—all built in. Strong Sealing & Build: Employs corrosion‑resistant materials for reliable, sealed operation. Wide Compatibility: Fits vessels with a 2.5″‑8NPSM base and 1″M inlet/outlet. Technical Specifications Inlet / Outlet: 1″ Female threads. Drain Port: ½″ Female thread. Mounting Base: 2.5″‑8NPSM. Flow Rate: 4 m³/h (≈4 000 L/h) Working Pressure: 0.15–0.6 MPa (≈1.5–6 bar) Operating Temperature: 5 °C–50 °C Suitable Tank Sizes: 6″–18″ diameter vessels. Applications & Benefits The RUNXIN F63P3 valve is ideal for commercial or industrial water softener systems where automatic control and medium‑to‑high flow are required. With this valve: You’ll reduce manual regeneration steps since the system handles cycles in its own timing. The reliable construction ensures long service life, even under demanding usage. Your softener system will maintain consistent performance, protecting downstream equipment from scale and improving water usage efficiency. Installation & Maintenance Tips Install the valve on a compatible vessel with a 2.5″ mounting base, ensuring secure connections. Select the correct regeneration mode (time or meter) based on your usage and water quality. Ensure the feed water is within 5 °C–50 °C and the pressure is between 0.15–0.6 MPa for optimal operation. Program regeneration settings and lock the buttons to prevent accidental changes. Regularly check for leaks, inspect gaskets and seals, and verify that regeneration cycles complete properly after servicing.
