RUNXIN F63P3 Automatic Softener Valve – 4 m³/h

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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.

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Key Features

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• High Flow Capacity: Handles up to 4 m³/h, fitting tanks from 6″ to 18″ diameter.

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• Automatic Regeneration: Offers timed or meter‑based regen modes for flexible service scheduling.

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• Durable Controls: LED/display interface, button lock, manual override—all built in.

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• Strong Sealing & Build: Employs corrosion‑resistant materials for reliable, sealed operation.

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• Wide Compatibility: Fits vessels with a 2.5″‑8NPSM base and 1″M inlet/outlet.

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Technical Specifications

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• Inlet / Outlet: 1″ Female threads.

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• Drain Port: ½″ Female thread.

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• Mounting Base: 2.5″‑8NPSM.

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• Flow Rate: 4 m³/h (≈4 000 L/h)

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• Working Pressure: 0.15–0.6 MPa (≈1.5–6 bar)

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• Operating Temperature: 5 °C–50 °C

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• Suitable Tank Sizes: 6″–18″ diameter vessels.

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Applications & Benefits

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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:

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• You’ll reduce manual regeneration steps since the system handles cycles in its own timing.

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• The reliable construction ensures long service life, even under demanding usage.

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• Your softener system will maintain consistent performance, protecting downstream equipment from scale and improving water usage efficiency.

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Installation & Maintenance Tips

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1. Install the valve on a compatible vessel with a 2.5″ mounting base, ensuring secure connections.

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2. Select the correct regeneration mode (time or meter) based on your usage and water quality.

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3. Ensure the feed water is within 5 °C–50 °C and the pressure is between 0.15–0.6 MPa for optimal operation.

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4. Program regeneration settings and lock the buttons to prevent accidental changes.

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5. Regularly check for leaks, inspect gaskets and seals, and verify that regeneration cycles complete properly after servicing.

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