RUNXIN F75B1
RUNXIN F75B1
The Runxin F75B1 is an automatic multiport control valve designed specifically for water filtration systems. It is mainly used for media like activated carbon, sand, or multimedia in both residential and industrial water treatment applications.
Specification
- Valve Type: Automatic Filter Valve (Time Clock Type)
- Flow Capacity: 10 m³/h
- Mount Type: Top Mount
- Inlet/Outlet Size: 2" Male Thread
- Drain: 2" Male Thread
- Water Turbidity: <20 FTU
- Working Pressure: 0.15 - 0.6 MPa (1.5 - 6 bar)
- Water Temperature: 5°C - 50°C (41°F - 122°F)
- Mounting Base: 4"-8UN
- Riser Pipe: 1.5" D-GB (50mm)
- Filter Tank: 16" - 24"
Primary Applications
- Residential Water Filtration: Removing sediment, chlorine, or odors.
- RO Pre-treatment: Protecting Reverse Osmosis membranes by filtering out large particulates using sand or carbon media.
- Industrial Cooling: Filtering water for cooling towers or process water.
Three Working Modes:
- Service (Filtration): The default state. Untreated water flows from the inlet, through the media, and exits as filtered water.
- Backwash: Water flows backward through the media to lift, expand, and flush accumulated dirt and sediments to the drain.
- Fast rinse: Water flows downward to recompact the media bed and rinse away any remaining fine particles before returning to service.
Key Features
- Sealing Structure: Utilizes a high-hardness, corrosion-resistant ceramic sealing surface to ensure reliability and prevent untreated raw water from bypassing during regeneration.
- Control Options: Operates as either Time Clock (regeneration based on set days) or Meter Immediate (regeneration based on water usage), providing flexible operation.
- User Interface: Includes a dynamic LED display and a button lock feature to prevent accidental operations.
- Power Loss Protection: Features a "Long Outage Indicator." If power is out for three days, the time will flash upon restart, but all parameters are saved.
- Connectivity: Features a Remote Handling Input for PLC/computer connection, along with an Interlock Function for multi-valve systems, ensuring that only one valve regenerates at a time.
- Pressure Operation: This system is designed to operate safely under pressure while switching between cycles.
