A device that regulates liquid levels automatically, typically found in water tanks, reservoirs, water towers, and similar settings. It operates by utilizing the buoyancy of a float: as the liquid level increases, the float rises, causing the valve to shut off and halt the flow. Conversely, as the liquid level decreases, the float lowers, reopening the valve to resume filling the tank, thereby maintaining the level.
The valve automatically adjusts water levels without requiring electricity or manual operation, responding to fluctuations in water levels.
It runs on a completely mechanical system, eliminating the energy usage linked to electrical control systems.
Basic design: Usually includes a valve casing, stem, float, and sealing parts, which simplifies upkeep.
Avoiding spills: Accurately manages water levels to prevent tanks from overflowing or running dry.
Resilience: Frequently crafted from nylon, allowing it to be used with different types of fluids.
Automated water replenishment for water towers and tanks to keep water levels consistent. Helps prevent system overheating by stabilizing coolant levels in cooling systems. Manages water levels in channels or irrigation systems for efficient agricultural watering. Regulates liquid levels in water treatment systems and other industrial equipment.
