| Valve Type: | 100X float valve | Structure: | Diaphragm type |
| Standard: | BS/API/DIN/JIS | Workmanship: | Investment casting |
| Sealing direction: | Single-directional | Sealing grade: | Zero leakage |
| Temperature: | 0°C<T<80°C | Operation: | Automatic |
The main valve 100X hydraulic floating valve is equipped with a conduit control system, which can automatically control the liquid level of the water tower or pool through hydraulic operation. It is simple in maintenance, flexible and durable, with high accuracy of liquid level control, and the water level is not disturbed by the water pressure and closed tightly without leakage.
It is only driven by the water pressure of the pipeline, which is energy-saving and suitable for the electricity-free scene.
The liquid level is not affected by the water pressure fluctuation, and the switch action is stable and reliable.
It can be randomly arranged according to the height and space of the pool, and it is convenient for maintenance and commissioning.
Good sealing performance of diaphragm/piston structure, long service life
Standard export wooden case packaging
The 100X hydraulic control valve is applied to liquid level maintenance of clean water tank and regulating tank of sewage treatment plant and water plant.
The 100X float valve is a hydraulic floating valve designed to automatically control the liquid level of water towers, pools, and clean water tanks through hydraulic operation without external power.
It features a diaphragm-type structure manufactured under BS/API/DIN/JIS standards, providing a single-directional sealing direction with a zero-leakage sealing grade.
No, it operates automatically without any external power or electricity. It is driven solely by the pipeline's water pressure, making it energy-saving and ideal for electricity-free scenarios.
It is commonly applied to maintain liquid levels in clean water tanks and regulating tanks within sewage treatment plants and water plants.
The valve operates reliably within a working temperature range of 0°C < T < 80°C.