MOQ: | 1 |
Price: | USD448/pcs |
Delivery Period: | 15-20 work days |
Payment Method: | T/T |
Supply Capacity: | 100-1000 |
A Drain Valve is a crucial component designed for the periodic or continuous removal of unwanted accumulations—such as water, condensate, sludge, sediment, or other contaminants—from the lowest points of pressurized systems, vessels, tanks, and pipelines. By efficiently ejecting these impurities, drain valves protect equipment from corrosion, water hammer, contamination, and efficiency loss, ensuring system integrity and product purity.
The operating principle depends on the valve type:
1. Manual Drain Valves: An operator opens the valve (e.g., by turning a knob or pulling a lever), allowing system pressure to force the accumulated liquid out. The valve is manually closed after draining.
2. Automatic Float Valves: A float mechanism rises with the liquid level. Upon reaching a predetermined height, the float mechanism mechanically opens the valve seat. After draining, the float drops and reseals the valve.
3. Solenoid Drain Valves: An electrical signal energizes a solenoid coil, which lifts a plunger to open the orifice. When the signal stops, a spring returns the plunger, closing the valve. They are often timed to open at regular intervals.
Drain valves are essential in any system where moisture or contamination collects:
Often overlooked but never unimportant, a drain valve is a guardian of your system's health. It is a primary defense against the slow, damaging effects of corrosion and contamination. Choosing the right drain valve is a simple step toward achieving greater operational efficiency, reduced maintenance costs, and extended equipment life.
MOQ: | 1 |
Price: | USD448/pcs |
Delivery Period: | 15-20 work days |
Payment Method: | T/T |
Supply Capacity: | 100-1000 |
A Drain Valve is a crucial component designed for the periodic or continuous removal of unwanted accumulations—such as water, condensate, sludge, sediment, or other contaminants—from the lowest points of pressurized systems, vessels, tanks, and pipelines. By efficiently ejecting these impurities, drain valves protect equipment from corrosion, water hammer, contamination, and efficiency loss, ensuring system integrity and product purity.
The operating principle depends on the valve type:
1. Manual Drain Valves: An operator opens the valve (e.g., by turning a knob or pulling a lever), allowing system pressure to force the accumulated liquid out. The valve is manually closed after draining.
2. Automatic Float Valves: A float mechanism rises with the liquid level. Upon reaching a predetermined height, the float mechanism mechanically opens the valve seat. After draining, the float drops and reseals the valve.
3. Solenoid Drain Valves: An electrical signal energizes a solenoid coil, which lifts a plunger to open the orifice. When the signal stops, a spring returns the plunger, closing the valve. They are often timed to open at regular intervals.
Drain valves are essential in any system where moisture or contamination collects:
Often overlooked but never unimportant, a drain valve is a guardian of your system's health. It is a primary defense against the slow, damaging effects of corrosion and contamination. Choosing the right drain valve is a simple step toward achieving greater operational efficiency, reduced maintenance costs, and extended equipment life.