Inlet float valve
If the relative humidity of the air is too low, the adhesion of the paint will decrease. On the other hand, if the relative humidity is too high, the glaze layer sprayed onto the product may become excessively diluted, forming tiny liquid bubbles. As these bubbles evaporate during drying, they can lead to poor spraying results and the formation of fine pits on the sprayed surface.
Category:
Main components of electric steam humidifiers
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Renjie
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Product Description
If the relative humidity of the air is too low, the adhesion of the paint will deteriorate. On the other hand, if the relative humidity is too high, the glaze layer sprayed onto the product may become excessively diluted, forming tiny liquid bubbles. As these bubbles evaporate during the drying process, they can lead to poor spraying results and the formation of fine pits on the sprayed surface. We must listen carefully to and thoroughly understand our customers’ needs, then meet those needs and even exceed their expectations—this is “Ren.” We strive relentlessly to maintain the highest product quality and continuously introduce innovative new products, creating greater value for our customers, becoming the most innovative enterprise, and earning widespread acclaim as a supplier in the markets we serve—this is “Jie.”
Product Features
Made entirely of stainless steel, it is corrosion-resistant and high-temperature resistant.
The valve seat is made of fluororubber, which is leak-proof and durable.
Adjustable water level and automatic replenishment.
The purpose is to maintain the normal operating water level and prevent overheating caused by insufficient water levels that could lead to dry-running of the equipment.
Comparison explanation
The difference between using an inlet water float valve and an inlet water solenoid valve in an electric steam humidifier:
The greatest risk associated with using electric steam humidifiers is that, in the event of dry-running, the unit may continue to receive power due to the failure of various protective mechanisms. In such a scenario, the unit heats up very rapidly, ultimately leading to secondary hazards.
When the inlet solenoid valve malfunctions or its coil burns out, the valve will shut off and stop filling the water tank. If the situation arises where the valve remains energized even though the tank is already dry, and various protective devices take a certain amount of time to disengage, the machine will heat up very rapidly, ultimately leading to damage.
The inlet float valve features a fully mechanical design. As long as the water supply line is functioning normally, even if a malfunction occurs, the valve will continue to fill the tank with water whenever the water level drops. In this way, as long as there’s water in the tank, the risk of the tank overheating rapidly when it runs dry—especially in electric steam humidifiers—is effectively eliminated, providing an additional layer of overheat protection.
However, if the water quality is poor, scaling could cause the inlet float valve to become clogged. In such a case, the advantage of this feature would no longer apply. This is also one of the reasons why it’s essential to use distilled water or deionized water when operating electric steam humidifiers.
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