DN150 steam water separator has good impurity removal effect. Pressure air pipeline gas water separator

Description :

　　DN150Soda water separator, compressed air pipeline air-water separator, 4-inch caliber air-water separator

　　We doDN150 steam water separatorResponsible for the product and ensuring customer satisfaction,DN150 steam water separatorFocus on quality, ensure safety, promote efficiency, and create benefits.Compressed air pipeline air-water separatorFocus on quality from the source and achieve sustainable development.

　　DN150steam-water separatorPurpose: The main air supply pipeline should be equipped with a water collection and drainage device, and a switch should be installed at the connection between the gas supply pipeline and the self rescue deviceCompressed air pipeline air-water separatorThe valves of the compressed air self rescue system should be installed completely, and the valve wrench should be in the same direction to ensure the normal use of the system

　　DN150steam-water separatorScope of application:Compressed air pipeline air-water separatorSuitable for the separation of steam, water, and impurities in mine compressed air pipelines, removal of liquid droplets carried in steam and compressed air systems, separation of solid particles in gases, and gas-liquid separation of various gases. Effectively separate moisture and impurities in the compressed air duct and purify the gas.

　　DN150steam-water separatorIt is used in conjunction with a compressed air self rescue device on ventilation ducts to remove moisture from the air through air pressure, separate solid particles in the gas, and achieve solid-liquid gas separation. The liquid is discharged through a drainage tube Then, dry air is provided to the compressed air self rescue device through the upper flange for personnel to breathe The product is equipped with a pressure gauge that can monitor the pressure inside the pipeline in real-time. Separation efficiency (dryness up to 99.9%) with a pressure drop of approximately 5 ‰

　　DN150steam-water separatorInstallation and Usage

　　1. During installation, attention should be paid to aligning the direction of the arrow on the shell (horizontal or downward) with the flow direction of the medium

　　two Compressed air pipeline air-water separatorSet up a bypass pipeline so that it does not affect the normal operation of the system when the filter is cleaned or malfunctions

　　When the filter is used in conjunction with water treatment equipment, it should be installed before the inlet of the water treatment equipment

　　DN150steam-water separatorfeature

　　1. The steam inlet can be automatically adjusted according to changes in steam pressure and water pressure, overcoming defects such as vibration and noise.

　　2. By using steam to heat up, pressure can be increased, greatly reducing the power of the water pump motor and achieving energy-saving goals.

　　3. Energy saving and high thermal efficiency. Steam can be fully utilized, and compared with traditional heat exchange systems, the thermal efficiency reaches, saving more than 20% of steam.

　　4Compressed air pipeline air-water separatorLong lifespan, maintenance free, with a lifespan of up to fifteen years.

　　5. No need for personnel on duty, saving labor costs.

　　DN150steam-water separatorWhat is the difference between an oil-water separator?

　　Compressed air pipeline air-water separatorIt is used on compressed air pipelines and is equipped with a compressed air self rescue device to separate moisture and impurities. The oil-water separator is used on the pipeline of the air compressor to reduce pressure and remove oil. This is the difference between the two, and their common feature is the separation of steam and impurities in the pipeline. These two products are used in both refuge chambers and rescue cabins. By using the principles of five stages of separation - deceleration, centrifugation, collision, direction change, condensation, etc., liquid water and solid particles in compressed air (gas) are removed to achieve purification. After the moisture condenses during the cooling process, the baffle in the separator causes the gas to change direction twice and rotate at a designed speed, generating centrifugal force to separate liquid and particles. The drain should promptly discharge the condensed liquid. It is often placed behind the aftercooler because it requires a lower intake temperature, generally not exceeding 60 ℃.

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• DN150 steam water separator