It is difficult to imagine an enterprise where compressed air would not be used. Reliable and efficient air preparation equipment is a very good investment, because polluted brief air leads to corrosion damage to pipelines, failure of pneumatic equipment and deterioration in product quality.

The use of unclean compressed air can lead to devastating consequences for equipment, downtime and breakdowns, and process failures. The world practice of operating pneumatic systems shows that 80% of malfunctions occur due to insufficient air purification.

When the air around us is compressed, the concentration of water vapor and solid particles in it sharply increases. When condensed, oil and water vapors form droplets that mix with solid particles to form an abrasive slurry. If you do not use special equipment for cleaning compressed air, most of this suspension will enter the pneumatic network. Aggressive condensate destroys pipelines, which leads to compressed air leaks and increased energy consumption.

Solenoid valve for compressed air

An air sealant is a unit necessary for the process of compressing air and supplying it to a pneumatic consumer under pressure. Any pneumatic tool that works with compressed air needs a compressor.

A device that guides and governs short air in its route, finding, shutdown, tension or flux. Air-driven flaps are power-driven arrangements for adjusting and checking air. Amidst its base appointments are to begin, pause or control the transit of winds. Pneumatics is a mechanism that employs tight atmosphere to act various machinery. In the manufactured segment, it is spent in many processes and applications.

The principle of operation of Univer AF Compressed Air Valve

Air-powered devices of this type are designed to rise the velocity of the air-driven barrel by reducing air resistance in the exhaust line at the time of the piston reverse.

In the process of being supplied to the system, the compressed air flow passes through the quick exhaust valve, which freely passes it to ensure the movement of the pneumatic cylinder piston.
At this moment, a special rubber membrane, under the action of compressed air, closes the outlet intended for discharge.
The moment the stem begins to move in the opposite direction, the pressure in the pipeline drops, causing the quick exhaust valve to switch.
The membrane rises under the pressure in the cylinder and closes the inlet. At the same time, air from the pneumatic cylinder is quickly discharged into the atmosphere through a wide outlet channel without passing through the pipeline and bypassing the pneumatic distributor.

Efficient of the quick exhaust valve increases the frequency of actuation of the pneumatic cylinders, and also allows the use of pneumatic valves with a smaller bore, which leads to a reduction in the size and weight of the actuator and to a reduction in compressed air losses.

A special case of using this type of valves is their use together with mini-cylinders. When the volume of the pipeline connecting the distributor with the cylinder is greater than the volume of the working chamber of the cylinder itself, there is a decrease in the possibility of air circulation in the supply channel. Moisture begins to condense in it, disrupting the normal operation of the system. To eliminate these unpleasant consequences, a fast expulsion flapper is installed in the system.

The main advantage of Univer valves is a full production cycle and careful control over the quality of products. In the production of equipment, Univer Pneumatic uses only high-property accessories from secure providers of stock gears, making the product reliable and durable.

All Univer valves are self-replacing individual parts. They are easy to disassemble, and, if necessary, replace old parts with new ones.

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