FSV type filters for purifying compressed air from aerosol impurities

A positive effect is achieved by removing water-oil mist and solid particles larger than 0.3 microns from the air with an efficiency of up to 99.95%, which ensures purity classes 1…0 according to GOST 17433-80 “Industrial purity. Compressed air. Pollution classes.” Pre-filter for compressed air FSV-P is designed to remove the bulk of large particles from compressed air. Almost completely captures particles (solid and liquid) larger than 5 microns. It is recommended to install after the compressor end cooler and after the receiver; in pneumatic systems that do not require a large amount of contamination; before more efficient filters such as FSV-O.

The main compressed air filter FSV-O is designed to remove the bulk of liquid and solid contaminants from compressed air. Completely captures particles larger than 1 micron. The degree of purification of oil mist with a droplet size of 0.3 microns is 98…99%). It is recommended to use it before refrigeration and absorption drying units, in simple pneumatic systems, and before highly efficient FSV-T filters. The FSV-T fine compressed air filter is designed to completely remove liquid and solid contaminants from compressed air.

Completely captures particles larger than 0.3 microns. The degree of purification of oil mist with a droplet size of 0.3 microns is 99.95%. Recommended for use in pneumatic systems critical to the presence of liquid oil in compressed air, as an alternative to a “dry compressor”; in front of activated carbon adsorbers that remove oil vapor from the air; in precision pneumatic equipment and robotics; in high-precision instrumentation pneumatic systems; in air motors; when applying paint and varnish coatings by spraying; when working with pneumatic tools in enclosed spaces; in the food and pharmaceutical industries.

Technical characteristics of filters

*In FSV-P filters, only the filter material can be replaced.
** The main filter FSV-O must be used in conjunction with a pre-filter FSV-P or another device for pre-cleaning compressed air with similar characteristics. The highly efficient fine filter FSV-T can only be used in conjunction with the main FSV-O.

Basic filter parameters

* Air flow through filters, normalized to 200 C and atmospheric pressure, is indicated for a working pressure of 0.7 MPa (7 kg / cm2)

To determine the air flow rate at an operating pressure other than 0.7 MPa (7 kg/cm2), the value indicated in the table must be multiplied by the flow coefficient.