Compressed Air Dryer Dealers in Hadapsar, Pune

Energy conservation by heat of compression type compressed air dryer is a breakthrough in compressed air drying technology. The hot air from the oil-free air compressor at 120°c or higher temp, is used directly for regeneration of the desiccant bed in the compressed air dryer. After regeneration, this air is cooled down to 40°c in the water cooled after cooler and then it is dried in second tower. Thus the use of heaters is eliminated. For eg. In the 6 + 6 hrs. Cycle the hot air is fed for regeneration of desiccant bed for 4 hrs. And for balance 2 hr. Achangeover takes place where the air is first cooled in an after cooler, then dried and before going to the outlet, cools the regenerated desiccant bed, thus bringing it down to ambient temperature. this cycle is reversed for the next 6 hrs. Where the adsorber drying the air in the previous cycle goes for regeneration and vice versa. There is considerable power saving in these type of compressed air dryers and the dew point is also better than the refrigerated type of compressed air dryers . Main advantage of heat of compression type compressed air dryer is the energy conservation and heat recovery achieved which is being wasted in after cooler in the conventional air dryers is now used to reactivate the desiccant.

SALIENT FEATURES OF SANPAR XEROS DRYERS (SXD SERIES) • Latest Technology of aluminum plate type heat exchangers. • Plate type heat exchangers are compact and light in weight. • Latest technology of vacuum brazing used on the plate type heat exchangers • Heat Exchangers put to helium leak test up to 27-bar g. • Optimum selection of compressor with high COP contributes to power benefits. • Victaulic couplings provided on the compressed air inlet and outlet connections for easy maintenance. • Negligible pressure-drop in the refrigeration line; hence utilizing complete rated cooling capacity of the compressor. • Heat Exchangers easily retrofitted without affecting the refrigeration line.    Rotolocks at the refrigerant inlet and outlet. • Refrigeration piping leak tested with electronic detectors ensuring that the leak is of the order of 3 g/year. • RS 232 port with interface software provided as an optional feature for remote monitoring. • Capacity: 50 to 10,000 cfm. • Operating Pressure: 3 to 14 bar g

It contains contaminants like solid (dust particles), liquid (moisture) and oil which contaminates the compressed air. When this contaminated compressed air is used for various applications, it may cause failures of pneumatic valves, instruments, etc which results in the downtime of whole system. Our Air Dryers remove the moisture to a level of 80 ppm(w) by using pressure swing adsorption technology. The wet air enters into one desiccant tower and gets dried by the high performance desiccant adsorbent. The dry air passes through check valves and post filter to the utility. A portion of dry air (depending on the operating pressure and required dew point temperature) passes through an orifice into the other saturated tower at near atmospheric pressure, liberates the entrapped moisture in the desiccant to the atmosphere and regenerates it for the next drying cycle. A reliable electronic timer controls the cycle and valve operations effectively thereby ensures continuous dry air output to the utility. Features: Proven trouble free valve design Rugged carbon steel construction Integerated pre & post filters Easy and flexible installation Simple maintenance Outlet air quality according to ISO 8573-1,Table 3,Class 2 & 3 Operating Range: Capacity: 100 to 10000 m³/hr Inlet air pressure 4 to 70 bar g Inlet air temperature: 10 to 60°C Pressure Dewpoint temperature -20 & -40°C Applications: Plant Air Painting process CNC Machines Hospitals Food & processing Textiles Leather Industry Automobile Industies