DRYPOINT AC Volume flows 135 - 1.550 m³/h - BEKO TECHNOLOGIES - #2

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DRYPOINT
®
AC

SAVING OF ENERGY COSTS PAYSTHE COST PRICE

We would also be happyto inform you about our DRYPOINT
® AC programfor volume flows of 10-112 m
3 /h. For thispurpose, please ask for the respective brochure. The pressure drop of a dryerexerts a decisive influence on the energy costs which constitute up to 80% of the total operating costs. For a dryer, designed for a compressor performance of 110 Kw (4000 operating hours, 8 ct/KwH), cost savings of up to

THIS IS THE FACT The operation of compressed air systems with conventional adsorption dryers suffers from system- related pressure drop. This deficiency needs to be compensated via an increased compressor performance, this requiring a higher energy demand. Cold-regenerated DRYPOINT

®

AC adsorption dryersoffer a convincing solution to the problem: BEKO hasdeveloped an adsorption dryer which limits the pres-sure drop to an average of only 0.25 bar, including the pre- and final filters. Compared with conventional constructions, this represents an improvement of over50%. Thus, acquisition costs will be repaid throughenergy savings costs after an average of only three years.

DRYPOINT AC Volume flows 135 - 1.550 m³/h - 14500 +1:+2:+3:+4:+5:

X 1000 per annum may beachieved in such a way. BEKO

Energy costs in Euro per annum Compressor

40003000 2000 1000

Pressure drop

0.2 bar0.4 bar0.6 bar0.8 bar1.0 bar Conventional adsorption dryers
2

pageCatalog pdf di En 2012-02-07-16