R-DRYBVL s^sVACUUM REGENERATION WITH CLOSED LOOP 4 to 11 bar operating pressure 1,5 to 50 °c ambient operating temp, range 1,5 to 42,5 °c inlet air temperature range -40-c pressure dew points 390 to 20.200 Nm3/h flow rate 0% avg. comp, air consumption DESCRIPTION R-DRY BVL 400-10000 adsorption dryers are designed for continuous separation of water vapour from compressed air thus lowering the dew point. R-Dry BVL dryers have two columns that operate alternately. Adsorption takes place under pressure in the first column while the second column is regeneratedfheated ambient air for desorption + cooling with water cooled air in a closed loop). Due to cooling in a closed loop BVL type of dryer is suitable for applications where low PDP is required at hotter and more humid ambient conditions. Due to cooling with water cooled air in a closed loop BVL type of dryers don't consume any compressed air for the operation. A dryer consists of two columns, filled with desiccant beads, blower, heater, air-water heat exchanger, controller with an LCD display, valves, manometers, and support construction. A proven and robust design enables efficient and reliable operation, fast installation and simple maintenance. (super fine coalescing) F2 outlet filter (dust) VI-6 ball valve with pneumatic actuator V7-10 angle seated valve with pneumatic actuator CV1-2 check valve TT1-4 temperature transducer Ptl-2 pressure indicator Cl water cooled heat

A-DRY 400 BVL R-DRY 600 BVL R-DRY 780 BVL R-DRY1000 BVL R-DRY1200 BVL R-DRY1600 BVL R-DRY 2000 BVL R-DRY 2500 BVL R-DRY 3000 BVL R-DRY 3600 BVL R-DRY 4100 BVL R-DRY 5000 BVL R-DRY 6500 BVL R-DRY 7700 BVL R-DRY 10000 BVL R-DRY 12000 BVL R-DRY 14000 BVL R-DRY 16000 BVL R-DRY 18000 BVL R-DRY 20000 BVL OPERATING PRESSURE - CORRECTION FACTORS - C Operating pressure [bar] Operating pressure [psi] Correction factor OPERATING TEMPERATURE - CORRECTION FACTORS - C^ 1,1 Refers to 1 bar(a) and 20 “C at 7 bar operating pressure, inlet temperature 35 "C and pressure dew point at outlet -40 °C 121 Refers to...