Efficiency in every detail...The DS Series Refrigerant Dryers.
Extremely energy efficient compressed air drying:
Owing to its efficient control, this range ensures absolutely economical compressed air drying. The generously dimensioned components are designed to ensure extremely low pressure differentials and to optimise pressure generation. Remember each one bar reduction in generation pressure saves around six percent in energy consumption.
RELIABLE PRESSURE DEW POINT
From the DS 120 model, the pressure dew point is displayed on the control panel. A reliable dew point is essential for a consistently high compressed air quality and a low pressure differential. The generation pressure can therefore be optimised.
INTEGRATED CONDENSATE DRAIN
All models come standard with an electronic level controlled condensate drain. Both the DS 75 and DS 95 are equipped with a Bekomat 32. From the DS 120 model, a condensate drain is integral to the heat exchanger and linked to the dryer control in order to save space - for even more safety and efficiency.
All components are time proven and field tested. The intelligent layout of the robust heat exchanger package is engineered to guarantee energy saving operation. A removable canopy ensures easy access for routine inspections.
ENVIRONMENTALLY FRIENDLY COOLANT
The R407c coolant does not have any ozone depleting characteristics. That, in conjunction with the use of recyclable materials and the in-built energy efficiency provides a true environmentally friendly product for the drying of compressed air.
The DS dryers have exceptionally low pressure differentials across the range. Remember each one bar reduction in generation pressure saves around six percent in energy consumption. The DS series therefore realises savings where potentials are highest and at the same time develops further saving potentials that traditional dryers cannot reach.
BOGE REFRIGERANT DRYERS: DS 75 - DS 1800 SERIES. .
DS 75 - DS 1800 Series:
7,58 - 180 m3/min
268 - 6356 cfm
Max. operating pressure:
14 bar, 203 psig