how to make a compressed air dryer
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Non-Cycling Refrigerated Air Dryer is extremely reliable. Non-Cycling dryers can be sized for any application,
The compressed air dryer is reheated in Air -to- Air Heat Exchanger and fed to the point of application.
No air-cooled aftercooler required for compressor.
Environmentally Friendly R-134a Refrigerant.
Environmentally Friendly R-134a Refrigerant.
Use ozone-friendly refrigerant R407C.Water-cooled compressed air refrigerant dryer
Heat to cold air that is returning from evaporator, avoid the outlet pipe condensated.
Secondary condenser design, use the outlet cold air to cool the high pressure refrigerant again.
The control panel comes with advanced features for safety and connectivity
Dry enough so that no moisture will condense in your air lines.
The costs are split equally between electricity costs, flow resistances in the system and compressed air losses through leaks.
Compressed -air drying with simultaneous thermal and process heat provision up to 90 °C (cold-heat-coupling) with heat recovery
If desired, heating capacities from 110 to 300 kW can be decoupled at supply flow temperatures of up to 90 °C
By using the natural refrigerant R744 (CO2), there is no need to comply with the requirements
Compared to conventional Compressed air refrigeration dryers which use climate-damaging synthetic refrigerants
Refrigerated air dryers are available in two basic configurations, non-cycling and cycling.
Pressure dew point range is also the lowest achievable with a refrigerated design since the condensate will begin to freeze.
Wet Compressed air undermines efficiency of smallest to the largest pneumatic system
The result is lower productivity, increased maintenance, and higher operating costs.
Freezing--Water can freeze in compressed air lines shutting down the system
Erosion--Water mist erodes piping, valves and other system components
Moisture in compressed air is harmful. Water damages a compressed air system several ways
Refrigerated Air Dryer capacities are rated at an inlet temp. of 60°C.,and at an outlet dew point of (+2)°C at line Pressure
Lowest dew point provided by thermal storage acts as a buffer covering sudden load variations
Open frame design for easy access on flows 1250 SCFM and up
Heavy-duty Heat Exchanger and Condenser,Refrigerated Normal temperature air dryer integrated with pre-filter
Direct expansion is the most efficient form of heat transfer technology used in dehumidifying compressed air.
Refrigerated Dryers are designed to remove moisture from compressed air by transferring heat from the air to the refrigerant.
Accommodates compressors up to 21.6 CFM, 140 PSI max
High efficiency pre-refrigeration system is three times faster
Advanced 3-in-1 compressed air dryer system features modes for pre-refrigeration, evaporation, and air and moisture separation
The most common type of energy saving refrigerated dryer marketed today is the thermal mass, or cycling dryer
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