Air Compressors → Compressed Air Dryers
JBS Makina compressed-air dryers help reduce moisture in air supplied by compressors, supporting the protection of air lines, pneumatic equipment, and production processes.
Compressed Air Dryers
Model: ODR
JBS ODR Series refrigerated air dryers remove moisture from compressed air through condensation. The ODR-300 offers a 30 m³/min capacity, 7–16 bar working pressure, a +3 °C dew point and R-410A refrigerant. Designed for automotive workshops, paint shops and industrial facilities, it helps protect pneumatic equipment, air receivers and pipelines against moisture, corrosion and breakdowns.
Category Guide
Compressed-air dryers are auxiliary systems used to reduce water vapor and moisture in air produced by a compressor.
Moisture in the atmospheric air drawn into the compressor can condense inside the air line after compression and cooling. The resulting water may cause pipe corrosion, pneumatic-equipment failures, surface defects during painting, and performance loss in production processes.
An air dryer is not a compressor and does not produce compressed air. It processes the air supplied by the compressor to provide a drier and more stable air supply.
| Model | Air capacity | Working pressure | Pressure dew point | Power consumption | Refrigerant |
|---|---|---|---|---|---|
| ODR-300 Refrigerated Air Dryer | 30 m³/min | 7–16 bar | +3 °C | 5.80 kW | R-410A |
The stated capacity of the ODR-300 may vary according to operating conditions. Compressor flow rate, inlet temperature, ambient temperature, and working pressure should be evaluated before ordering.
A refrigerated air dryer cools the warm, moisture-laden air supplied by the compressor under controlled conditions. During cooling, water vapor condenses into liquid.
The separated water is removed from the air line through a condensate-drain system. The dried air is then brought back to an appropriate temperature before entering the compressed-air network.
For efficient operation, prefilters, after-filters, condensate drainage, ventilation space, and connecting pipework should be planned correctly.
Compressed-air dryers can be used in:
Factories and production facilities
CNC and automation systems
Pneumatic machinery and hand tools
Automotive service centers and tire shops
Paint and coating workshops
Packaging and filling lines
Metal- and woodworking businesses
Industrial systems powered by compressed air
A standard refrigerated dryer alone may not be sufficient for food, pharmaceutical, or sensitive production processes. The required air-quality and filtration classes should be determined according to the process requirements.
Using an air dryer helps reduce water accumulation and moisture-related failures in compressed-air lines. It supports the protection of pipework, air receivers, valves, cylinders, and pneumatic equipment.
It can contribute to more stable air quality in painting and coating applications while helping reduce production interruptions caused by moisture.
An air dryer does not remove oil or all particles on its own. Suitable line filters should also be used to achieve the required compressed-air quality.
The following factors should be evaluated before purchasing:
Actual compressor air flow
Working pressure
Dryer inlet-air temperature
Ambient temperature
Required pressure dew point
Daily operating time
Compressed-air connection size
Power consumption and electrical infrastructure
Prefilter and after-filter requirements
Condensate-drain system
Installation and ventilation space
Technical service and spare-parts support
The dryer should not be selected according to compressor motor power alone. Actual air consumption and peak flow demand must be considered.
An undersized dryer may not achieve the required dew point. An unnecessarily large model may increase both purchase and energy costs.
Compressed-air dryer prices vary according to air capacity, working pressure, dew point, power consumption, connection size, filters, and installation scope.
Share your compressor capacity, working pressure, inlet temperature, and application with JBS Makina to receive a technical assessment and current quotation for the appropriate ODR model.
To review the available products, visit compressed-air dryers.
When selecting a compressed air dryer, the actual air flow rate should be considered instead of the compressor’s motor power. Operating pressure, the temperature of the air entering the dryer, ambient temperature, and the required dew point must all be evaluated together.
Before purchasing, the following features should be checked:
If the dryer capacity is insufficient, moisture in the air line may not be reduced to the desired level. On the other hand, selecting an oversized model increases both purchase and energy costs.
ODR-300 Refrigerated Type Air Dryer offers a 30 m³/min capacity, 7–16 bar operating pressure, and a +3 °C dew point. Before ordering, it is important to verify that these values are compatible with the existing compressor system and operating conditions.
For sensitive processes requiring very low dew points, alternative drying technologies may need to be considered instead of standard refrigerated dryers.
No. A compressor produces compressed air, while a dryer helps reduce moisture in the produced air.
The compressor's actual air flow rate, operating pressure, inlet temperature, and ambient conditions should be considered.
The requirement depends on air-quality and moisture sensitivity. The pneumatic equipment and process conditions should be evaluated.
Share your compressor flow rate and application to receive technical selection support for the appropriate air dryer.
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