Air-cooled air aftercoolers cool the compressed air with atmospheric air. A standard screw air compressor will increase compressed air temperature by 100°C over the ambient temperature. This hot, laden air is then directed into the pneumatically driven fan-cooled aluminum radiator, where it is cooled, and water vapor begins to coagulate into large droplets. The cooled air is then directed through a coalescent filter to remove the moisture. There are four different models available for Blastline Aftercoolers, namely BL-450, BL-600, BL-800, and BL-1000. The compressed air is cooled to approximately 9°C above ambient temperature. A sufficient capacity aftercooler can take up to 80% of the moisture present in the compressed air. The BL Series is a complete aftercooler package designed to work on most models of rotary air compressors. To select the appropriate model, simply determine compressor horsepower and select the model from the chart.
Features
- Advanced technology design provides compact cooling with a High-efficiency cooling system - 100% Aluminium-made.
- Rugged, high-performance Bar & Plate technology.
- Designed for maximum heat transfer with minimum compressed air pressure loss.
- High performance & working pressure - Heavy duty.
- Heat transfer is maximized by heavy-gauge brazed aluminum fins that increase cooling air turbulence.
- Maintenance-free product.
- Low noise levels.
- Cost-effective compared with Cu-Br cooler.
- Electric/pneumatic pusher fans options are available.
- All models feature sturdy, corrosion-resistant housing with strong steel brackets for floor mounting.
- Fan blades are made of Polypropylene and feature an aluminum hub, ensuring balanced vibration-free operation.
- Fan motors are chosen for extended service life and low maintenance requirements.
Applications
- Aftercoolers are a crucial component in any system that utilizes compressed air.
- Used in conjunction with desiccant or deliquescent dryers for the removal of up to 90% moisture.
- In high-humidity environments, for maximum blasting productivity and reduced abrasive wastage.
Technical specifications
| Ambient Temperature | -15°C ~ +55°C |
|---|---|
| Max. Inlet Temperature | 125°C |
| Altitude | ~ 1000m ASL |
| Delta T (Above Ambient) | ~ 9°C |
| Max. Operating Pressure | 250 Psi |
Technical data
| Model | Internal Max Air flow (CFM) | Compressor Horsepower used |
|---|---|---|
| BL AC 54 | 539 | 50-75 HP |
| BL AC 80 | 785 | 100-125 HP |
| BL AC 120 | 1200 | 125-160 HP |
| BL AC 160 | 1569 | 150-200 HP |
Technological advantages: high-performance bar & plate technology; up to 60% smaller than conventional fin and tube designs; fin spacing allows uniform air distribution while resisting choking of dust/dirt; reduced air side fouling; 99% efficient moisture separator; well-suited for harsh environments, the fin system prevents clogging and is easy to clean; compact and robust design, field-tested during many years of use in rugged, real-life conditions.
Hollow profile advantages: reduced strain (according to strength calculations, the maximum strain is reduced to 2); prolonged service lifetime (service life time increases by a factor ranging from 3 to 5).