AKG CC450-3-R Air Cooled Aftercooler - Heresite Coating
AKG CC450-3 Air Cooled Aftercooler - Heresite Coating
The AKG CC450-3-R compressed air aftercooler is part of the CC series line of coolers constructed with industrial bar and plate aluminum. It is designed to cool a compressor with 50-75 HP, with a compressed air flow rate of up to 539 CFM. The aftercooler comes standard with a Three Phase motor in a Reverse Air Flow fan configuration.
Cooler features an anti-corrosion Heresite marine coating for marine environments.
Construction:
- Dimensions (Height x Width): 21.00 x 26.38 inches
- Motor: 3PH, 1/2 HP Motor - 208-230/460V TEFC
- Motor RPM: 1725
- Connections: 2.00" NPT
- Fan Rotation: Reverse Air Flow
- Coating: Heresite
Performance Specs:
- Max Compressor Rating: 50-75 HP
- Air Flow Rate: 539 CFM
- Maximum Pressure: 250 PSI
- Maximum Temperature: 250F
Features:
- Aluminum Cooler
- Powder Painted Steel Shroud
- Polypropylene Blades Aluminum Hub Fan Blades
- Powder Painted Steel Mounting Brackets
- Zinc Plated Steel Fan Guard
Description
AKG CC450-3 Air Cooled Aftercooler - Heresite Coating
The AKG CC450-3-R compressed air aftercooler is part of the CC series line of coolers constructed with industrial bar and plate aluminum. It is designed to cool a compressor with 50-75 HP, with a compressed air flow rate of up to 539 CFM. The aftercooler comes standard with a Three Phase motor in a Reverse Air Flow fan configuration.
Cooler features an anti-corrosion Heresite marine coating for marine environments.
Construction:
- Dimensions (Height x Width): 21.00 x 26.38 inches
- Motor: 3PH, 1/2 HP Motor - 208-230/460V TEFC
- Motor RPM: 1725
- Connections: 2.00" NPT
- Fan Rotation: Reverse Air Flow
- Coating: Heresite
Performance Specs:
- Max Compressor Rating: 50-75 HP
- Air Flow Rate: 539 CFM
- Maximum Pressure: 250 PSI
- Maximum Temperature: 250F
Features:
- Aluminum Cooler
- Powder Painted Steel Shroud
- Polypropylene Blades Aluminum Hub Fan Blades
- Powder Painted Steel Mounting Brackets
- Zinc Plated Steel Fan Guard
