The Atlas Copco genuine F1670 industrial refrigerant compressed air dryer delivers continuous moisture separation and stable pressure dew point performance for large-capacity plant air distribution networks. Built for demanding manufacturing environments, it protects piping, pneumatic tools, and downstream equipment from condensate-related corrosion and wear.
Engineered in full compliance with European CE Marking directives, the F1670 satisfies the stringent safety standards of the Pressure Equipment Directive 2014/68/EU, the Machinery Directive 2006/42/EC, and the Low Voltage Directive 2014/35/EU. This certification confirms suitability for European plant installations and regulated industrial air systems.
The refrigeration drying process lowers compressed air temperatures to an ISO 8573-1 Class 4 pressure dew point of +3°C, condensing water vapor into liquid before it can cause pipe corrosion or downstream pneumatic tool wear.
Incoming saturated air enters an integrated air-to-air heat exchanger, where cold discharge air pre-cools the hot inlet stream to substantially reduce the total electrical power consumption of the refrigeration circuit. Pre-cooled air subsequently flows through the primary refrigerant evaporator, where eco-friendly refrigerant chills the air mass to separate condensed moisture through an internal high-efficiency centrifugal liquid separator.
A built-in hot gas bypass valve continuously modulates refrigeration capacity under varying compressed air flow, preventing frost and ice buildup on evaporator heat exchange surfaces during partial-load shifts.
Discharged condensate is automatically evacuated from the system via an integrated electronic zero-loss condensate drain, eliminating air pressure drop and saving valuable compressed air energy. The digital electronic control module continuously displays operational pressure dew point readings, tracks service intervals, and monitors refrigeration safety parameters.
Housed in a corrosion-resistant steel cabinet with accessible service panels, the machine is mounted on a heavy-duty structural base skid designed for convenient forklift handling. Every unit is prepared for global ocean and air transit using heavy-duty export wooden skids, moisture-barrier wrapping, and corner shock protectors to guarantee safe arrival.
| Model | Atlas Copco F1670 |
|---|---|
| Dryer Type | Refrigerated compressed air dryer |
| Pressure Dew Point | +3°C (ISO 8573-1 Class 4) |
| Heat Exchange | Integrated air-to-air heat exchanger with refrigerant evaporator |
| Moisture Separation | High-efficiency centrifugal liquid separator |
| Load Control | Hot gas bypass valve for frost prevention at partial load |
| Condensate Drain | Electronic zero-loss condensate drain |
| Controls | Digital electronic module with dew point display and service tracking |
| Cabinet | Corrosion-resistant steel with accessible service panels |
| Mounting | Heavy-duty structural base skid, forklift compatible |
| Compliance | CE Marking — PED 2014/68/EU, Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU |
| Power Frequency | 50 Hz / 60 Hz (capacity varies with frequency) |
As one of the most professional suppliers of Atlas Copco equipment from China, we have focused exclusively on 100% genuine Atlas Copco products for more than 19 years. Our professional engineers provide 24-hour technical support and on-site service. We operate a warehouse of over 4,000 square meters with 80% of parts in stock for quick delivery. First-hand sourcing, competitive pricing, and a dedicated service team support our position as a leading Atlas Copco supplier.
It certifies compliance with the European Pressure Equipment Directive 2014/68/EU for pressurized vessels, alongside electrical safety and environmental refrigerant regulations.
It captures compressor lubricating oil aerosols, preventing sticky oil films from insulating heat exchanger plates and degrading dew point cooling efficiency.
Ensure adequate compressor room cross-ventilation, duct hot condenser exhaust outdoors, and maintain clean condenser fins to prevent excessive refrigerant head pressure.
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