Ingersoll Rand D480IN-A Refrigerated air dryer

• Drying compressed air for general industrial processes to prevent condensation and corrosion.
• Protecting pneumatic tools and equipment from moisture damage.
• Ensuring dry air supply for instrumentation and control systems.
• Maintaining air quality in manufacturing environments requiring clean, dry air.

Typical capacity

Refrigerated air dryers of this class are typically rated for specific airflow volumes, often measured in CFM or m³/min. Buyers should contact the seller for the exact capacity of this unit.

Power supply

This unit is listed as 1-phase. Refrigerated dryers commonly require standard industrial electrical connections, with specific voltage and amperage requirements varying by model.

Refrigerant type

This unit uses R407C-1, a common refrigerant found in industrial refrigerated air dryers.

Ambient temperature range

Units of this type are typically designed to operate effectively within a specified ambient temperature range, often similar to the +2°C to +50°C listed for this unit.

Power consumption

The listed 1.73kW indicates the electrical power consumption for this specific unit. Power draw will vary based on dryer size and operational load.

Air quality achieved

Refrigerated dryers typically achieve a pressure dew point of around +3°C to +7°C, suitable for most general industrial applications.

• What is a refrigerated air dryer used for?

  A refrigerated air dryer cools compressed air to condense and remove water vapour, preventing moisture-related issues in downstream equipment and processes.

• How does a refrigerated air dryer work?

• What maintenance is typically required for this type of dryer?

• Is this unit suitable for outdoor installation?

• What is the typical lifespan of a used refrigerated air dryer?

HVAC drives and controllers are valued for their reliability in managing heating, ventilation and air conditioning systems across industrial and food processing facilities. Buyers typically seek units with clear operational history and evidence of proper maintenance, as these directly influence performance longevity. Common strengths include energy efficiency capabilities and compatibility with existing infrastructure. When purchasing used equipment, inspectors should verify electronic components function correctly and confirm documentation of calibration. Reputable manufacturers' products generally command stronger resale value and offer better long-term operational confidence.

General overview for this equipment type