Ingersoll Rand D480IN-A Refrigerated air dryer

• Drying compressed air for pneumatic tools and machinery in manufacturing.
• Ensuring dry air for food processing and packaging lines to prevent contamination and moisture damage.
• Protecting sensitive electronic and control systems from condensation.
• Supplying dry air for instrumentation and laboratory applications.

Typical capacity

For this class of equipment, a D480IN-A model typically indicates a flow rate capacity in the range of 480 CFM (cubic feet per minute), though buyers should confirm with the seller.

Power supply

Units of this type commonly operate on a single-phase electrical supply, with power consumption typically around 1.73 kW.

Refrigerant type

This model commonly uses R407C refrigerant, which is an HFC blend suitable for medium-temperature refrigeration applications.

Ambient temperature range

Refrigerated air dryers are typically designed to operate effectively within an ambient temperature range of +2°C to +50°C.

Dew point

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

Footprint

For this capacity, units commonly have a moderate industrial footprint, requiring dedicated space within a plant's utility area.

• What is the primary function of a refrigerated air dryer?

  A refrigerated air dryer removes moisture from compressed air by cooling it, causing water vapour to condense into liquid, which is then drained away. This prevents corrosion and damage to downstream equipment.

• Why is dry compressed air important in food processing?

• What maintenance is typically required for a refrigerated air dryer?

• Can this dryer be used outdoors?

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

HVAC drives and controllers are valued for reliable temperature and humidity regulation in controlled laboratory environments. Buyers typically prioritise units with precise calibration history and minimal downtime records. When purchasing used equipment, inspecting control boards, sensor functionality and documentation of maintenance schedules proves essential. These systems gain strong reputation for durability when properly serviced, though older models may lack advanced digital interfaces. Compatibility with existing facility infrastructure remains a common purchasing consideration.

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