The A2D160-AB22-05 160mm Axial Cooling Fan is designed for spindle motor cooling, industrial servo motor ventilation, cabinet airflow, and equipment heat dissipation. This 6.3-inch axial cooling fan is rated at 400V, 0.15A, and 44W, with an operating speed of 2800 RPM and an airflow volume of 250 m³/h. It provides a practical forced-air cooling option for machinery and electrical equipment where direct airflow is needed around motor housings, drive enclosures, and ventilated cabinets.

The fan uses an axial airflow design, moving air in a direct path through the fan opening. This makes it suitable for intake or exhaust positions in equipment that needs continuous air circulation. With a compact 160mm frame, pure copper motor windings, and precision bearing support, the A2D160-AB22-05 is intended for industrial cooling applications where electrical compatibility, mounting dimensions, airflow direction, and operating conditions all need to be reviewed before selection.

An axial cooling fan moves air parallel to the direction of its shaft. In motor and cabinet cooling applications, this direct airflow pattern can be used to bring cooler air into an enclosure, move air across heat-generating components, or discharge warm air from a housing. The A2D160-AB22-05 is a 160mm axial cooling fan designed for equipment that requires a compact fan footprint together with documented electrical and airflow characteristics.

The product is rated for 400V operation with a rated current of 0.15A and a power rating of 44W. At 2800 RPM, the fan delivers a rated airflow volume of 250 m³/h. These figures provide an engineering reference for teams evaluating motor cooling, electrical cabinet ventilation, or equipment airflow layouts. The final selection should also take account of the surrounding enclosure, the airflow path, filter condition, protective guards, opening size, and any resistance created by nearby components.

The motor structure uses pure copper windings and a permanent-magnet brushless design. Copper windings are commonly selected for motor assemblies because of their electrical conductivity. The fan also uses a high-density bearing structure intended to support smooth rotation during regular operation. These features should be considered together with the actual working environment rather than as isolated selection criteria.

160mm Axial Fan Format: The 6.3-inch frame provides a practical size for motor housings, machine enclosures, and ventilation openings that require direct airflow.

400V Electrical Rating: The A2D160-AB22-05 is rated at 400V, with 0.15A rated current and 44W power consumption.

2800 RPM Operating Speed: The fan operates at 2800 RPM and provides a rated airflow volume of 250 m³/h.

Pure Copper Motor Windings: The motor uses copper winding material as part of its electrical drive structure.

Precision Bearing Support: A high-density bearing assembly is designed to support smooth rotation and help control vibration and operating noise.

Direct Axial Airflow: The fan moves air in a straight path, supporting intake or exhaust ventilation in cooling equipment and machinery enclosures.

Engineering Reference Materials: Technical parameter information and CAD dimensional drawings assist with mounting and equipment-matching decisions.

For equipment builders and maintenance teams, axial fan selection should not rely on fan diameter alone. Voltage, rated current, power, speed, airflow volume, mounting-hole distance, overall dimensions, and air direction should all match the actual application. A correctly planned airflow path can help cooling air pass through the equipment rather than simply circulate around an obstruction inside the enclosure.

The following data summarizes the confirmed product information for the A2D160-AB22-05. Please check the applicable technical documentation and CAD drawing before confirming installation or replacement.

The A2D160-AB22-05 axial cooling fan can be considered for equipment that requires forced airflow around motors, electrical assemblies, or enclosed components.

• Spindle Motor Cooling: Supports airflow around spindle motor housings used in machine tools and related equipment.
• Industrial Servo Motor Cooling: Can be used in servo motor ventilation positions within automation and motion-control equipment.
• Electrical Cabinet Ventilation: Supports intake or exhaust airflow in motor control cabinets, drive enclosures, and equipment panels.
• Machinery Cooling Systems: Can be integrated into industrial machinery that needs direct airflow through a defined opening.
• Equipment Housing Ventilation: Suitable for ventilated housings where the selected electrical rating and installation dimensions are compatible.

Each application has its own airflow requirements. A spindle motor installation may focus on airflow around the motor body, while a cabinet cooling system may need a clear intake-to-exhaust path across drives, power supplies, or control components. Before installation, review whether the fan should operate as an intake or exhaust unit and whether filters, guards, or narrow openings could affect airflow.

For B2B sourcing teams, the value of a motor cooling fan lies in selecting a unit that fits both the physical layout and the electrical conditions of the equipment. The A2D160-AB22-05 offers clearly identified specifications for diameter, voltage, current, power, speed, and airflow volume. These references allow buyers to compare the unit with an existing fan position or a new equipment design.

CAD dimensional drawings are useful when checking overall size, mounting-hole distance, and available space around a motor housing or ventilation panel. Technical parameter sheets can be used alongside these drawings to verify electrical and airflow requirements. This approach helps engineering, purchasing, and maintenance teams make selection decisions based on documented data rather than general product descriptions.

Motor cooling depends on more than the fan’s rated airflow volume. The path the air follows through the equipment is equally important. Axial fans are commonly used when air needs to move directly through a panel, shroud, motor cover, or enclosure opening. When the fan is used as an intake unit, it can direct ambient air toward warmer components. When it is used as an exhaust unit, it can help remove warm air from the housing.

System resistance should be evaluated during installation. Filters, louvered panels, guards, narrow passages, and densely arranged electrical components can reduce the effective airflow through an enclosure. For that reason, teams should compare the 160mm axial cooling fan with the actual design of the equipment and use the applicable drawing and technical data to confirm a practical installation.

Q1: What is the A2D160-AB22-05 used for?
The A2D160-AB22-05 is a 160mm axial cooling fan used for spindle motor cooling, industrial servo motor ventilation, electrical cabinet airflow, and equipment heat dissipation.

Q2: What are the confirmed electrical and airflow specifications?
The fan is rated at 400V, 0.15A, and 44W. It operates at 2800 RPM and has a rated airflow volume of 250 m³/h.

Q3: Is this fan suitable for servo motor cooling?
It can be considered for industrial servo motor cooling when the 160mm size, 400V rating, mounting dimensions, and airflow direction match the equipment requirements.

Q4: What should be checked before installation?
Confirm the model number, fan diameter, voltage, current, power, speed, airflow requirement, mounting-hole distance, overall dimensions, and intended intake or exhaust direction using the applicable technical documentation.