The D2E160-AH01-17, D2E160-AH02-15, and 6SL3362-0AF01-0AA1 are inverter cooling fan references for electrical cabinets, drive enclosures, control panels, and equipment requiring direct axial airflow. This D2E160 Inverter Fan family is intended for maintenance teams, panel builders, and B2B buyers who need to match a replacement fan with the electrical and mechanical conditions of an existing drive installation.

The family is specified for single-phase 230V operation and 50/60Hz systems. Confirmed family references include 2400–2500 RPM, 550–730W, 2.45–3.2A, a 12µF run capacitor, 390–400Pa minimum backpressure, and operating conditions from -25°C to +90°C. These are family-level values, not values for every individual part. Verify the documentation for the selected D2E160 Inverter Fan before ordering or replacement.

A 230V Axial Cooling Fan moves air generally parallel to its rotating shaft. In an inverter cabinet, it can form part of a route that brings air through an intake opening, across drive modules or electrical components, and toward an outlet. The final cooling result depends on the completed cabinet layout, including fan orientation, intake area, exhaust path, internal wiring, ventilation openings, guards, filters, and component arrangement.

Correct part identification is important for drive cooling. Fans with a similar outline can differ in voltage, connector arrangement, rotation direction, capacitor requirement, mounting pattern, airflow direction, or operating capability. A SINAMICS Replacement Fan should be compared with the installed label and the applicable documentation rather than selected by visual appearance alone.

The D2E160 Inverter Fan family uses an outer rotor permanent-magnet brushless motor with pure copper windings and imported precision bearing support. This compact motor-and-fan arrangement can be evaluated for direct equipment cooling. Before replacement, confirm the single-phase supply, frequency, capacitor requirement, connection arrangement, mounting position, and available service space.

Three Identified References: D2E160-AH01-17, D2E160-AH02-15, and 6SL3362-0AF01-0AA1 support model-based selection.

Single-Phase 230V Family: The group is specified for compatible single-phase 230V applications.

50/60Hz Coverage: The series can be evaluated for compatible 50Hz or 60Hz systems.

12µF Run Capacitor: The stated capacitor value is part of the family-level single-phase configuration.

Direct Axial Airflow: The fan supports cooling where air must move through a cabinet or enclosure route.

Brushless Outer Rotor Motor: A permanent-magnet outer rotor construction supports compact drive-cooling integration.

Pure Copper Windings: Copper winding material is a confirmed family construction feature.

Imported Precision Bearings: The family includes imported precision bearing support.

Family Performance References: 2400–2500 RPM, 550–730W, 2.45–3.2A, and 390–400Pa require model-specific confirmation.

The table contains family-level information. Exact electrical, mechanical, connector, current, speed, power, and backpressure requirements should be confirmed for the selected reference before procurement or replacement.

The D2E160 Inverter Fan can be evaluated for compatible inverter drive cooling, electrical cabinets, control panels, automation equipment, machine housings, and enclosed technical equipment. It is relevant where a completed enclosure provides a route from the intake, across components that need cooling, and toward an outlet.

For drive cabinets, the selected fan may work with ventilation grills, filters, guards, cable routes, internal partitions, and drive modules. These items can restrict airflow or alter the cooling path. For replacement work, compare the installed label, mounting arrangement, connection position, capacitor requirement, supply, and intended airflow direction before choosing a candidate part.

For engineering, maintenance, and procurement teams, complete reference matching can reduce uncertainty when sourcing a Single Phase Cooling Fan. The listed D2E160 and 6SL3362 references can be compared against the supply, cabinet opening, connector arrangement, mounting position, airflow direction, and clearance of an existing installation.

Technical sheets, CAD drawings, wiring information, and installation references support a documentation-based review. They help teams coordinate electrical, mechanical, and airflow requirements before a replacement or integration decision is finalized. This is more reliable than matching a fan only by a similar external outline.

Effective inverter cooling depends on the full airflow path through the cabinet. A fan may be correctly identified but still provide limited cooling at the intended location when intake openings are narrow, ventilation grills are blocked, filters are dirty, guards are restrictive, wiring is dense, or outlet paths are poorly positioned.

Start by identifying the components that require cooling and confirm whether the selected fan should draw air in or move air out. Then review orientation, intake condition, outlet route, cable routing, nearby drive modules, and maintenance access. Air should pass across the target area and leave through a suitable outlet rather than returning to the intake side.

Which references are included in the D2E160 inverter fan family?
The listed references are D2E160-AH01-17, D2E160-AH02-15, and 6SL3362-0AF01-0AA1.

What electrical configuration is confirmed?
The family is specified for single-phase 230V and 50/60Hz operation with a 12µF run capacitor. Confirm the complete configuration for the selected reference.

Are speed, power, current, and backpressure identical for every model?
No. The 2400–2500 RPM, 550–730W, 2.45–3.2A, and 390–400Pa values are family ranges. Confirm exact requirements from the selected part documentation.

What should be checked before ordering?
Confirm the complete reference, single-phase 230V supply, frequency, capacitor requirement, connector arrangement, mounting position, airflow direction, operating conditions, and applicable technical documentation.