Description
The ebm-papst A2S130-AB03-11 is a high-performance, frameless AC axial fan engineered for demanding industrial cooling applications. Manufactured in Germany, this 230V inverter cooling fan integrates a robust 2-pole external rotor motor directly with the impeller, ensuring a compact footprint and optimal aerodynamic efficiency. Designed for continuous operation, it delivers exceptional thermal management for variable frequency drives, control cabinets, and power electronics.
Technical Specifications:
Manufacturer: ebm-papst
Model Number: A2S130-AB03-11
Fan Type: AC Axial Fan (Frameless)
Nominal Voltage: 230 VAC
Frequency: 50 / 60 Hz
Impeller Diameter: Ø 130 mm
Speed: 2800 / 3250 RPM
Power Consumption: 39 / 43 W
Max Airflow: 325 / 380 m³/h
Operating Temperature Range: -25°C to +70°C
Weight: 0.8 kg
Motor Design: Single-phase AC external rotor motor
Number of Poles: 2
Protection Class: IP44 (dependent on installation and position)
Insulation Class: B
Material (Impeller): Sheet steel, painted black
Motor Protection: Thermal overload protector (TOP) wired internally
Approvals: CE, VDE, RoHS compliant
Industrial Application & Technical Compatibility:
The A2S130-AB03-11 is specifically engineered for integration into high-density electrical enclosures and inverter systems where space is restricted but heat dissipation requirements are critical. Its frameless design allows for seamless Original Engineering integration directly into custom mounting brackets or heat sink assemblies of variable frequency drives (VFDs) and CNC machine control panels. By maintaining strict thermal parameters, this fan prevents thermal throttling and extends the lifecycle of sensitive power electronics.
Procurement & Lifecycle Value:
As a genuine German-imported component, this fan guarantees exact Technical Compatibility with existing ebm-papst installations, eliminating integration risks associated with aftermarket alternatives. We ensure streamlined global logistics to minimize Lead Time, keeping your critical automation infrastructure operational and reducing costly downtime.








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