

Applied in Boilers, the ebm-papst RLA97/0034-3612-020299 is a 0 V AC forward-curved centrifugal fan, centered on model-specific construction for its stated cooling duty. The value helps verify equipment fit.
| Rated Voltage(V) | 0 |
|---|
Designed for HVAC and Ventilation, the ebm-papst RLA97/0034-3612-020299 AC centrifugal blower provides a defined platform for controlled heat removal and airflow management. It suits OEM equipment and service replacement when checked against the exact drawing and operating curve.
Match the exact performance curve, supply, mounting envelope and environmental limits to the application.
For procurement, verify voltage, duty point, dimensions, connector and mounting. Correct sizing and clear airflow paths support stable operation, controlled noise and long service life. Confirm speed control, IP protection and approvals in the exact-model datasheet. Service access and clean inlets help protect cooling performance over time.
How the RLA97/0034-3612-020299 compares to nearby RLA series variants:
All RLA series fans from Hengrui include performance curves, mounting instructions and factory warranty. Contact us for project-specific selection.
Condenser Cooling: The RLA97/0034-3612-020299 axial fan excels at condenser heat rejection in refrigeration and HVAC.
AHU Air Handling: Engineered for integration into Air Handling Units.
Industrial Process Ventilation: Machinery cooling, enclosure ventilation and process air movement. Hengrui provides custom engineering support.
The workbook marks it In Stock, but quantity and lead time should be reconfirmed at quotation because availability can change.
The supplied comparison identifies model-specific construction for its stated cooling duty; review it together with the other listed ratings rather than as a standalone selection criterion.
The supplied table lists 0 V. Verify supply type, frequency, wiring and permissible tolerances before commissioning.
The supplied table does not list airflow, pressure or speed; use the exact datasheet for the complete operating curve.