

Supporting HVAC Systems, the ZIEHL-ABEGG FN080-SDK.6N.V7P5 is a 400 V AC axial fan, whose key figure is 800 mm dimensions for installation planning. It gives buyers a documented reference.
| Rated Voltage(V) | 400 |
|---|---|
| Size(mm) | 800 |
| Input Power(W) | 1900 |
| Speed(rpm) | 870 |
The ZIEHL-ABEGG FN080-SDK.6N.V7P5 is an AC axial fan for refrigeration cooling, telecom equipment, supporting equipment thermal management and integration.
Data includes 400 V operation for comparing the documented operating point with the intended air channel. Installed noise depends on the duty point and airflow path. The datasheet lists ball-bearing support, bionic blade geometry for durable motor support. Verified connections and adequate inlet space help control turbulence while supporting reliable thermal management.
Equipment builders can shortlist FN080-SDK.6N.V7P5 after checking its documented duty point, connection, installation space and ambient limits. The stated operating record provides an audit trail for installed equipment with attention to real airflow resistance.
The FN080-SDK.6N.V7P5 ZIEHL-ABEGG fan is suitable for refrigeration and cooling equipment where forced airflow supports heat rejection, component protection and stable operation under recurring thermal loads.
The FN080-SDK.6N.V7P5 ZIEHL-ABEGG fan is used in communication equipment and cabinets where continuous heat generation requires reliable ventilation to protect electronic hardware and system availability.
The FN080-SDK.6N.V7P5 ZIEHL-ABEGG fan is used in HVAC equipment to move air through internal passages and heat-exchange sections, supporting ventilation, temperature control and dependable system operation.
The FN080-SDK.6N.V7P5 ZIEHL-ABEGG fan is applied in chiller equipment where steady air movement supports heat rejection, temperature control and dependable operation of the refrigeration circuit.
The supplied table lists 870 rpm; use the exact datasheet for the complete operating curve.
Correct sizing and operation within documented limits can reduce avoidable thermal stress and maintenance events; project savings require duty-cycle analysis.
It can be evaluated for demanding service using the documented ratings, installation limits and preventive-maintenance plan for the application.
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