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Home > Products > By type > Axial Fans > FN080-SDI.6N.V7 153512 | ZIEHL-ABEGG 3~400VAC 1830W AC Axial Fan for renewable energy systems

FN080-SDI.6N.V7 153512 ZIEHL-ABEGG Axial Fan

Brand :
ZIEHL-ABEGG
Model:
FN080-SDI.6N.V7 153512 | ZIEHL-ABEGG 3~400VAC 1830W AC Axial Fan for renewable energy systems
Type:
Axial Fans
Industry:
New Energy
Description:

FN080-SDI.6N.V7 153512 is a 3~400 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is bionic blade geometry developed for efficient, low-noise airflow. It also lists a 800 mm size specified in the upload data. Review equipment interface for maintenance planning.

Product Features

Rated Voltage(V)3~400
Size(mm)800
Max.Air Flow(m³/h)16595
Max.Pressure(Pa)142
Input Power(W)1830

Product Features

Biomimetic Airflow

FN080-SDI.6N.V7 153512 positions the ZIEHL-ABEGG AC axial fan for renewable-energy and power-conversion equipment. It helps move heat away from critical components and supports predictable equipment temperatures throughout the duty cycle.

A 3~400 VAC rating with 1830 W input helps engineers plan the electrical supply and cooling-energy budget. Biomimetic impeller geometry inspired by owl-wing aerodynamics is optimized for high efficiency and low noise. Dynamic balancing and a compact air path support low vibration, energy-conscious operation and long service life.

Engineers integrating FN080-SDI.6N.V7 153512 should confirm the operating environment and final system curve. These checks align efficient heat removal with stable equipment performance and long-term service planning.

Application Industry

Frequently Asked Questions

What should I check if FN080-SDI.6N.V7 153512 develops a cooling fault?

Check supply voltage, controller signals, blocked airflow, contamination, abnormal noise, rotation, and the equipment operating point before replacing the unit.

How should FN080-SDI.6N.V7 153512 be maintained?

No model-specific maintenance interval is supplied. Keep the airflow path clean, inspect mounting and electrical connections, and follow the exact product instructions.

Does FN080-SDI.6N.V7 153512 require a separate controller?

The series information indicates controllability, but whether a separate controller is needed depends on the exact motor and integrated electronics.

Is FN080-SDI.6N.V7 153512 suitable for a high-reliability cooling system?

It may be evaluated for high-reliability cooling using the supplied parameters, but duty cycle, redundancy, ambient limits, and protection must be confirmed at system level.

What should be checked before installing FN080-SDI.6N.V7 153512?

Check electrical supply, mounting clearance, fasteners, airflow direction, guards, wiring, and access for service before installation.

How do I confirm FN080-SDI.6N.V7 153512 is compatible with my equipment?

Match the complete model code, voltage, dimensions, mounting arrangement, airflow direction, performance point, and control interface to the equipment.

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