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Ziehl-Abegg FN080-ZIQ.GL.V7P3 800mm 1100RPM 3Ph 3.10Kw EC Plate Fan

Item No. 130-180794
Ziehl-Abegg FN080-ZIQ.GL.V7P3 Technical Features: Motor type: AC Rated voltage: 400v ∆/Y +/-10% Electrical connection: Terminal box Protection class: IP54 Motor protection: integrated active temperature management Blades: Aluminum Rotor: Aluminum Airflow: V Wiring diagram: 1360-403 Min. Temperature:

Description

Ziehl-Abegg FN080-ZIQ.GL.V7P3 Technical Features:
  • Motor type: AC
  • Rated voltage: 400v ∆/Y +/-10%
  • Electrical connection: Terminal box
  • Protection class: IP54
  • Motor protection: integrated active temperature management
  • Blades: Aluminum
  • Rotor: Aluminum
  • Airflow: V
  • Wiring diagram: 1360-403
  • Min. Temperature: -35 ºC
Airflow Direction:
 A=Forced
 V=Induced
 

Specifications

Speed RPM
1100
Phase
3Ph
Brand
Ziehl-Abegg
Description
Ziehl-Abegg FN080-ZIQ.GL.V7P3 800mm 1100RPM 3Ph 3.10Kw EC Plate Fan
AMPS
4.80/3.80
Airflow Direction
Induced
Hz
50/60
Motor Type EC
Yes
Motor Watts
3100w
Diameter
800mm

Ziehl-Abegg FN080-ZIQ.GL.V7P3 800mm 1100RPM 3Ph 3.10Kw EC Plate Fan

Item No. 130-180794
Ziehl-Abegg FN080-ZIQ.GL.V7P3 Technical Features: Motor type: AC Rated voltage: 400v ∆/Y +/-10% Electrical connection: Terminal box Protection class: IP54 Motor protection: integrated active temperature management Blades: Aluminum Rotor: Aluminum Airflow: V Wiring diagram: 1360-403 Min. Temperature:

Specifications

Speed RPM
1100
Phase
3Ph
Brand
Ziehl-Abegg
Description
Ziehl-Abegg FN080-ZIQ.GL.V7P3 800mm 1100RPM 3Ph 3.10Kw EC Plate Fan
AMPS
4.80/3.80
Airflow Direction
Induced
Hz
50/60
Motor Type EC
Yes
Motor Watts
3100w
Diameter
800mm

Description

Ziehl-Abegg FN080-ZIQ.GL.V7P3 Technical Features:
  • Motor type: AC
  • Rated voltage: 400v ∆/Y +/-10%
  • Electrical connection: Terminal box
  • Protection class: IP54
  • Motor protection: integrated active temperature management
  • Blades: Aluminum
  • Rotor: Aluminum
  • Airflow: V
  • Wiring diagram: 1360-403
  • Min. Temperature: -35 ºC
Airflow Direction:
 A=Forced
 V=Induced
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