Ziehl-Abegg FN063-VDQ.6N.V7, 630mm 4Pole 3Ph 2.7kw Plate Fan Induced
Item No. 130-170696
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Ziehl-Abegg FN063.VDQ.6N.V7P1 Technical Features: Motor type: AC Rated voltage: 3~ 400v (/Y) +/-10% Electrical connection: Terminal box Protection class: IP54 Motor protection: Thermal contact Blades: Aluminum Rotor: Aluminum Airflow: V Start amps: 16/5.5 Min temperature: -40 ºC Max temperature: +60
Description
Ziehl-Abegg FN063.VDQ.6N.V7P1 Technical Features:
 A=Forced
 V=Induced
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- Motor type: AC
- Rated voltage: 3~ 400v (/Y) +/-10%
- Electrical connection: Terminal box
- Protection class: IP54
- Motor protection: Thermal contact
- Blades: Aluminum
- Rotor: Aluminum
- Airflow: V
- Start amps: 16/5.5
- Min temperature: -40 ºC
- Max temperature: +60 ºC
 A=Forced
 V=Induced
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Specifications
- Poles
- 4
- Speed RPM
- 1340
- Phase
- 3Ph
- Brand
- Ziehl-Abegg
- Description
- Ziehl-Abegg FN063-VDQ.6N.V7, 630mm 4Pole 3Ph 2.7kw Plate Fan Induced
- AMPS
- 5
- Airflow Direction
- Induced
- Hz
- 50
- Motor Type EC
- No
- Motor Watts
- 2700w
- Diameter
- 630mm
Loading
Ziehl-Abegg FN063-VDQ.6N.V7, 630mm 4Pole 3Ph 2.7kw Plate Fan Induced
Item No. 130-170696
Ziehl-Abegg FN063.VDQ.6N.V7P1 Technical Features: Motor type: AC Rated voltage: 3~ 400v (/Y) +/-10% Electrical connection: Terminal box Protection class: IP54 Motor protection: Thermal contact Blades: Aluminum Rotor: Aluminum Airflow: V Start amps: 16/5.5 Min temperature: -40 ºC Max temperature: +60
Specifications
- Poles
- 4
- Speed RPM
- 1340
- Phase
- 3Ph
- Brand
- Ziehl-Abegg
- Description
- Ziehl-Abegg FN063-VDQ.6N.V7, 630mm 4Pole 3Ph 2.7kw Plate Fan Induced
- AMPS
- 5
- Airflow Direction
- Induced
- Hz
- 50
- Motor Type EC
- No
- Motor Watts
- 2700w
- Diameter
- 630mm
Description
Ziehl-Abegg FN063.VDQ.6N.V7P1 Technical Features:
 A=Forced
 V=Induced
Â
- Motor type: AC
- Rated voltage: 3~ 400v (/Y) +/-10%
- Electrical connection: Terminal box
- Protection class: IP54
- Motor protection: Thermal contact
- Blades: Aluminum
- Rotor: Aluminum
- Airflow: V
- Start amps: 16/5.5
- Min temperature: -40 ºC
- Max temperature: +60 ºC
 A=Forced
 V=Induced
Â