VORT QBK (1)
Model
VORT QBK 7/7 M6 0,07kW
Code

VORT QBK 7/7 M6 0,07kW

CENTRIFUGAL IN SOUNDPROOF CABINET

MANUFACTURING FEATURES:

• Impellers made of polyamide reinforced with fiberglass.
•VORT QBK range fans assembled in soundproof cabinets with thermo-acoustic insulation, Bs1d0 fire class on the supply pannel.
• Fan assembled on antivibration mountings.
• Connection gland included.
• Closed motors specially designed with extruded aluminum housing, which make the whole connection is protected within the integrated terminal box on the motor IP 65 protection and motor with IP54 protection and Class F insulation standard voltages: 230V 60Hz  in single phase

APPLICATIONS:

Designed for inline installation, indoor or outdoor assembly, they are suitable for:
• Air renewal in buildings and industries.
• Industrial and professional kitchen hoods. Use in supply or extraction with prior fat filtering.
• Maximum working temperature: 50ºC.

UNDER REQUEST:

• LG0 position.
• Impellers made of galvanised steel sheet.

Fan

Max flow
1280 m³/h
Weight
20 Kg

Motor

Power
0,07 kW
RPM Motor
1062
Capacitor
8+8µF 400V
I max. 230 V
0,88
Size
63
FP
0.98
VORT QBK 7/7 M6 0,07kW
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Design point
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Service point
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Alternative point

VORT QBK 7/7 M6 0,07kW

Dimensions scheme
A B C D E F H I J K L M N O P Q
450 450 450 242 216 81 150 352 309 60 78 23 27 10 17 393,5

VORT QBK 7/7 M6 0,07kW

Electrical scheme

VORT QBK 7/7 M6 0,07kW

Model
IREM-EMC 1,5
Code
21921
Information
MANUAL SINGLE PHASE SPEED CONTROLLER

MANUFACTURING FEATURES

• Specially designed for sinus wave speed control. Only available for single phase fans.
• Terminal wiring.
• Minimum speed adjustable and potentiometer speed control.
• Sealed box IP-54 box. Light switch pilot.
• EMC filter according to the En55014 Standard.

Model
SWT 25 3P
Code
21673
Information
SAFETY SWITCH

MANUFACTURING FEATURES

• Safety start-stop switches according to IEC 60947-1 and IEC 60947-3.
• IP65 and always equipped an auxiliary contact.
• Useful for switching off the current before handling the fan.

*Máx. thermal current air (A)