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Ruck® insulated box fan ISOR with EC motor 4180m³/h diameter 450 mm - ISOR 450 EC 20
Ruck® insulated box fan ISOR with EC motor 4180m³/h diameter 450 mm - ISOR 450 EC 20
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Ruck® insulated box fan ISOR with EC motor 4180m³/h diameter 450 mm - ISOR 450 EC 20
Ruck® insulated box fan ISOR with EC motor 4180m³/h diameter 450 mm - ISOR 450 EC 20
bpDLdD7QuAY

Ruck® insulated box fan ISOR with EC motor 4180m³/h diameter 450 mm - ISOR 450 EC 20

Article number: 65131816


Brand: Ruck ventilatoren GmbH


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Ruck® potentiometer 10 kO - MTP 20
Ruck® 3-step potentiometer 10 kO - MTP 30
Ruck® PWM control - MTP 50
Ruck® 6-pole device switch - GS 03
Delivery time: 14 working days
Adviesprijs £2,456.33
£1,596.61
-35%

Ruck® insulated box fan with EC motor

The Ruck® insulated box fan (ISOR EC series) has an energy-efficient EC motor, this EC motor can be operated with variable speed control (MTP 20). The insulated box fan from Ruck® can be mounted directly on a tube, but we recommend the corresponding Ruck® fast clamp to reduce vibrations and noise through the duct.

The box fan is equipped with sound insulation and has a built-in thermal switch to prevent burn out. In addition, the box fan is equipped with rearward curved vanes and thus ensures high efficiency. The box fan is mainly mounted on the ceiling but can also be easily mounted on the wall or on the floor. The ISOR EC series is available with capacities ranging from 340 m3/h to a maximum of 1990 m3/h and with diameters ranging from 100 mm to a maximum of 315 mm respectively.

Ruck ventilatoren GmbH, is a leading German company with more than 25 years of experience. They are market leaders in the field of insulated box fans with energy-efficient EC motor. With more than 300 enthusiastic employees, they work together on new developments and techniques on a daily basis. The company ensures quality assurance in order to deliver a great product with the latest ERP (Energy Related Product) requirements.

  • Integrated electronics
  • EC motor
  • With sound insulation
  • Metal housing, galvanised
  • Rearward curved radial fan

Click here to go to the Ruck website. Here you will find interactive diagrams in which you can easily find the pressure, power usage, efficiency, noise levels and rounds per minute for a certain air flow.

It is possible to request a quote for orders with a minimum of 3 products and an ordervalue of £1000 (ex. VAT) or higher. This can be done via our request a quote page.


Brand Ruck ventilatoren GmbH
Categorie ISOR EC
GTIN 4061199019019
Manufacturer's item number 131816
Article number 65131816

Specifications

Connection diameter 450 mm
Number of phases 1~
Type of motor control 0-10V
Gewicht 65.3 kg
IP Complete Unit IPX4
IP Terminal Box IP44
IP Motor IP54
Insulation Class Motor F
Max. Operating Current 2.3 A
Max. pressure 950 Pa
Max. Air Volume 4180 m³/h
Max. Current Consumption 2.3 A
Max. power consumption 507 W
Max. Static Efficiency 48.3 %
Max. allowed Medium Temperature 50 °C
Max. allowed Medium Temperature at Rated Current 50 °C
Max. allowed Ambient Temperature 50 °C
Max. allowed Ambient Temperature at Rated Current 50 °C
Max. number of revolutions 1910 1/min
Max. Total Efficiency 49.1 %
Min. Operating Temperature -25 °C
Motor Protection TEC
Motor type EC
Nominal frequency 50 Hz
Nominal power consumption 507 W
Nominal voltage 230 V
Nominal current 2.23 A
Rated Speed 1585 1/min

Reviews

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Tips to reduce your energy bills with good ventilation
Tips to reduce your energy bills with good ventilation
Energy prices are skyrocketing, and decesion have to be made between eating or heating. It is time to make our homes more sustainable and thus save energy. In summer, our homes use less energy than in winter. In summer you are outside more often and the heating does not have to be switched on. In winter, we often keep the windows closed to keep the heat in, but unfortunately that is when the problems arise. There is no fresh air coming into our well insulated houses. The lack of fresh air leads to high CO2 levels, which in turn leads to various health complaints.
  • Felix Dijkmeijer
  • 30-09-2022

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