- 6 items in stock
Ruck® box fan with frequencydriven motor outside the air stream
The Ruck® box fan (MPS D series) has a frequency-driven motor, this motor is mounted outside the air stream. The advantage of this is that any dirty and contaminated air of up to 120 degrees Celsius is not discharged via the motor. The box fan with motor outside the air stream is therefore often used in the catering industry or in connection with grease. Attention: the fan must be controlled with a frequency converter. If desired, the frequency converter can be controlled with a variable potentiometer.
For maintenance, the energy-efficient box fan is easy to open, and there is also condensation and grease extraction. The MPS D series is available with capacities ranging from 1960 m3/h up to a maximum of 11840 m3/h.
Ruck ventilatoren GmbH, is a leading German company with more than 25 years of experience. They are market leaders in the field of energy-efficient box fans with voltage control and EC motor. With more than 400 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.
- Frequency-controlled motor outside the air stream
- Up to 120°C medium temperature
- With condensation and grease extraction
- Ventilation unit swivels outwards
- With adjustable speed
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.
|Ruck ventilatoren GmbH
|Catering exhaust fan frequency-controlled
|Manufacturer's item number
|Number of phases
|Number of poles
|Type of motor control
|Insulation Class Motor
|Max. Operating Current
|Max. Air Volume
|Max. Current Consumption
|Max. power consumption
|Max. Static Efficiency
|Max. allowed Frequency (3˜ motors)
|Max. allowed Medium Temperature
|Max. allowed Medium Temperature at Rated Current
|Max. allowed Ambient Temperature
|Max. allowed Ambient Temperature at Rated Current
|Max. number of revolutions
|Max. Total Efficiency
|Min. allowed Voltage
|Min. Operating Temperature
|Nominal power consumption