Print

Fan-and-filter units

Published:  24 February, 2014

Rittal_TopTherm_Fan_and_filters.jpgRITTAL says it can offer a more energy efficient means of ventilating enclosures by supplying electronically commutated (EC) versions of the successful TopTherm fan-and-filter unit, in all but the very smallest size.

Using the same diagonal fan technology as the standard variant, Rittal’s TopTherm EC fan-and-filter unit can provide improved performance against static pressure, offering a more constant air throughput and energy savings in excess of 60 % over previous models. Rittal says compliance with ongoing energy efficiency guidelines can be met and exceeded by using EC motors. Intelligent control and fan status monitoring is available for larger units.

Direct monitoring of fan speed is via a tacho-signal output with a malfunction or failure signal, prompting immediately action, minimising the risk of component failure in the enclosure.


Tel: 01709 704000

information@rittal.co.uk

www.rittal.co.uk

Related Articles

  • Simpler installation and servicing  

    RITTAL’S new TopTherm fan-and-filter unit is reported to make installation and servicing simpler and quicker as mounting on the enclosure, electrical connection, reversal of the direction of airflow and replacement of the filter mat are all possible without the use of any tools.

  • Cloud-based SCADA for asset monitoring 

    Environmental Monitoring Solutions (EMS), a provider of energy management systems to water suppliers, asked Ovarro to assist in improving the way data is presented to its clients? PWE reports

  • Real-time energy monitoring of compressed air  

    SICK says as manufacturers face rising energy bills, it has launched the FTMg with Monitoring App, an Industry 4.0 solution that can help them see the data they need to reduce energy consumption through better control of compressed air.

  • Monitoring power pays dividends 

    Gianluca Fanchini* and Poonam Walid* look at power monitoring and why it is a vital facet of any company’s modus operandi, especially when faced with the multiple negative implications of wasteful consumption.

  • Why does misalignment add to energy consumption in industrial fans? 

    The root causes of misalignment in fans are bent or incorrectly installed shafts and worn bearings. These result in vibration, noise and heat, which effectively wastes energy. Misaligned shafts also increase the load on motors, requiring increased power consumption from the motor to generate the additional turning effort required to rotate the shaft.

Sign up for the PWE newsletter

Latest issue

To view a digital copy of the latest issue of Plant & Works Engineering, click here.

View the past issue archive here.

To subscribe to the journal please click here.

Poll

"How is your manufacturing business preparing for a net Zero target?"






Twitter