Rotary Blowers feature compact, integrated design.
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Press Release Summary:
Delivering 0.5–74 m³/min at up to 1,000 mbar (g), or 500 mbar (partial vacuum), BB69C through FB791C Rotary Blowers are supplied connection-ready with integrated mains power supply equipment and monitoring, including all sensors and star-delta starter, or with frequency converter to enable flexible speed control. CE and EMC certified packages are suited for pneumatic conveying of powdered goods, water treatment, or wherever generation of blowing air is required from compact unit.
Original Press Release:
Compact, Integrated Rotary Blowers Save Time and Money
The new compact Rotary Blowers recently introduced by HPC KAESER are supplied connection-ready with integrated mains power supply equipment and monitoring, including all sensors and star-delta starter, or with a frequency converter to enable flexible speed control. The range BB69C through FB791C rotary blowers deliver from 0.5 to 74 m³/min at up to 1000 mbar (g), or 500 mbar (partial vacuum) and are ideal for applications such as pneumatic conveying of powdered goods, water treatment, or wherever the generation of blowing air is required from a compact and efficient unit.
The complete system packages are CE and EMC certified which means less work for both the operator and system provider in terms of planning, installation, certification, documentation and commissioning. A range of motors is also available to accommodate various performance requirements, whilst noise and pulsation reduction measures ensure quiet operation at all times.
These innovative rotary blowers feature inherently intelligent design where system operators not only benefit from significant energy and operational cost savings, but are also able to take advantage of considerable savings for installation, planning, commissioning and certification. Moreover, their space-saving component layout results in an exceptionally compact footprint. Also, as these blowers have been designed to allow all servicing to be carried out from the front of the unit, it is possible to install several blowers side-by-side. This can save valuable floor space in crowded plant rooms or shop floor areas and provides ease of installation.
Components such as control valves, which would normally be installed externally, are also incorporated into the units and controlled via the blower’s internal Omega Control® controller. Planning, installation and documentation of centralised blower stations is therefore made even simpler.
Operating costs however don’t just depend on the efficiency of the individual components within the station.
Other factors such as, actual pressure and air demand, selection of appropriate and suitably matched blowers and drive systems, as well as tailored sequencing control, play a key role.
This is where an Air Demand Analysis (ADA) can prove invaluable. With the benefit of such detailed analysis it’s possible to determine how compressed air demand varies over time, how efficiently a blower station is operating, and to what extent availability and efficiency can be further optimised. The HPC KAESER Energy Saving System (KESS) is another powerful optimisation tool. This specialised planning software enables different system variants to be simulated and compared with one another, and their respective potential savings to be calculated.
Transparency of future servicing and maintenance costs is also essential when considering the total life cycle costs of both individual blowers and stations as a whole. Therefore, by choosing HPC KAESER, planners and operators not only benefit from all the advantages that these impressive latest generation blowers provide, they also benefit from decades of experience in system planning and optimisation. As a result, they can enjoy the rewards of enhanced system efficiency and maximum dependability. ENDS.
Further information is available from:
Mark Sharman, HPC Compressed Air Systems
mark.sharman@hpcplc.co.ukÂ
www.hpccompressors.co.uk
Victoria Gardens
Burgess Hill, West Sussex RH15 9RQ, UK.
Tel: +44 (0) 1444 241671
