Flow sensors create clarity

Bath D�rrheimer mineral well controls compressed air with flow sensors of SCHMIDT TechnologyMit of the decision to fill up and these also manufacture about a third of its beverage production in PET Fa, rose the compressed air requirement the baths D�rrheimer mineral well GmbH & CO. Kg enormously on. In order to control the consumption of the medium ranking among the most expensive sources of energy, the pneumatic flows with flow sensors are seized by SCHMIDT Technology and evaluated in the energy management system. By the transparent energy cost distribution over the entire enterprise the system offers directly several Einsparpotenziale to the beverage manufacturer. Like many other beverage manufacturers also bath D�rrheimer mineral well fills up a part of production in bottles from polyethylene. Contrary to the Glasflaschen the enterprise produces the plastic bottles themselves. In addition the bought blanks before the filling with sterile compressed air are blown up on the desired form. So that these first test tube-large blanks seize once 1.5 l later Durstl�, a large quantity of energy is necessary. The costs of it constitute however the majority of the product costs, why D�rrheimer their production plants equipped the bath with an energy management system. Thus the current consumption can be computed not only for individual bottle, but also steered purposefully. Leistungsspitzen recognize and reduction those energy costs depend on the highest over one quarter of an hour averaged power absorption per accounting period. An energy management system can assign the power demand to the respective plants, whereby by the planned and temporally graduated Zuschaltung of the devices can the Leistungsspitzen be decreased. Apart from the consumption of electricity can be visualized also that by compressed air. For the collection of the flow rates D�rrheimer work are attached at the most important strands of the compressed air feed circuit flow sensors of SCHMIDT Technology in the bath. Equipped with a Microcontroller steered transducer, the sensors were conceived for measuring air speeds as well as for the determination of the flow rate and flow rate. Flow sensors easily to integration that at the company Mineralbrunnen bath D�rrheimer assigned flow sensor SS 20,60 flow rates starting from 0,2 m/s for leakage recognition, have measuring range dynamics of 1:1000 measure, are pressure resistant up to 16 bar and had a similar to and a digital exit. The latter serves for the connection to Verbrauchsz�hler or energy management systems. Owing to their execution as immersing probes the flow sensors can also later be built into existing lines and exchanged even under pressure. The compact design and the small flow resistance of the sensors make it possible to integrate several flow sensors into an air supply line. This arrangement of the flow sensors creates clarity over the ducking air requirement of the consumers attached at the net. The measurement places in the compressed air network, verschiednen on, makes single consumption transparency. A further advantage with the employment of the flow sensors accompanies, is the fast identification of leakages in the compressed air network, which cause an unnecessary consumption and thus redundant costs. In the division sensor system develops and produces the SCHMIDT Technology GmbH since over 20 years stationary flow sensors for the flow and volume flow measurement in air and most different gases or gas mixtures. All SCHMIDT� flow sensors work according to the thermal principle. Implemented as Hantelkopf, Thermopile, chamber head or Inline sensors SCHMIDT� sensors are suited for the employment in most different environmental and process conditions. They find their employment within the ranges ventilation and climate, in compressed air engineering, in pure space and Pharma applications as well as during processprocess processes of the most different industries.�

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