Beko Compressed Air Technology
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Measurement Technology
Brochure.pdf The key to the successful optimisation of compressed-air systems is data. The METPOINT® range of measurement equipment provides the data base for the evaluation and assurance of the compressed-air quality and for the identification of hidden cost drivers. Our measurement equipment can also be employed for the extension of plants and for the early elimination of malfunctions.The requirements on compressed air as an operating resource regarding energy efficiency, quality, and process safety are the reason for the versatile needs for measurement equipment. For quality monitoring, for example, we measure parameters such as the residual oil content (oil vapour), humidity, temperature, and pressure dew point. During the monitoring of energy consumption, we detect the flow rate, current consumption, and total consumption, and we identify leaks. As regards medical breathing air, we monitor and log the limit values of the Pharmacopoeia.
The data-logger for maximum process transparency. Quality control and energy management in one device.Continuous quality monitoring of medical breathing air, especially for employment in hospitals.Monitoring system for residual oil in compressed air
Shows you what you should be looking forDetects every leak. Precisely and quickly.Complementary products
Pressure transducer METPOINT PRM The METPOINT® PRM pressure transducer detects the relative pressure (gauge pressure) in gaseous and liquid media and transforms this measured value into a linear output signal
The METPOINT® PRM pressure transducer detects the relative pressure (gauge pressure) in gaseous and liquid media and transforms this measured value into a linear output signal. Pressure transducers transform the physical pressure into a pressure-proportional electrical signal.
As regards the METPOINT® PRM, sensors of the thin-film technology are employed. The body and membrane of a metal thin-film sensor consist of a 1.4548 stainless-steel material. On the membrane side that faces away from the medium, insulation layers, strain gauges, compensating resistors, and conductors are applied with a combination of chemical and physical methods, and are photolithographically structured through etching. The layers of the resistors and electrical conductors applied on the sensor are considerably thinner than a micrometer and are, therefore, called thin-film resistors.Due to the materials used, the metal thin-film sensor boasts very good resistance to many media, and it is insensitive to shocks and vibration impacts.Minimum pressure valves Overrunning of compressed air treatment systems can create serious problems Minimum pressure valves: more safety during the start-up 
BEKO TECHNOLOGIES minimum pressure valves prevent risks which are involved particularly during the start-up of a compressed-air plant. They are suitable for maximum volume flows between 78 and 1,620 m3/h and a maximum operating overpressure of 16 bar.