THE MOBILE HIGH-PRESSURE UNIT – A NEW APPROACH! With the first detachable high-pressure unit in the world, we’re making machining even more sustainably future-proof. A compact unit and installation options allow perfect space utilisation. Proven high-performance technologies in the modular system, such as automatic filter and eco+ regulating pump technology, ensure optimised operating costs and output quality at pressures of up to 300 bar.
Germany
Compact rack with full pull-out For the reception of load carriers like plastic boxes Optimal storage of small parts Sample shipment for test purposes possible
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Brief Description The PWL compact unit MODULAR is a multifunction unit combining waste water sieving with the discharge of grit and grease in one compact system. Due to its modular design the PWL compact unit can be equipped appropriate to individual waste water conditions. Among all kinds of screens the MODULAR can be used with drum screens within the inlet area. The different kinds of solids are separately carried out of the unit for further treatment or discharged into a container. Function Via pumps or gravity flow the waste water reaches the headbox of the MODULAR. The screen integrated into the headbox discharges the separable solids from there either to the downstream PWL Interval-Wash-Compactor or into a container. The waste water charged with organic and sand runs off directly from the headbox into the aerated grit chamber. The free fats and lightweight substances reach due to the prevailing roller stream the integrated grease trap. The arising floating layer is...
Switzerland
The pressure transmitters of the 33X-Ed series use digital compensation with a mathematical model to achieve exceptional accuracy of 0,05 %FS – in the temperature range from 10 to 40 °C, this value even corresponds to the total error band. Additional measurements and selections can optionally be used to achieve a precision (and also, if calibrated in an accredited test laboratory, an accuracy) of 0,01 %FS. In addition to the digital RS485 interface, the X-line transmitters have a rangeable, analog current or voltage output. Pressure-proof housing – suitable for use in explosive atmospheres.
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The particle image velocimetry (PIV) is an optical noninvasive working flow velocity measurement method. The flow field is made visible by introducing into the fluid small buoyancy neutral particles – the so called tracers. The particle flow then is illuminated with the aid of a light sheet and recorded at two defined different times within a small time interval with a digital camera. Because the particle move within this time interval with the flow, one can calculate the particles velocity by knowing its path between the two moments of illumination. The result is a velocity vector field of the flow. Here, we assume that the particles are small and follow the flow without any slip. Compared to local methods like LaserDopplerVelocimetry (LDV) with the ParticleImageVelocimetry one can reconstruct a whole flow region An extension of ParticleImageVelocimetry is the combination of PIV with thermometry (PIV/T).
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