モータMotor減速機構Reduction gearメカニカルシール簡易交換機構Mechanical seal easy-exchange mechanismフレームFrame軸封装置Shaft sealドライブシャフトDriving shaftフランジカップリングFlange couplingミキシングシャフトMixing shaftインペラImpeller安定装置 (スタビライザーリング)Stabilizer ringフートベアリング(槽底軸受)Foot bearing (at the tank bottom)スリーブSleeveフートベアリングFoot bearingベアリングケースBearing caseフートサポートFoot support標準StandardミキシングシャフトMixing shaftwithin the reaction tank. In this sense, “mixing” may be defined as a process of producing a new substance.The impeller is the most important element of the mixer. Rotational energy, generated by the motor, is transmitted from the shaft to the impeller as kinetic energy. The fluidic motion around the impeller is associated with pressure shear, and the impellers are grouped into two characteristic types (axial flow, radial flow) according to the ratio of pressure shear and the flow pattern, determined by the direction of discharge flow. (Typical types of impellers are shown on P7.)The weight of the impeller has direct impact on the critical speed of rotation, as well as the shaft length, and must be minimized in relation to the rigid shaft. The impeller design requires careful study of the mechanical strength, taking the reaction force of fluids into consideration.High Performance Impellers — Super-Mix SeriesThis catalog contains basic information about impellers, and introduces Satake’s impellers in the High Performance Super-Mix Series. It is designed to guide you through the selection of impellers to help you meet your specific needs.The impeller is a critical element of the mixer that converts rotational energy into kinetic energy歩しつづけます。nology
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