摘要:
A method and a briquetting press for briquetting metal chips wherein stable briquettes/pressed components are produced. The actual length (Lact) of the pressed component is obtained by applying pressure (Pmax/Preq) using at least one pressing ram (1,2) and measuring the length with a measuring device (5, 6). The measured value is compared to a desired nominal value (Lnom) and a difference value (&Dgr;) is subsequently determined.
摘要:
A method and a briquetting press for briquetting metal chips, wherein stable briquettes/pressed component are produced. The actual length (Lact) of the pressed component is obtained by applying pressure (Pmax/Preq) using at least one pressing ram (1, 2) and measuring the length with a measuring device (5, 6). The measured value is compared to a desired nominal value (Lnom) and a difference value (□) is subsequently determined.
摘要翻译:一种用于压块金属屑的压块机,其中产生稳定的压块/压块。 按压部件的实际长度(L<动作< / SUB>)通过使用至少一个按压压头施加压力(P>最大/ P SUB> (1,2),并用测量装置(5,6)测量长度。 将测量值与期望的标称值(L> nom)进行比较,随后确定差值(□)。
摘要:
The invention relates to a press for processing material of any desired type, in particular metal scrap or waste, comprising a bed with a pivotable press blade and press cover for filling compression as well as delivery of the material by means of a slide for further processing and including hydraulic cylinders for driving the press blade, press cover and slide.
摘要:
The invention relates to a press for processing, such as pressing and/or shearing, any type of material (3), particularly scrap metal or metal wastes, comprising: a bed (1) for filling and strand-like compacting and feeding this material (3); a downward-located column (2) having at least one stamper (2.2), which is guided inside the column while being driven by a second hydraulic cylinder (2.2.2) attached to a crosshead (2.1) of the column (2); at least one third hydraulic cylinder (2.4.2), and; a hydraulic control (5) provided with a control block (7) and pipes (6). This press should, in order to increase its overall efficiency, improve the feeding/loading of the material (3) to be processed, ensure a largely coordinated execution of the functional steps, optimize the kinematic sequence of the functional elements and the expenditure of energy therefor, have a reduced loading height and bed length, check the state of wear and monitor the operating state both of the kinematic sequences as well as of the hydraulic system while making them visible to the press operator whereby, all in all, increasing the availability of the press, the intensity of the processing of the material (3) and the output quota thereof from the press.