Manual soplador aerzen

Carrusel anterior Carrusel siguiente. Buscar dentro del documento. Jannet Vaneza. Pedro Agustin Duarte. Katherine Carranza Alcalde. Alan Rodolfo.

Miguel Alonso. Juan Alberto Hernandez. Gerardo BC. Brayan Colchado. Oswaldo Garcia. Anonymous UCpgot. Cristian Menares. Jeorge Rodriguez. Piezas de repuesto de primer rango: Deben sustituirse en cada desmontaje y su acopio, por lo tanto, es imprescindible. Por lo tanto, recomendamos tambien su acopio. El juego completo se compone de: engranajes, chavetas, juntas, visores de aceite, tuercas, casquillos, soportes, chapas dispersoras, discos de engrase, etc.

Piezas de repuestos de tercer rango: No son piezas de desgaste, pero el servicio incorrecto, esfuerzos excesivos, etc. Aerzener International Rental B. This operating- and installation manual is subject to engineering changes necessary for the compressor advancement.

Wat de betrft de tekeningen en gegevens in deze bedienings- en opstellings-hanleiding verbetering van de schroefcompressor noodzakelijk worden, voorbehouden. Rispetto all'illustrazione ed alle indicazioni di questa Istruzioni di Esercizio ci si riserva quelle modifiche tecniche che sono necessarie per migliorare i compressori. Vorheriges Karussell. Was ist Scribd? Entdecken Sie eBooks. Bestseller Tipps der Redaktion Alle eBooks. Entdecken Sie Zeitschriften.

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Aerzen Positive Displacement Blowers for oil-free air and gas conveying. The following are some examples Aerzen Positive Displacement Blowers applications: Pneumatic conveying of bulk materials In suction- or discharge pressure. Pressurized aeration of basins in sewage treatment plants Filter flushing blowers in drinking water production plants Gas boosting blowers rated for internal static pressures of up to 25 bar. Steel production - Application in direct-reduction plants.

High vacuum boosters - are equipped with special shaft seals. Conveying of pratical all gases - found in the chemical, petrochemical, and metallurgical industries. The so-called UPS Uninterruptible Power Supply ensures that the high-frequency rotating rotor does not immediately come across the mechanical emergency bearing when the power supply fails.

The workload on the emergency bearing would be so great at full-speed, costly damages would be highly likely. The UPS can also be switched off, only after the speed decreases to a safer and manageable level. Because the installed batteries must be fully charged and stabilised, a UPS also requires its own maintenance.

Overall, the solution by magnetic bearings is more expensive over the long term, technically overcomplicated, and energy inefficient. The value of non-contact air bearings has enormous advantages over mechanical and magnetic solutions. Functioning value and operation features within the turbos are based on very simple physical principles.

The motor shaft connected to the impeller must be precisely borne: a task that cannot be met with current industry standards for bearings, due to the high rotational speeds. AERZEN's air suspension for turbo blowers offers significant advantages of simplicity and energy-efficiency.

Compressed air is used in both radial bearings of the drive shaft, and in the axial bearing as air pockets. The air does not come from an external generator, rather is produced by the turbo blower itself; just like with conventional compressors. When the blower is switched on, the shaft produces an alternative circular movement. This increases the pressure in the minimum clearance to the bearing wall, which again presses the shaft in the opposite direction. The high speeds ensure automatic centering of the shaft in the bearing, and increases the operating pressure in the air pocket to more than 30 bars psi.

The high pressures generated ultimately result in a free-floating operation of the shaft, centered in the bearing. This type of bearing was also developed for space travel. In contrast to the magnetic bearing, no additional energy input is required for generating the air pocket, because it automatically forms through the normal functions.