R.I.M.O. RIPAR.INSTAL.MACCH.OFF. DI MEDICI E CILLO S.N.C.

In addition to filtration, compressed-air drying contributes significantly to an increase in process reliability. Humidity in compressed-air systems causes corrosion, and promotes the growth of micro-organisms. In individual cases, condensate emerges at the point of use - an ongoing danger for the operational flow, for example because of failing pneumatic controls, increased wear and tear or because of other disturbances in the production process. With considerably enhanced process reliability, the DRYPOINT dryer technology offers decisive advantages for every field of application. The BEKO TECHNOLOGIES portfolio comprises application-optimised refrigeration, adsorption and membrane dryers for volumes up to 1,500 m³/h. This range of dryers is completed by heat-regenerated EVERDRY adsorption dryers which are designed for large volume flows up to 20,000 m³/h.

The generation of compressed air is always connected with the formation of condensate. In most cases, this condensate contains oil, is contaminated with dirt particles and spreads out in the entire compressed-air system. A system problem which can result in damage and additional costs. The BEKOMAT drains condensate in the compressed-air system in an electronically level-controlled manner. More than 3,000,000 installations worldwide make it the industrial standard for reliable and cost-effective condensate drainage.

Working range Blind rivet nuts from M3 up to M10 all materials as well as M12 in aluminium and steel Technical data Weight: 2.4 kg Adjustable stroke,max: 10mm Adjustable traction force, max: 18,5 kN at 5 bar Operating air pressure: 5-7 bar Air hose connection: 6 mm Ø (1/4’’) Air consumption: approx. 2 to 4 ltr. per rivet nut (depending on nut size) Scope of delivery 2 double open ended wrenches SW 24/27 1 hexagon screw driver SW 4 1 oil refi ll can with hydraulic oil 100 ml 1 oil refi ll can Operating instructions with spare parts list

FireFox® 2 C – With setting process monitoring This tool is based on the proven TAURUS® C model. Here the setting process is analysed via integrated electronics using stroke and force sensors. The user can defi ne an OK window by means of a special software. A coloured LED on the tool shows the results of the setting process monitoring which can also be recorded and processed via data line. Apllications In the serial production of safety component parts as well as in automated setting processes the FireFox® C allows checking and documentation of the setting process. Advantages • High process safety • Documentation of each individual setting process • Less scrap since errors can be immediately identifi ed