J38 ELECTRO-MECHANICAL TRANSPORTERS - GENERAL INFORMATION The FIBRO electro-mechanical transporters have been developed to effectively and inexpensively solve the problems of transporting parts and the removal of stamping and cutting residues from presses. The principle behind the electro-mechanical transporter is referred to as the "tablecloth effect". The slow acceleration during the forward stroke pushes the parts or offcuts forwards. The fast return stroke of the guiding system results in a transport movement in only one direction. Due to its compact design, the FIBRO electro-mechanical transporter is also suitable for applications where only limited space is available. The simple, sturdy and flexible design provides a safe, reliable, efficient and a cost efficient solution. Basic advantages: - compact design - low maintenance - low noise level ( < 70 dB) Executions: 2299.001 vertical gear position 2299.002 horizontal gear position 2299.011 vertical gear position, with profile and support 2299.012 horizontal gear position, with profile and support 2299.121 vertical gear position, with two slides, profile and support 2299.122 horizontal gear position, with two slides, profile and support 2299.221 vertical centre gear position, two slides, with profile and support 2299.222 horizontal centre gear position, two slides, with profile and support Supplied components: The transporters are supplied without connection cable. Design data (CAD): 2D + 3D CAD data for various CAD systems as well as system-neutral interfaces are available on the internet at: http://fibro.partcommunity.com Technical data: Drive: Alternating current (3 phases) 1375 min-1 0.09 kW rated capacity 0.51 A nominal current at 400 V Weight 4.4 kg Protection class IP55 (DIN EN 60529) Delivery stroke: 20 mm Conveying speed: approx. 4.5 m/min Stroke frequency: 4 strokes/second max. guiding system weight (incl. profile): 35 kg max. bulk weight (guiding system weight, profile, transport items): 100 kg Temperature range (permissible ambient temperature): -20 to +60 °C
RkJQdWJsaXNoZXIy MTIwNzY0