Gliding - Import export

FTA Floating moving end Compensate parallel errors The igus® compensator for gliding applications with E2/000 and small E4.1 energy chains. At moving arms with strong lateral offset the floating moving end provides for a compensation and therefore for a force-free run of the energy chain in the guide trough. This extends the life time of your application. -Small, light and low priced -Compatible with PPDS basic analysis units -The basic ”floating moving end“ can be used with the following chain series: 2500, 2700, 3500, E4.28, E4.32 and E4.42 Max. travel distance:100m Max. acceleration: up zo 50m = 2 m/s 2 | 50-100m = 1 m/s 2

da [mm]: DryLin® overview DryLin® gliding pads available from stock made of high-performance plastic iglidur® J can be virtually used everywhere. Without additional lubrucant, heavy loads can be moved over a variety of surfaces (steel, aluminium, stainless steel, etc.) with very low friction. The plates are fixed securely with a screw through the reinforced hole in the middle. da [mm]:

Universal glide elements – customise your own plain bearing supported rotary table systems Using the versatile iglidur® PRT universal glide elements, large slewing ring systems can be modeled tailored to the type 01. Depending on the number of elements, rotary table systems can be implemented with inner diameters ranging from approx. 0.5 to 5m. – we will gladly support you with the design and detailed layout. Universal gliding element, made from the proven iglidur® J Customize your own slewing ring tables starting at 500 mm diameters and larger Lubricant free Maintenance-free wear-resistant Rugged Resistant to corrosion Typical applications:Solar industry, assembly equipment, fixture making 1. Glide element made of iglidur® J Part number: JRS-500S/45S Material table General features Density 1,49 g/cm 3 Colour yellow Max. moisture absorption at 23 °C and 50 %r.h. 0,3 Wt.-% Max. water absorption 1,3 Wt.-% Mechanical properties Max. permissible static surface pressure (+20 °C) 35 MPa Shore D hardness 74 Physical and thermal properties Max. long term application temperature 90°C Max. short term application temperature 120°C Lower application temperature –50° Electrical properties Surface resistance >10 12 Ω loads up tp 10 tons

iglidur® JATM, metric d1 [mm]: iglidur® JATM/VATM consists of a hard-anodized ring and a bearing ring made of iglidur® J (JATM) and iglidur® V400 (VATM). These glide pairings fetch low coefficients of friction and high wear resistance - without lubrication. Special features Maintenance-free plain bearing system For high service performances High stiffening Simple installation Material: iglidur® J High temperature options VATM, iglidur® V400 More dimensions and supplies on request When to use it? When an axial bearing system with defined gliding partners is desired When extremely high wear resistance is required When a very low coefficient of friction is desired When not to use it? When an additional angle compensation is required igubal® axial bearing When little mounting space is available iglidur® J When only sporadic movements are present iglidur® G Y = wear [μm/km] Figure 36.1: The diagram shows the influence of load (p in MPa) and speed (v in m/s) on the wear of the axial bearing. Y= Coefficient of friction Figure 36.2: In the test with different speeds (v) and loads (p) the coefficients of friction of the bearing systems were determined (v in m/s, p in MPa). iglidur® JATM, metric d1 [mm]: