The Series R60 discharging bars flexION are designed for the active discharging of disruptive static charges which develop in production processes.The bars are operated with an alternating voltage of 5 kV at 50 / 60 / 100 Hz and are designed for discharging moving and non moving surfaces. Due to differences in the surface charge profiles on different materials, charges with both polarities are provided by the discharging bars. The corona section with its optimized geometrical configuration ensures ultimate discharging efficiency. The advantages of the flexION discharging bars: • high discharge range at minimum operating high voltage, hence great depth effect • excellent active discharging performance at close and far range due to patented bar design • flexible, free-standing emission tip with new resistance technology, no danger of injury, e.g. during cleaning • 4 times more emission tips compared to other products • high level of safety due to passive discharge even when the power supply is off • variable use in tight, grounded machine spaces • easy to clean thanks to an extremely hard, dirt-resistant surface Technical Information flexION Discharging Bars flexION air Discharging Bars Series R60 for AC Operation Series R60L for AC Operation TI-en-2082-1808

1 high voltage connection 2 bracket 3 emission tips / spring tips 4 ground connection EL = installation length AL = active length GL = total length flexION discharging bar • fixed connection of the high voltage cable • high voltage cable axial and radial design • radial connection rotatable by 360° and locked by lock nut • max. active length: 3,975 mm • grip spacing of the discharging tips: 15 mm active length minus 15 must be devisible by 30; AL = 15 + (n x 30)

Technical specifications flexION R60 Bar element Encapsulation material Emission tips Installation material Operating ambient temperature Ambient humidity Dimensions Weight Operating voltage High voltage supply High voltage connection Short-circuit current / tip Contact protection aluminium mit special coating polyurethane, UL-94 V-0 stainless steel, flexible glas fiber reinforced plastic bracket 0...+80°C (+32...+176°F) max. 70% RH, non-dewing profile: 20 x 29 mm, max. length: 4,045 mm approx. 1 kg/m max. 5 kV AC, 50 / 60 / 100 Hz via Eltex power supplies high voltage cable encapsulated, axial...

1 high voltage connection 2 bracket 3 emission tips / spring tips 4 ground connection 5 air connection 6 additional air connection EL = installation length AL = active length GL = total length flexION air discharging bar • fixed connection of the high voltage cable • high voltage cable axial and radial design • radial connection rotatable by 300° and locked by lock nut • max. active length: 2,715 mm • grip spacing of the discharging tips: 15 mm active length minus 15 must be devisible by 30; AL = 15 + (n x 30) Additional advantages of the discharging bar flexION air: • More efficient, best possible...

Dimensions of the flexION air R60L discharging bar - shown with standard bracket Technical specifications flexION air R60L Bar element Encapsulation material Emission tips Installation material Operating ambient temperature Ambient humidity Dimensions Weight Operating voltage High voltage supply High voltage connection Short-circuit current / tip Contact protection Air supply Air connection Air pressure Air consumption / meter (standard values) aluminium mit special coating polyurethane, UL-94 V-0 stainless steel, flexible glas fiber reinforced plastic bracket 0...+80°C (+32...+176°F) max. 70%...

Connecting oil and waterfree compressed air supply The number of air connections depends on the length of the discharging bar. An internal hose diameter of 10 mm (DN10) is required to connect the air hose to the air hose joint. The operating pressure must not exceed 1 x 105Pa and must be measured near the air distributor. The distributor crosssection must be dimensioned to match the number of hose connections or in compliance with the consumption volume. Installation diagram for the air supply 1 Pressure gauge (*not shown) 2 Pressure source 3 DN20 hose 4 Throttle valve 5 Rota flowmeter 6 flexION...

Length of the high voltage cable The total length of discharging bar and high voltage cable is limited due to the loading capacity of the transformer in the power supply. The maximum loading capacity is a function of the active bar length and the length of the high voltage cables. The following figures demonstrate this principle for the ES51, ES50 and ES24 power supplies. Loading capacity of the ES51 power supply as factor of active bar length and total length of the high voltage cable Loading capacity of the ES50 power supply as factor of active bar length and total length of the high voltage...

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