Wacker Neuson DPU5545HE

DPU 5545HEMaximum productivity thanks to optimized compaction forceThese new-generation vibratory plates offer maximum efficiency to meet the most stringent professional demands. The optimized two-shaft exciter technology, the power (centrifugal force) of which has been increased by 10 to 12.5 %, ensures the greatest possible compaction performance on almost all soils. Thanks to faster advance travel, the surface capacity is greatly increased while the depth action remains the same. The new robust design also provides maximum machine stability. All told, this means greater productivity!> Increased forward travel speed for greater surface capacity> The same forward and reverse speed produces more consistent results, e.g. in plaster compaction> Reinforced covers and fastening elements for increased protection and thus lower maintenance costs> New signal tone generator notifies possible battery discharge> Long operating times thanks to low hand-arm vibrationsStandard Package – DPU 5545He includes operator's manual and parts book Description Metric ImperialOperating weight 415 kg 915 lbBaseplate (W x L) 450 x 900 mm 17.7 x 35.4 inMachine height 770 mm 30.3 inWorking height of handle (adjustable) 1023 / 1405 mm 40.3 / 55.3 inWorking width (without extension plates) 460 mm 18.1 inWorking width (with extension plates) 600 mm 23.6 inBase plate thickness 12 mm 0.5 inMax. centrifugal force 55 kN 12364.5 lbfVibration frequency 69 Hz 69 vpmMax. advance travel (depending on soil and environmental factors) 27 m/min 88.6 ft/minMax. surface capacity (depending on soil and environmental factors) 972 m2/h 10463 ft2/hDrive engine air-cooled single cylinder four-cycle diesel engineManufacturer Hatz Hatz Type 1D42SDisplacement 445 cm3 27.2 in3Max. power output (DIN-ISO 3046*) 7 kW 9.4 hpat 3600 1/min 3600 rpmRated power output 4.9 kW 6.6 hpat 3000 1/min 3000 rpmFuel consumption 1.8 l/h 1.9 US qt/hTank capacity 5.0 l 5.3 US qtPower Train from drive engine through centrifugal clutch and V-belt directly to the exciter.