Wacker Neuson vibratory plates cut down on hand-arm vibrations

Wacker Neuson has improved damping for the centre pole on its reversible vibratory plates to reduce hand-arm vibration below 1.5 m/s², meaning there is no time limit for operation of the machines. The improvements are on machines in the weight class of 300kg to 800kg, or 40kN to 100kN of compaction performance. The diesel-powered vibratory plates DPU 4545, DPU 5545 and DPU 6555 achieve values of less than 1.5 m/s², while the DPU 4045 lies at just 0.9 m/s². Wacker Neuson said the improvements take int
January 12, 2015 Read time: 2 mins
Improved damping makes the Wacker Neuson plate compactors better to operate for long periods
1651 Wacker Neuson has improved damping for the centre pole on its reversible vibratory plates to reduce hand-arm vibration below 1.5 m/s², meaning there is no time limit for operation of the machines.

The improvements are on machines in the weight class of 300kg to 800kg, or 40kN to 100kN of compaction performance. The diesel-powered vibratory plates DPU 4545, DPU 5545 and DPU 6555 achieve values of less than 1.5 m/s², while the DPU 4045 lies at just 0.9 m/s².

Wacker Neuson said the improvements take into account the Directive 2002/44/EC of the European Parliament on minimum health and safety requirements regarding exposure of workers to risks from physical agents, such as vibration.

Not only are the new values below the threshold for hand-arm vibrations of 5 m/s², they are also well below the trigger value of 2.5 m/s². This means there is less statutory documentation for a plant manager to fill out and also less time is spent on instructing employees.

Oliver Kolmar, product manager for reversible vibratory plates at Wacker Neuson, said there is now an optimal balance between manoeuvrability and vibration damping in the centre pole. “The new vibratory plates are precisely guided with little effort and at the same time maintain a high level of operating comfort due to the low hand-arm vibrations,” he said.

As a part of the revision, the throttle lever now has an easily selectable idling position that prevents accidental turning off of the machine. Also, the Bowden cable for engine speed adjustment has been moved inside the centre pole to better protect it from damage.

More stability during transport is also provided by the sturdy centre pole lock, which was taken from the time-tested and proven model DPU 100-70 for all vibratory plates 300kg and above.

For more information on companies in this article

Related Content

  • Compacting a parking area
    January 18, 2024
    A compaction job for a parking area in Germany posed challenges for the contractor. The work was being carried out for a supermarket carpark in Niederkassel, Germany.
    Read More
  • Developments in asphalt paver performance
    February 16, 2012
    Key additions will boost the asphalt paver offering for customers, Mike Woof reports. There are a number of key players in the asphalt paving market that see the value of investing in design, technology and performance. For customers this has resulted in a wide variety of high quality, high performance machines to choose from.
    Read More
  • Compacting efficiently
    February 6, 2012
    CATERPILLAR is boosting its soil compactor range with the introduction of the CS44 and CP44 models. These machines are aimed at the 5.5-8tonne class and share many features with the proven 400ESeries Soil Compactors as well as the Production-Class range.
    Read More
  • Well structured maintenance
    January 4, 2013
    Major bridge maintenance and replacement projects across the world are extending the life of many impressive historic landmarks as Guy Woodford reports The Tamar Bridge, part of the main A38 trunk road linking Saltash in Cornwall with Plymouth in Devon, south west England, marked its 50th anniversary with a steel deck resurfacing project involving Stirling Lloyd's Eliminator bridge deck waterproofing system. Jointly owned by Plymouth City Council and Cornwall Council, the Tamar has a suspended length of 642
    Read More

Highlighted Content