Skip to main content

Quicker Plant set up with Superior

Superior Industries has developed a new system that speeds up the tricky operation of levelling a portable quarry plant installation. This new feature automatically levels a plant once the machinery is raised to the necessary height. Previously operators would have to adjust cribbing and jacks until a level plant was achieved. This operation has to be carried out properly as when operating in an uneven environment, plants can produce material that is out of specification, as well as suffering overstresse
May 20, 2016 Read time: 2 mins
The new Level Assist system from Superior Industries can boost efficiency and cut costs for aggregate plants
2979 Superior Industries has developed a new system that speeds up the tricky operation of levelling a portable quarry plant installation. This new feature automatically levels a plant once the machinery is raised to the necessary height.

Previously operators would have to adjust cribbing and jacks until a level plant was achieved. This operation has to be carried out properly as when operating in an uneven environment, plants can produce material that is out of specification, as well as suffering overstressed bearings and gears, reduced production rates and increased vibration and component wear.

This new feature speeds the process however. Once the plant is in its operating location, the operator hydraulically lifts the machinery to a desired height then engages the Level Assist by switching the control panel from manual to auto mode. The new technology reduces the need for personnel for set up from two or more to one, while also being quicker and more accurate. The cost savings can be substantial as a result, according to the firm.

Superior’s Level Assist technology is an available option for new plants and can also be retrofitted to existing portable crushing, screening and washing plants.

For more information on companies in this article

Related Content

  • Asphalt plant technology meets market needs
    February 16, 2012
    Plants for mixing asphalt are becoming more sophisticated than ever, while users are looking for ecological and technological benefits. Patrick Smith reports. When the Adige Bitumi Group decided to renew its old M 260 plant it chose to collaborate with Marini for the design and development of a plant with production of 280-300tonnes/hour.
  • Wirtgen Group machines delivering new runway for German airbase
    October 26, 2016
    Machines from the Wirtgen Group are carrying out an important reconstruction job for the surface course at Büchel Air Base. Road machinery from Hamm, Vögele and Wirtgen as well as asphalt plants from Benninghoven have been carrying out the work, delivering a new runway within a tight timeframe. To achieve this, the work had to be planned well in advance, with the contractors organising the logistics and their personnel accordingly.
  • Utility machines with cutting edge design and efficiency
    May 29, 2013
    Utility machines with standout efficiency and cutting-edge cab design have come onto the market during the first few months of 2013. Guy Woodford looks at some of them. Case Construction Equipment and New Holland Construction have brought out what they claim are the market’s first Tier 4 Final emissions standard midi-excavators. The CX75C SR and CX80C models from Case are said to offer more performance power and greater operator cabin comfort than previous models. Tier 4 Final standards are said to have bee
  • Adavances in concrete vibration technology
    December 13, 2018
    The use of controlled frequency vibration (CFV) technology and its applications in construction continue to grow - *Paul Jaworski Controlled frequency vibration (CFV) technology has been around since the mid-1990s for concrete pavement applications. The technology has seen a gradual increase in acceptance, particularly in certain applications. For the 0-37mm (1.5”) slump pavement mix designs, many contractors were experiencing material separation due to speeds over 8,000vibrations/minute (VPM). With the wi