Skip to main content

RDS launches LOADMASTER a100 weigh system at bauma

RDS Technology is launching the LOADMASTER a100 on-board weighing system that is described by the UK-based manufacturer as an industry benchmark in terms of accuracy and ease of use in difficult conditions and terrains. The all-new CAN-based system combines cutting edge sensor technology and signal processing techniques providing precise and consistent weight information, says RDS.
February 12, 2013 Read time: 2 mins
RDS Technology is launching the LOADMASTER a100 on-board weighing system
2587 RDS Technology is launching the LOADMASTER a100 on-board weighing system that is described by the UK-based manufacturer as an industry benchmark in terms of accuracy and ease of use in difficult conditions and terrains.

The all-new CAN-based system combines cutting edge sensor technology and signal processing techniques providing precise and consistent weight information, says RDS.

“With the ever-increasing focus on productivity, LOADMASTER a100 has been designed to operate within the fastest loading environments and toughest of conditions compensating for uneven, sloped ground and restricted loading areas reducing cycle times and maximising tons per hour performance,” says the company.

“Loading correctly first time eradicates return trips to the stockpile reducing vehicle movement, fuel usage and machine and tyre wear.”

The new unit uses a 7” colour, resistive-touch screen display and additional physical keys and is said to be suitable for use with up to ten different attachments, for example buckets or forks, and the system can be retrofitted onto wheeled, telescopic and tractor-type loaders.

Also making its Bauma debut will be the LOADMASTER iX range of on-board weighing systems.

Stand: A3.632

www.rdstec.com

View more stories

For more information on companies in this article

Related Content

  • Hatz Diesel reduces frictional losses and boosts fuel efficiency
    April 17, 2013
    Hatz has boosted diesel engine efficiency with an all-new four-cylinder 2litre platform that combines low weight with low fuel consumption and meets Tier 4 Final/Stage IV emissions regulations without the need for a DPF. Called the 4H50TIC, the new engine uses two-valve cylinder head design to cut frictional losses, while opting for lower injection pressures of 1,800bar to contribute towards improved fuel efficiency.
  • UAE quarry facility boosting productivity
    May 15, 2015
    A United Arab Emirates quarry is putting its Volvo fleet to the test in harsh conditions A quarrying facility in the United Arab Emirates (UAE), is boosting output following the commissioning of a new machine fleet for loading and hauling duties. The quarry is located in the northeast of the UAE in Fujairah, an emirate almost entirely surrounded by mountains. This rugged landscape is the product of an estimated 800 million years of geological activity and is the source of a high quality limestone used in
  • Volvo launches on-board weighing at Intermat
    January 6, 2017
    Volvo’s F-series articulated dump trucks with full suspension can be specified with the company’s On Board Weighing (OBW) system, which won Gold in the Civil Engineering Equipment category of the prestigious Intermat 2012 Innovation Awards. The OBW cleverly monitors weight from pressure sensors in the ADT’s suspension system, to give payload information. The fully automatic system logs all transported loads.When used with Volvo’s CareTrack telematics system OBW can be accessed remotely, revealing total tran
  • Volvo launches on-board weighing at Intermat
    April 11, 2012
    Volvo’s F-series articulated dump trucks with full suspension can be specified with the company’s On Board Weighing (OBW) system, which won Gold in the Civil Engineering Equipment category of the prestigious Intermat 2012 Innovation Awards. The OBW cleverly monitors weight from pressure sensors in the ADT’s suspension system, to give payload information. The fully automatic system logs all transported loads.When used with Volvo’s CareTrack telematics system OBW can be accessed remotely, revealing total tran