Skip to main content

Trimble’s new technology helps optimise operations

Trimble is offering the integration of LOADRITE X2350 excavator scales and L2180 wheel loader scales with its latest management software. LOADRITE weighing systems help increase productivity and efficiency for excavator and wheel loader operations, allowing material movements to be tracked and creating more efficient loading.
January 6, 2017 Read time: 2 mins
Johan Smet, General Manager, Trimble Loadrite
2122 Trimble is offering the integration of Loadrite X2350 excavator scales and L2180 wheel loader scales with its latest management software. 5004 Loadrite weighing systems help increase productivity and efficiency for excavator and wheel loader operations, allowing material movements to be tracked and creating more efficient loading.

Integration with the software gives machine operators and managers instant access to excavator and wheel loader payload information such as Total bucket loads, trucks loaded and running totals. If additional reporting is required, the Loadrite systems have a separate monitor in the cab and accommodate an optional printer for outputting load tickets or end-of-shift reports in the field.

“The main advantage of the integration of Loadrite excavator and wheel loader systems with Trimble’s software is that it allows operational managers to see the actual activity in near real time. It allows them to look at Total production, Total performance and measure these against targets and budgets as well as looking at more detailed information on machine performance,” said Johan Smet, General Manager, Trimble Loadrite.

The software allows project managers to remotely manage daily or Total payload reporting from Trimble Loadrite scale operations equipped with a Trimble SNM940 Connected Site Gateway, which is a telematics communications device.

Integrating payload weight information with fleet dynamics and cycle time tracking provides metrics for monitoring and improving both machine and project performance. Machine operators work as they normally would on site, entering data with the easy-to-use features on the Loadrite in-cab display.

The Trimble SNM940 Connected Site Gateway automatically relays data to the software for near real-time analysis and action. The package then serves as the interface for managers to make allocation decisions and minimise bottlenecks with a series of reports on individual bucket loads, tonnes/hour and unused capacity.
www.loadritescales.com

For more information on companies in this article

Related Content

  • Wirtgen paving technology takes off at Frankfurt
    February 27, 2017
    Time was at a premium for Wirtgen machinery when resurfacing the runway at Frankfurt/Main Airport Europe’s third largest airport, Frankfurt/Main, has new surface course on runways about every seven year, including the centre runway, the most-frequently used section.
  • Trimble Haul Truck Monitor gives holistic view
    April 15, 2016

    Trimble Loadrite’s new H2250 Haul Truck Monitor is part of the company’s vision for the connected quarry, collecting information centrally on a cloud-based platform to give its users a holistic overview. The system monitors (amongst other things) load weights, vehicle activity patterns, cycle times and data from the production plant to keep everything under control.

  • Crushing efficiency for the aggregates sector
    December 11, 2020
    The aggregates sector is benefiting from the introduction of new high production technology
  • Using technology so assess road surface quality
    April 4, 2014
    Advances in survey technology and the evolving face of road procurement are driving demand for highway condition data. Mark Thomas, infrastructure services manager at Fugro Aperio writes how surveys of new roads can improve long-term quality While a growing suite of non-intrusive testing, measurement and survey technologies are widely used to target highway repairs and to determine asset management strategies, the use of these powerful tools remains patchy in the early stages of the infrastructure life cycl