Proximity alert system from Hexagon boosting site safety

Hexagon’s Leica Geosystems division is now offering an innovative proximity alert package that can help boost site safety. Site personnel and machines carry tags that are recognised by the system and can be identified in the back office. When a site worker comes into proximity with a machine or two pieces of equipment come too close, the system will provide an alert. The tag that the site worker carries will resonate, showing that the person is too close to a working machine. Meanwhile, the alert system in the machine cab will provide a warning to the operator that a person is in the vicinity of the piece of equipment, showing distance as well as direction. Magnus Thibblin, president of the machine control division at Hexagon explained, “The goal is to give the operator visibility of personnel around the machine.”
January 18, 2023 Read time: 2 mins
Hexagon’s Leica Geosystems safety proximity system

The system offers a range of up to 50m and within this, can be configured by the user with close, near and far alerts to suit the type of operation. This data is recoded in the cloud and Brad Mullins from the firm added, “You can see on a toolbox where there are conflicts.”

Application engineer Michele Costa said that event logging onsite is sent to the cloud and can be checked on a site map. This shows heat zones of conflicts, identifying machines or personnel and highlighting if there are issues to be resolved such as machines working too close together or obscured sightlines that prevent personnel or machine operators from seeing each other onsite for example. Similarly, for blasting operations on quarries, machines or personnel close to a planned blast can be warned in advance to ensure safety.

For more information on companies in this article

Related Content

  • Efficient, accurate asphalt compaction technology
    February 14, 2012
    The efficiency of asphalt compaction performance has improved immeasurably in recent years with the development of more effective equipment. Manufacturers have honed the designs of the machines, making them easier and more comfortable to operate, improving visibility and also tackling issues such as maintenance downtime by making the equipment more reliable and quicker to service. However one of the biggest advances in compaction performance has come not from the machines, but from the control and measur
    Read More
  • Optimised machines improve aggregate production
    February 27, 2012
    Improving aggregate production and quality levels is not just about investing in the latest equipment but making sure existing machines are optimised - Claire Symes reports. Although the cost of fuel has dropped since last summer's high, reducing the cost/tonne of production is still high on the agenda for most quarry operators, along with improving quality.
    Read More
  • Infrastructure condition warnings possible from research project
    November 18, 2016
    Advanced research could provide warnings as to damage to infrastructure. The research project has been carried out jointly by the National Physical Laboratory and University of Strathclyde. This uses mathematical techniques to provide early warning signals of structural damage in civil megastructures. The technique uses tipping point analysis to review data from structural health sensors on civil constructions, identifying early warning signs of upcoming damage. According to the research partners, this is f
    Read More
  • Plant advances for asphalt production boost efficiency
    May 30, 2018
    Advances in asphalt plant technology will boost efficiency for producers, while increasing the percentage of recycled materials that can be used in the mix - Mike Woof writes. Asphalt plant technology continues to advance as the rival firms fine-tune their technologies for greater performance. New plants can give higher quality output due to new control technologies, while also allowing for recycled asphalt pavement (RAP) to be used more efficiently, while still ensuring tight mix specifications are met. A
    Read More

Highlighted Content