Skip to main content

Doosan delivers productive reduced radius excavator

Doosan says that its new DX140LCR-3 excavator meets an increasing demand for reduced radius machines. This versatile unit can be used on urban, utility, highway, rail, bridge and other confined space construction sites. The firm claims the machine is designed to offer productivity, comfort, reliability, durability and reduced operating costs.
February 17, 2014 Read time: 2 mins
Doosan’s DX140LCR-3 excavator
695 Doosan says that its new DX140LCR-3 excavator meets an increasing demand for reduced radius machines. This versatile unit can be used on urban, utility, highway, rail, bridge and other confined space construction sites. The firm claims the machine is designed to offer productivity, comfort, reliability, durability and reduced operating costs. The new DX140LCR-3 excavator is powered by the 196 Cummins QSB 4.5 common rail, four cylinder turbocharged diesel engine featuring the latest evolution in maintenance-free Diesel Oxidation Catalyst (DOC) after-treatment technology to meet Stage IIIB engine emission regulations. The engine runs at 2200 RPM and delivers 11% more power, with 81kW and 10% more torque (compared to the previous Stage IIIA compliant DX140LCR model, delivering up to a 5% increase in the productivity to fuel consumption ratio, depending on the operating mode selected and the work being undertaken. Arm and bucket forces have been increased by up to 8% along with the travel speed which can now reach 3.2 and 5.3 km/h in the low and high range, respectively. With the counterweight increased by 400kg to 3.5tonnes, the lifting capacities for the new DX140LCR-3 excavator have also been boosted by up to 7%.

%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 2 12705 0 oLinkExternal www.doosan.com Doosan Website false /EasySiteWeb/GatewayLink.aspx?alId=12705 false false%>

For more information on companies in this article

Related Content

  • New more efficient tools for loading and hauling duties
    September 30, 2013
    A number of key manufacturers are offering major improvements to their product offerings for loading and excavating. Key developments have been seen in engines and transmissions in particular, with vast reductions in emissions as well as improved fuel economy and working efficiency. Caterpillar’s 966K XE wheeled loader is one of the firm’s most sophisticated new models, with power from a 240kW diesel being delivered through an innovative continuously variable transmission (CVT). This technology is new t
  • Versatile wheeled excavator from Tesmec
    January 6, 2017
    Trencher specialist Tesmec is broadening its product range with the addition of a highly versatile wheeled excavator, as well as offering new trenching technology. The firm’s Gallmac TG series wheeled excavators are highly versatile machines that are designed to work alongside trenchers as support machines in utility applications and also in a wide variety of other tasks. The Gallmac models are offered in three variants which weight from 10-12.7tonnes and can be driven on-road (where local rules allow) at s
  • Versatile wheeled excavator from Tesmec
    January 23, 2014
    Trencher specialist Tesmec is broadening its product range with the addition of a highly versatile wheeled excavator, as well as offering new trenching technology. The firm’s Gallmac TG series wheeled excavators are highly versatile machines that are designed to work alongside trenchers as support machines in utility applications and also in a wide variety of other tasks. The Gallmac models are offered in three variants which weight from 10-12.7tonnes and can be driven on-road (where local rules allow) at s
  • Higher production from caterpillar’s new wheeled loaders
    January 6, 2017
    Caterpillar claims its latest 966M and 972M wheeled loader variants offer increased performance than the earlier models they replace. The new 966M, 966M XE, 972M and 972M XE wheeled loaders are powered by Tier 4 Final compliant diesels featuring proven electronic, fuel, air and aftertreatment components.