Skip to main content

web SEO headline goes here

New Holland is introducing new models of heavy-duty crawler excavators. The E385C and E485C are in the 35tonne and 48tonne category respectively. New Holland said that they have been built to deal with the most demanding applications and harshest conditions. The latest models offer more power and fast cycles with new Tier 4 interim engines and new hydraulics. Fuel consumption is improved through the new hydraulics and new ECO working mode.
September 25, 2012 Read time: 2 mins
image caption goes here

New Holland is introducing new models of heavy-duty crawler excavators. The E385C and E485C are in the 35tonne and 48tonne category respectively. 

New Holland said that they have been built to deal with the most demanding applications and harshest conditions. The latest models offer more power and fast cycles with new Tier 4 interim engines and new hydraulics. Fuel consumption is improved through the new hydraulics and new ECO working mode. 

The E385C and E485C crawler excavators feature 286 hp and 363 hp engines respectively and meet the strict Tier 4 interim emissions standards with Cooled Exhaust Gas Recirculation (CEGR) technology. The CEGR system is fully integrated into the design of the two new models.

The Hydrotonic system combines electronic technology with a hydraulic system and has been designed to maximise the machines’ performance according to the job being carried out.

The company said that the high efficiency of the hydraulics ensures 100% pump usage in all applications. The hydraulic design has been developed to minimise friction losses and pressure drops, economising on fuel. 

The upgraded New Holland Advanced Electronic Processor introduces a new ECO working mode for optimised fuel consumption. The control monitor puts the operator in control of the efficiency of the machine’s performance, with the fuel economy meter showing the hourly consumption and the ECO Icon indicating when the machine is operating most efficiently.

Related Content

  • Doosan’s new 40-50tonne excavators offer greater fuel efficiency
    January 6, 2017
    Ideal for quarry-based applications, the new Doosan 40-50 tonne DX420LC-5, DX490LC-5 and DX530LC-5 are the company’s largest Stage IV/Tier 4 Final compliant crawler excavators. The operating weights of the DX420LC-5 and DX490LC-5 have increased by 700kg and 500kg respectively compared to the previous LC-3 models. Lifting capacities have increased by an average of 5% on all three models, except for the DX530LC-5, where the lifting capacity over the side has also increased by 12%.
  • Powered up for low emissions
    October 14, 2015
    The evolution of the diesel engine continues as ever more sophisticated technologies come into use - Mike Woof writes A major focus for diesel engine suppliers is for the development of low emission technologies. Tough regulations are in force in North America and Europe with regard to emissions, a programme introduced to help reduce pollution from off-highway machines. These technologies are also being introduced in stages in other territories, with China now rolling out tougher regulations.
  • Liebherr’s R 946 is firm’s first Stage IV crawler excavator
    January 6, 2017
    Liebherr’s new R 946 model is its first crawler excavator to meet the stage IV/ Tier 4f emissions standards. The new R 946 has an operating weight of around 40tonnes. The crawler excavator’s new six-cylinder Liebherr engine delivers 200 kW and integrates a new stage IV/ Tier 4f exhaust gas treatment system. This features a selective catalytic reduction (SCR) system using urea injection to post-treat exhaust gases.
  • Liebherr’s R 946 is firm’s first Stage IV crawler excavator
    February 19, 2015
    Liebherr’s new R 946 model is its first crawler excavator to meet the stage IV/ Tier 4f emissions standards. The new R 946 has an operating weight of around 40tonnes. The crawler excavator’s new six-cylinder Liebherr engine delivers 200 kW and integrates a new stage IV/ Tier 4f exhaust gas treatment system. This features a selective catalytic reduction (SCR) system using urea injection to post-treat exhaust gases.