HPE Africa, exclusive distributors in southern Africa for Hyundai Construction Equipment, recently launched its new 20t-class crawler excavator, the Hyundai R200LC-9S, in South Africa.
With an operating weight of 19.1t and a heavy-duty 0.90m ³ bucket, the R200LC-9S is specifically designed to
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meet the demanding requirements of the plant hire, civil engineering, construction, agriculture and scrap handling industries.
According to Alex Ackron, managing director of HPE Africa,“ Feedback from the local market highlights a demand for fuel efficient equipment and Hyundai
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Construction Equipment has responded to this need with the launch of the new R200LC-9S. Due to improved fuel efficiency, when compared to competitors’ offerings in this class, customers can save up to 80 % of their capital expenditure in diesel costs over 12 000 hours of a machine’ s service.”
The long undercarriage design ensures greater stability in arduous operating conditions. As part of the launch process, HPE Africa placed an R200LC-9S demonstration unit on site with one of the largest fleet owners of water and earth moving equipment in South Africa. Over a 14-day period, the machine built gravel stockpiles and loaded this material into tipper trucks. Fuel consumption was carefully monitored by HPE Africa’ s technical staff and verified by the client, and at
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the end of the 14 days, the R200LC-9S achieved an average fuel consumption significantly below the expected nine litres an hour.
The series has low maintenance requirements and comes with the Hyundai factory offering of a twoyear / 3 000-hour warranty as standard on the series. The R200LC-9S excavator also comes standard with Hyundai’ s computer aided power optimisation( CAPO) system, which allows the operator to select preferences for boom or swing priority, power mode and optional work tools.
The excavator offers three operating modes: P( power max) mode, which maximises machine speed and power; S( standard) mode, which provides a reduced, fixed rpm; and E( economy) mode, which provides precise hydraulic flow and engine power based on load demand.
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