Skip to main content

Heavy duty 560-80handler takes JCB into the high capacity market

JCB has extended its telescopic handler range, with the addition of a heavy-duty machine that has been designed for tough operating conditions. The 560-80 has a two-stage boom capable of lifting 6,000kg (12,000lb in the US market) with a maximum working height of 8.1m (26’2”), with a 1,750kg (3,750lb for the US) load capacity at full forward reach.
January 6, 2017 Read time: 2 mins
255 JCB has extended its telescopic handler range, with the addition of a heavy-duty machine that has been designed for tough operating conditions. The 560-80 has a two-stage boom capable of lifting 6,000kg (12,000lb in the US market) with a maximum working height of 8.1m (26’2”), with a 1,750kg (3,750lb for the US) load capacity at full forward reach.

The 560-80 is a telehandler that delivers wheeled loader performance, making it Ideal for waste handling and other heavy digging and loading applications, says the manufacturer. A full Wastemaster specification, with additional cab and driveline protection, is available as an option. JCB Attachments has also developed a 5m3 bucket for the machine, specifically for use in low density waste handling operations.

To meet this requirement and to cope with prolonged bucket use, the 560-80 has a heavy-duty implement carriage with a broader boom nose than a standard telescopic machine. The boom is also equipped with a wheeled loader-type Z-bar linkage, to deliver increased breakout forces up to 6,800kgf.

The loader is powered by a 108kW JCB Ecomax diesel engine, which meets US EPA Tier 4 Interim/EU Stage IIIB emissions standards without the use of a diesel particulate filter (DPF).  Customers can also order the loader with JCB’s Auto Smooth Ride suspension system for load and carry work. This system reduces bounce in the boom, improving bucket load retention.
%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 2 12802 0 oLinkExternal www.jcb.com Visit JCB website false /EasySiteWeb/GatewayLink.aspx?alId=12802 false false%>

For more information on companies in this article

Related Content

  • More output for less fuel from Atlas Weyhausen’s new E Series compact wheeled loaders
    February 15, 2013
    Atlas Weyhausen’s new E Series wheeled loaders will be on display at Bauma with the AR 65e, AR 75e, AR 80e and AR95e Super all on view. Using newly developed Deutz engines, the new wheeled loaders offer up to 12% more output with lower fuel consumption figures. A key design feature of the engines is that they do not contain a particle filter and therefore are easier to maintain, claims the German manufacturer. There is a new steering valve on the E Series too, allowing operators to run the machine electroni
  • Constructing above its weight
    January 6, 2017
    The Kramer Allrad 550 wheel-loader is said to be a machine that constructs above its weight. Despite the machine’s compact design, Kramer claims it offers operators the “full loader performance” of a “big machine”. One of two recently to market Kramer machines for the 0.6m³ class, the 550 is aimed mainly at customers in the construction industry, rental fleets and local authorities.
  • Constructing above its weight
    April 12, 2012
    The Kramer Allrad 550 wheel-loader is said to be a machine that constructs above its weight. Despite the machine’s compact design, Kramer claims it offers operators the “full loader performance” of a “big machine”. One of two recently to market Kramer machines for the 0.6m³ class, the 550 is aimed mainly at customers in the construction industry, rental fleets and local authorities.
  • Sophisticated weighing for loaders
    January 6, 2017
    Sophisticated on-board weighing systems for use with wheeled loaders and excavators are being offered by Loup Electronics. The innovative LOADEX 100 is a retrofittable scale installed on tracked and wheeled excavators and material handlers to weigh the amount of material load in the bucket or grab. Pressure signals are captured, filtered and corrected by measuring the angle of the main boom using either an RDS Inclinometer or Mechanical Angle sensor. When used dynamically, the pressures are captured through