JLG® Expands Range of Hi-Capacity HC3 Boom Lifts
JLG Industries, Inc. recently announced its expanded range of Hi-Capacity HC3 boom lifts. Available now are the 400S, 460SJ, 600S, 660SJ and 860SJ HC3 models, while the 450AJ, 600AJ, 800AJ and 800S HC3 booms are set to roll off production lines in the coming months.
The JLG® Hi-Capacity HC3 boom lifts offer an expanded work envelope and 3 capacity zones for greater reach than competitive models offering 1 or 2 capacity zones. In fact, the JLG Hi-Capacity HC3 models are rated for 3 occupants with tools in all 3 zones.
“Customer input, coupled with the increasing popularity of higher-capacity boom lifts, drove the expansion of our HC3 product offering, which now includes 24.3 m platform height models,” said Nate Hoover, director of marketing and product management for boom lifts, JLG. “All Hi-Capacity HC3 model boom lifts have been engineered to provide increased capabilities and boost productivity on the jobsite.”
The 400 Series Hi-Capacity HC3 boom lifts include the 12.2 m platform 400S HC3 model and the 14 m platform 460SJ HC3 model, while the 600 Series Hi-Capacity HC3 models consist of the 600AJ HC3 and 600S HC3, which each deliver a 18.3 m platform height, and the 660SJ, which boasts a 20.1 m platform height. Meanwhile, the 800 Series Hi-Capacity HC3 booms include the 24.3 m platform height 800AJ HC3 and 800S HC3, and the 26.2 m 860SJ HC3.
All models offer 340 kg and 454 kg restricted capacity zones. The 400 Series, 600 Series and 800AJ models also offer a 300 kg unrestricted capacity zone, while the 800S and 860SJ have a 227 kg unrestricted capacity zone.
An innovative load sensing system from JLG limits operation of a machine when the platform is overloaded, automatically keeping operation within the allowable work envelope. The zero-calibration system on all HC3 models eliminates the need to use external weights to calibrate the lift. This saves time and effort, while increasing productivity.
While the new Hi-Capacity HC3 boom lifts are heavier than their standard model counterparts, they retain the same footprint for ease of transport and use in comparable work environments.
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