Crawler launches from JLG

08 May 2018

660SJC_LOWERED_SIDE_LEFT

660SJC

JLG is launching crawler versions of the 600 telescopic boom lift series.

The wheeled 600S and 660SJ lifts were launched at Conexpo in 2017 and today the company announces the crawler versions, the 600SC and the 660SJC, bringing the series to four models. 

“The series offers class-leading platform capacity, allowing operators to bring more tools and material to the work area,” said Jan-Willem van Wier, JLG EMEA senior product marketing manager.

The 600SC and the 660SJC have the same benefits as the wheeled versions, with the 600SC offering an unrestricted capacity of 270kg, which represents a 20% increase over the previous version, and a restricted capacity of 455kgs. The unrestricted capacity of the 660SJC has increased by 50% to 340kg, with a restricted capacity of 250kg.

Lift speeds are faster with the ability to operate multiple functions at once. In addition, the machines are easier to transport. Their lighter-weight telescopic booms allow for multiple transport configurations.

660SJ_APPLICATION_768

660SJ

The four models include the JLG SkyGuard enhanced control panel protection system as standard equipment. The SkyGuard sensor, when activated by approximately 23kg of force, stops all functions in use, temporarily reversing the unit. The booms also benefit from extended wire rope and sheave replacement intervals - from eight to 12 years - up to 7,000 hours. 

A wide range of accessories and attachments are available; among them, the optional JLG SkyPower system which improves fuel economy and saves time, while providing additional power for hand tools and accessories.

 

 


Latest News
Ausa looks to the future with electric machines
OEM plans new machines by 2025
Kaeser shows ‘study’ for electric compressor
Machine produced to generate discussion about electric products
Hochtief subsidiary increases stake in mining services firm
Hochtief’s Australian subsidiary Cimic has increased its stake in mining services company Thiess, in response to the importance of the energy transition.