Two power options
The latest hybrid rough terrain booms can be operated with two power options – either diesel and electric power or all-electric power delivered by highly efficient batteries.
The Genie S-60FE can be operated for a week in hybrid mode on one tank of fuel and for a whole day on one battery charge. The boom lift can also recharge its battery in hybrid mode and can be operated using a 110v mains electric cable.
Large basket
Most rough terrain boom lifts have large baskets so multiple operatives can work together comfortably, carrying tools, for long periods without having to descend to ground level.
The Genie S-60FE’s large (2.44m wide) 3-way entry basket has a 300kg capacity, enough for two operatives plus tools. The basket rotates through 1600 for safe and productive positioning.
Telescopic boom
Telescopic booms (also called stick booms) have one or more boom sections that extend outwards in a straight line. This commonly makes them faster and easier to reach a desired working height articulating booms.
The Genie S-60FE hybrid boom lift has a maximum working height of 20.6m, and a maximum working outreach of 12.3m. A knuckle joint helps operatives boom over obstacles. Also, Genie’s Fast Mast system speeds up the lift and descent process, which maximised productivity.
Articulating jib
This rough terrain platform combines the speed and efficiency of a telescopic boom with a practical advantage of an articulating boom lift, thanks to its hydraulic articulating jib.
The Genie S-60FE’s jib is 1.83m long and can be moved (rotated) up and down through 1300. This creates more options for positioning the basket quickly and precisely, and for working efficiently above obstacles or under overhangs.
Non-marking tyres
This particular hybrid rough terrain boom lift has foam-filled non-marking tyres. This makes it possible to operate the platform over sensitive ground and in indoor clean environments, increasing its versatility and utilisation rate.
The Genie S-60FE is also a third lighter than comparable hybrid telescopic boom lifts, enhancing this versatility still further. For example, it is ideal for working on sports arena construction and maintenance or warehouse construction.
Highly efficient engine
The most modern hybrid rough terrain boom lifts have the latest and most efficient diesel engines. By combining them with battery electric power, their carbon footprints are shrunk to a minimum.
The Genie S-60FE has the latest Stage 5 diesel engine, so is compliant with all UK regulations. It also has braking energy regeneration, which turns kinetic power into electricity to help drive the electric motors, contributing to efficiency and reduced fuel costs.
Anti-crush alarm
Modern boom lifts have smart safety devices designed to protect operatives against injury. On this boom, there is an anti-crush alarm that alerts ground personnel if the operative in the basket makes contact with the control panel.
The Genie S-60FE has a range of other safety-orientated functions, including descent tilt and motion alarms, a flashing beacon and travel alarm and a chassis tilt drive function cut-out.
Warning and information decals
In line with regulations, Hird ensures clear and comprehensive operational safety decals are placed in plain site on all its access platforms. These are located on the main chassis and in the basket.
Base control panel
The boom lift can be controlled from the basket or from the base control panel located on main body of the platform. The panel provides access to important safety features, including emergency lowering and emergency stop functions.
4x4 drive system
An essential feature of hybrid rough terrain telescopic boom lifts is the 4-wheel drive system that maximises traction, helping the platform to cope with the most challenging conditions.
This 4×4 capability is augmented with active oscillating axles. The Genie S-60FE has an onboard computer that dynamically controls power delivery to each wheel to maximise grip, contributing to gradeability of 450.
Direct drive motors
Electric power is delivered via direct drive motors, providing greater torque to help overcome difficult conditions. Sealed drive units increase reliability and reduce hydraulic components by 70%, minimising the risk of oil spills.