Self propelled electric boom lifts are the access hire industry solutions for increasing worksite productivity when up and over reach is required. This EWP’s compact design provides for tight turning radius with near zero tail swing ideal for maneuvering through narrow aisles, standard doorways and excellent maneuverability on congested construction sites. They’re excellent to hire for indoor or outdoor industrial or commercial maintenance and installation applications, congested work sites, or any area with a firm, level surface that requires up and over aerial access. The electric boom lift is characterised by very low operating noise levels, providing excellent capacity and maximising platform workspace. Solid non marking tyres are standard. Low emission electric boom lifts deliver a quiet convenient method for operation in sound sensitive environments like office buildings, shopping malls, hotels, schools and more. The boom lift has independent drive wheels providing for better traction. Our access machines are fitted with dual flashing beacons, motion alarm, either a automotive style or electric horn and solid non marking tyres as standard features.
Operators of this equipment should be trained in the safe use of elevating work platform equipment as required under OHS regulations prior to use, we offer YELLOWCARD training in the safe use of this EWP, with successful participants receiving a (BL) category Yellowcard.
As with all our access hire equipment our competitive rates will save you money. Whether you require daily, weekly or long term hire rates CONTACT US.
|Up and Over Clearance||4.62m|
|EWP Height Stowed||2m|
|SWL Lift Capacity**||227kg|
The metric equivalent of working height adds 2 m to EWP platform height. US imperial adds 6ft.
** Check EWP machine rating prior to use, or contact supplier.
PLEASE NOTE: EWP machine specifications may differ slighty from manufacturer to manufacturer. If you require verification of exact EWP model type of EWP machine you will recieve please contact us prior to booking.