Projects

MAST CLIMBING WORK PLATFORMS - ACT-8

ACT-8

POWER AND RELIABILITY

The ACT-8 work platform combines safety , power and flexibility . It distinguishes itself by its versatility and represents the best choice for contractors specialized in repointing, glazing, E.I.F.S., curtain walls installation, metal framing, etc.

Used with one or two masts, this system of cantilevers, bridges and forward extension is the solution to vertical access problems encountered during inspection, restoration and maintenance of buildings and structures. It is also an access solution for industrial projects.

QUICK INSTALLATION, EASE OF OPERATION AND ADAPTABILITY

Whether the ACT-8 is mounted on a ground base or a freestanding base equipped with adjustable outriggers, the initial installation and repositioning can be quickly accomplished. Thus, a 115 ft (35 m) set-up can be moved by two workers in less than 2 ½ hours.

With its unique and revolutionary technology, the ACT-8 is simple to use. Its endless screw mechanism allows elevation at variable speed and an exact positioning of the platform. Also, this reliable mechanism is almost maintenance-free.

The possibility to increase the upper working area and install a lower step working deck on the outriggers gives the workers a productive and safe environment: material is readily available. Also, the lower step can fit straight and curved walls, and any irregular surfaces.

 

ACT-8

  Technical data Metric Imperial
  Max. length (1x mast)* 17,3 m  57 ft 
  Max. length (2x mast)* 36,2 m  118 ft 8 in 
  Max. payload capacity (1x mast) 3 630 kg / mast  8 000 lb / mast 
  Lifting speed 0 à 11,9 m / min.  0 to 39 ft / min. 
  Max. height on freestanding base 13,7 m  45 ft 
  Max. height on ground base 168 m  550 ft 
  Standard distance between anchors 9,1 m  30 ft 
  Lifting system Endless screw mechanism 
  Type of engine 24 H.P. gasoline engine
(electrical, diesel also available) 

 * Configurations are for full payloads. Longer configurations are possible with reduced
   payloads.