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self-propelled telescopic boom lift / wheeled / for construction / for warehouses
GTBZ22S

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Characteristics

  • Portability:

    self-propelled, wheeled

  • Applications:

    for construction, for warehouses, for factories, outdoor

  • Motor type:

    hydraulic, electric

  • Other characteristics:

    compact, for heavy loads

  • Lift capacity:

    Min.: 1 kg (2 lb)

    Max.: 340 kg (750 lb)

  • Working height:

    Min.: 0.5 m (1'07")

    Max.: 22 m (72'02")

Description

XCMG Official Manufacturer 22m Telescopic Aerial Work Platform GTBZ22S

Wheel Base(mm):2500
Maximum Working Height(m):23.7
Maximum Platform Height(m):22
Maximum Working Range(m):18.3
Maximum Load Capacity(kg):340
Boom Luffing Range(°):-5~+75
Rotation Angle of Rotating Platform(°):360
Maximum Tail Wagging(mm):1550
Platform Size(mm):2400*900
Rotation Angle of Platform(°):180
Total Weight(kg):12500

It is the highest-efficiency straight boom aerial work platform applied at the elevation of 22 meters. Being four-wheeldriven, it has the top-ranking gradeability among the industry; provided with the double-operating-radius curve, the machine has the industry-leading operating altitude/radius and carrying capacity. This type of machine, not only simple and high-efficiency, but also safe and reliable, may satisfy the diversified demands of different industrial users engaged in building construction, bridge and equipment maintenance, shipbuilding, petrochemical engineering, lease etc.

(1)Highest Efficiency in Operation
Being the highest-efficiency product applied at the elevation of 22 meters, it may be quickly lifted from the ground to the maximum altitude of operation just within 68 seconds.

(2)Outstanding Performance of Operation
With the maximum carrying capacity of 340kg, it has the industry-leading altitude and radius of operation, and may satisfy relevant construction demands on heavy loads and large operating spaces.

(3)Excellent Off-Road Performance
The four wide tyres, the real-time drive and the novel axle balancing system that may automatically make a response to the terrain will strengthen together the stability in driving on rough roads.