Technical specifications
Type of fold
Z
Number of arms
4
Horizontal range
36.00 m
Vertical reach
38.00 m
Work surface
4.069 m2
Final stretch of hose
4.00 m
Pipe diameter
125 mm
Electric motor
18.5 kW
Voltage
380-400V / 50-60Hz / 63 A
Components
Weight
Counter-feather
1.050 kg
Pedestal + Boom base section
4.55 kg
Set of boom sections
5.6 kg
Access walkways to distribution boom
1.1 kg
TOTAL FEATHER WEIGHT
12,300 kg
Set of masts (2 x 4,850 kg)
9,700 kg
Access walkways to distribution boom
900 kg
TOTAL WEIGHT OF MASTS
10,600 kg
Weight of concrete in the boom
10,600 kg
Total equipment weight without counterweights
10,600 kg
* Counterweights
10,600 kg
Total equipment weight with counterweights
10,600 kg
*IMPORTANT
When the concrete distributor boom operates on the mast designed by the manufacturer, the use of counterweights will not be necessary for the performance of its work thanks to its structural composition.
Should the concrete distribution boom operate on a lattice tower, the installation of an additional 4,300 kg counterweight will be necessary.
Share it
Facebook
Twitter
LinkedIn
5.600 kg
950 kg: Counterjib
3.950 kg: Pedestal + boom base sections
Feather: 6.600 kg
Counterweights: 5,200 kg
2 counterweights of 2,600 kg
Mast
REACTIONS ON THE SLABS
Operating weight
24.950 kg
OPERATIONAL MOMENT
1,411.42 kN·m
HORIZONTAL FORCE (FHORZ)
293,76 kN
29,955.18 kg
VERTICAL FORCE (FGREEN)
235.24 kN
23,987.8 kg
REACTIONS ON THE FOOTING
Operating weight
24.950 kg
OPERATIONAL MOMENT
1,411.42 kN·m
Horizontal arm
349.36 kN
3.5624,8 kg
F-bolt (horizontal)
87.34 kN
3.5624,8 kg
F-arm (vertical)
504.08 kN
51,401.84 kg
F-bolt (vertical)
126.02 kN
12,850.46 kg
FORCE AND TORQUE
PEN SPEED
0.74 m/s
Torsional force
3.62 kN
Torque
43,52 kN·m
Z-AXIS WIND DIRECTION
WIND SPEED
120 km/h
q (kN/m)2)
0,69
W=q.c (c=1,2)*
0,83
F-wind = W.A (Lee side)
20.31 kN
Wind force = W.A (Counterweight side)
1 kN
Tee-time (Suspended due to wind)
219.19 kN
M (Bending moment due to wind)
35.10 kN·m
*c is the aerodynamic coefficient
WIND DIRECTION X-AXIS
WIND SPEED
120 km/h
q (kN/m)2)
0,69
W=q.c (c=1,2)*
0,83
F-wind = W.A
9 kN (H)
Tee-time (Suspended due to wind)
0
M (Bending moment due to wind)
37.5 kN·m
*c is the aerodynamic coefficient