Additional module of n.2 bins for MOBIL FAST 2 MIX-MC (cement mixture)

AGGREGATE SIDE:
N.2 compartments (length 3.450 x 4.400 mm each)
N.2 fully small gates with n.2 electric vibrators.

N.2 SETUP FOR THE INSTALLATION OF SAFETY BARRIERS (COST FOR SINGLE COMPARTMENT).


EXTRACTOR BELTS:
N. 2 extractor belts with manual motor speed variator. Three-phase electric motor 3 kW, servo-ventilated. Variable-displacement extraction through inverter. Range of loading output 10-120 m³/h for each belt.
Length 1.250 mm each of them and width sheet 800 mm each of them, class 315, with lateral pleated rubber bands. Magnetic sensors to control the gears of the belt. N.B.: Total belts' capacity (range) should be less or at least equal to the nominal range of the mixer.

HORIZONTAL BELT NECK CONVEYOR FROM BINS TO FAST 2 MIX-MC:
Capacity 180 m³/h - Sheet length 6.200 mm and width 800 mm – class 315 – th. mm 4+2; 3 sheet (total th. 9 mm).
Self-lubricating rollers arranged like a tern (diameter 89 mm)
Driving roller diameter 420 mm covered with anti-slip rubber
Three-phase electric motor 5,5 kW – orthogonal gear box
Galvanized safety barrier
Accident prevention system with stop safety cable and protection screening.
ADAPTATION OF ELECTRIC PANEL LOCATED on board FAST 2 MIX-MC.

INCLUDING HARDWARE AND SOFTWARE INTEGRATION.

THICKNESSES:
Sidepanels – Separators - Aggregate cones 4 mm.
Strongly wear zone reinforced 8/12 mm.

FINISHING:
The plant is completely galvanized.

ADDITIONAL INFORMATION:
Set of signs to inform about and to prevent possible accidents.

Electrical installation in frame border with shunt box and galvanized raceway.

PLEASE NOTE:
The conditions assumed for the design of each component:

- Ground type: type B, medium consistency soil, average shear waves velocity in the top 30 m: between 360 m/s and 800 m/s, NSPT > 50 blows / 30 cm in coarsed-grained ground and CU,30 > 250 kPA in fine-grained grounds (Eurocode 8);

- Seismic action: peak value of assumed horizontal acceleration of the elastic response spectrum for the lifesaving ultimate limit state: ag/g = 0,20.

For further environmental design conditions, please refer to the proper section of the estimate “General Design Specifications”.