QUATTRO: SHEAR BALER FIXED

HEAVY DUTY

The purpose of the shear balers is simple: to cut and densify the scrap to optimize the storage space, reduce transport costs and supply the scrap "ready to furnace".
TECHNIQUE is our savoir-faire, the ability to design and build by applying the knowledge gained through experience, after having deepened production processes.
TECHNOLOGY is our way of knowing how to innovate and do research, it is the application of processes and solutions involving advanced technical and scientific knowledge. TECHNIQUES AND TECHNOLOGY applied in the study and development of ever new ideas. The scrap market is undergoing radical changes to which the scrap industry and machinery must adapt. Today, a baler shear is not only chosen for its productivity but also, and above all, for its versatility, for running costs, for the costs of auxiliary structures, for foundation costs, for the possibility of easy relocation, for ease of maintenance, for safety, and and above all for an investment that holds its value and pays for itself quickly.
All of this is the QUATTRO, a shear baler born for the future. A big machine for great performance, born after more than 50 years during which we have invested, experimented, designed and dedicated ourselves to the construction and development of scrap shears.

SHEAR BALER "QUATTRO" Q3 Q4 Q6
Shear cylinders
 n°
 2 2 2
Cutting force t 1300 1400 1600
Clamp t 310 400 400
SB: swinging wings compression system  n° SBxc SBxc SBxc
Over stroke on both wings with 90° stop ✓ ✓ ✓
Open box dimension mm 2900 x 8300 3200 x 8300 3200 x 8300
Bale dimension mm 1000 x 700 1100 x 800 1100 x 800
Cylinders for each wing n° 4 4 4
Main compression cylinder t 180 180 180
Electric motor kW 2 x 250 3 x 200 3 x 200
Diesel engine (on request) Hp 2 x 400 - -
FEATURES

STRUCTURE

  • BASE AND WINGS WITH STEEL WEBBING STRUCTURE WITH CROSS-LINKED CORE, TO INCREASE THE BENDING AND TORSION STIFFNESS VALUE 
  • WEAR-RESISTANT STEEL INNER AND OUTER WINGS SURFACES 
  • LOADING HOPPER with steel webbing with cross-linked core, to increase the value of the rigidity of the hopper
  • STEEL WORK PLATFORM WITH VIBRATION DAMPERS
  • MACHINE DOES NOT REQUIRE FOUNDATIONS

ELECTRONICS

  • CSA: end-of-stroke shock absorbers
  • EPS: non-contact stroke limiters 
  • ECA: stroke economiser
  • KNEE: angular sensor to control the overstroke of the wings
  • IDS: inductive end-of-stroke sensors
  • HP: working cycle economiser
  • REMOTE DIAGNOSTICS
  • REMOTE ASSISTANCE
  • DOUBLE ENCLOSURE ELECTRICAL PANEL
  • TOUCH SCREEN
  • REMOTE CONTROL

HYDRAULIC UNIT

  • axial piston pumps
  • oil filtering and cooling pump
  • piloting pump
  • distribution valves to CETOP standards
  • proportional distribution valves
  • SIR: integrated fast/slow system
  • logic element panel 
  • air filters
  • filetring on the exhaust
  • filtering on independent external circuit  
  • filtering on the pilot line
  • air-oil cooling system


  • LM: air-conditioned operator cabin
  • TER: pre-compression monitoring
  • LCC: centralised shear lubrication
  • LAC: automatic lubrication of hinges 
  • LAS: automatic lubrication of cylinder lids


 
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