Shear Baler Stationary ACS

indicated for (scrap type)
  • E.L V.
  • white scrap
  • light scrap
  • collected scrap
  • heavy scrap
  • demolition

SWINGING

Why Choose a taurus bluline shear or baler?

Limited overall dimensions and does not require foundations

Maintenance

Wear Resistance

Versatility in shearing and pressing all types of material

Description

Shears Baler Stationary ACS series are traditional machines used for medium/ heavy duty loads, with the original TAURUS compression box with swinging lids and overstroke . The ACS shear baler do not need foundations, being equipped with a support structure in which  the pipes of the hydraulic system run. The structure also supports shelters to protect the cylinder. These machines frame is in 2 section, connected: one supporting box and shear head, the other one for the motors, oil tank and hydraulic system. The compression system, patented, is defined by a box in which, longitudinally and laterally to the base, are hinged the two swinging lids.
The main cylinder ( on request ) can be equipped with a longitudinal cover to protect the cylinder during the entire process..
The side of the box as well as the internal and external surfaces of the lids are made of wear-resistant steel. Both lids have overstroke. The shear parts particularly subjected to wearing, are protected by plates made of high strength steel, screwed and interchangeable.
The wear between the guides of the shear is compensated acting on eccentric pins, guaranteeing precise guidance even after long operation time.
The guides are made of  hardened steel coupled with synthetic material: thischoice allows to incorporate in the plastic material extraneous matter which would otherwise damage the guides.
The synthetic material is also self-lubricating.

NO NEED OF FOUNDATIONS

Attributes
U/M
ACS562
ACS662
ACS772
ACS773
ACS872
ACS873
ACS973
ACS107
Shearing force
t
500
600
750
750
850
850
950
1050
Box length
mm
6100
6100
7200
7200
7200
7200
7200
7200
Cylinders on each wing
n
2
2
2
3
2
3
3
3
Max side compression force (for each wing)
t
300
300
350
400
350
400
400
400
Main electric motors
Kw
2×90
2×110
2×110
2×110
2×132
2×132
2×132
2×132
Main electric motor
Kw
110
110
160
160
160
200
Diesel engine power
Hp
250
250
350
350
350
350
Bale dimension
mm
880×600
880×600
880×600
880×600
880×600
880×600
880×600
880×600
Number of clamp cylinders
nr
1
1
1
1
1
1
2
2
Total clamp cyl. force
t
100
100
140
140
140
140
280
280
Max. compression force
t
150
150
150
150
150
150
150
150
Output (with n. 2 motors)
t/h
10÷12
12÷16
16÷20
16÷20
16÷22
16÷22
18÷24
18÷24
Max. Cutting thickness – ROUND
mm
140
160
180
180
190
190
190
190
Max. Cutting thickness – SQUARE
mm
130
140
160
160
160
160
170
170
Max. Cutting thickness – FLAT
mm
70×850
80×850
100×850
100×850
110×850
110×850
110×850
110×1000
Dimension (L x W x H)
mt
15,0×3,2×4,25
15×3,2×4,25
17,0×3,2×4,4
17,0×3,2×4,4
17×3,2×4,4
17×3,2×4,4
17,0×3,2×4,8
17,0×3,2×4,8
Indicative weight (with n. 2 motors)
t
82
85
95
103
105
110
115
120
“Swinging wing system” with over stroke on both wings