- Product Details
- {{item.text}}
Quick Details
-
Blade Length (mm):
-
3300 mm
-
Throat Depth (mm):
-
50 mm
-
Power (kW):
-
11 kW
-
Weight (KG):
-
8000 KG
-
Place of Origin:
-
ANH
-
Voltage:
-
380V 50HZ
-
Dimension(L*W*H):
-
3880x2150x2000
-
Year:
-
new
Quick Details
-
Max. Cutting Width (mm):
-
3200
-
Max. Cutting Thickness (mm):
-
10 mm
-
Shearing Angle:
-
1-3
-
Blade Length (mm):
-
3300 mm
-
Throat Depth (mm):
-
50 mm
-
Power (kW):
-
11 kW
-
Weight (KG):
-
8000 KG
-
Place of Origin:
-
ANH
-
Voltage:
-
380V 50HZ
-
Dimension(L*W*H):
-
3880x2150x2000
-
Year:
-
new
|
Model
|
Shearable
Thickness
(mm)
|
Shearable
Board Width
(mm)
|
Clipping
Angles
(°)
|
Material
strength
(Kn/cm)
|
Backgauge
Stroke
(mm)
|
Times
(T/min)
|
Main Motor
(Kw)
|
Weight
(Ton)
|
Length (mm)
Height (mm)
Width (mm)
|
|
4×2500
|
4
|
2500
|
1°30′
|
≤450
|
20-600
|
16
|
5.5
|
3.4
|
3100×1700×1650
|
|
4×3200
|
4
|
3200
|
1°30′
|
≤450
|
20-600
|
14
|
5.5
|
4
|
3800×1700×1650
|
|
4×4000
|
4
|
4000
|
1°30′
|
≤450
|
20-600
|
10
|
5.5
|
5.6
|
4600×1750×1750
|
|
6×2500
|
6
|
2500
|
1°30′
|
≤450
|
20-600
|
14
|
7.5
|
4.4
|
3100×1750×1700
|
|
6×3200
|
6
|
3200
|
1°30′
|
≤450
|
20-600
|
12
|
7.5
|
5.1
|
3800×1750×1700
|
|
6×4000
|
6
|
4000
|
1°30′
|
≤450
|
20-600
|
8
|
7.5
|
7.6
|
4600×1850×1850
|
|
6×5000
|
6
|
5000
|
1°30′
|
≤450
|
20-600
|
6
|
11
|
12.5
|
5600×2050×1950
|
|
6×6000
|
6
|
6000
|
1°30′
|
≤450
|
20-600
|
5
|
11
|
14.8
|
6600×2120×2230
|
|
8×2500
|
8
|
2500
|
1°30′
|
≤450
|
20-600
|
10
|
11
|
5.3
|
3100×1750×1700
|
|
8×3200
|
8
|
3200
|
1°30′
|
≤450
|
20-600
|
8
|
11
|
6.5
|
3800×1750×1700
|
|
8×4000
|
8
|
4000
|
1°30′
|
≤450
|
20-600
|
8
|
11
|
7.7
|
4600×1850×1850
|
|
8×5000
|
8
|
5000
|
1°30′
|
≤450
|
20-600
|
8
|
15
|
14
|
5600×2100×2000
|
|
8×6000
|
8
|
6000
|
1°30′
|
≤450
|
20-600
|
8
|
15
|
15.8
|
6600×2200×2300
|
|
10×2500
|
10
|
2500
|
2°
|
≤450
|
20-600
|
9
|
15
|
6.5
|
3100×1820×1920
|
|
10×3200
|
10
|
3200
|
2°
|
≤450
|
20-600
|
9
|
15
|
7.7
|
3800×1820×1920
|
|
10×4000
|
10
|
4000
|
2°
|
≤450
|
20-600
|
8
|
15
|
9
|
4600×1900×2000
|
|
10×6000
|
10
|
6000
|
2°
|
≤450
|
20-1000
|
5
|
15
|
22
|
6600×2400×2350
|
|
12×2500
|
12
|
2500
|
2°
|
≤450
|
20-600
|
9
|
18.5
|
8
|
3100×1850×2020
|
|
12×3200
|
12
|
3200
|
2°
|
≤450
|
20-600
|
9
|
18.5
|
9.4
|
3800×1820×1920
|
|
12×4000
|
12
|
4000
|
2°
|
≤450
|
20-600
|
8
|
18.5
|
11.8
|
4600×1950×2100
|
|
12×5000
|
12
|
5000
|
2°
|
≤450
|
20-750
|
6
|
22
|
21
|
5600×2250×2150
|
|
12×6000
|
12
|
6000
|
2°
|
≤450
|
20-750
|
5
|
22
|
26
|
6600×2400×2350
|
|
16×2500
|
16
|
2500
|
2°30′
|
≤450
|
20-600
|
9
|
22
|
9.2
|
3100×1950×2080
|
|
16×3200
|
16
|
3200
|
2°30′
|
≤450
|
20-600
|
8
|
22
|
10.6
|
3800×1950×2080
|
|
16×4000
|
16
|
4000
|
2°30′
|
≤450
|
20-600
|
8
|
22
|
15.3
|
4600×2300×2180
|
Product Overview
UG (finite element) analysis method was used to optimize the design by computer.
The fuselage adopts an integral steel plate welded structure, which has good strength, stiffness and
vibration resistance.
Internal stress relief is carried out by tempering.
The overall frame is rust removed by sanding and sprayed with anti-rust paint.
There is an auxiliary tool holder on the work table, which is convenient for the blade to be adjusted
slightly.
The work table is equipped with a feeding roller ball, which is light to operate.
The blade gap adjustment adopts a stepless adjustment mechanism to adapt to the shearing needs of
different plate thicknesses and materials.
Rectangular lower insert with four cutting edges for extended blade life
Adjusting the shearing stroke can not only improve the processing efficiency, but also realize the
segmented shearing function.
The number of shearing times is automatically counted, which reduces the inventory work of cumber
some locks.
The fuselage adopts an integral steel plate welded structure, which has good strength, stiffness and
vibration resistance.
Internal stress relief is carried out by tempering.
The overall frame is rust removed by sanding and sprayed with anti-rust paint.
There is an auxiliary tool holder on the work table, which is convenient for the blade to be adjusted
slightly.
The work table is equipped with a feeding roller ball, which is light to operate.
The blade gap adjustment adopts a stepless adjustment mechanism to adapt to the shearing needs of
different plate thicknesses and materials.
Rectangular lower insert with four cutting edges for extended blade life
Adjusting the shearing stroke can not only improve the processing efficiency, but also realize the
segmented shearing function.
The number of shearing times is automatically counted, which reduces the inventory work of cumber
some locks.
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