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Swing Beam Shear

Introduction

Our hydraulic swing beam shear adopts a well-known foreign brand of electrical system. All welded steel construction provides stable performance and good ruggedness. In blue-white or yellow-white, this sheet metal processing machinery looks simple and attractive. It can process sheet metal as thick as 4mm-25mm, and its maximum shearing width reaches up to 6000mm. The shearing machine is especially suitable for processing metallic materials in automobile, lamp pole, ship and other industries.

Features
1. Its ammonia gas cylinder helps to improves stability.
2. The gap adjustment of cutting edges is shown on an indicator. The operator can adjust the gap easily and rapidly.
3. The swing beam shear is provided with a lighting device, and supports infinitely adjusting the stroke of top tool rest.
4. There is a safety fence for protection.
5. A digital display device shows the back gauge size and shearing times.
6. We offer several CNC control panels for you to choose from.

Structure of Swing Beam Shear
1. Frame

The frame of swing beam shear features a rigid structure, providing high durability and good ruggedness. There are two cylinders fixed to the left and right columns. A movable tool rest is placed on the workbench, allowing fine tuning of the lower blade. In addition, ball transfer table is used for convenient material feeding.

2. Top Tool Rest
The tool rest features a welded steel structure. Its downward and upward stroke is powered by the return cylinder as well as said cylinders on the left and right column. It takes the eccentric locking collar as a pivot and swings back and forth, so as to shear materials. Its vertical blade bearing surface has been processed into an arc curve, guaranteeing consistency of the gap between the upper and lower blade.

3. Hold-down
The hold-down is a clamp for holding a sheet metal being sheared, preventing distortion and movement. The hold-down pressure is generated by cylinders on the bearing plate of swing beam shear. Once oil flows into the pressure cylinder, the hold-down feet will overcome the tension from a tension spring to press materials. With the aid of the spring, the device can returns to its original position at the end of shearing. The pressure grows with increasing thickness of materials.

4. Front and Back Gauge
1) Placed on the workbench, the front gauge shows numerical values by means of a scale. The desired gauge distance can be achieved through the adjustment of a stop dog. A long gauge is ideal for machining sheet steel.
2) The back gauge of swing beam shear is mounted on the top tool rest. It swings up and down along with the tool rest. The operator can make an adjustment through a motor. After a gear slows down, the gauge is driven by lead screws and may be adjusted via “+” or “-” button. Additionally, the operator is able to rotate the regulating wheel for fine adjustment of the back gauge.

CNC Control Panel for Metal Shear

Jianghai can provide several CNC control panels that are suitable for our sheet metal shear, so as to meet different demands.

HT071

1. The CNC control panel is able to position a motor-driven shaft.
2. Available operating modes are manual, semi-automatic, automatic and continuously automatic mode.
3. Its memory can store 99 programs which are marked from number 1 to 99.
4. Each program includes 20 positions.
5. Every position is capable of connecting 65 thousand cycles.

E200

1. 240*128 LCD display
2. The CNC system supports multi-step programming at a time. It may run programs automatically and position the shaft continuously.
3. The product is able to draw back intelligently, preventing back gauge from interfering with workpieces.
4. It realizes one-way positioning, which eliminates transmission gap between lead screws.
5. Switch between imperial system and metric system
6. Position compensation
7. Power off memory function (optional)
8. Automatic searching reference point function (optional)

DAC310

1. The CNC control panel is provided with a 275*48 HD LCD display.
2. Back gauge control
3. Blade edge gap control
4. Shearing stroke control
5. It shows the actual position of back gauge and programming values simultaneously.
6. Shearing count
7. 100 program steps
8. Panel-type installation
9. Servo control, frequency converting speed control and double speed AC motor control

DAC360

1. Panel-type installation
2. High-light LCD display screen
3. Back gauge control
4. Drawing back control
5. Shear angle control
6. Shear gap control
7. Shearing stroke control
8. The operator is able to move shafts manually.
9. Pressure control

Technical Parameters

Model Thickness of processable sheet (mm) Width of processable sheet (mm) Rake Angle (° ) Frequency of stroke (times/min) Back gauge range (mm) Main motor power (kw)
QC12Y-4×2000 4 2000 1° 30 ' 20 20 ~600 4
QC12Y-4×2500 4 2500 1° 30 ' 20 20 ~600 4
QC12Y-4×3200 4 3200 1° 30 ' 18 20 ~600 5.5
QC12Y-4×4000 4 4000 1° 30 ' 16 20 ~600 5.5
QC12Y-4×5000 4 5000 1° 30 ' 14 20 ~600 7.5
QC12Y-6×2000 6 2000 1° 30 ' 20 20 ~600 7.5
QC12Y-6×2500 6 2500 1° 30 ' 18 20 ~600 7.5
QC12Y-6×3200 6 3200 1° 30 ' 14 20 ~600 7.5
QC12Y-6×4000 6 4000 1° 30 ' 14 20 ~600 7.5
QC12Y-6×5000 6 5000 1° 30 ' 8 20 ~600 11
QC12Y-6×6000 6 6000 1° 30 ' 10 20 ~600 11
QC12Y-8×2500 8 2500 1° 30 ' 12 20 ~600 11
QC12Y-8×3200 8 3200 1° 30 ' 10 20 ~600 11
QC12Y-8×4000 8 4000 1° 30 ' 8 20 ~600 11
QC12Y-8×6000 8 6000 1° 30 ' 10 20 ~600 22
QC12Y-10×2500 10 2500 1° 30 ' 10 20 ~600 15
QC12Y-10×3200 10 3200 1° 30 ' 10 20 ~600 15
QC12Y-12×2500 12 2500 1° 30 ' 8 20 ~800 18.5
QC12Y-12×3200 12 3200 1° 30 ' 10 20 ~800 18.5
QC12Y-12×4000 12 4000 1° 30 ' 10 20 ~800 18.5
QC12Y-12×5000 12 5000 1° 30 ' 8 20 ~800 22
QC12Y-16×2500 16 2500 8 20 ~800 22
QC12Y-16×3200 16 3200 8 20 ~800 22
QC12Y-16×4000 16 4000 6 20 ~800 22
QC12Y-20×2500 20 2500 2° 30 ' 5 20 ~800 30
QC12Y-20×3200 20 3200 2° 30 ' 5 20 ~800 37
QC12Y-25×2500 25 2500 3 °12' 5 20 ~800 45
QC12Y-25×3200 25 3200 3 ° 5 20 ~800 45
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