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SB38CNC 5A-3S

1. The electronic control system uses well-known Japanese controllers, such as Mitsubishi Iro's servo drives, servo motors, positioning modules, CPUs, etc., with strong performance and good stability. 2. Mitsubishi's super-large CPU can accommodate 400 sets of file editing. If it is insufficient, you can purchase transfer software and install it in the computer. Store the files on the hard disk and expand the number of editing groups unlimitedly. 3. Industrial computer type: built-in WINDOWS operating system, paired with Mitsubishi servo system, in addition to the advantages of Mitsubishi servo drive, it also has the convenience of file management of WINDOWS operating system, and can also store files on hard disk or floppy disk, expanding the number of editing groups unlimitedly.

Key words: pipe processing machinery

Classification:

Five-shaft Series Full-automatic Pipe Bending Machine

Tel: 0512-58608288

Product Description

I. Mechanical Features:

1. The electronic control system uses well-known Japanese controllers, such as Mitsubishi Iro servo drivers, servo motors, positioning modules, CPUs, etc., with strong performance and good stability.

2. Mitsubishi's super-large CPU can accommodate 400 sets of file editing. If it is insufficient, you can purchase transfer software and install it in the computer to store the files on the hard disk, and expand the number of editing groups unlimitedly.

3. Industrial computer type: Built-in WINDOWS operating system, paired with Mitsubishi servo system, in addition to the advantages of Mitsubishi servo drive, it also has the convenience of file management of WINDOWS operating system, and can also store files on hard disk or floppy disk, unlimited expansion of editing groups.

4. It has the function of automatically detecting errors and faults, and displays them on the screen, allowing operators to easily eliminate obstacles.

5. All processing data are input by touch screen.

6. Each bend can set compensation value, speed, demoulding gap due to different material changes.

7. Each bend of the same pipe can be programmed with seven action sequences and eight speeds, allowing the operator to use them in combination to improve work efficiency and reduce pipe interference points.

8. The touch screen can switch between Chinese and English, and other languages ​​can also be ordered according to needs.

9. The feed axis, bending axis, and tilt axis are driven by servo motors with high precision and good stability.

10. The feeding method can be selected as clamping or direct feeding according to different needs.

11. The X.Y.Z. coordinates can be automatically converted into Y.B.C. processing values.

12. After the data is edited, it is key-protected to prevent it from being modified at will.

13. The electronic control system is equipped with a heat exchanger for automatic heat dissipation. If necessary, a CNC air conditioner can be purchased to ensure the life of the electronic control system.

14. An automatic oiling system can be installed as needed to reduce the friction of the bending tube, increase the life of the core rod, and ensure the quality of the bending tube.

15. The data displayed on the screen can be printed out by connecting to a printer.

16. The feeding position, safety position, wheel mold interference position, and guide mold interference position of the feeding trolley can be fine-tuned with a handwheel pulse generator, and the position is automatically memorized to eliminate errors in human measurement and losses caused by machine collision.

17. The feeding axis will automatically detect before moving to avoid collision with the machine.

18. When testing bending, you can choose to decompose the action, observe the interference points, modify the action, and improve efficiency.

II. Main technical parameters:

 SB38CNC 5A-3S

Maximum applicable carbon steel pipe
Take bending radius 1.5D as an example

Φ38.1×2.0t

Maximum core length (mm)

2800

Maximum feeding stroke (mm) 

2000

Feeding method

Direct feeding or clamping feeding

Maximum bending angle

  190°

Number of bends that can be set for each pipe fitting

16

Number of bends per pipe

400 sets

Working speed

Bending speed

Max.135°/sec

Tube rotation speed

 Max.270°/sec

Feeding speed

Max.700mm/sec

Accuracy

Bending angle

±0.1°

Tube rotation angle

±0.1°

Feeding length

±0.1mm

Data input method

Working value (Y.B.C) or coordinate value (XY²)

Tube rotation servo motor power (w)

400

Feeding servo motor power (kw)

1

Motor power (HP)

5

Machine weight (kg)

3000

Machine size (mm)

4500x750x1300

 

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