Zhangjiagang Nuoda Precision Machinery Co., Ltd

DW89CNC2A1S Automatic CNC pipe bending machine

 

 

Product Name, Specification, Model, Unit Quantity, Amount	Product Name, Specification, Model, Unit Quantity, Amount	Product Name, Specification, Model, Unit Quantity, Amount	Product Name, Specification, Model, Unit Quantity, Amount	Product Name, Specification, Model, Unit Quantity, Amount	Product Name, Specification, Model, Unit Quantity, Amount	Product Name, Specification, Model, Unit Quantity, Amount
Â	Â	Â	Â	Â	Â	Â
(RMB) Delivery Date Remarks	(RMB) Delivery Date Remarks

 

 

Pipe bending machine model DW89CNC2A1S	Pipe bending machine model DW89CNC2A1S
Maximum bending pipe diameter × Wall thickness Φ 89mm × 8mm	Maximum bending pipe diameter × Wall thickness Φ 89mm × 8mm
Maximum bending radius (1) R450mm	Maximum bending radius (1) R450mm
  Maximum bending angle 190 ° Â	Â	Â
	Maximum bending angle 190 °	Maximum bending angle 190 °
	Â	Â
Maximum feeding length (2) 3000mm Working speed Bend speed Max40 °/s	Maximum feeding length (2) 3000mm	Maximum feeding length (2) 3000mm
	Â	Â
	Working speed Bend speed Max40 °/s	Working speed Bend speed Max40 °/s
  Transfer speed Max150 °/s	Â
	Transfer speed Max150 °/s
Â	Â
Feeding speed Max600mm/s	Feeding speed Max600mm/s
Â	Â
Working accuracy Bend accuracy ± 0.1 °	Working accuracy Bend accuracy ± 0.1 °
Â	Â
Transfer tube accuracy ± 0.1 °	Transfer tube accuracy ± 0.1 °
Â	Â
Feeding accuracy ± 0.1mm	Feeding accuracy ± 0.1mm
Data transmission method 1. Coordinates (X.Y.Z)	Data transmission method 1. Coordinates (X.Y.Z)
2. Working value (Y.B.C)	2. Working value (Y.B.C)
Bending method: hydraulic bending	Bending method: hydraulic bending
Oil pump motor power 7.5kw	Oil pump motor power 7.5kw
Maximum system pressure (adjustable) 14Mpa	Maximum system pressure (adjustable) 14Mpa
Machine weight 2500kg	Machine weight 2500kg
Machine size 6800 × one thousand and four hundred × 1300mm	Machine size 6800 × one thousand and four hundred × 1300mm

 

 

1. With the function of slow bending and slow retreat, it can effectively improve the accuracy and speed of bending.

2. The mold adopts Cr12MOV and 42CrMO forging materials, which have the characteristics of high hardness, wear resistance, and long service life, greatly improving the stability of the equipment.

3. The elbow is driven by hydraulic pressure, which is strong and powerful;

4. The corner and feeding are driven by servo motors, which are fast and accurate;

5. It can store multiple sets of processing programs simultaneously and can be flexibly switched, facilitating the processing of a wide variety of products and greatly improving production efficiency;

6. It has the function of automatically detecting errors and faults. When any abnormal action occurs or there is any danger, the equipment will immediately shut down and issue an alarm to assist the operator in troubleshooting.

7. The rotating arm adopts a floating clamp tube structure, which is non-interference and can be directly fed after unclamping, improving work efficiency;

8. The hydraulic system is equipped with a water cooling device, which can effectively reduce oil temperature, improve equipment stability, and extend the service life of hydraulic components;

9. The elbow adopts the lever type of Eaton in the United States, avoiding the angle instability caused by loose chains during traditional chain bending.

10. The bending direction of the pipe fittings is clockwise rotation when viewed from above.

 

 

1. Electric control system: Using well-known Japanese controllers.

2. Mitsubishi's ultra large CPU can accommodate 400 sets of file editing. Each file can be set with 16 bend angles, and the memory can store 60 sets of files

3. All processing materials have touch screen input.

4. It has the function of detecting errors and faults dynamically, and is displayed on the screen, making it easy for the operator to troubleshoot.

5. Each bend can have compensation values, speeds, and demolding gaps set according to different material changes.

6. The feeding method can be selected as direct or pinch feeding according to different needs.

7. Can automatically convert XYC coordinates into YBC machining values

8. After data editing is completed, there is password protection to prevent data from being arbitrarily modified

9. The feeding position, safety position, clamping interference position, and guide interference position of the feeding trolley can be manually adjusted, and the position can be automatically memorized to eliminate human measurement errors and machine collision losses.

10. The feeding shaft will automatically detect before action to avoid collision with the machine

11. During actual bending, decomposition actions can be selected to observe interference points, modify actions, and improve production efficiency.

12. The machine has a communication interface and a data machine. Remote monitoring, troubleshooting, etc.

13. The Chinese manual for each hydraulic pipe bending machine includes one copy (installation and maintenance operation manual, list of vulnerable parts, hydraulic schematic diagram, electrical schematic diagram, and mold diagram)

 

 

1. The quality warranty period of the hydraulic pipe bending machine is 12 months after passing the acceptance inspection. During this period, if any equipment malfunctions or damages occur, the supplier shall be responsible for free on-site maintenance

 

2. During the warranty period, upon receiving the service request notification, promptly respond by phone. The maintenance personnel shall arrive at the site within 48 hours. During the warranty and after-sales service process, the maintenance personnel shall ensure that the fault is not eliminated and shall not leave the site until they are satisfied

 

3. After the warranty period expires, promptly respond by phone upon receiving notification of service requirements. The maintenance personnel will arrive at the site within 48 hours, and the cost of repair materials will be charged at a discounted price. Transportation fees will be calculated based on actual expenses.

 

 

1. Factory acceptance

(1) After the equipment is manufactured, it must undergo factory acceptance before leaving the factory. Personnel need to be sent to the site for equipment acceptance

(2) After being signed and confirmed as qualified by both parties, the CNC hydraulic pipe bending machine can be shipped.

 

2. Training

After the equipment arrives, personnel will be immediately arranged to guide the installation, debugging, and training of operators. The training will familiarize the operators with the equipment performance and operating methods until they fully grasp them.

http://www.nuodamachine.com/