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315T/400T/500T/630T/800T Four-column Hydraulic Press Forming Car Kits Press Clutch Plate Making Machine

Get Latest Price
US$ 21500
≥1 Pieces
US$ 20500
≥2 Pieces

Quick Details

Machine Type:
Four-column Three-beam Hydraulic Press
Slide Stroke (mm):
500
Ejector Force (kN):
300*2
Return Force (kN):
800 kN
Product Details
315T/400T/500T/630T/800T  Four-column Hydraulic Press Forming Car Kits Press Clutch Plate Making Machine
315T/400T/500T/630T/800T  Four-column Hydraulic Press Forming Car Kits Press Clutch Plate Making Machine
Independent electrical control system, reliable operation, intuitive action, easy maintenance. Centralized button control, with adjustment, manual and semi-automatic control.Drawing and edge pressing slider can be connected into one body to realize single action process.
The hydraulic system adopts the plug-in integrated system, which has the characteristics of sensitive action, reliable operation and good sealing performance.
Type Y32-800TC
Unit
Value
Nominal Pressure
KN
8000
System Pressure
MPa
25
Slider Stroke(customized)
mm
500
Maximum Opening Height(customized)
mm
900
Effective Size of Workbench
(customized)
The Lift and Right Sides
mm
1100
The Front and Rear Sides
mm
1240
Slider Speed
(customized)
Idle Stroke
mm/s
150
Feeding
mm/s
5-15
Back Tracking
mm/s
150
Plunger pump flow(customized)
ml/s
100*2
Return cylinder pressure(customized)
T
30T*2
Backing plate size(customized)
mm
900*900*130
Motor Power(customized)
KW
22
customer product
315T/400T/500T/630T/800T  Four-column Hydraulic Press Forming Car Kits Press Clutch Plate Making Machine
315T/400T/500T/630T/800T  Four-column Hydraulic Press Forming Car Kits Press Clutch Plate Making Machine
usage: Used for tensile forming of sheet metal, Diaphragm spring.
servo motor
1.Low speed operation stability is good. At lower speeds, the servo motor runs very smoothly with almost no vibration, while other motors oscillate violently, affecting accuracy.
2.High control accuracy. At present, the top servo motor has been able to achieve a pulse signal only a few hundredths of a point,and only to the control command to turn, no command will stop, will not power off because of inertia.

3.Servo motor has a certain overload capacity, even if it exceeds the rated torque, it can work normally.