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|Material:||Rubber ，Stainless Steel||Yokohama:||S-600-5|
|GUOMAT:||F-600-5||Layer Number:||Five Convolution|
|Using Maximum Internal Pressure:||0.69 M Pa||Vibration Frequency:||1.8 Hz|
Press Air Spring YOKOHAMA S-600-5 Five Convoluted S600-5 Big Load More Than 10 Ton
S-600-5 items Detailed Parameter Table:
|GUOMAT NO.||Reference No.||Hight H(mm)||Commonly Maximum Stroke(mm)||The Largest Diameter When Compressed(mm)|
|Design High(mm)||Maximum High(mm)||Minimum Height(mm)|
|GUOMAT NO.||Reference No.||Standard Height,Internal Pressure 0.49 M pa When The General Value||Using Maximum Internal Pressure (M pa)||Internal Pressure (M pa)|
|Effective Area (Cm2)||Volume(L)||Load (K n)||Dynamic Spring Parameters (N/Min)||Vibration Frequency (Hz)|
Press Air Spring GUOMAT F-600-5 can fit for many kinds of punching press equipment.
According to the source of power classification
Punch can be divided according to the power source of the slider mechanical punch and hydraulic punch two.
The most common mechanical punch is to use a motor-driven crankshaft (or connecting rod, eccentric gear or toggle joints) to move the slider, and hydraulic press hydraulic cylinder is used to drive the slider. Punch driving system features determine the speed and force in all parts of the stroke. The advantage of hydraulic punch is that during the impact process are fixed pressure, and mechanical punch according to different systems, the more down to the dead point, the greater its force. If you consider the same time, the impact of mechanical punch more times, but also more commonly used in industrial applications.
Traditional mechanical punch mostly use induction motor, the early mechanical punch will use VS motor drive, with the adjustment of the coupling current to adjust the torque, and later also use the inverter to drive the induction motor, the use of induction motor punch will have a flywheel For energy storage components, regardless of whether the processing, the flywheel will continue to operate, to be processed and then use the clutch flywheel driven slider operation.
Later, there is also a servo press driven by a servomotor. The servo press does not require energy storage from the flywheel. The drive will not operate until the machine is machined. The speed curve of the slide at different positions can be determined according to the machining characteristics, making it more difficult to machine.
Product detail photos:
Contact Person: Linda Lin