3000 series full-automatic vibratory stress relief equipment
The real color LCD screen display the curves and data dynamically,the vibrating process and the curve trend are clear at a glance.
Judge the process parameters suitable or not itself automatically and provide the amendments to the program,to realize the man-machine dialogue prompt function.
Full-automatic operation,to prevent the personal factor(with both manual and semi-automatic).
Adopting the technology of double-loop design and strong anti-jamming capability of plus-width modulation technology.
Dynamic tracking function can ensure vibration treatment is always in the standard of sub-resonance region.
The motor only started once during the whole vibration aging process,it can save 1/2 auxiliary testing time.
Selecting the excitation freqency to aging as per the optimized process according to the advanced spectrum analysis technology.
Printing the overlapping curves of a-n and a-t and data comparison automatically,In order to test them and make permanent presarvation.
This series is suitable for the major components demanded vibrating aging of eliminating stress strictly.
Achieving three-dimensional vibration and measuremeat on the workpiece,improve the level of stress relief.
Item / model
|
3000K1
|
3000K2
|
3000K3
|
3000K4
|
3000K5
|
Max centrifugal(KN)
|
10
|
15
|
30
|
40
|
50
|
Speed(rpm)
|
1000-10000
|
1000-8000
|
1000-8000
|
1000-8000
|
1000-8000
|
Max treat weight(T)
|
2.5
|
10
|
50
|
100
|
500
|
Rated power(KW)
|
0.6
|
1.2
|
1.5
|
2.2
|
3.6
|
Rated voltage(V)
|
220V/50Hz
|
220V/50Hz
|
220V/50Hz
|
220V/50Hz
|
220V/50Hz
|
Steady speed precision(r/min)
|
±1
|
±1
|
±1
|
±1
|
±1
|
Acceleration(m/s2)
|
0~199.9
|
0~199.9
|
0~199.9
|
0~199.9
|
0~199.9
|
Time range(min)
|
0~40
|
0~40
|
0~40
|
0~40
|
0~40
|
Color screen
|
Dynamic display a-n,a-t data of surve and specification on-line
|
Printing
|
a-n,a-t surves,specification data and specification contrast
|
Dynamic tracking function
|
According to the variation of parameters of workpiece adjust the aging parameters automatically in the aging process
|
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