Products
Vibratory Stress Relief (VSR) Equipment
The use of vibration aging technology, mainly for welding structural parts, casting parts (some stainless steel, aluminum, titanium and other non-ferrous metals) to eliminate the equilibrium residual stress. In the process of welding or casting, stress is generated by the action of unbalanced temperature field, and the equilibrium residual stress can be effectively eliminated by using vibration aging technology.
Liquid crystal automatic vibration aging instrument is widely used, including auto parts, aerospace devices, pipelines, containers, steel rails, Bridges and other metal structures.
Device parameters
Vibratory Stress Relief (VSR) Equipment
Model
HZ-1.2KW
HZ-2.2KW
KN
10KN
30KN
RPM
0-10000rpm
0-8000rpm
Handling weight
0.01～20T
5～500T
Power
220V 50HZ
Rotating speed
±1
Speed display accuracy
±1
Acceleration measurement range
0～190
Timing range
0～ 40
Control box ambient temperature
-20℃～60℃
Motor operating environment temperature
－20℃～80℃
Work environment
No corrosive,flammable and explosive gases and dust
Functional
True color liquid crystal dynamic display of various curves and data, aging process and curve trend at a glance.
Automatically determine whether the process parameters are suitable or not, and give a revised scheme to achieve man-machine dialogue.
Fully automatic function, both semi-automatic, manual function.
The dynamic tracking function ensures that the vibration treatment is always carried out in the subresonance region required by the standard.
According to the advanced spectrum analysis technology, the excitation frequency is selected according to the optimization process for aging treatment.
Using pulse width modulation technology, it has strong anti-interference ability.
Online printing, full Chinese display of each curve mark, so that the print curve is easier to identify and judge.
Powerful human-machine dialogue and simple operation make it easier for operators to master the vibration aging process.
Speed tips, multiple protection functions reduce the risk of field operation.
Application scenarios
