Electrodynamic shaker ES series

IEC ISO ASTM Electrodynamic Vibration Shaker System SINE Random Shock

Electrodynamic Vibration Shaker , adopted the 'double-magnetic circuit structure',' self-generated skeleton action circles', 'Airborne Support’ and 'roller bearings and linear guidance', 'trunnion isolation’ advanced modern technology and special technology, can be completed in X,Y,Z three-axis sinusoidal vibration test and broadband random vibration tests, to be completed by the classical (half - sine, trapezoidal, saw tooth wave) pulse and shock response spectrum test. These products are widely used in national defense, weapons, aviation, aerospace, communications, electronics, electrical appliances, communications, home appliances and other fields.

Electrodynamic Vibration Shaker, adopted the "double-magnetic circuit structure", "self-generated skeleton action circles", "Airborne Support" and "roller bearings and linear guidance", "trunnion isolation" advanced modern technology and special technology, can be completed in X, Y, Z three-axis sinusoidal vibration test and broadband random vibration tests, to be completed by the classical (half-sine, trapezoidal, saw tooth wave) pulse and shock response spectrum test.

These products are widely used in national defense, weapons, aviation, aerospace, communications, electronics, electrical appliances, home appliances and other fields.

Feature
Well-designed dynamic circle skeleton, with a higher stage axial resonance frequency.
Two-magnetic circuit, magnetic flux leakage is low, compact structure, and rational.
Rocker Rod roller bearings, straight and import-oriented composite body stiffness orientation, eccentric load capacity.
Trunnion isolation foundation dedicated to hormone use, the installation of mobile convenience.
Advanced technology moves around the system to ensure that the dynamic circle of high reliability.
New duct design and enhance the cooling effect.
Static stiffness, dynamic stiffness of the bearing, small balloon, raising the vibration table bearing capacity, and improving low-frequency performance.