FJ-HP series Vibration tester vibration slip table 

CHARACTERISTICS

• Test type: vibration

• Tested product: for composites, battery, for electrical appliances, motor, for electrical equipment, for electric vehicles, for machines, for hard magnetic materials, hardware, integrated circuit, for torque wrenches, for electronic parts

• Applications: industrial, for automotive applications, R&D, for aeronautical applications, for substations, for power systems, for military applications, for railway applications

• Other characteristics: automatic, computer-controlled, horizontal, custom-made

DESCRIPTION

Vibration tester is used for discovering the early faults, simulating the actual working condition and the structure strength test, the product application is wide, the application width is obvious, the test effect is remarkable and reliable. It is composed of shaker body, power amplifier, slip table, head expander and cooling blower & controller The low force series shakers are high operation frequency of armature, high reliability and easy-operating. Suitable for electronic components, automotive parts, aerospace and aviation, etc. Sine(peak)/Random (rms) : 1kN ~20kN. The medium force series shakers Sine(peak)/Random (rms) : 50kN ~70kN. The high force series shakers are large force, high cooling efficiency, high bearing capacity and excellent guiding capacity, which are suitable for large specimen test. Sine(peak)/Random (rms) : 50kN ~70kN. Adopt upper and lower guidance structure to ensure excellent performance and large anti-eccentric moment; The optimized armature is characterized by light mass, high vibration-resistance, good stiffness and high first resonance frequency; Optimized magnetic circuit design to achieve higher magnetic circuit utilizationand lower flux leakage; Random excitation force is equivalent with sine excitation force; Multi-interlock protection to ensure the safety of system and specimen. Slip table works by matching up with all series of vibration shakers to realize horizontal test. It is based on specimen dimension, required load, required maximum anti- overturning moment and testing conditions. Test standards: IEC 62133/ UL 1642/ UL 2580/ UN 38.3