Vibration Controller

ECON is famous to design and supply vibration controller since its foundation in 2002. With more than 20 years experiences, ECON is always dedicating to understand what customer will need in vibration control, and supply them better choice of vibration controller with high performances and cost efficiency.

We are presenting customers the prestigious and classical VT-9 series vibration controller, which combines the latest DSP technology, low noise hardware design, advanced adaptive vibration control algorithms and full range of control software. It is one of the most reliable vibration controller in the world, covering all types of vibration test, and making vibration test easier and trustable in control. 
 

MISO vibration controller is one of the kernel parts in multi-shaker or multi-axis vibration testing system. It builds multiple control loops among multiple shakers and multiple DOF with matrix control algorithms, amplitude and phase. 

ECON is the first Chinese manufacturer to design and provide MISO vibration controller since 2007, also the only manufacturer in China who is producing a real MISO vibration controller. We are honored presenting customers our unique MI-81 series MISO vibration controller, helping them to solve problems in MISO vibration tests. 

MI-81 series is designed based on PXIE bus and self-contained controller, supporting independent running without PC. Its inputs and drives are modular and expandable with high synchronization precision. MI-81 series support software including MISO Random, MISO Sine, MISO Shock and MISO Field Data Replication in time domain, with precise system identification, multiple adaptive loop control, sophisticated coupling and decoupling matrix algorithms for amplitude and phase. 

MI-81 series has been successfully put into many actual MISO vibration test cases, such as 2 or 4 posts vehicle test, transportation and road simulation, flying objects aerodynamic test, etc. MI-81 series also could be used for single shaker vibration control, high channel account measurement, and structural modal analysis.