JE-9 Series Vibration Controller Shaker Controller

JE-9 Series Vibration Controller Shaker Controller

Feature
Using DSP technology, independent of PC
Real-time loop control
Security first control policy
Works with all models of 24-bit ADC/DAC and 32-bit DSPS
Control dynamic range higher than 95dB
Sinusoidal control ranges from 0.01 to 10,000Hz
DC to 20,000Hz under random control
A full range of control software for all types of vibration testing for a wide range of shakers/vibrators
The software interface is friendly and the operation is simple
 

Description

Description
The JE-9 series vibration controller combines the latest DSP technology, low noise hardware design, advanced adaptive vibration control algorithms and a full range of control software. It is one of the most reliable vibration controllers in the world and covers all types of vibration testing, making vibration testing easier and control more reliable.

Technical parameter
Hardware JE-9002 JE-9004 JE-9008
Input 2 4 8
Drive 1 1 1
COLA N/A 1 1
Digital l/0 N/A 1 DB-37 2 DB-37
Sensors Compatible Voltage/IEPE/Charge/TEDS Voltage/IEPE/TEDS Voltage/IEPE/
Charge/TEDS
Software JE-9002 JE-9004 JE-9008
Sine
Step Sine, RSTD, THD Detection  
Multi-sine      
Sine Notching  
Sine 0.01 to 10,000Hz    
Random    
SoR.RoR,SRoR    
Kurtosis Control    
Random  Notching  
Random DC to 20,000Hz      
Classical Shock  
Shock Response Spectrum    
F.D.R-TTH(Transient Time History)  
Damping Sine    
Earthquake Simulation      
F.D.R-LTH (Long Time History)  
Road Simulation  
Waveform  Generator  
Vibro-shock    
Shaker Verification      
Digital l/O Communication    
FFT Analysis
Data Record and Offline Review  
Test Report
Multi-user Control
Self-calibration

SINE

Run swept and/or fixed-frequency sine wave tests with control of acceleration, velocity, and displacement.

RANDOM

Controlled spectrum tests with a spectrally shaped Gaussian amplitude distribution. iDOF provides quick test ramp up, tight tolerances, and easy resonance detection.

SHOCK

Run standard classical shock pulses as well as (optional) user-defined or SRS synthesized transient pulses.

FIELD DATA REPLICATION

Reproduce the acceleration waveforms measured in the field in your test lab on your shaker.