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AVANT Shock Measuring Analyzer
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| AVANT series Shock Measuring Analyzer is a powerful and tailored instrument for shock events transient capture and analysis. ST can meet rigorous criterions in measuring and it is suitable for shock, drop and other kind of impact events. Based on USB2.0 connectivity, ST is available for two different models: MI-51 and MI-52. MI-51 is used for common application with 2 acquisition channels and ST-05H is used for high level shock events measuring and analysis. Provides two analysis modes: based on ideal waveform and RRS, used for shock testing machines and bump testing machines; based on SRS profile, used for SRS testing machines. |
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Features
- Compatible with ISO, MIL-STD-810 and User defined
- Sampling rate up to 1MHz
- Acceleration range up to 100,000gn
- Shock Response Spectrum (SRS）Analysis
- Tolerance Analysis and Pass/Fail Judge
- Multiple Impact Events Recording and Playback
- Auto Generation of Test Report
- USB2.0 Connectivity, Plug and Play
Model and Specifications
| Model | MI-5202 (value) | MI-5104 (premier) |
| Specifications | ||
| Input channel | 1~2 analog voltage inputs with 1~2 charge inputs(built-in charge amplifiers: 1mV/pC and 0.1mV/pC) |
1~4 analog voltage inputs |
| Voltage range | -10VPEAK~+10 VPEAK | |
| Coupling mode | AC, DC, ICP(built-in ICP sensor power for each channel) (can be enhanced for compatibility with TEDS transducer) |
|
| ADC Resolution | 24-bit | 16-bit |
| Sampling frequency | Max 192kHz | Max 1MHz |
| Pulse duration | Min 0.1msec | |
| Acceleration range | Max 100,000gn | |
| Dynamic range | 110dB | 80dB |
| THD | <-95dB | <-70dB |
| Signal-to-nose | >95dB | >70dB |
| Frequency accuracy | 0.01% | |
| External Trigger | Enable | |
| CE compliance | Yes | |
| Physical | ||
| Dimension (mm) | 245x210x105 | |
| Weight (kg) | 2.5 | |
| Electrical | ||
| Power supply | AC 88~264V | |
| Power | 40W | |
| Connectivity | USB2.0 | |
| Operating System | Microsoft Windows 2000/XP | |
| Environmental | ||
| Temperature | 41 to 113 ℉/-10 to 50 ℃ | |
| Humidity | 20% to 90% RH non-condensing(40℃) | |
Transient Capture
| - Sampling frequency | 192kHz (ST-02), 1MHz (ST-05H) |  |
| - Acceleration range | <100,000gn | |
| - Pulse duration | 0.1 to 100ms | |
| - Sampling time | 1, 2, 5, 10, 20, 50, 100, 200, 500, 1,000ms | |
| - Direction | positive, reverse | |
| - Mode | single frame, multiple frame |
Ideal waveform
| - Waveform | Half-sine, trapezoid, terminal peak sawtooth |  |
| - Standard | GB, GJB, ISO, MIL810 and User defined | |
| - Tolerance | According to each standard | |
| - Auto-match | the acquired data matches ideal waveform | |
| - Comparison | compare acquired data with ideal waveform |
RRS
| - Resolution | 1/1, 1/2,1/3,1/6,1/12,1/24 octave analysis |  |
| - Parameters | Damp coefficients and Q, lower/upper/reference frequency | |
| - SRS definition | Calculate SRS automatically from ideal waveform or set RRS manually, and the tolerance can be set | |
| - Comparison | compare measured SRS with RRS |
SRS Profile
| - Resolution | 1/1, 1/2,1/3,1/6,1/12,1/24 octave analysis |  |
| - Parameters | Damp coefficients and Q, lower/upper frequency | |
| - Profile definition | setup frequency, amplitude, lower/upper tolerance of breakpoints in the profile table |
Force Distortion Analysis
| Support force distortion analysis, shock response analysis and other necessary analysis. |  |
Filtering
| - Filters | Low-pass and high-pass filters; Set different filters for each channel |  |
| - Low-pass filters | Set cutoff frequency or filter rate | |
| - High-pass filters | Enable or disable |
Triggering
| - Source | Input channel or no trigger |  |
| - Slopes | Positive, negative or bi-polar | |
| - Level | 1 to 99% of ideal waveform or acceleration | |
| - Trigger mode | Pre-trigger or post-trigger | |
| - Run mode | Free Run after First Trigger Manual Trigger Every Frame Auto Trigger Every Frame |
|
| - Remove DC | Enable or disable | |
| - Remove noise | Enable or disable |
Data Saving and Playback
| - Save mode | On-line save and auto save |  |
| - Save contents | Signals and panes | |
| - File format | ECON binary/ASCII or UFF binary/ASCII | |
| - Data export | Excel, MATLAB | |
| - Data recording | Used for offline analysis | |
| - Playback | Replay shock waves manually |
Test Report
| - Content | customized, contains parameters, panes etc. |
| - Report template | customized |
About Econ Technologies
ECON Technologies is a Chinese leading designer and manufacturer of vibration test products, measurement instruments and industrial instrumentation. We have a pioneering and innovational R&D team and a manufacturing facility located in Hangzhou, China. ECON Technologies is also a comprehensive solution provider in environmental reliability test, measurement and analysis, and industrial control. Our customers are among automotive, vessel, electronics, computers, and aerospace/aviation as well as institutes and universities. Now, we have over 1,000 instruments well installed and employed worldwide.
ECON product lines include:
- Vibration control systems for electro-dynamic and servo-hydraulic shakers.
- Measurement Instruments for dynamic signal analysis of vibration and noise, environmental data reduction, acoustics octave, order tracking, modal test.
- Environmental control systems for Temperature and humidity chamber.
- Other Industrial instruments for process control, switch control.