iStarAE-6 is a multi-channel intelligent IOT acoustic emission monitoring system integrating automatic control signal acquisition, processing analysis, data storage, clock synchronization and wireless communication. It has high reliability of 24h continuous operation and wireless transmission, and is applicable to long-term unattended automatic monitoring application.
| Combination of channels | Use of single channel, 2-6 channels or cascade (128 channels) | Sampling accuracy | 16位 |
| Collection mode | Acoustic emission threshold trigger, external parameter threshold trigger and software trigger | Dynamic range | ≧70dB |
| Sampling mode | Envelope acquisition, continuous acquisition, fixed length acquisition | Front discharge voltage | 28V40dB,12V34dB,5V26dB |
| Type of acquisition time | Continuous acquisition, timing acquisition and interval acquisition | Sampling frequency | Maximum sampling rate of single channel 2M points/s |
| Clock synchronization | RS485 synchronization (long-distance wired), cascade synchronization (short-distance wired), WiFi synchronization (indoor wireless) or satellite synchronization (outdoor wireless) are optional. The synchronization clock accuracy in the equipment is ≤ 100ns, and the minimum synchronization between equipment can be better than 500ns | ||
| Data output | Waveform, parameter and parameter rating | Mode of communication | Network port (gigabit)/4G/WiFi/5G |
| Capacity of built-in SD card | 64G(can be extended to 512G) | Power supply | Nominal 24VDC/2A, power supply range 9V-36V |
| Size | 23.2cm×12.5cm×5.2cm | Alarm output interface | 2 |
| Weight | 1.25kg | Service temperature | -20℃~60℃ |
iStarAE-6 can also be used as a desktop detector for local connection through wire connection or Wi-Fi router wireless LAN. When iStarAE-6 is used as a desktop detector, it shall be used with internal acoustic emission software. iStarAE-6 collects and processes the acoustic emission data, and then sends the data to the internal software of the computer via LAN for real-time analysis and display.
Can be used for e.g. bridge structure health monitoring; Wind power structure health monitoring; Monitoring of bearing rotating machinery; Tool wear monitoring; Pipeline and valve leakage monitoring; Detection of crank arm aerial vehicle; Transformer partial discharge detection, etc.
