A wireless data acquisition device has been designed and developed to adapt to various application scenarios, which can achieve real-time monitoring of sensor data, unmanned monitoring, and synchronous triggering collection.
[Function]
Install an upper computer software on the computer and connect itAPLater on, the hotspot implemented remote control of sensor node modules. The node module provides multiple working modes, allowing the module to adapt to various application scenarios, achieve real-time monitoring of data, unmanned monitoring, and synchronous trigger collection, greatly expanding its practicality. It also provides real-time monitoring and feedback of various information of node modules, which can be viewed in real-time in the upper computer, making it convenient for customers to detect the status of node modules.
[Technical Parameters]
host computer |
computer |
Used for installing and controlling sensor node software |
AP |
router |
Provide a wireless network environment to facilitate communication between the upper computer and nodes |
data acquisition instrument |
ADCdigit |
16bit |
acquisition accuracy |
0.05% |
|
sampling frequency |
Design according to requirements |
|
working hours |
Configure according to actual needs |
|
Storage depth |
Design according to requirements (usually 7 days) |
|
Transmission Rate |
20~30MB/s |
|
bit error rate |
0.2% (in a good network environment) |
|
packet loss rate |
0.1% (in a good network environment) |
|
Charging parameters |
According to battery selection |
