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The data acquisition instrumentis also called data acquisition instrument and data acquisition and transmission instrument. The data acquisition instrument is an automatic environmental monitoring data acquisition instrument that integrates data collection, processing and transmission. It is mainly used in the field end of the environmental online monitoring system. It mainly realizes collection, Store data from various types of monitoring instruments.
With its high-speed computing capabilities, massive data storage, flexible networking methods, and convenient human-computer interaction, the data acquisition instrument is widely used in pollution source monitoring, surface water monitoring, air quality monitoring, regional environmental noise monitoring, atmospheric environmental pollution sources, Monitoring fields such as surface water pollution sources, underground water pollution sources, marine environmental pollution sources, soil environment monitoring, radioactive environmental pollution sources, etc.
The data collector is installed at the wastewater and exhaust gas discharge outlet of the pollution source (or other environmental monitoring points, such as noise monitoring points, VOC monitoring points, etc.), and collects flow meters, chemical oxygen demand (COD) monitors and flue gas continuous emission monitoring systems in real time (CEMS) and other monitoring equipment, the data is transmitted to the Environmental Protection Agency server through wireless network (GRPS/3G/4G, etc.) or wired network. Managers can view data, conduct statistical analysis and other operations by accessing the monitoring system software installed on the Environmental Protection Bureau's server.
1. Data acquisition instrument implementation standards
"Data transmission standard for online automatic monitoring (monitoring) pollution sources" (HJ/T 212-2005)
"Technical requirements for data acquisition instruments for online automatic monitoring (monitoring) pollution sources" (HJ477-2009)
"Pollutants Data Transmission Standard for Online Monitoring (Monitoring) Systems" (HJ 212-2017)
"Technical Specifications for Installation of Online Monitoring Systems for Water Pollution Sources (CODCr, NH3-N, etc.)" HJ353-2019 and can be modified as appropriate according to the specific parameters of each region to meet regional needs.
This product has passed the China Environmental Protection Product Certification, certificate number: CCAEPI-EP-2019-814
This product has obtained the computer software copyright registration certificate, registration number: 2016SR396179
This product has obtained the national utility model invention patent, patent number: ZL201720267588.6
This product has obtained National design patent, patent number: ZL201930089947.8
2. Dimensions of the digital acquisition instrument
3. Functional features of the data acquisition instrument.
Powerful computing power
adopts ARM core with a main frequency of 800MHz and a maximum of 1000Mhz, which provides strong power for data computing.
The excellent interactive experience
is equipped with a 7.0″ TFT full touch display with a resolution of WVGA 800×480, providing an excellent visual experience and convenient touch experience. Ten-year
data backup
supports up to 32G SD card storage, and can store up to 10 years of data. Ten years of historical data.
Multiple networking solutions
support GPRS/CDMA/3G/4G/Ethernet and other networking methods. Users can flexibly network according to the actual situation on site.
Massive communication protocols
match more than 600 domestic and foreign online monitoring equipment, which can realize rapid connection between equipment. At the same time, the communication protocol can be customized and developed according to the actual needs of the customer's site.
Multi-center data simultaneous transmission
supports up to ten center data simultaneous transmission, supports breakpoint resumption, and can meet the needs of self-built, The need for simultaneous networking of multi-level environmental protection platforms such as parks, districts, counties, cities, provinces and countries.
Remote upgrade
can remotely upgrade the software online through the network, reducing the workload of operation and maintenance personnel and improving the efficiency of daily operation and maintenance.
Easy to install
The wiring port adopts a screw-free spring terminal design, which can realize quick installation on site, saving time and effort.
Quick configuration
does not require computer connection operation, and all operations such as viewing, setting, debugging, and diagnosis can be completed through the touch screen.
4. Data acquisition instrument application topology diagram
5. Technical specifications of data acquisition instrument
CPU |
model |
ARMCortex-A8 |
Main frequency |
800MHz up to 1000MHz |
|
memory |
512M Nand 512M RAM |
|
Display unit |
LCD screen |
7″TFT touch screen 800×480 WVGA |
external storage |
SD card |
16G supports up to 32G |
CF card |
× |
|
USB |
2×USB 2.0 |
|
Communication network |
Wireless access method |
GPRS/CDMA/3G/4G |
Wired access method |
2×EthernetEthernet |
|
Communication Interface |
Serial communication |
6×RS232 1×RS485 can be expanded to 4 RS485 |
Analog input |
8-way differential 4~20mA/0~20mA/0~5V |
|
Switch input |
Route 8 |
|
Switching output |
8-way dry junction |
|
Transmission standards |
Data transmission standard for pollution source online automatic monitoring (monitoring) system (HJ 212-2005) Pollutant online monitoring (monitoring) system data transmission standard (HJ 212-2017) |
|
battery capacity |
12V 5Ah |
|
Dimensions |
430mm×330mm×80mm |
|
working environment |
humidity |
20%~90% |
temperature |
-10~60℃ |
|
System parameters |
Accuracy |
≤0.2% |
Electromagnetic Compatibility |
IEC Level 3 |
|
power supply |
AC220V±20% 50Hz |
|
Power consumption |
≤10W |
|
backup power |
12V 5AH |