LoRa Water Quality Mg2+ Ion Sensor

LoRa Water QualityMg2+ Ion Sensor is a low-power Internet of Things sensor that uses LPWAN wireless technology to collect data, monitor water quality, and transmit data. These functions are integrated together. It uses a filtering algorithm, is not afraid of external light interference, and can automatically adjust the data according to temperature, which is suitable for long-term monitoring of water quality. It uses the standard LoRa protocol, which can transmit data wirelessly over long distances, and is very convenient to use.

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 LoRaWAN Water Quality Mg2+ Ion Sensor wirelessly measures the amount of magnesium in water. It can automatically adjust the measurement results according to the water temperature, so it is not afraid of environmental changes, and the measured data is more accurate. 

PRODUCT FEATURES

  • When this thing connects to the LoRaWAN collector, it uses an aviation connector, which you may have seen on some aviation-related devices, and it makes the two connections secure.

  • Once they are connected, they can achieve wireless communication. There is no need to use a bunch of wires to transmit data like before. With wireless communication, it is much more convenient to use, and there is no need to worry about the wires being damaged.

  • During industrial production, a lot of wastewater is generated. The situation of ions in these wastewater is very important, and if it is directly discharged, it may pollute the environment. With this equipment, the ion situation in the waste water can be tested at any time, letting the company know whether the wastewater meets the standard.

  • Such as rivers, lakes, these surface water, related to the ecological environment around us. Through this device, we can monitor it in real time. Once the ion content is abnormal, we can find it in time and protect our water source and surrounding ecology.

  • Drinking water is directly related to our health. Using it to detect the ion status of drinking water can ensure that the water we drink is safe and compliant, so that everyone can drink with more confidence.

  • In many industrial production, there are strict requirements for the concentration of ions in water. For example, in some chemical production, the inappropriate ion concentration may affect the quality of the product. This device can automatically continuously test online, helping the factory to adjust production in a timely manner and ensure product quality. 

PRODUCT PARAMETERS

Power Supply12/24VDC
Weight150g
Operating Temperature0~40°C
Measuring Range0-100mg/L, 0-1000mg/L(default)
Ionic sensors are more susceptible to interference from other ions in the water
and can easily cause membrane head failure. Please purchase with caution !
Measurement Error¹5%FS (25°C)
Resolution Ratio0-100mg/L: 0.01mg/L

0-1000 mg/L :0.1mg/L
Temperature measurement range0~50°C ,Resolution Ratio:0.1°C
(When manually compensating for temperature, it is set to 25°C by default.)
Probe usage cycle3-6 months
Pressurization0.6Mpa
Transmitter
Line length
Default 5m (other lengths can be customized)
FrequencyCN470/IN865/EU868/RU864/US915/AU915/
KR920/AS923-1&2&3&4
ModeOTAA Class A/C  (Class C)
Reporting cycle5min(Default )
Communication ProtocolLoRaWAN,LoRa TDMA Networking
Equipment information
(Reference)
AppEUI: 0000000000000001
DevEUI: aaaa202404150001
AppKey: 00001111222233334444555566667777
MAC Version: LoRaWAN 1.0.3


 Product Applications

1. High-precision measurement: The water quality magnesium ion sensor can accurately measure the concentration of magnesium ions in the water sample and provide high-precision measurement results.

2. Real-time monitoring: 
These sensors can achieve continuous online monitoring, real-time reflection of water quality changes, to provide a strong basis for water environment management.

3. Strong anti-interference ability: 
In the complex water quality environment, the water quality magnesium ion sensor can effectively prevent various interference signals to ensure the accuracy of measurement.

4. Multi-functional integration: 
some sensors can be integrated with other water quality parameter sensors.

5.Easy to operate: 
It is usually equipped with a simple and easy to understand operation interface and automated measurement procedures, and non-professionals can also easily operate, measure and read data.

6.Easy maintenance: 
The sensor uses deionized water and diluted magnesium standard solution for cleaning and maintenance, easy to operate.



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