LoRa Solar Water Quality Conductivity(EC) Sensor
PRODUCT FEATURES
- This LoRaWAN collector and water conductivity sensor uses a lightweight aviation plug that is easy to connect and disconnect while also maintaining a compact setup.
- The sensor automatically adjusts its readings based on temperature, so you get accurate conductivity data no matter what the conditions.
- With standard LoRaWAN support, the collector ensures strong, long-range signal transmission - perfect for remote monitoring.
- It is suitable for a variety of water quality monitoring scenarios, from rivers and fish farms to wastewater treatment, environmental inspections, and even food, pharmaceutical or drinking water applications.
- Designed for industrial use, the ZoneWu LoRaWAN water quality conductivity sensor is designed to handle harsh environments and operate reliably, and can also monitor for long periods of time without problems.
- The setup is very simple - just connect the LoRaWAN box and the aviation connector of the sensor, turn on the power, and start using it, saving time and trouble.
- The LoRaWAN collector comes with an efficient solar panel that can provide continuous power supply in outdoor environments without power grids.
- Built in rechargeable lithium battery provides stable power for the LoRa wireless communication module, sensor array, and data processing unit of the collector.
- Ensure stable operation in complex outdoor scenarios and truly achieve an intelligent data collection experience of "deployment and networking, zero maintenance of power supply".
PRODUCT PARAMETERS
| Power Supply | Solar Powered + Li-ion Battery | |
| Weight | 230g | |
| Operating emperature | -20~+80°C | |
| Sensor parameters | Temperature | -5~+80°C |
| EC | Electrode constant K=1:1~2000us/cm | |
| Electrode constant K=10:10~20000us/cm | ||
| Salinity | Electrode constant K=1:0~1000mg/L | |
| Electrode constant K=10:0~11476mg/L | ||
| TDS | Electrode constant K=1: 0~1100mg/L | |
| Electrode constant K=10: 0~13400mg/L | ||
| Typical Accuracy | Temperature | ±0.1°C |
| EC | Electrode constant K=1:0.1 μ s/cm; | |
| Electrode constant K=10:1 us/cm; | ||
| Salinity | - | |
| Temperature Compensation Range | -5~+80°C (default compensation temperature is 25°C) | |
| Temperature Compensation Coefficient | Default 0.02 | |
| EC Equipment Working Conditions | -20~+80 | |
| Pressure Resistance | 0.6MPa | |
| EC Transmiter Line length | Default 5m (other lengths can be customized) | |
| Frequency | CN470/IN865/EU868/RU864/US915/AU915/KR920/AS923-1&2&3&4 | |
| Mode | OTAA Class A/C | |
| Reporting cycle | 30min(Default reporting cycle) | |
| Communication Protocol | LoRaWAN,LoRa TDMA Networking | |
| Equipment information | AppEUI：0000000000000001 | |
| DevEUI：aaaa202404150001 | ||
| AppKey：00001111222233334444555566667777 | ||
| MAC Version：LoRaWAN 1.0.3 | ||
PRODUCT APPLICATION
1. Cross section water quality monitoring: Conductivity measurement can quickly reflect the amount of dissolved salt in the water, helping monitoring personnel determine whether the water quality is polluted.
2. Aquaculture: It can monitor the salt content of aquaculture water in real time, reflect changes in ion concentration in the water, ensure that the water quality is within a suitable range, and thus ensure the normal growth of aquatic organisms.
3. Sewage treatment: Helps optimize the sewage treatment process and ensure that the effluent quality meets discharge standards.
4. Environmental monitoring: By monitoring the changes in conductivity of water bodies in different regions, pollution sources can be traced, providing data support for environmental protection and governance.
5. Pharmaceutical and food production: By continuously monitoring the conductivity of production water, stable water quality can be ensured to meet standards, ensuring product quality and safety.
6. Tap water supply: Conductivity measurement can monitor changes in water source quality and guide water plants to adjust treatment processes to ensure safe use of tap water provided to users.
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