LoRa solar water quality pH sensor, designed for precise measurement of dissolved oxygen in water bodies. It is equipped with efficient solar panels, which are not afraid of outdoor power shortages and can continue to operate under sunlight. Measurement range 0-14PH, high accuracy, accurate and reliable data. Through LoRa wireless communication, real-time and stable data transmission can be achieved, which is widely used in scenarios such as aquaculture and environmental monitoring.
LoRa Solar Water Quality pH Monitoring Sensor
Xiamen ZoneWu LoRaWAN water quality pH monitoring sensor is used to measure the pH of a solution. It can automatically adjust the result of a measurement according to the temperature, and can switch between automatic and manual temperature compensations.
Xiamen ZoneWu LoRaWAN water Quality PH Monitoring Sensor Features:
This PH sensor is an integrated design, no cumbersome parts, the overall structure is simple and lightweight.
Because of its simple structure, it is very convenient to use, and the operation is not complicated.
It can be connected to an aviation connector and a LoRaWAN collector, and then the measured data can be wirelessly transmitted to a very long distance.
Rely on internal components to accurately detect the pH value of the solution and quickly determine the pH value.
There is an automatic temperature compensation function, the measured data is accurate, and the temperature compensation mode can be switched automatically and manually.
It is suitable for use in weak acid and weak alkali environments without strong corrosion, such as industrial wastewater and domestic sewage monitoring, and can also be used in agriculture, aquaculture and other industries.
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 Parameter
Power Supply | Solar Powered + Li-ion Battery |
Weight | 230g |
Operating Emperature | 0~40℃ |
Measuring Range | 0~14.00PH |
Measurement Error | ±0.15PH |
Resolution Ratio | 0.01PH |
Temperature measurement range | 0~60℃,Resolution Ratio:0.1℃ (When manually compensating for temperature, it is set to 25 ℃ by default.) |
Electrode usage cycle | 6-12 months |
Pressurization | 0.6Mpa |
PH Transmitter 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 | External power supply:10min(Default reporting cycle) |
Communication Protocol | LoRaWAN,LoRa TDMA Networking |
Equipment information (Reference) | AppEUI:0000000000000001 |
DevEUI:aaaa202404150001 | |
AppKey:00001111222233334444555566667777 |
Product Applications
1. Water quality management: pH value is an important indicator for measuring the acidity and alkalinity of water quality. The appropriate pH range (6.5-8.5) is crucial for ensuring the safety of drinking water.
2. Environmental protection: Through long-term monitoring of pH values, water pollution problems can be detected in a timely manner, providing decision-making basis for environmental protection.
3. Industrial production: In the pharmaceutical and chemical industries, real-time monitoring and control of pH values can prevent production accidents and product quality degradation.
4. Agricultural irrigation: By measuring the pH value of irrigation water, suitable growth conditions can be provided for crops and agricultural production efficiency can be improved.
Detailed Images
Common knowledge of pH Monitoring
Why must the liquid PH be measured using an electrode sensor with automatic temperature compensation
The pH of a solution changes in real-time with the temperature of the solution being measured, but the vast majority of the measured solution temperature changes with meteorological conditions. Therefore, it is necessary to use an electrode sensor with automatic temperature compensation to measure the pH of a liquid.
The pH value in aquaculture is in the dangerous range, why is the probability of fish death a large span
In the aquaculture industry, if the pH value is below 4.4, the mortality rate of fish can reach 7% to 20%. If the pH value is below 4, all fish will die; The mortality rate can reach 20%~89% when the pH value is above 10.4, and it can cause complete death when the pH value is above 10.6.
The water quality standard only stipulates the range of PH, how can the testing method ensure that the water quality is qualified
The latest water quality standards for domestic drinking water (2006) and natural mineral water (2008) issued by China have a pH range of 6.5-8.5, without specific explanation, only specifying the testing methods. Therefore, the normal pH of weakly alkaline natural drinking water should be greater than 7 and less than 8.5.
Application Scenarios
Aquaculture
Monitor the calcium ion concentration of aquaculture bodies to ensure the health of aquaculture organisms and the stability of water quality.
Seawater Monitoring
Monitoring the concentration of calcium ions in seawater is conducive to marine ecological research and the regulation of seawater aquaculture.
Industrial Wastewater
Monitoring the concentration of calcium ions in industrial wastewater helps with wastewater treatment and achieving compliance with discharge standards.
FAQ
1.Are you manufacture?
A:Yes,we are Tranmitter manufacturer and exporter in China with more than 10 years of CE,ROHS,FCC,ISO and 11 patents experience.
2.Do you offer OEM services?
A:Yes,we can provide you with OEM services and design housings and logos.
3.DO you offer free samples?
A:Sorry,we don't offer free samples.After ordering in bulk,we will deduct the sample fee from the second order.
Contact: Qui
Phone: 18146178586
Tel: 18146178586
Email: qui@zonewu.com
Add: 1501-3, Building F03, Phase III, Software Park, Jimei District, Xiamen City, Fujian Province, China