With the increasing awareness of environmental protection and the implementation of sustainable development strategies, water quality monitoring has become a key link in the environmental protection industry. As the second-generation multi parameter sensor platform, the BSM-2 water quality multi parameter probe from Frog Vision provides a comprehensive and efficient solution for water quality monitoring with its advanced technology and multifunctionality.
1、 Overview of the BSM-2 water quality multi parameter probe for frog vision
The Frog Vision BSM-2 is a multifunctional water quality monitoring device that can simultaneously obtain multiple water quality parameter data through up to 6 sensors. These sensors utilize electrochemical, optical, or physical detection methods to ensure measurement accuracy and reliability.
2、 Technical advantages and characteristics
1. Universal platform and automatic recognition:The Frog Vision BSM-2 adopts a unified 3.5mm audio interface, supports arbitrary insertion and removal of Frog Vision sensors, and can automatically identify sensor types, greatly enhancing the device's versatility and flexibility.
2. All digital sub sensors:All sensors adopt fully digital technology, with independent storage of calibration parameters and support for RS485 Modbus communication protocol, simplifying maintenance and calibration processes.
3. Digital automatic cleaning brush:The plug and play digital automatic cleaning brush effectively prevents contamination of the sensor surface and ensures the accuracy of measurement data.
4. Warehouse design and internal humidity detection:The sensor compartment adopts a separate compartment design, ensuring that the failure or leakage of one sensor will not affect the operation of other sensors. At the same time, it is equipped with an internal humidity detection alarm function, which improves the safety of the equipment.
5. Low power mode:Supports active and passive low-power modes, optimizes device energy consumption, and extends service life.
6. Backward compatibility:The Foresight BSM-2 is compatible with future sensor products, ensuring the long-term applicability of the equipment and the flexibility of technological updates.
3、 Technical parameters
interfaceWaterproof connector, supporting RS-485 and Modbus RTU protocols
Temperature range for use：0-45℃
Storage temperature range：-10~50℃
power supply：12~24V DC
power consumption：20~ 120mA@12V (Depending on the type and quantity of sub sensors installed)< 3mA@12V (Low power mode)
Sensor leakage alarm: Support
auto-cleaning: Yes (optional)
Using water depth：IP68, <10 meters
material316 stainless steel and POM
sizeOuter diameter 106mm, length 376mm
flow velocity：< 3 m/s
Accuracy, Range, and Response TimeRefer to the parameters of each sub sensor
Service life and maintenance calibration frequencyRefer to the parameters of each sub sensor, which are related to the actual usage environment
4、 Environmental Protection Industry Applications
The application of the Frog Vision BSM-2 water quality multi parameter probe in the environmental protection industry is extremely extensive, including but not limited to:
Industrial wastewater treatmentMonitor changes in water quality during wastewater treatment to ensure compliance with discharge standards.
Safe drinking waterReal time monitoring of drinking water quality to ensure public health.
River and Lake MonitoringAssess the health status of water bodies and promptly identify and address pollution issues.
agricultural irrigationMonitor the water quality of irrigation water sources to ensure a suitable environment for crop growth.
Environmental Science ResearchProvide accurate water quality data support for environmental science research.
V. Conclusion
The Frog Vision BSM-2 water quality multi parameter probe provides strong technical support for the environmental protection industry with its efficient, accurate, and reliable monitoring capabilities. With the continuous advancement and innovation of technology, we have reason to believe that this device will play a more important role in future water quality monitoring and environmental protection work.