Fluorescence Method RS485 Blue Green Algae Sensor With Brush For Fresh Water

Fluorescence Method RS485 Blue-green Algae Sensor With Brush For Fresh Water

Fluorescent blue-green algae sensor BGA300/BGA351 is a technical device used to detect and monitor the change of fluorescence signal of blue-green algae in water. These sensors usually use fluorescent probes or markers to interact with specific molecules or biological activities in blue-green algae, thereby generating fluorescent signals, and then realizing the detection and quantitative analysis of blue-green algae. Here is some basic information about the fluorescent blue-green algae sensor:

The working principle of the fluorescent blue-green algae sensor is based on the fluorescent signal generated during the growth of blue-green algae. In general, fluorescent probes will interact with certain compounds in blue-green algae (such as chlorophyll, carotenoids, etc.), resulting in changes in the intensity of fluorescent signals. This change in fluorescent signal can be captured and measured by the sensor, reflecting the presence and concentration of blue-green algae.

Technical Features:

High sensitivity: The fluorescence sensor is very sensitive to the change of the fluorescence signal of blue-green algae, and can detect low concentrations of blue-green algae.
Real-time monitoring: The sensor can monitor the changes in the fluorescence signal of blue-green algae in real time, providing instant data feedback.
Quantitative analysis: Fluorescence sensors can not only detect the presence of blue-green algae, but also quantitatively analyze the concentration of algae through the intensity of the fluorescent signal.
Specific recognition: By selecting appropriate fluorescent markers or probes, the sensor can achieve specific recognition of specific types of blue-green algae.
Portable and remote monitoring: Some fluorescent cyanobacteria sensors are designed as portable devices that can be monitored in different locations, and even remote monitoring and data transmission can be achieved.

Efficient and fast: Fluorescent blue-green algae sensors usually have a fast response time and can acquire data in a short time, which is suitable for application scenarios that require fast decision-making.
Real-time monitoring: Sensors can continuously monitor the growth and changes of blue-green algae, help track the state of water bodies in real time, and prevent environmental problems such as blue-green algae blooms.
Convenient operation: The operation of the sensor is relatively convenient, without complex sample processing steps, reducing the complexity of experimental operations.
Diverse applications: Fluorescent blue-green algae sensors can be used in various environments, including natural water bodies, aquaculture systems, laboratory research, etc.

​​Specification:

Please click the catalog of RS485 Blue-Green Algae controller here:

Daruifuno Catalog.pdf

Brief introduction:

• Adopt optical principle, small size, convenient operation, fast detection speed
• Excellent repeatability and stability, less susceptible to ambient light
• With automatic cleaning brush can make maintenance intervals longer
• No reagent consumption required, good stability, low maintenance effort
• Internal storage of calibration data, support offline calibration, field plug and play
• Standard Modbus communication protocol, support access to standard industrial control system

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Application Environment:

Water body monitoring: Fluorescent blue-green algae sensors can be used for algae monitoring in lakes, rivers, reservoirs and other natural water bodies to help monitor water quality and prevent algae blooms.

Aquaculture: Sensors are used in aquaculture systems to monitor the concentration of algae and help maintain the balance of the culture environment.

Environmental monitoring network: The fluorescent blue-green algae sensor can be integrated with the monitoring network to establish a real-time environmental monitoring system and provide timely data update and analysis.

Scientific Research: Sensors are used in scientific research to deeply study the ecology, physiology and growth mechanism of blue-green algae.

Emergency Response: Sensors can be used for water body monitoring in emergency situations, such as sudden cyanobacterial blooms, to help take timely response measures.

It is necessary to select the appropriate sensor type according to the specific application requirements, and pay attention to the characteristics and limitations of different sensors to ensure accurate and reliable monitoring results.