Several Advantages Blue-green algae sensors:
Early Detection:
Blue-green algae sensors allow for the early detection of harmful
algal blooms (HABs). By continuously monitoring the water quality,
these sensors can detect the presence of blue-green algae at an
early stage, enabling timely actions to be taken to prevent or
mitigate potential harm.
Real-time Monitoring:
Blue-green algae sensors provide real-time data on the levels of
blue-green algae present in the water. This allows for immediate
response and decision-making, ensuring that appropriate actions are
taken promptly to protect human health and the surrounding
environment.
Cost-effective:
The use of blue-green algae sensors can significantly reduce the
costs associated with manual sampling and laboratory analysis.
These sensors provide continuous monitoring capabilities,
eliminating the need for frequent sampling and lab testing. This
not only saves time and effort but also reduces expenses in the
long run.
User-friendly:
Blue-green algae sensors are designed to be user-friendly and easy
to operate. They often come with automated data collection and
reporting features, allowing for hassle-free monitoring and data
analysis.
Environmental Impact Reduction:
By enabling early detection and monitoring of blue-green algae,
these sensors help in preventing or minimizing the adverse impacts
of HABs on the environment. This includes reducing the risk of
toxins being released into the water, safeguarding aquatic life,
and preserving water quality for various uses.
Data-driven Decision-making:
Blue-green algae sensors provide reliable and accurate data on the
levels and dynamics of blue-green algae. This data can be used to
make informed decisions regarding water management strategies, such
as adjusting water treatment processes or implementing appropriate
control measures to mitigate HABs.
Long-term Monitoring:
Blue-green algae sensors are capable of long-term monitoring,
allowing for the analysis of trends and patterns in blue-green
algae growth. This helps in understanding the causes and drivers of
HABs, enabling more effective management strategies to be
implemented.
Introduction
Features
★ Digital sensor, RS-485 output, support MODBUS
★ With automatic cleaning brush to prevent contamination and
eliminate air bubbles
★ Direct measurement, simpler than the traditional manual counting
method
★ Continuous online monitoring, real-time control of water quality
dynamics
Technical parameter
| Product name | Blue-green Algae Sensor |
| model | DS305 |
| principle | Fluorescence method |
| Range | 0-270, 000 cells/mL |
| Detection limit | 300 cells/mL |
| Resolution | 1 cells/mL |
| Linearity | R2>0.99 |
| temperature range | 0~ 50°C |
| Protection level | Ip68 |
| Sensor interface | Support RS-485, MODBUS protocol |
| Installation | Input type, |
| Power information | DC 5~12V, current <50mA |
| size | Φ45*175.8mm |
| Probe cable length | 10 meters (default), can be customized |
| Housing material | SS316 |
| Self-cleaning system | Have |
