Automatic Control RS485 Interface Blue-Green Algae Meter For Rivers

The blue-green algae sensor uses the characteristic that blue-green algae has absorption peaks and emission peaks in the spectrum, and emits monochromatic light of a specific wavelength into the water, and the blue-green algae in the water absorb the energy of the monochromatic light and release another. Monochromatic light of various wavelengths, the light intensity emitted by blue-green algae is proportional to the content of blue-green algae in the water.

Main application environment

On-line monitoring of blue-green algae imported from water plants, drinking water sources, aquaculture, etc.;

On-line monitoring of blue-green algae in different water bodies such as surface water and landscape water.

Specification:

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

Daruifuno Catalog.pdf

Brief introduction:

● Compatible with all DRFN digital BGA sensors;
● Separately have a list of controller and sensor settings for quick and detailed parameter setting;
● The working status of the sensor can be queried, including reading the serial number;
● Support a variety of installation methods；
● Time and historical data recording function;
● 3.2-inch large LCD screen;
● User-friendly Chinese and English language interface;
● Password can be set to prevent misoperation;
● 2 SPST multi-function and settable relays;
● Two 0/4~20mA active current loop outputs;
● RS485 interface, Modbus RTU communication protocol;
● IP66 waterproof level, sealed enclosure can isolate pollution and corrosive gas;​​

Aplication:

◇ surface water
◇ source water
◇ aquaculture waters
◇ landscape water
◇ import of the waterworks

FAQ
1. Which sensors can be connected to your Blue-Green Algae controller?
A: The Blue-Green Algae meter can be compatible with DRFN digital Blue-Green Algae sensors.

2. How does your Blue-Green Algae controller collect sensor data?
A: The connected sensor uploads the detected data in a special encrypted communication method to ensure that the controller can collect high-precision data more stably