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Fluorescence Method Blue Green Algae Chlorophyll Probe Sensor for Continuous Monitoring
Product Details:
| Place of Origin: | China |
| Brand Name: | BINGSHENG |
Payment & Shipping Terms:
| Minimum Order Quantity: | 5 pieces |
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| Price: | Discussion |
| Packaging Details: | carton box |
| Supply Ability: | 10000 Piece/Pieces per Month |
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Detail Information |
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| Warranty: | 1 Years | Customized Support: | OEM, ODM |
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| Product Name: | Blue-Green Algae Sensors /Chlorophyll-Sensor | Working Principle: | Fluorescence Method |
| Response Time: | ≤ 3s | Linearity: | R²>0.999 |
| Communication Interface: | Supports RS-485 Modbus Protocol | Measuring Temperature: | 0~50 ° C(Non-freezing) |
| Resolution: | 1 Cells/mL;0.1 μ G/L Or 0.1% RFU | Measurement Range: | 0-270000 Cells/mL;0-400ug/L Or 0-100RFU |
| Power Supply: | DC5-12V, Current < 50mA | ||
Product Description
Specification
Product name | Blue Green Algae Online RS485 modbus Optical Water Meter Chlorophyll Probe Sensor for River Lake | ||
Technical indicators | Blue-Green Algae Sensors | Chlorophyll-Sensor | |
Measurement parameters | Chlorophyll parameters | Ca²⁺ | |
Measurement range | 0-400ug/L or 0-100RFU | 0-270000 cells/mL | |
Resolution | 0.1 μ G/L or 0.1% RFU | 1 cells/mL | |
Linearity | R²＞0.999 | ||
Working principle | Fluorescence method | ||
Response time | ≤ 3s | ||
Communication interface | Supports RS-485 and Modbus protocols | ||
Working environment | 0~50 ° C (non freezing) | ||
Working voltage | DC5-12V, current ＜ 50mA | ||
Product Description
Features: The BSK-Y100 online blue-green algae sensor adopts the principle of fluorescence method, which is more efficient and fast than the traditional manual calculation method, and can be monitored online in real time. Can eliminate bubbles, reduce the impact of contamination on the measurement, is a longer maintenance cycle, long-term online use can also maintain excellent stability. It can play an early warning role in algal reproduction. The fiber optic chlorophyll sensor adopts the principle of fluorescence method, according to the spectral absorption characteristics of chlorophyll a, irradiates the water body by high-energy LED light source, stimulates the chlorophyll a in the water body to produce specific wavelength fluorescence, and measures the concentration of chlorophyll a in the water. The sensor adopts a fiber optic structure, which has excellent repeatability and stability, and is not easily affected by ambient light.
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