Y514-A Self-cleaning Chlorophyll Sensor
Y514-A Self-cleaning Chlorophyll Sensor
Chlorophyll Sensors are vital tools for monitoring and managing the health of aquatic ecosystems, agricultural lands, and other environments where photosynthetic organisms play a crucial role. By providing real-time, accurate data on chlorophyll concentrations, these sensors enable early detection of algal blooms, plant stress, and other critical conditions. Integrating chlorophyll sensors into comprehensive monitoring systems supports proactive environmental management and enhances the efficiency of agricultural practices.
Y514-A self-cleaning Chlorophyll Sensor utilizes Yosemitech's advanced optical technology. It features an automatic cleaning, integrated design, efficient power management, sturdy structure, stable sensor performance, and requires minimal maintenance and calibration. Additionally, the chlorophyll meter can be used continuously online for extended periods.
Features
RS485 output, standard Modbus protocol compatible
Advanced fluorescence sensing technology
Sapphire material optical structure, stable performance
With a self-cleaning brush to prevent microorganisms from attaching and extend the maintenance cycle
Built-in calibration parameters for easy on-site use and secondary calibration
Specifications
Model | Y514-A |
Measurement principle | Fluorescence method |
Range | 0-500μg/L |
Accuracy | ±5% , 0.5μg/L（take the bigger one） |
Resolution | 0.01μg/L |
Temperature range | 0-50℃ |
Maximum pressure | 3bar |
IP range | IP68 |
Sensor interface | Supports RS-485, MODBUS protocol |
Power | 0.2W(non wiping) 0.6W(wiping)（Suggested power supply: DC 12-24V，current>500mA） |
Sensor size | Φ36mm*198.2mm |
Cable length | 10m (default), customizable |
Calibration | Zero-point, One-point or Two-points Calibration |
Body material | Titanium alloy |
Applications
Water Quality Monitoring:
1. Lakes and Reservoirs: Monitoring algal blooms and overall water quality.
2. Rivers and Streams: Tracking the health of freshwater ecosystems.
3. Coastal Waters: Assessing the impact of nutrient loading and monitoring marine ecosystems.
Agriculture:
1. Precision Farming: Monitoring chlorophyll levels in crops to optimize fertilization and irrigation.
2. Plant Health Assessment: Detecting plant stress and nutrient deficiencies.
Environmental Research:
1. Ecological Studies: Researching the dynamics of phytoplankton populations and primary productivity.
2. Climate Change Studies: Monitoring the impact of climate change on plant and algae growth.
