Expert in Water Quality Measurement and Water Treatment Project Since 2007
Online Chlorophyll/Blue-green Algae Sensor Online Chlorophyll/Blue-green Algae Sensor Wholesale - BOQU-1
Product Overview
1) Product overview
Product Features
- The BOQU BH-485-CHL is a digital online chlorophyll A (blue‑green algae) sensor designed for continuous in‑water monitoring.
Product Value
- It uses wavelength‑specific excitation and fluorescence detection to quantify chlorophyll A concentration in real time, with robust construction (SUS316L or titanium alloy for seawater).
Product Advantages
2) Product features
Application Scenarios
- Measurement range 0–500 µg/L (sensitive from ~0.03 µg/L); accuracy < ±5% and repeatability ±3%.
- RS485 Modbus RTU communication, DC 12V power, IP68 protection, standard 10 m cable (extendable to 100 m).
- Integrated optical compensation for LED drift, ambient light rejection, and narrow excitation to reduce spectral interference.
- Compact sensor: 37 mm diameter × 220 mm length; operating temperature 0–45 °C; inlet pressure ≤0.4 MPa.
3) Product value
- Provides real‑time, continuous chlorophyll A data to support early detection of algal blooms and timely management responses.
- Enables improved water quality control for utilities, aquaculture operators, and environmental monitoring programs, reducing risk and operational costs.
- Standard digital output and rugged design simplify integration into SCADA/monitoring networks for automated decision‑making.
4) Product advantages
- High sensitivity and a wide dynamic range suitable for trace detection and high‑concentration events.
- Optical compensation and ambient light rejection maintain measurement stability across varying field conditions.
- Material options (316L stainless steel or titanium) and IP68 rating ensure durability in freshwater and seawater deployments.
- Industry standard Modbus communication and extendable cabling facilitate flexible installation and system interoperability.
5) Application scenarios
- Drinking water source and treatment plant influent monitoring for algal contamination control.
- Aquaculture farms for water‑quality management and prevention of harmful algal impacts.
- Environmental monitoring of surface water, reservoirs, landscape water, and coastal/seawater sites for bloom surveillance.
- Integration into continuous monitoring stations, research deployments, and automated water‑quality networks.
