Expert in Water Quality Measurement and Water Treatment Project Since 2007
Bulk Production Turbidity Transmitter by BOQU
Product Overview
- BOQU BH-485-WTS is a digital online water transparency/turbidity transmitter that uses combined infrared absorption and dual-beam infrared scattering detection to convert light scattering signals into a transparency value.
- Key specifications: measuring range 2–100 cm; accuracy ±0.3 cm or 5%; flow rate ≤2.5 m/s; inlet pressure ≤0.4 MPa; working temperature 0–45 °C; communication RS485 (Modbus RTU); power DC 12 V. Physical: SUS316L sensor, D60 mm × L254 mm, IP68 protection, standard 10 m cable (extendable to 100 m).
Product Features
- Dual-beam infrared scattering photometer for good repeatability and stability.
- Built-in self-diagnosis and reverse-polarity protection to ensure reliable operation.
- Auto-clean wiper/brush to reduce fouling and maintenance needs.
- Digital output with strong anti-interference capability and long transmission distance.
- Quick, on-site plug-and-play installation.
Product Value
- Enables continuous, real-time monitoring of water transparency to support rapid identification and control of black-odorous water problems.
- Reduces manual inspection and maintenance costs through auto-cleaning and remote digital output.
- Improves data reliability and regulatory compliance with stable, repeatable measurements and self-diagnostics.
- Cost-effective choice backed by BOQU’s established manufacturing experience and customer service.
Product Advantages
- High measurement stability and repeatability from dual-beam infrared technology.
- Robust construction (SUS316L, IP68) suitable for extended deployment in harsh water environments.
- Low maintenance thanks to the automatic cleaning system and remote monitoring capability.
- Reliable communications and long cable options for flexible integration into monitoring networks.
- Manufacturer support includes one-to-one service and industry experience.
Application Scenarios
- Online monitoring of black-odorous water bodies and urban surface waters.
- Environmental monitoring of inland rivers, lakes, reservoirs.
- Aquaculture farms for water transparency and health management.
- Integration into municipal or industrial water-quality monitoring systems where continuous, reliable turbidity/transparency data are required.
