B&C Electronics TU 8355 & TU 8555 Suspended Solids Sensors
B&C Electronics TU 8355 and TU 8555 Suspended Solids Sensors use back-scattering technology to measure high turbidity and solids, with Modbus output and auto-cleaning options.
The B&C Electronics TU 8355 and TU 8555 Suspended Solids Sensors from Hinco in Perth, WA use back-scattering technology to measure high turbidity and suspended solids. They suit both submersible and in-pipe installations, offering flexibility for different sites. Each sensor uses an infrared light source, dual detectors, and a clean-lens monitor to deliver stable readings, even in harsh conditions. The TU 8355 includes an auto-cleaning nozzle for use with external pressurised air, reducing maintenance needs. Both models provide a 2-wire 4–20 mA output and Modbus connectivity, enabling easy integration into control systems. The infrared method avoids errors from sample colour, ensuring accurate performance for industrial and environmental monitoring.
B&C Electronics MC 6587 & MC 7687 Modbus Controllers manage up to three B&C sensors, supporting turbidity, dissolved oxygen, and conductivity monitoring.
The B&C Electronics TU 8325 and TU 8525 Turbidity Sensors use infrared nephelometric technology, offer Modbus and 4-20 mA outputs, and suit submersible or in-pipe installations.
The B&C Electronics C 8825.4 Electrodeless Loop Conductivity Sensor measures conductivity and TDS using an inductive design, offering reliable, low‑maintenance operation with analog and digital outputs.