Waterbee Core Technology
We design from the measurement principle through sample flow, field calibration and output signals around real operating conditions.
Rotating-Electrode Residual Chlorine
Reagent-free continuous measurement that helps limit electrode fouling
Bubble-Reduced Low-Range Turbidity
90° scattered-light detection with a detachable bubble-reduction structure
Field Control Interface
Integrated display, calibration, 4–20 mA and RS-485 operation
A rotating structure that conditions the electrode surface
The WBCL10 uses a rotating-electrode polarographic method. Electrode rotation helps limit surface fouling during measurement and supports continuous residual chlorine monitoring without a membrane consumable.
- Reagent-free continuous measurement
- Electrode-surface management through rotation
- Field calibration and output through the WBSC10
Low-range optics designed to reduce microbubble interference
The WBTU10 uses a tungsten lamp and 90° scattered-light detection. A detachable bubble-reduction structure ahead of the flow cell helps limit microbubble interference in low-range monitoring at water treatment plants and clearwells.
- 580 nm tungsten lamp
- Detachable bubble-reduction structure
- Maintainable sample path and optical arrangement
From local display to supervisory communication
The WBSC10 handles measurement display, field calibration, alarms and control outputs for Waterbee sensors. Its 4–20 mA and RS-485 interfaces connect with conventional treatment panels and supervisory systems.
- Calibration and settings through a field keypad
- Relay alarm and control outputs
- Modbus RTU/TCP integration
Technology with documented validation
Registered patents for core measurement and system structures, together with type approvals for Waterbee instruments.