The sensor of Bebur's full-spectrum ozone analyzer adopts the measurement principle of UV-Vis absorption of the entire spectrum. It can monitor the "wave patterns" information within the wavelength range of 200-800nm in real time and online. Through algorithms, it can achieve multi-parameter measurement. This full-spectrum sensor adopts a configurable measurement optical path design, with continuous settings of measurement optical paths ranging from 1mm to 150mm. It also supports automatic window cleaning. This analyzer is suitable for wide-range ozone detection of various water bodies and supports both in-situ installation and flow-through installation methods.
The sensor of Bebur's full-spectrum ozone analyzer adopts the measurement principle of UV-Vis absorption of the entire spectrum. It can monitor the "wave patterns" information within the wavelength range of 200-800nm in real time and online. Through algorithms, it can achieve multi-parameter measurement. This full-spectrum sensor adopts a configurable measurement optical path design, with continuous settings of measurement optical paths ranging from 1mm to 150mm. It also supports automatic window cleaning. This analyzer is suitable for wide-range ozone detection of various water bodies and supports both in-situ installation and flow-through installation methods.

?Monitoring of incoming and outgoing water at the wastewater treatment plant
?Water quality monitoring during the treatment process of the sewage treatment plant
?Urban water pipe network water quality monitoring
?River basin, surface water, groundwater monitoring
?Water supply and pipeline monitoring
?Industrial water monitoring
?200 - 800nm full-spectrum measurement can provide more spectral information of the water samples.
?Water mark recognition: It can identify the type of water sample based on the water mark (fingerprint).
?Optical in-situ measurement, without the need to consume chemical reagents, is environmentally friendly.
?Quick measurement, with the shortest measurement cycle being 10 seconds.
?Long maintenance-free period, with a built-in cleaning brush on the sensor
?RS485 communication, enabling quick connection of instruments
?IP68 protection grade, suitable for use in harsh environments
?Support ozone monitoring at the ppb level
Using the spectral absorption method, the wavelength range is from 200nm to 800nm. This full-spectrum sensor, based on the differences in the absorption curves of various substances, employs an innovative algorithm to automatically compensate for the cross-influence of organic matter and suspended matter.
Principle | The measurement range of ultraviolet-visible spectroscopy is from 200nm to 800nm. | Power | <8 W |
Power supply | DC12V-24V | Sensor material | 316L |
Measurement period | 10s to 65535s adjustable | Protection level | IP68 |
Working temperature | 0-50℃ | Flow rate of the water sample | <3m/s |
Work stress | 5 Bar | Communication | RS485(Modbus RTU) |
When making a purchase, please inform us of the field or industry you are using it in, as well as the characteristics of the measured medium, measurement range and other relevant parameters. This will enable us to provide appropriate technical service guidance. If there are special installation accessories at the site, please inform us in advance so that the installation and use can be better carried out on site.
Controller | Sensor | Distance | Range | Resolution | Accuracy rate |
BT-6308 | BS-OZ-UV-1 | 100mm | 0-0.5mg/L | 0.001mg/L | ±5%F.S. |
BT-6308 | BS-OZ-UV-2 | 40mm | 0-1.5mg/L | 0.01mg/L | ±5%F.S. |
BT-6308 | BS-OZ-UV-3 | 5mm | 0-30mg/L | 0.01mg/L | ± 3% 或± 1mg/L |
BT-6308 | BS-OZ-UV-4 | 2mm | 0-100mg/L | 0.01mg/L | ± 3% 或± 2.5mg/L |
BT-6308 | BS-OZ-UV-5 | 1mm | 0-200mg/L | 0.01mg/L | ± 3% 或± 3mg/L |
The sensor is recommended for immersion-level installation, which effectively prevents suspended matter from settling at the viewing window.

When the installation space is limited, a vertical installation method can be adopted. If there is a large amount of suspended matter in the water sample, the sensor cleaning cycle can be changed to 10 minutes (the default is 30 minutes) to reduce the impact of the accumulated suspended matter on the viewing window.
