+44 (0)1525 850 855
Order before 4pm for same day dispatch Weekdays only
Menu
Hanna Instruments UK HI-764113 Optical Dissolved Oxygen OPDO probe

HI-7641133

The HI-7641133 optical dissolved oxygen probe (opdo®) is based on the principle of fluorescence quenching. An immobilised Pt-based luminophore is excited by the light of a blue LED and emits a red light. As oxygen interacts with the luminophore it reduces the intensity and lifetime of the luminescence. The lifetime of the luminescence is measured by a photodetector and is used to calculate the dissolved oxygen concentration.

Dissolved Oxygen

£650.00 (exc.VAT)
£780.00 (tax incl.)
Order now for 2 weeks delivery
Accessories
Reference
Price
Quantity
Full Description Specification

HI-7641133 Optical Dissolved Oxygen Opdo Probe

The probe is fitted with easy to use Smart Caps (HI-764113-1) which lock in place and contain pre-loaded calibration coefficients that are automatically transmitted to the probe. The Smart Cap features an immobilised O₂ sensitive luminophore with rugged insoluble black oxygen permeable protective layer. 

Over time, the sensor’s optical components can age but are compensated for by using the reference signal to compensate for the measuring path. As a result, the sensor provides accurate DO measurements over long periods of time without the need for frequent calibration.

The HI-7641133 probe is compatible with the HI-6000 multiparameter system from Hanna Instruments. This modular multimeter allows you to plug-and-play modules for pH, ORP, ISE, EC and DO, providing full flexibility in measurement while saving benchtop space for laboratory and research environments. 

Read More

HI-7641133 DO Probe Specification
Probe Body MaterialABS
Smart Cap™ materialPolypropylene
Cable jacket materialPVC
Cable Length1m
probe guardStainless steel
Temperature MeasurementThermistor
Pressure20m (29 PSI)
Probe Dimensions with guard174 x 25mm
Response Time45 seconds
probe ingress protection ratingIP68
Sensor typeOptical; luminescence quenching

Similar Products