Capteur pour analyse de DBO

Innovative, mercury-free and extremely reliable solution for BOD analysis (Biochemical Oxygen Demand).

Precise Control

• Measurement on scales of 90, 250, 600 and 999 ppm BOD
• Higher values can be measured by diluting the sample
• Models with stirring stations offer VELP stirring quality

Extremely Practical

• Fits directly on the bottle containing the sample
• Automatically stores 5 BOD values at 24-hour intervals
• Enables analysis to continue over the weekend
• Results directly readable at any time, even after five days
• Direct readout in mg/l (ppm)
• Compact stirring stations

Priority to Safety

• IP 54 protection against particle and liquid ingress
• Class 3 IEC 1010 conformity

Choice of Models

• BOD Sensor Set, a ready-to-use solution for individual BOD analysis only
  BOD Sensor, a dark glass bottle, an alkali holder and a stirring bar.
  BOD Sensor Set is designed for use with the VELP MST stirrer.
• BOD Sensor System 6, a complete package for 6 tests
  6-position stirring station, 6 BOD Sensors, dark glass bottles, alkali holders & stirring bars.
• BOD Sensor System 10, a complete package for 10 tests
  10-position stirring station, 10 BOD Sensors, dark glass bottles, alkali holders & stirring bars.

Stirring stations are designed for simple handling, ensuring the VELP stirring quality.

Up to 5 stirring stations with 6 positions (30 samples) or 3 stirring stations with 10 positions

(30 samples) can be placed in a VELP incubator (FOC 215E)

BOD Analysis has never been so easy!

BOD Sensor is the innovative, mercury-free and extremely reliable solution for BOD analysis.

A microprocessor-controlled pressure transducer transfers the Biochemical Oxygen Demand value directly to the display: results are displayed directly in mg/l with no need for further calculation and are stored automatically in the BOD Sensor.

Benefits

The process is extremely easy, based on just few simple steps:

1. Add a stirring bar, fill the bottle with the sample and insert CO2 trap, filled with reagents
2. Incubate
3. Screw the sensor
4. Monitor the microorganism activity
5. Read the BOD value (ppm or mg/l),based on the pressure change into the bottle because of microorganisms’ activity