Name: | DOG-209FA industrial dissolved oxygen electrode |
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Measuring range: | 0-20mg/L (0-20ppm) |
Resolution: | 0.01ppm |
Breathable film thickness: | 50µm |
Response time: | 2min (90%, 20℃) |
Product features: super pressure-resistant (0.6Mpa) impact force, imported with original packaging (steel mesh metal film)
Upper thread: M32*2.0
Measuring range: 0-20mg/L
Measuring principle: current sensor (polarographic electrode)
Breathable film thickness: 50µm
Electrode shell material: U PVC or 316L stainless steel
Temperature compensation resistance: Pt100, Pt1000, 2.252K, etc.
Sensor life: >2 years
Cable length: 5m
Lower detection limit: 0.01 mg/L (20℃)
Upper limit of measurement: 40 mg/L
Response time: 2min (90%, 20℃)
Polarization time: 60min
Minimum flow rate: 2.5cm/s
Drift: <2%/month
Measurement error: <±0.01 mg/L
Output current: 20-25nA/0.1 mg/L
Note: The maximum current is 3.5uA
Polarization voltage: 0.7V
Zero oxygen: <0.01 mg/L
Calibration interval: >60 days
Measured water temperature: 0-60℃
DOG-209FA dissolved oxygen sensor is an improvement on the basis of the previous dissolved oxygen electrode. The diaphragm is changed to a steel grit mesh metal film, which has higher stability and pressure resistance, and can be used in more severe environments. It is also small, suitable for continuous determination of dissolved oxygen in urban sewage treatment, industrial wastewater treatment, aquaculture and environmental monitoring.
DOG-209FA dissolved oxygen sensor is an improvement on the basis of the previous dissolved oxygen electrode. The diaphragm is changed to a steel grit mesh metal film, which has higher stability and pressure resistance, and can be used in more severe environments. It is also small, suitable for continuous determination of dissolved oxygen in urban sewage treatment, industrial wastewater treatment, aquaculture and environmental monitoring.
It is suitable for continuous determination of dissolved oxygen in urban sewage treatment, industrial wastewater treatment, aquaculture and environmental monitoring.