AM-IOT-ODO Optical Dissolved Oxygen Sensor

1) Dissolved Oxygen: 0~25mg/L.Saturation: 0-250% ; 0~65℃.
2) With Optical DO Membrane.
3) With Standard RS485 Modbus.
4) Fluorescence technology and Free-Maintenance
5) Independent chip, anti-interference, strong stability.

Product Details

The Aumeascon’s AM-IOT-ODO dissolved oxygen sensor uses fluorescence measurement of dissolved oxygen, blue light emitted by the phosphor layer, a fluorescent substance is excited to emit red light, and the fluorescent substance and the concentration of oxygen is inversely proportional to the time back to the ground state. The method uses a measurement of dissolved oxygen, no oxygen consumption measurement, the data is stable, reliable performance, there is no interference, installation and calibration simple. Widely used in sewage treatment plants each process, water plants, surface water, industrial process water production and wastewater treatment, aquaculture and other industries on-line monitoring of DO.

Technical Specification

1) Fluorescence dissolved oxygen technology and Free-Maintenance
2) Dissolved Oxygen: 0~25mg/L.Saturation: 0-250% ; 0~65℃.
3) Standard RS485 Modbus.
4) Maximum transmission distance 500 meters.
5) Independent chip, anti-interference, strong stability.
6) PPS housing for widely water application

Technical Parameters

Model

AM-IOT-ODO Digital Optical DO Sensor

Measuring range

DO : 0~25mg/L ,Saturation: 0-250%  ;  0~65℃

Accuracy

± 0.2 mg/L or ± 2% ;  ±0.5℃

Power Supply

12~36V DC , 0.5W

Temperature Comp

10K

Communication

RS485 Modbus RTU

Material

Housing :PPS , Membrane cap: 316L + PMMA

Connection

Upper and lower NPT3/4NPT

Protection

IP68

Cable length

Standard 5 meters’ water proof cable (it can be extended)

Wire Connection

Function

Wire connection

Communication

Yellow

RS-485  T/R + (A)

White

RS-485  T/R – (B)

Power supply

Red

V DC +

Black

V DC –

Ask For A Quick Quote

We will contact you within 1 working day, please pay attention to the email with the suffix “@aumeascon.com”