EZO™ Dissolved Oxygen Circuit - Atlas Scientific
EZO™ Dissolved Oxygen Circuit - Atlas Scientific
Until you’re faced with the challenge, it’s hard to see why anyone would care about dissolved oxygen. But, here you are.
Accurately calculating the D.O. of water is quite difficult. Once all the mathematical calculations are done, it takes hundreds of chemical titration tests to confirm that the readings are correct over the full scale. The process is agonizing. Fortunately, you don’t have to do any of that. The Atlas Scientific EZO-DO Circuit gives you accurate D.O. readings in Mg/L and percent saturation. Using its temperature, salinity, and pressure compensation features, you can be sure the readings are correct no matter where in the world you are.
The Atlas Scientific EZO™ Dissolved Oxygen circuit is a very sensitive device. This sensitivity is what gives the Dissolved Oxygen circuit its accuracy. This also means that the Dissolved Oxygen circuit is capable of reading micro-voltages that are bleeding into the water from unnatural sources such as pumps, solenoid valves or other probes/sensors.
The Atlas Scientific EZO™ Dissolved Oxygen circuit, has a flexible calibration protocol, allowing for a single point or dual point calibration.
Downloads
-
EZO™ Dissolved Oxygen Circuit Datasheet
- Wiring Diagram
- Arduino Uno Sample Code
- Arduino Mega Sample Code
- Arduino I2C Sample Code
- Raspberry Pi Sample Code (UART, I2C, USB)
- UART and I2C mode switching
- EZO UART Library
- EZO I2C Library
- RoHS Certificate
- CE Certificate
- EZO™ Dissolved Oxygen Circuit Footprint File (*.dxf)
- EZO™ Dissolved Oxygen Circuit 3D model (*step)