Conductivity Kit K 0.1 - Atlas Scientific
• 1 Conductivity Probe: 0.07 µS/cm to 50,000 µS/cm
• 2 125ml (4oz) calibration solutions
K 0.1 - This set includes 1 (84µS) and 1 (1,413µS)
• 1 Pre-Assembled Female BNC connector
• 1 Basic EZO™ Inline Voltage Isolator (optional)
Probe Max Pressure: 3,447 kPa (500PSI)
Probe Max Depth: 343 meters (1,125 ft)
Probe Weight: 51 grams The Conductivity Probe can be fully submerged in fresh water or salt water, up to the BNC connector indefinitely.
EZO™ Conductivity Circuit Datasheet
Conductivity Probe K 0.1 Datasheet
Wiring Diagram
Arduino Uno Sample Code
Arduino Mega Sample Code
Arduino I2C Sample Code
EZO™ Conductivity Accuracy Graph
How to properly cut your probe cable
Raspberry Pi Sample Code (UART, I2C, USB)
Conductivity CAD Footprint File (*.dxf)
Dual Probe Holder - 3D printer file
BNC Technical Specs
Conductivity Kit K 0.1 - Atlas Scientific
- Product SKU: EC-KIT-0.1
- Category: Atlas Scientific, IQFlow Sensors & Actuators, Water Quality Sensors
Available:
In Stock
Conductivity Kit K 0.1 - Atlas Scientific
An E.C. (electrical conductivity) probe measures the electrical conductivity of a solution. It is commonly used in hydroponics, aquaculture and freshwater systems to monitor the number of nutrients, salts or impurities in the water. Inside the conductivity probe, two electrodes are positioned opposite from each other, an AC voltage is applied to the electrodes causing cations to move to the negatively charged electrode, while the anions move to the positive electrode. The more free electrolyte the liquid contains, the higher the electrical conductivity.
A conductivity probe is a very simple device. It is just two conductors with a fixed surface area at a fixed distance from each other. This distance and surface area is known as the conductivity cell. The cells distance and surface area is quantified as the conductivity cells K constant.
Kit includes:
• 1 EZO™ Conductivity Circuit
• 1 Conductivity Probe: 0.07 µS/cm to 50,000 µS/cm
• 2 125ml (4oz) calibration solutions
K 0.1 - This set includes 1 (84µS) and 1 (1,413µS)
• 1 Pre-Assembled Female BNC connector
• 1 Basic EZO™ Inline Voltage Isolator (optional)
Probe Max Pressure: 3,447 kPa (500PSI)
Probe Max Depth: 343 meters (1,125 ft)
Probe Weight: 51 grams
• 1 Conductivity Probe: 0.07 µS/cm to 50,000 µS/cm
• 2 125ml (4oz) calibration solutions
K 0.1 - This set includes 1 (84µS) and 1 (1,413µS)
• 1 Pre-Assembled Female BNC connector
• 1 Basic EZO™ Inline Voltage Isolator (optional)
Probe Max Pressure: 3,447 kPa (500PSI)
Probe Max Depth: 343 meters (1,125 ft)
Probe Weight: 51 grams
The Conductivity Probe can be fully submerged in fresh water or salt water, up to the BNC connector indefinitely.
Conductivity Kit K 0.1 - Atlas Scientific
An E.C. (electrical conductivity) probe measures the electrical conductivity of a solution. It is commonly used in hydroponics, aquaculture and freshwater systems to monitor the number of nutrients, salts or impurities in the water. Inside the conductivity probe, two electrodes are positioned opposite from each other, an AC voltage is applied to the electrodes causing cations to move to the negatively charged electrode, while the anions move to the positive electrode. The more free electrolyte the liquid contains, the higher the electrical conductivity. A conductivity probe is a very simple device. It is just two conductors with a fixed surface area at a fixed distance from each other. This distance and surface area is known as the conductivity cell. The cells distance and surface area is quantified as the conductivity cells K constant. Kit includes: • 1 EZO™ Conductivity Circuit• 1 Conductivity Probe: 0.07 µS/cm to 50,000 µS/cm
• 2 125ml (4oz) calibration solutions
K 0.1 - This set includes 1 (84µS) and 1 (1,413µS)
• 1 Pre-Assembled Female BNC connector
• 1 Basic EZO™ Inline Voltage Isolator (optional)
Probe Max Pressure: 3,447 kPa (500PSI)
Probe Max Depth: 343 meters (1,125 ft)
Probe Weight: 51 grams The Conductivity Probe can be fully submerged in fresh water or salt water, up to the BNC connector indefinitely.
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