- Basic Bundle|
- Comprehensive Bundle|
Chemistry Bundle
Chemistry Bundle
View Basket-
Conductivity
DT035A
Qty 1
- Biology
- Chemistry
- Environment
- Physics
- EcoLogXL
ClosePrint Conductivity
DT035A
- Biology
- Chemistry
- Environment
- Physics
- EcoLogXL
Description
The Conductivity Sensor is designed to measure conductivity of liquids and solutions and consists of a conductivity electrode, an adapter and a connecting wire.
Common usage
The Conductivity Sensor is used for various experiments in Biology and Chemistry. By using the Conductivity Sensor you can demonstrate changes in conductivity when dissolving salts in water, or monitor bodies of water for pollution. The Conductivity Sensor can also be used for water salinity testing.
Specifications
- Range: 0 to 20 mS
- Accuracy: ±8 % over entire range
- Resolution (12-bit): 5 μS
- Conductivity Cell Material: Carbon, 2-Cell
- K Cell Value: 1.0
- K cell Value Tolerance: ±20 %
- Temperature Range: 0 to 80 °C
- Minimum Sample Size: 25 mL
- Response Time for 95% of Reading: 5 seconds
- Default Sample Rate: 10 samples per second
Features: Equipped with an offset calibration screw -
Experiments in Chemistry
Part number: BK030
Qty 1
- Chemistry
ClosePrintExperiments in ChemistryPart number: BK030Experiments in Chemistry
(for NOVA Link & MultiLogPRO)
The Fourier Chemistry experiment book covers 20 crucial Chemistry experiments, among them reduction and oxidation reactions, matter-states, chemical catalysts, thermochemistry, gas laws and acid-base reactions. Experiments engage the use of pH electrodes, temperature, pressure, conductivity and colorimeter sensors, thermocouples and more.
20 experiments in:
- Acid Base Reactions
- Exothermic Reactions
- Endothermic Reaction
- Gas Laws
- Equilibrium
- Energy
- Colorimetry
-
NOVA5000 Experiments in Chemistry
Part number: BK103
Qty 1
- Chemistry
ClosePrintNOVA5000 Experiments in ChemistryPart number: BK103NOVA5000 Experiments in Chemistry
The NOVA5000 Chemistry experiment book presents more than twenty key Chemistry experiments divided for the user convenience according to the required probeware, as well as by topic. The book contains concept, setup and analysis as well as questions and further suggestions. Experiments cover endothermic reactions, acidbase titration, oxidation and energy contents of food to name just a few.
20 experiments in:
- Acid Base Reactions
- Exothermic Reactions
- Endothermic Reaction
- Gas Laws
- Equilibrium
- Energy
- Colorimetry
-
pH
DT016A
Qty 1
- Biology
- Chemistry
- Physics
- EcoLogXL
ClosePrint pH
DT016A
- Biology
- Chemistry
- Physics
- EcoLogXL
Description
The pH sensor is capable of measuring the entire range of 0 - 14 pH and is used for various experiments in Biology, Chemistry and Environmental Science. This sensor can replace the traditional pH meter and in addition, it automatically collects the pH data and the pH changes during chemical reactions and displays these changes in a graph. The pH sensor (DT016A) consists of the Fourier Systems adaptor (DT017) and a pH electrode (DT018) and is equipped with an automatic temperature compensation system.
Common usage
The pH Sensor is used for various experiments in Biology, Chemistry and Environmental Science. Common experiments include: measuring the pH of bodies of water over long periods of time, diffusion of liquids, acidification of milk, or acid-base titration, and more.
Specifications
- Range: 0 to 14 pH
- Accuracy: ±2 % over entire range, after temperature compensation
- Resolution (12-bit): 0.004 pH
- Temperature Compensation: Yes
- Operating Temperature: 0 to 50 °C
- Response Time for 95% of Reading: 10 seconds
- Default Sample Rate: 10 samples per second
Feature: Equipped with an offset calibration screw
Sensor Storage: Store the pH electrode in its storage solution when not in use
-
Sensor Cable Pack for NOVA LINK
13706
Qty 1
See DetailsClosePrintSensor Cable Pack for NOVA LINKSensor Cable Pack for NOVA LINK
4 Cables
Part Number: 13706
-
Temperature (-25 to 110 °C)
DT029
Qty 1
- Biology
- Chemistry
- Physics
- Math
ClosePrint Temperature (-25 to 110 °C)
DT029
- Biology
- Chemistry
- Physics
- Math
Description
Fourier’s stainless steel Temperature Sensor is both simple and durable. It is covered with a protective isolating material, making it significantly stronger than a traditional glass thermometer. The sensor connects directly to the data logger using a standard mini-din cable.
Common usage
With a range of -25 °C to 110 °C, it can be used for experiments in Chemistry, Physics, Biology, Earth Science, and Environmental Science. It is particularly well suited for conduction water and other chemical solution temperature measurements.
Specifications
•Range for NOVA5000:
- -25 to 110 °C
- -13 to 230 °F
- 263 to 383.15 K
Range for MultiLogPRO:
- -25 to 110 °C
- -13 to 230 °F
- Accuracy: ±2 % over entire range
- Resolution (12-bit): 0.03 °C
- Default Sample Rate: 10 samples per second
- Response Time (for 90% change in reading):
- 20 seconds in liquid
- 40 to 60 seconds in air
- Sensing Element: Located inside the sensor’s tip
Chemistry Bundle
View Basket-
Colorimeter
DT185A
Qty 1
- Biology
- Chemistry
ClosePrint Colorimeter
DT185A
- Biology
- Chemistry
Description
The Colorimeter measures the intensity of light transmitted through a sample at a selected wavelength.
Common usage
The three colorimeter wavelengths enable students to determine concentrations of diluted solutions. It may also be used to characterize chemical reactions when compounds are formed or decomposed showing absorption in one of three colors.
Specifications
- Transmittance: 20% - 90%
- Accuracy ±10%
- Resolution (12-bit): 0.03 %
- Wavelengths:
- Blue (480 nm)
- Green (500 nm)
- Red (650 nm)
- Cell Volume: 3.5 cc
- Cell Width: 1 cm
- Features: Calibration knob
-
Conductivity
DT035A
Qty 1
- Biology
- Chemistry
- Environment
- Physics
- EcoLogXL
ClosePrint Conductivity
DT035A
- Biology
- Chemistry
- Environment
- Physics
- EcoLogXL
Description
The Conductivity Sensor is designed to measure conductivity of liquids and solutions and consists of a conductivity electrode, an adapter and a connecting wire.
Common usage
The Conductivity Sensor is used for various experiments in Biology and Chemistry. By using the Conductivity Sensor you can demonstrate changes in conductivity when dissolving salts in water, or monitor bodies of water for pollution. The Conductivity Sensor can also be used for water salinity testing.
Specifications
- Range: 0 to 20 mS
- Accuracy: ±8 % over entire range
- Resolution (12-bit): 5 μS
- Conductivity Cell Material: Carbon, 2-Cell
- K Cell Value: 1.0
- K cell Value Tolerance: ±20 %
- Temperature Range: 0 to 80 °C
- Minimum Sample Size: 25 mL
- Response Time for 95% of Reading: 5 seconds
- Default Sample Rate: 10 samples per second
Features: Equipped with an offset calibration screw -
Experiments in Chemistry
Part number: BK030
Qty 1
- Chemistry
ClosePrintExperiments in ChemistryPart number: BK030Experiments in Chemistry
(for NOVA Link & MultiLogPRO)
The Fourier Chemistry experiment book covers 20 crucial Chemistry experiments, among them reduction and oxidation reactions, matter-states, chemical catalysts, thermochemistry, gas laws and acid-base reactions. Experiments engage the use of pH electrodes, temperature, pressure, conductivity and colorimeter sensors, thermocouples and more.
20 experiments in:
- Acid Base Reactions
- Exothermic Reactions
- Endothermic Reaction
- Gas Laws
- Equilibrium
- Energy
- Colorimetry
-
NOVA5000 Experiments in Chemistry
Part number: BK103
Qty 1
- Chemistry
ClosePrintNOVA5000 Experiments in ChemistryPart number: BK103NOVA5000 Experiments in Chemistry
The NOVA5000 Chemistry experiment book presents more than twenty key Chemistry experiments divided for the user convenience according to the required probeware, as well as by topic. The book contains concept, setup and analysis as well as questions and further suggestions. Experiments cover endothermic reactions, acidbase titration, oxidation and energy contents of food to name just a few.
20 experiments in:
- Acid Base Reactions
- Exothermic Reactions
- Endothermic Reaction
- Gas Laws
- Equilibrium
- Energy
- Colorimetry
-
Oxygen
DT222A
Qty 1
- Biology
- Chemistry
- Environment
- Physics
- EcoLogXL
ClosePrint Oxygen
DT222A
- Biology
- Chemistry
- Environment
- Physics
- EcoLogXL
Description
This Oxygen Sensor is a galvanic oxygen electrode, capable of measuring % O₂ in air and O₂ concentration in aqueous solutions in mg/L. The sensor consists of a galvanic oxygen sensitive electrode with a processing unit (oxygen adaptor, equipped with a calibration knob). The range can be determined directly on the data logger or via the MultiLab™ software.
Common usage
The Oxygen Sensor can be used to perform a wide variety of experiments in order to determine changes in % O₂ in air and dissolved oxygen levels (especially in aquariums), photosynthesis and respiration of plants and monitoring human respiration.
Specifications
- Range: 0 to 12.5 mg/L DO₂; 0 to 25 % O₂
- Accuracy: ±7 % over entire range
- Resolution (12-bit):
- 0 to 12.5 mg/L0.003 mg/L
- 0 to 25 % 0.007%
- Temperature Compensation: No
- Response Time for 95% of Reading: Up to 2 minutes
- Default Sample Rate: 10 samples per second
- Electrolyte: Sodium Hydroxide solution
Features: Equipped with an offset calibration knob
-
pH
DT016A
Qty 1
- Biology
- Chemistry
- Physics
- EcoLogXL
ClosePrint pH
DT016A
- Biology
- Chemistry
- Physics
- EcoLogXL
Description
The pH sensor is capable of measuring the entire range of 0 - 14 pH and is used for various experiments in Biology, Chemistry and Environmental Science. This sensor can replace the traditional pH meter and in addition, it automatically collects the pH data and the pH changes during chemical reactions and displays these changes in a graph. The pH sensor (DT016A) consists of the Fourier Systems adaptor (DT017) and a pH electrode (DT018) and is equipped with an automatic temperature compensation system.
Common usage
The pH Sensor is used for various experiments in Biology, Chemistry and Environmental Science. Common experiments include: measuring the pH of bodies of water over long periods of time, diffusion of liquids, acidification of milk, or acid-base titration, and more.
Specifications
- Range: 0 to 14 pH
- Accuracy: ±2 % over entire range, after temperature compensation
- Resolution (12-bit): 0.004 pH
- Temperature Compensation: Yes
- Operating Temperature: 0 to 50 °C
- Response Time for 95% of Reading: 10 seconds
- Default Sample Rate: 10 samples per second
Feature: Equipped with an offset calibration screw
Sensor Storage: Store the pH electrode in its storage solution when not in use
-
Pressure (0 to 700 kPa)
DT015-1
Qty 1
- Chemistry
- Math
ClosePrint Pressure (0 to 700 kPa)
DT015-1
- Chemistry
- Math
Description
The Pressure Sensor (0-700 kPa) is an absolute gas pressure sensor. It measures applied external pressure relative to zero pressure reference sealed inside the sensor. The Pressure sensor’s range is 0-700 kPa (0-6.9 atm or 0–7,000 mbar).
Included with this sensor are a plastic tube with a Luer Lock Connector, suitable for experiments in small containers as syringes and valves.
Common usage
The Pressure Sensor is commonly used in Biology and Chemistry experiments, such as demonstrating Boyle’s Law, Gay- Lussac’s Law or measuring the rate of a chemical reaction.
Specifications
- Range: 0 - 700 kPa
- Accuracy: ±3 % over entire range
- Resolution (12-bit): 0.18 kPa
- Default Sample Rate: 10 samples per second
- Response Time (for 90% change in reading): 1 ms
- Operating Temperature: 0 to 85 °C
Features: Equipped with an offset calibration screw
-
Pressure (150-1,150 mbar)
DT015
Qty 1
- Biology
- Chemistry
- Physics
- Math
ClosePrint Pressure (150-1,150 mbar)
DT015
- Biology
- Chemistry
- Physics
- Math
Description
The Pressure Sensor (150-1,150 mbar) is an absolute gas pressure sensor that measures applied external pressure relative to zero pressure reference sealed inside the sensor.
Common usage
The Pressure Sensor can be used as an altimeter (measuring your current height) and as a barometer for various meteorological measurements. Typical uses include investigating the evaporation of water from terrestrial plants – transpiration, measuring the photosynthesis rate in water plants, measuring the respiration rate of germinating seeds, investigating the effect of light on photosynthesis rate and as well as examining the Ideal Gas Law.
Specifications
- Range: 150 to 1,150 mbar
- Accuracy: ±1 % over entire range
- Resolution (12-bit): 0.25 mbar
- Default Sample Rate: 10 samples per second
- Response Time (for 90% change in reading): 1 ms
- Operating Temperature: 0 to 85 °C
-
Sensor Cable Pack for NOVA LINK
13706
Qty 1
See DetailsClosePrintSensor Cable Pack for NOVA LINKSensor Cable Pack for NOVA LINK
4 Cables
Part Number: 13706
-
Temperature (-25 to 110 °C)
DT029
Qty 1
- Biology
- Chemistry
- Physics
- Math
ClosePrint Temperature (-25 to 110 °C)
DT029
- Biology
- Chemistry
- Physics
- Math
Description
Fourier’s stainless steel Temperature Sensor is both simple and durable. It is covered with a protective isolating material, making it significantly stronger than a traditional glass thermometer. The sensor connects directly to the data logger using a standard mini-din cable.
Common usage
With a range of -25 °C to 110 °C, it can be used for experiments in Chemistry, Physics, Biology, Earth Science, and Environmental Science. It is particularly well suited for conduction water and other chemical solution temperature measurements.
Specifications
•Range for NOVA5000:
- -25 to 110 °C
- -13 to 230 °F
- 263 to 383.15 K
Range for MultiLogPRO:
- -25 to 110 °C
- -13 to 230 °F
- Accuracy: ±2 % over entire range
- Resolution (12-bit): 0.03 °C
- Default Sample Rate: 10 samples per second
- Response Time (for 90% change in reading):
- 20 seconds in liquid
- 40 to 60 seconds in air
- Sensing Element: Located inside the sensor’s tip
-
Temperature TC-K (0 to 1,200 °C)
DT025
Qty 1
- Biology
- Chemistry
- Environment
- Physics
- Math
- EcoLogXL
ClosePrint Temperature TC-K (0 to 1,200 °C)
DT025
- Biology
- Chemistry
- Environment
- Physics
- Math
- EcoLogXL
Description
The Temperature TC-K sensor has a range of 0 to 1,200 °C and provides highly accurate measurements, with a maximum error of 2% over the entire range.
Common usage
The Temperature TC-K sensor is used to measure high temperature experiments such as monitoring chemical processes that occur in high temperatures, measuring the different temperatures in a flame or simply monitoring ovens.
Specifications
Range for NOVA5000:
- 0 to 1,200 °C
- 32 to 2,192 °F
- 273.15 - 1473.15 K
Range for MultiLogPRO:
- 0 to 1200 °C
- 32 to 2,192 °F
- Accuracy: ±2 % over entire range
- Resolution (12-bit):
- 0.3 °C
- 0.55 °F
- Default Sample Rate: 10 samples per second
Feature: Equipped with an offset calibration screw
-
Voltage – Triple Range
DT019
Qty 1
- Chemistry
- Math
ClosePrint Voltage – Triple Range
DT019
- Chemistry
- Math
Description
A high precision, quick response sensor, Fourier’s Voltage (triple range) Sensor is three sensors in one body. It is designed to take measurements in the ranges of: ±1 V, ±10 V and ±25 V. The sensor is equipped with a switch for selecting the desired voltage range, and comes with two durable banana plugs for easy connection; and floating inputs, to connect any number of voltage sensors to a circuit without shortening them. This sensor is only compatible with Fourier’s NOVA Link data logger.
Common usage
This is a precise differential sensor, capable of measuring both direct and alternate voltage current and is suitable for use in a wide range of experiments in Physics and Chemistry. Typical experiments performed using this sensor include: EMF and internal resistance, V-I characteristics of a wire, a light bulb and a diode, Connections of batteries, Resistance of a wire – Ohm’s Law and many more.
Specifications
Range:
- ± 1 V
- ± 10 V
- ± 25 V
Input Voltage: AC or DC
Accuracy:
- For: ± 1 V 1%
- For: ± 10 V 1%
- For: ± 25 V 2%
Resolution (12-bit):
- For: ± 1 V 0.5 mV
- For: ± 10 V 5 mV
- For: ± 25 V 12.5 mV
Maximum Sample Rate: 10,000 samples per second
Input Resistance: 1MΩ
Maximum Input Voltage: 200 V