Absolute pressure sensor
Wireless absolute pressure sensor: gas laws, atmospheric pressure and saturated vapour in six activities.
The wireless sensor measures the absolute gas pressure and transmits the data to a digital laboratory system. It supports six experiments: the isochoric process and the dependence of pressure on temperature, verification of the Boyle-Mariotte law, experimental verification of the equation of state of an ideal gas, measurement of atmospheric pressure and observation of its changes, study of the dependence of saturated vapor pressure on temperature, study of the isobaric process. The sensor is intended for laboratory work on molecular physics and gas laws.
- Isochoric process: dependence of gas pressure on temperature at constant volume (Gay-Lussac’s law)
- Isothermal process: verification of the Boyle-Mariotte law (P V = const)
- Experimental verification of the ideal gas equation of state
- Measuring atmospheric pressure and observing its changes
- Study of the dependence of saturated vapor pressure on temperature
- Study of the isobaric process and the relationship between gas parameters
Other sets in the section "Digital laboratories»
PH3.201
Digital applied physics laboratory
A set of 23 digital physics sensors for engineering classes: from mechanics and thermodynamics to ionizing radiation, case with fitted insert.
PH3.200
Teacher's digital physics laboratory
Set of 28 digital sensors for physics: mechanics, electricity and magnetism, thermodynamics, optics, acoustics and ionising radiation.
CH3.101
Teacher's digital chemistry laboratory
Set of 26 digital sensors for chemistry: pH and ORP, gas analysis, electrical conductivity, ion-selective measurements, absorbance, titration.
Looking for other equipment?
Tell us which equipment you need and the quantities. We can help you choose suitable items and prepare a quotation.