High-temperature sensor
Wireless high temperature sensor: flame temperature, metal melting and heating curves in six experiments.
The wireless sensor is designed to measure high temperatures and transmits data to a digital laboratory system. It supports six experiments: measuring the temperature of the flame of an alcohol lamp, candle and gas burner, studying the temperature distribution across flame zones, studying the heating and melting of metals and alloys, monitoring the temperature during combustion reactions, constructing heating and cooling curves at high temperatures, comparing fuel types by the achieved flame temperature. The sensor is used in physics and chemistry related to combustion and heating.
- Measuring the flame temperature of an alcohol lamp, candle and gas burner
- Study of temperature distribution by flame zones (outer, middle and inner cone)
- Study of heating and melting of metals and alloys
- Temperature monitoring during combustion reactions
- Construction of heating and cooling curves for bodies in the high temperature region
- Comparison of fuel types by achieved flame temperature
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.
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