American Scientific, LLC · Columbus, Ohio · Exclusive U.S. Distributor of PHYWE Systems
American Scientific, LLC · Columbus, Ohio · Exclusive U.S. Distributor of PHYWE Systems
Heat transfer, thermodynamic laws, calorimetry, and states of matter. Carnot engines, gas law apparatus, and thermoelectric experiments for secondary and university courses. 110V/60Hz adapted for U.S. labs.
A mass oscillates on a volume of gas in a precision glass tube. The oscillations maintained by leading escaping gas back into the system.
Agitator rod for student calorimeter. Angled glass rod. Length: 200 mm.
For determination of the specific heat capacities of solid state bodies and liquids.
For calorimetric measurements in student experiments.
Transparent Calorimeter Equipment and technical data: dewartype glass vessel, contents ca.1 l, plastic lid.
Used for thermal insulation of the student calorimeter (04404.88). Dimensions (mm): 100 x 100.
To take probe bodies or ice cubes during calorimetric measurements.
Heating coil for student calorimeter (04404.88). Heating coil on two 90 mm rods, with two 4 mm sockets, distance: 19 mm.
For use with the student calorimeter 04404-88.
Probe bodies with the same mass of iron, brass and aluminium to determine the specific thermal capacity of metals. Bodies marked as to material. Mass: 60 g. Basic surface (mm): 20 x 20.
Is fastened to the generator block of the thermo generator in place of a water container. Air heat exchanger of black anodised aluminium. Dimensions (mm): 190 × 100 × 50.
To set on the spirit burner, to obtain regular heating of the Stirling motor during long series of measurements.
Model to investigate the principle and operation of concentrated-solar-power technology, one of the most promising candidates for solar power plants in deserts.
Model to investigate the principle and operation of concentrated-solar-power technology, one of the most promising candidates for solar power plants in deserts.
The set contains all necessary accessories and consumables for DEMO advanced Applied Sciences Renewable Energy set Fuel Cells (15582-88).
To generate a constant temperature with running water.
(no description provided)
The heat pump is a demonstration model on a tabletop frame with a symmetrical design, showing that refrigerators and heat pumps operate on the same principle.
The extensive experiment system enables you to reconstruct and understand the whole biomass cycle without any additional equipment.
The entire process of producing biofuels can be demonstrated with leXsolar-BioFuel Large. It starts with the biological step of alcoholic fermentation.
The whole process of producing biodiesel is exemplified in this interdisciplinary complete experiment set.
The box includes all neccessary supplement products to work with leXsolar-BioFuel Large.
leXsolar-EMobility Large, supplied in the U.S. by American Scientific. Contact us for specifications.
leXsolar-EMobility Ready-to-go, supplied in the U.S. by American Scientific. Contact us for specifications.
This student set is specifically adapted for young students in primary and junior high school and provides by qualitative and quantitative experiments an understanding of the topics photovoltaics,...
leXsolar-SmartGrid Ready-to-go 2.0, supplied in the U.S. by American Scientific. Contact us for specifications.
To convert mechanical energy generated by the Stirling motor to electric energy and to drive the Stirling engine used as a heat pump or cooling machine.
This motor with indicating disk belongs to the electric/electronic-building block system for demonstration experiments.
Manually operated blower for air. On both sides valves with connection for rubber hoses. Diameter: 58 mm. Diameter inlet and outlet port for air: 7 mm.
Spare belt for Motor/ generator unit, supplied in the U.S. by American Scientific. Contact us for specifications.
Datalogging module for quantitative digital measurements of the Stirling engine (04372-00).
Stirling engine transparent, supplied in the U.S. by American Scientific. Contact us for specifications.
A substance which is gaseous under normal conditions is enclosed in a variable volume and the variation of pressure with the volume is recorded at different temperatures.
Thermoelectric generator and heat pump to perform student experiments in the field of conversion of energy from geothermal energy and ambient heat.
To commute thermal energy into electrical energy directly and for operation as heat pump. Also been used to demonstrate the Seebeck effect and the Peltier effect.
Sensitive probe for measuring thermal radiation from black bodies or a Leslie cube and for detecting visible light and ultraviolet radiation.
For direct determination of mechanical energy generated by the Stirling motor.
To compare thermal conductivities of solids and to determine the coefficient sof thermal conductivity. Material: brass. Diameter: 5 mm. Width: 175 mm.
For use as heat storage tank in connection with a second calorimeter vessel and heat conductivity rods.
E. g. for determining thermal conductivities of solid state bodies.
To demonstrate different thermal conductivities of metals through melting of wax pellets or lighting of matches at the rod ends.
For pupil experiments. DURAN® glass tube shaped into a closed rectangular loop, with filling piece. Tube diameter, exterior: 16 mm. Dimensions (mm): 100 × 140. Filling amount: approx. 50 ml.
For demonstration purposes. DURAN® glass tube shaped into a closed rectangular loop, with filling piece. Tube diameter, exterior: 25 mm. Dimensions (mm): 360 × 260. Filling amount: approx. 340 ml.
To compare thermal conductivities of solids and to determine the coefficient sof thermal conductivity. Material: glass. Diameter: 5 mm. Width: 175 mm.
For determination of heat conductivity. Material: aluminium. Length: 420 mm. Diameter: 25 mm. Covered with transparent plastic.
For determination of heat conductivity. Material: copper. Length: 420 mm. Diameter: 25 mm. Covered with transparent plastic.
(no description provided)
Infrared emitter. Ceramic housing, white enamelled. Diameter: 125 mm. Height: 158 mm. Power inpug: 250 W. Input supply voltage: 230 V AC.
Leslie radiation cube, supplied in the U.S. by American Scientific. Contact us for specifications.
To convert radiating energy into kinetic energy.
Supplement for Leslie radiation cube, to stirr the liquid in the cube. With pulley. Manual drive or with laboratory motor.
(no description provided)
Test tube, d 30mm, l 200mm, black, supplied in the U.S. by American Scientific. Contact us for specifications.
Use the Cobra SMARTsense Absolute Pressure to measure absolute pressure of up to 400 kPa and investigate fundamental pressure concepts with your students.
The state of a gas is determined by temperature, pressure and amount of substance. For the limiting case of ideal gases, these state variables are linked via the general equation of state.
The composition of a gas depends on its temperature, pressure and the amount of substance. For the limiting case of an ideal gas, these state variables are linked by the general equation of state,...
For determination of the adiabatic coefficient with Rüchardt's method. Gas oscillator. Glass vessel capacity: 1 l. Precision tube diameter: 12 mm. Oscillating body.
Precision apparatus for hands-on investigation of the Joule-Thomson effect using CO2 and N2 gases.
Compact device for qualitative and quantitative experiments using a model gas to investigate thermal motion, evaporation and distillation, the barometric height formula, as well as the...
To determine velocity distribution of the model gas in the kinetic gas theory apparatus.
Use the Cobra SMARTsense Temperature to measure temperatures of −40 ... 125 °C and investigate the basic concepts of thermodynamics with your pupils in a child's play way.
Compact device for demonstrative, quantitative analysis of real gases as a function of pressure, temperature and volume.
Gas liquifier, for demonstrating isothermal condensation and evaporation due to changes in pressure and volume. Plastic-coated glass tube, piston with handle. Length: 270 mm. Diameter: 27 mm.
Compact device for demonstrative, quantitative analysis of real gases as a function of pressure, temperature and volume.
Standard accessories for critical point apparatus (04364.10). Measuring range: 4 ml.
With this set, experiments on the following topics can be carried out:
To compare thermal conductivities of solids and to determine the coefficient sof thermal conductivity. Material: aluminium. Diameter: 5 mm. Width: 175 mm.
Standard accessories for linear expansion apparatus (04231.01 und 04233.00).
To demonstrate the dilatation of solid bodies. The ball only fits exactly trough the hole in the support when it is cold.
Beaker, aluminum, polished, supplied in the U.S. by American Scientific. Contact us for specifications.
Usually used in pupils experiments with absorption.
For absorption experiments. External diameter: 45 mm Height: 56 mm Wall thickness: approx. 1.3 mm
To demonstrate the working principle and application of a bimetal.
Standard accessories for linear expansion apparatus (04231.01 und 04233.00). Brass tube with circumferential grooves for different gauge length. One end closed. With connecting olives. Length: 640 mm.
Standard accessories for pin shearing apparatus (04220.00). Material: cast iron. Length: 100 mm. Diameter: 9 mm.
To fix tubes with a maximum diameter of 9 mm, to apply to rotating shaft with pointer (04236.00).
(no description provided)
(no description provided)
When the air pressure above a watersurface is reduced, the water begins to boil at a certain temperature.
The thermal flow through a rod depends on its section and length. This can be demonstrated using copper rods of different sizes. Material: copper. Diameter: 3 mm. Length: 175 mm.
The thermal flow through a rod depends on its section and length. This can be demonstrated using copper rods of different sizes. Material: copper. Diameter: 5 mm. Length: 120 mm.
To compare thermal conductivities of solids and to determine the coefficient sof thermal conductivity. Material: copper. Diameter: 5 mm. Width: 175 mm.
Standard accessories for linear expansion apparatus (04231.01 und 04233.00).
Demo Beginner Applied Sciences Set Heat 230 V, supplied in the U.S. by American Scientific. Contact us for specifications.
(no description provided)
Dilatometer with clock gauge on baseplate (730x50x25 mm) for the quantitative measurement of the linear expansion of solid bodies depending on material, length and temperature.
(no description provided)
Standard accessories for linear expansion apparatus (04231.01 und 04233.00). Glass tube with circumferential grooves for different gauge length. One end closed. With connecting olives. Length: 640 mm.
Heat is added to a gas in a glass vessel by an electric heater which is switched on briefly. The temperature increase results in a pressure increase, which is measured with a manometer.
Heated specimens are placed in a calorimeter filled with water at low temperature. The heat capacity of the specimen is determined from the rise in the temperature of the water.
(no description provided)
Standard accessories for linear expansion apparatus (04231.01 und 04233.00). Iron tube with circumferential grooves for different gauge length. One end closed. With connecting olives. Length: 640 mm.
Glass bottle made of borosilicate glass, e.g. for generating constant outflow velocities.
Measuring tape. One side with mm subdivisions. Encapsulated.
(no description provided)
The solar ray collector is illuminated with a high intensity lamp of known light intensity. The heat energy absorbed by the collector can be calculated from the volume flow and the difference in the...
The Stirling engine is submitted to a load by means of an adjustable torquemeter, or by a coupled generator. Rotation frequency and temperature changes of the Stirling engine are observed.
(no description provided)
The volume expansion of liquids and the linear expansion of various materials is determined as a function of temperature.
Standard accessories for linear expansion apparatus (04231.01 und 04233.00).
For experiments with frictional heat.
Friction cylinder Al, m 0.39 kg, supplied in the U.S. by American Scientific. Contact us for specifications.
Used in experiments for determining frictional heats. Material: brass. Diameter: 45 mm. Length: 44 mm. Mass: 0,64 kg.
Used in experiments for determining frictional heats. Diameter: 45 mm. Length: 94 mm. Mass: 1,28 kg.
Compact apparatus for determining frictional heats.
Runction and Applications For experiments with frictional heat. With two eyelets. Dimensions (mm): 900 × 6 × 1.
