American Scientific, LLC · Columbus, Ohio · Exclusive U.S. Distributor of PHYWE Systems
American Scientific, LLC · Columbus, Ohio · Exclusive U.S. Distributor of PHYWE Systems
Mechanics of Liquids & Gases equipment from the PHYWE Mechanics range. 28 products, 110V/60Hz adapted for U.S. labs.
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Dosymeter to demonstrate buoyancy in air. Small balance with Styrofoam balloon, wooden sphere and counter weight. Diameter of styrofoam sphere: 70 mm. Diameter of wooden sphere: d = 20 mm.
To demonstrate floating, suspension, sinking and raising in water according to the principle of Archimedes.
Complete set for performing the most common physics experiments in vacuum. Ideal for demonstration purposes.
Connection for vacuum. Equipment and techncial data Inner diameter: 15 mm. Length: 470 mm. Ground cone connection NS 19 and vacuum hose. Outer diameter: 30 mm.
Special plastic mirror, which can be set up on a drawing table placed across the tank to enable waves to be projected forwards onto an upright screen.
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Optional accessory for ripple tank: second dipper for demonstrating interference patterns from waves that are not in phase.
Flow indicator to control the flow of liquids or gases in hoses. Function in both flow directions.
To demonstrate pressure decay due to friction in liquids flowing through pipes.
To demonstrate the dependence between static pressure and flow velocity.
With applications in a wide range of disciplines, including mechanical, civil, chemical and biomedical engineering, the Matrix Fluid Mechanics set enables students to gain a practical understanding...
For demonstrating Archimedes' principle of bouyancy in liquids. Solid cylinder fitted into hollow cylinder. Both cylinders provided with hooks. Height: 57 mm. Diameter: 33 mm.
Glass tube probe to verify and measure hydrostatic pressure. Probe length: approx. 300 mm.
Four communicating glass tubes of different diameters and shapes, mounted on a roundbase.
To demonstrate the effect of atmospheric pressure according to the historic experiment performed by Guericke.
To demonstrate that pressure on the bottom only depends on the height of the liquid column but not on the shape of the vessels (hydrostatic paradox), for the quantitative determination of the...
Accessory for Pascal's vase apparatus (02638.00).
Completely transparent device with high efficiency to demonstrate functioning of a Pelton turbine as well as to determine power and efficiency.
Differential pressure manometer with inclined measuring tube filled with red oil, to measure under and over pressures.
To demonstrate that hydrostatic pressure is exerted in all directions and to measure hydrostatic pressure at different depths.
To demonstrate the transmission of pressure in liquids. Glass vessel with manometer tubes attached at different levels. Mounted on a round base. Rubber syringe to vary pressure. Height: 30 cm.
Set of three probes to demonstrate that hydrostatic pressure is independent of direction but depends of the depth of immersion. Probe length: approx. 180 mm.
Replacement membrans for pressure element, Hartle type (02635.00).
To be used as seal between the bell jar and the air pump plate without need of vacuum grease. Diameter: 240 mm.
Open or closed manometer for determination of the density of liquids or the pressure in liquids.
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