Van De Graff Generator for Physics Lab Hand operated on base. The generator is self exiting and charge separation occurs.
A metal sphere surrounds the upper pulley assembly and charge accumulates on the sphere, which is insulated by a plastic column supporting the pulley assembly. The charge builds up until electrical breakdown of air surrounding the sphere occurs, supplied with a discharging sphere.
Van De Graff Generator for Physics Lab Hand operated on base. The generator is self exiting and charge separation occurs.
A metal sphere surrounds the upper pulley assembly and charge accumulates on the sphere, which is insulated by a plastic column supporting the pulley assembly. The charge builds up until electrical breakdown of air surrounding the sphere occurs, supplied with a discharging sphere.
Van De Graff Generators - Accessories.
Perspex pillar with suspended metallised sphere, transparent plastic container with metal caps and 4 metallised spheres, point discharger, neon bulb
Van De Graff Generators - Accessories.
Perspex pillar with suspended metallised sphere, transparent plastic container with metal caps and 4 metallised spheres, point discharger, neon bulb
Van De Graff Generator Designed for electrostatic experiments and where continuous source of high voltage is required. Fitted on base with smooth running A.C. Motor, operates on 220 volts A.C. 50 Hz. Charge collecting Silicon rubber having excellent.
Belt : insulation resistance. Tracking : Belt-tracking easily adjusted.
Charge collecting combs : Aluminium mesh, clearly visible.
Spheres : Aluminium 150 mm. dia.
Connections : 4 mm. sockets in dome and base.
Voltage developed : Upto 200 kV, depending on ambient conditions, with a spark length of 60 mm.
Discharger : Spherical 100 mm. dia., with insulated Handle and 4 mm. sockets
Van De Graff Generator Designed for electrostatic experiments and where continuous source of high voltage is required. Fitted on base with smooth running A.C. Motor, operates on 220 volts A.C. 50 Hz. Charge collecting Silicon rubber having excellent.
Belt : insulation resistance. Tracking : Belt-tracking easily adjusted.
Charge collecting combs : Aluminium mesh, clearly visible.
Spheres : Aluminium 150 mm. dia.
Connections : 4 mm. sockets in dome and base.
Voltage developed : Upto 200 kV, depending on ambient conditions, with a spark length of 60 mm.
Discharger : Spherical 100 mm. dia., with insulated Handle and 4 mm. sockets
Wimshurst Machine - The two plates are supported in two rigid uprights and driven by belt in opposite direction. They are heavy, high resistance plastic with sectors of aluminium sheet. Two leyden jars (condensers) made form corning glass and aluminium foil. The whole is mounted on a wooden base nicely polished.
Wimshurst Machine - The two plates are supported in two rigid uprights and driven by belt in opposite direction. They are heavy, high resistance plastic with sectors of aluminium sheet. Two leyden jars (condensers) made form corning glass and aluminium foil. The whole is mounted on a wooden base nicely polished.
