Showing 1–16 of 18 results
PHY-ELEC-01 LEYDEN JAR
SSI-PHY-ELEC-01
LEYDEN JAR Comprises an insulated plastic can along with a two metal conducting cans one inside the plastic vessel and the other outside, the dielectric plastic can providing complete insulation between the two metal cans. The inner can has a hook shaped metal rod terminating in a metal sphere at
PHY-ELEC-02 VAN DE GRAAFF GENERATOR, HAND DRIVEN
SSI-PHY-ELEC-02
VAN DE GRAAFF GENERATOR, HAND DRIVEN It is use for the generation of electric charge, useful in electrostatics and for studying various phenomena associated with electric charge. Mounted on a wooden base. The discharge sphere is supported on a pivoted arm with a handle, and is attached to the top
PHY-ELEC-03 VAN DE GRAAFF GENERATOR, MOTOR DRIVEN
SSI-PHY-ELEC-03
VAN DE GRAAFF GENERATOR, MOTOR DRIVEN Motorized Van de Graff generator An impressive and convenient source for charging electroscopes and proof planes as well as demonstrating the nature of high voltage static charges. Approximate 14″ high with 4″ diameter electrode. It is very use full for the following experiments Exp-1
PHY-ELEC-04 ELECTROSCOPE
SSI-PHY-ELEC-04
ELECTROSCOPE It has an insulating bush carrying a metal blade underneath it and to which a single metal leaf may be pivoted which deflects, when charged. A transparent scale graduated 0 to 90º is provided for measuring the deflection of the leaf. Includes two interchangeable electrodes that can be fitted
PHY-ELEC-05 GOLD LEAF ELECTROSCOPE
SSI-PHY-ELEC-05
GOLD LEAF ELECTROSCOPE Rectangular sheet metal case mounted on insulated base and provided with removable front and back sliding glass panels, one clear and other ground. Removable disc electrode mounted at the top through an insulating bush to prevent charge leakage. The bush has a plated metal blade on the
PHY-ELEC-06 ELECTROSCOPE, GOLD LEAF, FLASK TYPE
SSI-PHY-ELEC-06
ELECTROSCOPE, GOLD LEAF, FLASK TYPE Comprises a glass conical flask, sealed at the top with holed rubber stopper A metal rod supports a disc terminal at the top and a pair of foil leaves suspended inside.
PHY-ELEC-07 ELECTROSCOPE, PITH BALL
SSI-PHY-ELEC-07
ELECTROSCOPE, PITH BALL This pith-ball electroscope is used to detect the presence of a static electricity charge. The two lightweight “pith” balls suspended from the strings are attracted to objects with a static electric charge. The pith balls can also be charged by touching them to an object with a static electric charge. Round type 2.
PHY-ELEC-08 ELECTROSTATIC KIT
SSI-PHY-ELEC-08
ELECTROSTATIC KIT The kit is used for demonstrating a number of electrostatics experiments. It consists of various elements and a gold leaf electroscope with a transparent front window and ground glass rear window. It is very use full for the following experiments Exp-1 Repulsion between like charges. Exp-2 Attraction between
PHY-ELEC-09 ELECTROPHORUS
SSI-PHY-ELEC-09
ELECTROPHORUS For producing static charge in small quantities. Comprises a bakelite disc in wooden sole, along with a brass disc mounted on insulating handle. The brass disc also has a small conducting sphere attached to it for earthing the disc while use.
PHY-ELEC-10 PROOF PLANE
SSI-PHY-ELEC-10
PROOF PLANE Comprising of a metal disc of mounted on insulating handle. 25mm diameter 2. 50 mm diameter
PHY-ELEC-11 AEPINUS CONDENSER
SSI-PHY-ELEC-11
AEPINUS CONDENSER Comprises a pair of adjustable circularmetal discs of diameter 100mm attached to the insulated handles and is supported on insulated pillars mounted vertically on a base.Another pillar has a clamp for holding glass dielectric plate between the metal discs.The glass plate may be replaced by plates of other
PHY-ELEC-12 WIND GENERATOR
SSI-PHY-ELEC-12
WIND GENERATOR Open working model. Color coded 4mm safety sockets to measure the generated voltage. Mounted on plastic board
PHY-ELEC-13 MINI MOTOR
SSI-PHY-ELEC-13
MINI MOTOR Open working model. Color coded 4mm safety sockets to measure the generated voltage. Mounted on plastic board. Operating voltage: 1.5V – 3V DC (max.) Current rating: 1A (max.)
PHY-ELEC-14 LIGHT EMITTING DIODE
SSI-PHY-ELEC-14
LIGHT EMITTING DIODE Open working model. Color coded 4mm safety sockets to measure the generated voltage. Mounted on plastic board. Input voltage: 5V DC (max.) Current rating: 500mA (max.)
PHY-ELEC-15 FIELD EFFECT TRANSISTOR
SSi-PHY-ELEC-15
FIELD EFFECT TRANSISTOR Open working model. Color coded 4mm safety sockets to measure the generated voltage. Mounted on plastic board. FET transistor: BFW10.
PHY-ELEC-16 VARIABLE CAPACITOR
SSI-PHY-ELEC-16
VARIABLE CAPACITOR Consists of two circular alluminium discs of diameter 200mm approx. used as a variable capacitor with two 4mm sockets fitted on a plastic moulded case (300x200x25) mm approx. One disc is fixed at the extreme end of the base and another one can move freely horizontally on the