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Physics Equipment
BAR MAGNETS, ALNICO size 100x20x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 150x12x8
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 150x13x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 150x15x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 150x25x15
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 37x13x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 37x15x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 50x12x8
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 50x13x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 50x15x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 50x15x5
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 75x12x8
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 75x13x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, ALNICO size 75x15x10
ALNICO magnets supplied in pairs, with keepers. Strong lasting power. North pole clearly marked. In cardboard boxes. Available in different sizes or as per demand.
BAR MAGNETS, CHROME STEEL
Chrome Steel. supplied in pairs. red and blue painted with keepers. Optional, Wooden case for bar magnets
BAR MAGNETS, CHROME STEEL 100x12x5mm
Chrome Steel. supplied in pairs. red and blue painted with keepers. Optional, Wooden case for bar magnets
BAR MAGNETS, CHROME STEEL 150x12x5mm
Chrome Steel. supplied in pairs. red and blue painted with keepers. Optional, Wooden case for bar magnets
BAR MAGNETS, CHROME STEEL 37x12x5mm
Chrome Steel. supplied in pairs. red and blue painted with keepers. Optional, Wooden case for bar magnets
BAR MAGNETS, CHROME STEEL 50x12x5mm
Chrome Steel. supplied in pairs. red and blue painted with keepers. Optional, Wooden case for bar magnets
BAR MAGNETS, CHROME STEEL 75x12x5mm
Chrome Steel. supplied in pairs. red and blue painted with keepers. Optional, Wooden case for bar magnets
Barlow’s Wheel
BARLOW'S WHEEL
For demonstrating the conversion of electric energy into mechanical energy. Comprises a toothed copper disc about Bcm diameter, capable of rotating vertically on pair of adjustable bearings at its each side. The disc dips into mercury trough positioned between the two arms of a small horseshoe magnet. Disc holding clamp is adjustable vertically on metal support rod, which is connected to a terminal for electrical connections. Other terminal provided for connecting to the mercury trough. With the height of disc properly adjusted, the pointed teeth of disc dips just enough to make electrical contact with the mercury and experiences a force when current flows through it. The apparatus operates on 4-6volts. Supplied without battery.
BAROMETER ANEROID
Barometer having sensitive and accurate movement with 100mm circular dial graduated 2B to 31 inch of mercury and 960 to 1060 x 1 hPa. The scale designed for maximum clarity and ease of reading. Protected by transparent cover in a plated bezel. Includes resettable index pointer and provision for wall mounting.
BAROMETER FUNNEL
For filling mercury in barometer tubes.
BAROMETER TUBE Made of Borosilicate Glass
A straight tube of clear glass, about 90cm long and 3 to 4 mm bore, having one end open.
BAROMETER TUBE Made of Borosilicate Glass
A tube 90cm long and with bulb on the shorter limb
BAROMETER TUBE Made of Neutral Glass
A straight tube of clear glass, about 90cm long and 3 to 4 mm bore, having one end open.
BAROMETER TUBE Made of Neutral Glass
A tube 90cm long and with bulb on the shorter limb
BAROMETER, ANEROID, DEMONSTRATION TYPE
Instrument similar to BAROMETER ANEROID in construction, but completely enclosed in a transparent plastic case with movements clearly visible for the demonstration of its working. With resettable index pointer. Actual effect of increasing or decreasing pressure can be observed as air pressure is changed by squeezing and releasing the attached pressure air bulb.
BELL DEMONSTRATION MODEL, ECONOMICAL
All the components of an electric bell are mounted on a large panel for easy demonstration to the group of students. Provides complete dissected view with all components and wiring clearly visible with large sized parts. Operates on 3-4 volts DC. Shows the working of a simple electric bell.
BELL IN VACUUM
Demonstrates that sound waves need material medium for propagation and cannot travel through vacuum. For use on pump plates with diameter at least 15cm. It consists of an electric Bell operating on 4-6 volts AC/DC, suspended inside bell jar through a pair of thick metal wires from a rubber bung that seals the jar from the top. The wires terminating in 4mm socke.t terminals on the upper side of rubber bung for electrical connection to the bell.
BELL IN VACUUM
Demonstrates that sound waves need material medium for propagation and cannot travel through vacuum. For use on pump plates with diameter at least 15cm. It consists of an electric Bell operating on 4-6 volts AC / DC, suspended inside bell jar through a pair of thick metal wires from a rubber bung that seals the jar from the top. The wires terminating in 4mm socket terminals on the upper side of rubber bung for electrical connection to the bell
BELL IN VACUUM
Bell fitted in clear acrylic bell jar instead of glass bell jar
BELL IN VACUUM 12"X8"
Bell fitted in clear acrylic bell jar instead of glass bell jar
BELL IN VACUUM 8" x 4"
Demonstrates that sound waves need material medium for propagation and cannot travel through vacuum. For use on pump plates with diameter at least 15cm. It consists of an electric Bell operating on 4-6 volts AC / DC, suspended inside bell jar through a pair of thick metal wires from a rubber bung that seals the jar from the top. The wires terminating in 4mm socket terminals on the upper side of rubber bung for electrical connection to the bell
BELL IN VACUUM 8"X4"
Bell fitted in clear acrylic bell jar instead of glass bell jar
BELL IN VACUUM 9" x 6"
Demonstrates that sound waves need material medium for propagation and cannot travel through vacuum. For use on pump plates with diameter at least 15cm. It consists of an electric Bell operating on 4-6 volts AC / DC, suspended inside bell jar through a pair of thick metal wires from a rubber bung that seals the jar from the top. The wires terminating in 4mm socket terminals on the upper side of rubber bung for electrical connection to the bell
BELL JAR WITH VACUUM PUMP HAND OPERATED
A complete self-contained apparatus suitable for vacuum physics experiments and applications requiring evacuated space. Transparent jar and pump, both having unbreakable ABS body. Jar provides a robust chamber capable of withstanding full vacuum without danger of implosion or shattering and fitted with a vacuum gauge and vacuum release valve. A rubber gasket ring on the pump base ensures airtight seal with the jar. A manual exhaustion piston pump in the base provides quick and convenient evacuation of the jar. Note: The exposure or contact of the apparatus to organic solvents or vapours, or to other aggressive chemicals is to be totally avoided. The apparatus is non-autoclavable
BELL JAR WITH VACUUM PUMP HAND OPERATED HAND OPERATED
A complete self-contained apparatus suitable for vacuum physics experiments and applications requiring evacuated spaceTransparent jar and pump, both having unbreakable ABS body. Jar provides a robust chamber capable of withstanding full vacuum without danger of implosion or shattering and fitted with a vacuum gauge and vacuum release valve. A rubber gasket ring on the pump base ensures airtight seal with the jar. A manual exhaustion piston pump in the base provides quick and convenient evacuation of the jar. Note: The exposure or contact of the apparatus to organic solvents or vapours, or to other aggressive chemicals is to be totally avoided. The apparatus is non-autoclavable
BELL JAR WITH VACUUM PUMP HAND OPERATED HAND OPERATED FITTED WITH ELECTRIC BELL
A complete self-contained apparatus suitable for vacuum physics experiments and applications requiring evacuated space. Transparent jar and pump, both having unbreakable ABS body. Jar provides a robust chamber capable of withstanding full vacuum without danger of implosion or shattering and fitted with a vacuum gauge and vacuum release valve. A rubber gasket ring on the pump base ensures airtight seal with the jar. A manual exhaustion piston pump in the base provides quick and convenient evacuation of the jar. Note: The exposure or contact of the apparatus to organic solvents or vapours, or to other aggressive chemicals is to be totally avoided. The apparatus is non-autoclavable
BELL JAR WITH VACUUM PUMP, HAND OPERATED
A complete self-contained apparatus suitable for vacuum physics experiments and applications requiring evacuated space. Transparent jar and pump, both having unbreakable ABS body. Jar provides a robust chamber capable of withstanding full vacuum without danger of implosion or shattering and fitted with a vacuum gauge and vacuum release valve. A rubber gasket ring on the pump base ensures airtight seal with the jar. A manual exhaustion piston pump in the base provides quick and convenient evacuation of the jar.
BERNOULLI'S TUBE APPARATUS
Comprises a Bernoulli's tube, with central constricted portion, a constant bore gradient tube, 6 lengths glass tubing, 2 swan necked outlets tubes and B small pieces of rubber connecting tubing for joining various glass tubings as and when needed. The two flow tubes, each 500 x 13mm (Lx OD) have three sealed-in short side tubes of length 25mm each with inters pacing of about 150mm for connection to glass tubing lengths for use as manometers. The middle short side tube in Bernoulli's tube stem out from the central constricted portion for studying the effect of constriction.
BICYCLE DYNAMO ASSEMBLY
For showing slow AC on an oscilloscope or meter or for demonstrating the use of a dynamo mounted in lighting a lamp. This apparatus has a cycle dynamo mounted on a base and provided with two sets of gears driven by a hand crank for fast and slow rotation. Two 4mm socket terminals are provided for the dynamo output, connected in parallel with an MES lamp holder and 2. 5V bulb
Bimetal Strip with Electric Contact
Specifications : Size: 10 x 10 x 12 cm – Weight: approx. 150 g. Simple demonstrator for thermal expansion. A simple device that shows how we can use two different metals joined together to produce a thermostat. The apparatus consists of a bimetal strip that expands differently on both sides
due to two different materials. Once heated, it will bend to one side as one of the metals will expand faster than the other. LAWS & PRINCIPLES INVESTIGATED : • Thermal expansion • Demonstraton model of thermostat.
BlOT'S CONDUCTOR
To demonstrate that charge resides only on outside surfaces of a hollow conductor. Consists of a hollow metal sphere of diameter 5cm mounted on insulated pillar on a stand. Complete with hollow hemispherical cups having insulated handles.
BOURDON GAUGE
For the measurement of actual gas pressure and not gauge pressure. Comprises of a circular gauge about 100mm diameter. The dial has dual scale reading 0 to 50 Lbs / in2 and 0 to 3. 5kg / cm2 pressure. and the case has a transparent perspex back to clearly observe the working of the gauge mechanism. A riffled tubule present at its one side provides gauge connection through rubber tubing. A thick black pointer needle against white dial provides easy reading of scale directly giving the actual pressure. Mounted on heavy cast-metal base for stability.
BOXES FOR BAR MAGNET
Spare boxes for bar magnets, wooden
BOXES FOR BAR MAGNET Length 100mm
Spare boxes for bar magnets, wooden
BOXES FOR BAR MAGNET Length 150mm
Spare boxes for bar magnets, wooden
BOXES FOR BAR MAGNET Length 50mm
Spare boxes for bar magnets, wooden
