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Capitalizing on our in-depth industry knowledge, we are involved in offering an extensive range of Mechanics Instruments. These include Meter scale, Tubular Spring Scales, Force Table, Pully Single with Three-Way Attachment, Bicycle Wheel Gyroscope and other allied products. Our entire range is manufactured in compliance with the latest technological advancements in the market to ensure optimum quality in the end product. |
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Made of hard wood, with both edges divided in mm and numbered every 10mm.
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Tubular Spring Scales to measure force (Newton) and mass (grams). Clear acrylic body. Easy zero adjustment and color code.
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For performing static force experiments in mechanics such as studying the condition of static equilibrium of a rigid body under the action of forces in a common plane i.e. for the verification of the laws of composition and resolution of forces. Can also be turned into a teaching spectrometer by using appropriate collimator assembly, telescope and a support for prism and grating. Comprised of an accurately machined aluminium table 40cm in diameter graduated in 360° on its rim. Mounted on a heavy vertical support rod and tripod base fitted with levelling screws. Body under study is a ring in the centre of the table fastened by strings passing over four low friction pulleys attached with the table. Provided with four weight hangers of 50g each and four sets of brass slotted weights (each set consists of the masses: 2 x 10g, 2 x 20g, 4 x 50g, 4 x 100g). |
For clamping to vertical or horizontal rods and to laboratory tables, boards etc. Comprised of a specially designed cast bracket which can be clamped on flat surface 38mm thick and hold a supporting rod 13mm diameter. At the rear of the bracket, a light alloy pulley about 70mm diameter is mounted on brass bearings. Includes two clamping screws for fitting to bench and vertical rod support. Hammertone stove enamel finish.
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Dramatically demonstrate angular momentum. Spin this solid rubber bicycle wheel, hold the handles, and try to change its axis of rotation. The faster it spins, the harder it is to tip over! Stand on a Rotating Platform to experiment with gyroscopic precession and learn how satellites steer. Wheel diameter 60 cm.
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Includes one cube each of aluminium, brass, copper, iron, lead, and zinc without hook. Packed in a cardboard box.
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A heavy cast iron frame with slotted end pillar to carry a thick steel bar. This bar is threaded at one end for large tensioning nut. I also has hole at other end to accommodate a cast iron breaking bar. Supplied with 6 breaking bars. |
This model represents the internal structures and operating principle of an air cooled two stroke engine. The model is a cast alloy construction. |
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For general laboratory work. Include one of 1g, 5g, 10g, 50g, 100g, 500g, 1000g and two of 2g,20g and 200g masses. Total number of masses supplied depends on the range chosen as indicated below.
Plated brass weight (masses) with knob in a wooden case having a hinged lid Calibrated according to tolerances specified by International Organisation for Legal Metrology, Class M2. Fractional weights are not included.
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For general science and physics laboratory work. All are made of stove enamelled cast iron masses except the 10g and 20g masses which are made of polished brass. Packed in a cardboard box. Set of 5 masses: one each of 50g,100g, 200g, 500g and 1000g 3402-05 Set of 7 masses: one each of 10g, 20g, 50g,100g, 200g, 500g and 1000g 3402-07 Set of 9 masses: one each of 10g, 50g, 100g, 500g and 1000g and two each of 20g and 200g. 3402-09 |
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Hexagonal cast iron weights with lifting ring.
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For general science and physics laboratory work. Supplied in a plastic block. Includes one each of 10g, 50g,100g, two each of 20g, and 200g, (all made of plated brass) and one each of 500g and 1000g (both made of cast iron, enamelled finish). |
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A combination of steel and brass weights, for weighing objects from 10g upto 1990g in 10g increments. Comprises of 1 each of 1000g, 500g, 200g,50g,20g and 2 each of 100g and 10g. Supplied on plastic tray. |
Useful where a known force must be exact as in experiments on force table, moments, and sonometer. Made from brass. Each mass is stamped with its value. Provided with side supports and nuts for easy assembly. Set of 3 masses: 10g, 50g, and 500g 3410-03 Set of 8 masses: 10g, 20g (2), 50g,100g, 200g (2), 500g 3410-08 Set of 11 masses: 1g, 2g (2), 10g, 20g (2), 50g, 100g, 200g (2), 500g 3410-11 |
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Each set contains 9 Weights and 1 Hanger
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For slotted masses on rack and 50g hanger. Made of brass with standard slots as supplied on racks.
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For general laboratory work. Include one of 1g, 5g, 10g, 50g, 100g, 500g, 1000g and two of 2g,20g and 200g masses. Total number of masses supplied depends on the range chosen as indicated below. Plated brass weights (masses) with knob in a wooden case having a hinged lid. Calibrated according to tolerances specifi ed by International Organisation for Legal Metrolog y, Class M2. Fractional weights are not included.
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For above weight boxes
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Fractional weights : 500mg, 200mg and 100mg are made of stainless steel : type- 304 and 50mg, 20mg, 10mg, 5mg, 2mg and 1mg are made out of aluminium foils. They are smooth and free from irregularities to retain cleanliness and accuracy. |
Made of plated brass.
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For inside and outside measurement in metric or English units. Ideal for learning precision measurement techniques by using the vernier principle. Has metric scale to 12.5cm in 1 mm steps and the 10 part vernier reads to 0.1mm. English scale is graduated to 5in in 1/16in divisions and the 8 part vernier reads to 1/128in. Features a locking pin to secure readings and knurled thumbwheel permits fast, easy measuring. Beveled cross horns are useful for internal measurements. Made of plated steel and packed in a plastic case. |
For inside, outside, step and depth measurement. Has metric scale to 15cm in 1mm steps and the 10 part vernier reads to 0.1mm least count. English scale is graduated to 6in in 1/16in divisions and the 8 part vernier reads to 1/128in least count. Verniers are adjustable and can be trued, if desired. Automatic cam locking device allows fine adjustment along the main scale. Made of plated steel and packed in plastic case. |
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Two piece brass construction. Reads by vernier to 0.1 mm (1/128in).
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Vernier microscope (traveling microscope) has horizontal and vertical scales of stainless metal. The heavy cast iron base is fitted with leveling screws with the top duly machined over which slides a metal carriage. The slide can be clamped at any position by means of clamping screw. Fine adjustment for final reading is with a micrometer screw. A vertical slide operating in a similar way is fitted on the horizontal carriage. The microscope with rack and pinion is fitted on this vertical carriage and can be clamped in a vertical or horizontal position. The stage for placing objects for measurement is fitted with an acrylic plate. Achromatic lenses have been used. The slides travel 165 mm horizontally and 140 mm vertically. Vernier reading 0.01mm. The unit is packed in a wooden case. |
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Made of Hard wood, with both edges divided in mm and numbered every 10mm.
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Consists of 40mm dial head, divided in 100 parts registering on a vertical scale of 10-0-10mm. Screw pitch 0.5mm |
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For measurement of small outside diameter, thickness etc. Ideal for engineering and technical schools to teach the working of this instrument. Consists of a frame of solid brass body with a chrome satin finish and a hardened steel screw. Provided with a ratchet and a locknut for accurate readings. Zero adjustment is possible. Pitch of the screw is 0.5mm and the least count is 0.01mm. Micrometers with English scale has pitch of 0.05in and the least count of 0.001in. Packed in a plastic case.
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For quick and rough weighing. It has a dual scale 0-250g in 1g and 0-1000g in 5g. The zero setting is with the levelling screw |
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For determining weights by spring elongation which is proportional to the applied force. For laboratory use. Made of strong polystyrene with a fl at anodized metal scale. Provided with a zero adjuster, suspension ring and a load hook.
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Tubular Spring Scales to measure force (Newton) and mass (grams). Clear acrylic body. Easy zero adjustment and color code.
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For demonstrating that capillary rise is dependent upon the inner diameter of a tube. Proves that the molecules of a liquid are more attracted to glass than to other liquid molecules. Consists of four glass capillary tubes of different inner diameters with a large tube serving as reservoir. Mounted on a stand. Height of the tubes is about 15cm. |
For showing that liquid levels are independent of shapes of the containing vessel and liquid will rise to the same level in the vessel, regardless of its shape. Consists of a reservoir and three tubes of borosilicate glass of same internal diameter but different shapes. Mounted on a stand. |
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For demonstrating bernoulli’s principle that any restriction in fluid flow results in increased speed and decreased pressure. Comprised of borosilicate glass tube 18cm (7in) long and 18mm (3/4in) in diameter with a constriction in the centre and three vertical openings in different sections. Includes three glass manometer tubes and rubber connecting tubes for measuring pressure at three locations. Ends are flared. |
For suspending spring balances, cords, pendulums and other apparatus from support rods or cross members. These metal collars are fitted with thumbscrews.
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For proving hooke’s law of elasticity, i. E. That elongation of an object is directly proportional to the load applied and demonstrating the phenomenon of simple harmonic motion of a vibrating weight, potential energy etc. Consists of an adjustable mirrored scale 15cm long, graduated in millimeters, mounted on a support rod 30cm long fitted on a base. A hook attached to the rod supports a spring and indicator. Provided with a 50g brass hanger. Required slotted weights can be ordered separately. |
For demonstration of hooke’s law and use with hooke’s law apparatus. Closely wound springs of diameter 6mm with loops at both ends. Made of 26swg wire. Average extension for a 250g load are indicated below. Springs with specific enlongations can also be supplied. |
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Made from hexagonal steel rod by carefully machine turning to a sharpened point. Dimensions are approx. (I x d), 85 x 20mm (3 1/3 x 25/32in) and weight approx. 140g. Provided with a screwed end cap with a hole to receive a cord. |
Suitable for experiments involving inclined plane where mounting on plane surfaces is required. Consists of a pulley, diameter 37mm mounted in bracket having two fixing holes for screwing on to a surface. Both parts are made of aluminium. |
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For clamping on bench tops or boards. Aluminium pulley, diameter 50mm with v-groove, is mounted on a frictionless cone bearing and fitted on a frame with clamp for fixing to any surface upto 25mm thick with a thumbscrew. Enamelled finish. |
Useful for experiments in which a pulley needs to be supported at various heights and angles. Pulley can be removed and used separately.Designed for clamping to table edges up to 45mm thick with a thumbscrew and for supporting a 50mm diameter pulley and rod. Pulley adjusts to 10cm height (minimum) and rotates a full 360º |
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For performing static force experiments in mechanics such as studying the condition of static equilibrium of a rigid body under the action of forces in a common plane i.e. for the verification of the laws of composition and resolution of forces. Can also be turned into a teaching spectrometer by using appropriate collimator assembly, telescope and a support for prism and grating. Comprised of an accurately machined aluminium table 40cm in diameter graduated in 360º on its rim. Mounted on a heavy vertical support rod and tripod base fitted with levelling screws. Body under study is a ring in the centre of the table fastened by strings passing over four low friction pulleys attached with the table. Provided with four weight hangers of 50g each and four sets of brass slotted Weights (each set consists of the masses: 2 x 10g, 2 x 20g, 4 x 50g, 4 x 100g). |
For applications where a pulley is to be supported at various heights and angles. Specially suited for inclined plane experiment. A plastic pulley, diameter 50mm is mounted on a metal frame attached to a plated rod about 10mm in diameter and 15cm long. |
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Similar to our Force Table 3462-00 but with a lighter base and support. The top is made of compressed particleboard. Includes 4 weight hangers of 50g and slotted weights 2x10g, 2x20g, 4x50g, and 4x100g. The pulleys and the clamps are of plastic. Other accessories are as per 3462-00 model. |
For clamping to vertical or horizontal rods and to laboratory tables, boards etc. Comprised of a specially designed cast bracket which can be clamped on flat surface 38mm thick and hold a supporting rod 13mm diameter. At the rear of the bracket, a light alloy pulley about 70mm diameter is mounted on brass bearings. Includes two clamping screws for fitting to bench and vertical rod support. Hammertone stove enamel finish. |
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Made of rigid colored plastic with deep V-grooves. Balanced for free movement. Pulleys are about 50mm in diameter and are mounted in parallel mode on aluminium strips with hooks at both ends.
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Pulleys with deep V-grooves are balanced for free movement. Mounted on aluminium frame with hooks at both ends. Diameter 50mm.
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These plastic pulleys have ball races mounted on a metal frame for smooth running.
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For demonstrating and performing quantitative experiments on fixed and moveable pulleys, trains of fixed and moveable pulleys, the wheel and axle and the capstan etc. Helps understand the concepts of the mechanical advantage, the efficiency of fixed and moveable pulleys, etc. Comprised of a rectangular laminated wooden base about (I x d), 20 x 82cm which supports two threaded rods measuring approximately 12.5mm x 81cm in metal flanges and is fitted with a capstan and a screw eye. Eight clamps (hook collars) are provided for suspending pulleys and cords on an adjustible cross rod approximately 12.5mm x 81cm, held by right-angle clamps. Supplied with:
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Basically similar to the pulley set described above. Comprised of a rectangular laminated wooden base approx. 12.5 x 15cm which supports a threaded rod measuring about 12.5mm x 61 cm in a metal flange, fitted with a capstan and a screw eye. Six clamps (hook collars) are provided for suspending pulleys and cords on an adjustable cross rod approx. 9.5mm x 20cm, held by a right-angle clamp. Supplied with:
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To familiarize the pupils with density, hardness, appearance and texture of common materials. The kit compromises of the following different materials in various sizes. Two each of Brass 20 x 20 x 50mm Perspex, glass, slate, aluminum, softwood and marble 20x20x100mm Iron 40 x 40 x 20mm Softwood, hardwood, paraffi n wax, aluminum, iron and foamed polystyrene 50 x 40 x 30mm Aluminum 50 x 50 x 80mm Hardwood 50 x 50 x 200mm Lead 50 x 50 x 20mm |
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Metal Disc Set, 25Mm, Set Of 8, diameter, packed together in a small zip bag. Sent with silica gel to help prevent rust. Contains one each of brass, zinc, bronze, stainless- steel, copper, mild- steel,nickel-silver, and aluminum.
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For measuring inertial masses and qualitatively understanding the terms, mass and weight. This principle can be used to determine mass under weightless conditions in space flights. The apparatus consist of two aluminium trays joined together by a pair of spring steel strips attached to their sides. Trays are about 200mm apart. One of the trays (the oscillating tray) is drilled to hold three equal cylindrical masses and the other tray acting as an anchorage is clamped by a C-clamp to a bench. Supplied with three masses and a cord (does not include a C-clamp). |
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For studying the dependence of moment of inertia on the distribution of mass, by rolling down a metal ring and wooden disk of the same mass and diameter on an . inclined plane or rolling them on a level surface with the same initial impulse. Comprised of a metal ring and a wooden disk of diameter 15cm, thickness 5cm and same mass. When these are rolled down on an inclined plane on a level surface with the same initial impulse, the difference in acceleration can be studied. |
This sturdy carriage has a one piece, high-impact plastic body. The machined aluminum wheels and axles are mounted on hardened steel cone bearings for minimum friction and long life. |
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For determination of the coefficient of kinematic and static friction, mechanical advantage and efficiency of an inclined plane etc. Comprised of a hardwood inclined plane (l x w), 600 x 100mm fitted with a pulley of diameter 22mm at the free end. It is hinged to a horizontal polished wooden base (I x w), 450 x 100mm, which is fitted with an aluminium arc graduated both vertically and angularly. The inclined plane can be fixed at any angle up to 45º or at a suitable height with a clamping wing nut. Supplied with a cylindrical plated metal roller, two wooden blocks (I x w), 200 x 75mm and 100 x 75mm, a scale pan diameter 75mm, cord and hook. |
Dramatically demonstrate angular momentum. Spin this solid rubber bicycle wheel, hold the handles, and try to change its axis of rotation. The faster it spins, the harder it is to tip over stand on a Rotating Platform to experiment with gyroscopic precession and learn how satellites steer. Wheel diameter 60 cm. |
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Set of 14 balls. Two each of: aluminium, brass, copper, iron, lead, zinc and wood. Packed in a sturdy cardboard box.
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For various applications in a physics laboratory. A cast iron ball of 79mm diameter with two hooks on opposite ends. Enamel finish. |
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For demonstrating the effect of temperature on the density of a liquid. Consists of a copper ball about 75mm diameter, properly loaded so that its density in less than that of water and it floats. When the water is heated its density reduces and the ball sinks. |
Also called density bottles or R.D. Bottles. Recommended for comparison purposes. Also for experience in calibration work. Each bottle has a perforated stopper (about 1 mm bore) and a ground mouth for a proper fit. Made of borosilicate glass.
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Includes one cube each of aluminium, brass, copper, iron, lead, and zinc without hook. Packed in a cardboard box.
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Made of clear acrylic .
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For showing that specific gravity depends on the nature of the material being tested. These cubes are carefully machined to 32mm on each side. Provided with a brass hook.
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Cube set includes 20g mass each of aluminum, brass, copper, iron and zinc. Demonstrate inverse relationship between density and volume of equal mass metal cube |
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To prove the inverse relationship between density and length of cylinders of equal mass and diameter. This set consists, of one each of machine turned cylinders of diameter 12.5mm, of equal masses, approx. 50g, of metals aluminium, lead, copper, brass, and zinc having the same diameter. Packed in a cardboard box. |
Set of six cylinders of aluminium, brass, copper, iron, lead and zinc. Packed in a cardboard box.
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The cylinder measures 75mm long x 25mm diameter with a suspension hook. |
To demonstrate that a body submerged in water loses weight equal to the volume of water it displaces. Consists of two brass pieces of equal volume. A solid cylinder 60mm long with a suspension hook at one end and a close fitting hollow bucket with a suspension loop at one end and a hook (handle) at the other end. Overall extended length is about 160mm. |
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For determining the volume of an irregularly shaped body when used in conjunction with a catch bucket. Suitable for density cylinders, sinkers and Archimedes principle devices. Made of Aluminium. The spout is properly angled to accurately measure displaced liquid. Hammer tone finished.
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For easy viewing of the experiment. Made of borosilicate glass with capacity of 500mL. |
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For measuring the pressure of gases. Suitable for moderate pressures. Consists of a borosilicate glass U-tube, diameter 25mm and 50cm high, open at both ends. Has one riffled arm for easy connection to rubber tubing. Mounted on a wooden board fixed on a metal stand. A metric scale is fitted between the arms of the tube. It is recommended to use colored water for greater visibility in a lecture hall. |
A multiple-use manometer for accurate measurement of gas pressure. Consists of a borosilicate glass manometer tube with a 50cm arm having funnel top and a 26cm arm with riffle for easy connection to rubber tubing. Mounted on a wooden board fixed over a metal stand. |
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Demonstrates that liquid pressure is transmitted equally in all directions. Consists of a borosilicate glass bulb, of 50mm diameter with holes, fitted with a piston for compressing liquids. Total height about 250mm. |
With 100mm dia, graduated 960-1065 x 1hPa with a reset pointer. |
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It is housed in a transparent plastic case, allowing the action to demonstrated with the help of a rubber bellow. The dial is 100mm diameter. |
Bourdon gauge on stand with tubulture for connection. Transparent back. |
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Apparatus for the recording of pressure verses volumes and for investigating boyle’s law. The vertical tube is part – filled with the colored liquid and sealed. The trapped air is then compressed progressively, with pressure (p) and volume (v) readings taken at each stage. Before each pair of readings is taken, the liquid should be allowed to settle so that the heat caused by the compressions is dissipated. The air is trapped in a long, graduated vertical tube. This scale is in arbitrary units. These can be taken as indicating the volume of the trapped air. Pressure is applied by using a bicycle pump (or similar) and can be read off the gauge provide. This gauge is calibrated this gauge is calibrated in both kg/cm and p. S. I. A reservoir under the gauge ensures that the pressure reaching the trapped air does not fluctuate too violently. The vertical tube will withstand the pressures required for the demonstration. However replacement of the bicycle pump with a foot pump might result in pressures greater than the apparatus can stand. |
For obtaining precise readings of volume of a gas for a range of pressures. The apparatus consists of two borosilicate glass tubes, closed at the top and joined by rubber pressure tubing at the lower open ends. Both tubes are mounted on a sliding bracket which can be locked at any position on a two-rod frame, fitted on a wooden board. A meter stick graduated from 0-100cm x 1mm and figured every centimeter on both sides is fixed in the centre of the board. Provided with enamelled finished cast base with levelling screws. Supplied without mercury. |
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This apparatus gives an excellent visual demonstration of a difficult concept; it shows a qualitative representation of the behavior of a gas as its molecules gain energy. The kinetic theory model also allows the illustration of various aspects of the kinetic theory of gases. Operating Voltage: 6 to 12V Dimension: 190 x 190 x 530mm |
Has a dual scale of 640-810mm and 25-32 inches with least count of 0.05mm and 0.002 inches respectively. It is suitable for altitudes upto 600 m. The mercury cistern has a adjusting screw and flucial setting point. Supplied w/o mercury |
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For demonstrating that heavy or light objects fall at the same rate in a vacuum. Made of a transparent tube (d x h),100cm x 37mm, with rubber end caps, one of which has a nozzle and stopcock for connecting to a vacuum pump (not included). Provided with a simulated coin and a feather. |
Consist of 5 wooden beams 600 x 44mm and marked every 38mm. Each beam has a groove across the center to indicate the fulcrum point. Also included are 4 wooden fulcrums and 40 square metal blanks of 25mm side. |
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A heavy cast iron frame with slotted end pillar to carry a thick steel bar. This bar is threaded at one end for large tensioning nut. I also has hole at other end to accommodate a cast iron breaking bar. Supplied with 6 breaking bars. |
Youngs modulus consists of a spirit level mounted across 2 pillars, with one end resting on the point of a micrometer screw. The pillars are supported by steel wires by means of two ceiling brackets. The micrometer has a vernier scale 5mm on either side of zero. Accurate upto 0. 01mm |
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For fitting standard meter sticks used in setting up a demonstration balance to study principles of levers, moments, torque etc.. Made of spot welded steel. Designed for fastening to meter sticks by means of knurled set screw and easy viewing of the meter stick. Provided with a removable metal wire stirrup which serves as a weight hanger when placed in an inverted position. |
For clamping two apparatuses together or securing an apparatus to a table top. Also useful for setting up rod mounted pulleys. Cast iron enamelled frame. Plated screw and vise type nut.
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For determining the mechanical advantage and demonstrating the principle of conservation of energy. Consists of four-step wooden wheel of 35, 50, 65 and 105mm diameters fitted with ball bearings, turning on a single, plated steel rod which can be clamped to a support stand using a right angle clamp. Each wheel has a flat groove to accept several turns of a cord with a small hole at each groove for holding a knotted cord. Can be fitted to a support stand with a right-angle clamp (not included). Recommended for use with nylon twine. |
Four digit counter that tallies upto 9999. With single click action and zero re-set knob. |
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Consists of 300mL aluminum catch bucket, aluminum over flow can with angled spout and three hooked cubes of different metals. For use in finding the volume, density and specific gravity of an object. |
To show that a body launched horizontally will fall vertically at the same rate as a similar freely falling body. Consists of a push button activated spring-loaded launcher with holes for two steel balls 19mm diameter acting as projectiles. Mounted on a wooden block (I x w x h),180 x 60 X 30mm. Designed to project one ball forward and the other to fall freely. |
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Consists of spring-loaded metal device and two steel balls. Demonstrates that a ball released vertically will hit the floor at the same speed of a ball released horizontally. |
For the dramatic and puzzling visualization of the effect of change of centre of gravity of an object. Consists of a pair of wooden double ended cones, a wooden diverging bar 0 to 10cm wide, serving as an inclined plane. When the double cone is set on the bars of the inclined plane the cone appears to roll up the plane violating the law of gravity. This is possible because the axis of the cone is actually moving downward due to a widening of the track. |
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For all kind of laboratory timing experiments. Dial diameter 100mm. With start/stop and zero re-set levers. The winding key is at the rear. |
Dial is divided into 30 seconds with 1/10 second graduations. Has 0 to 15 minute registry. Easy to read numerals. Housed in a plated metal case a with glass covered dial. Mechanical 15 jewel lever movement. Start, stop, and reset operations are accomplished by a single button by successive depressions. Rewinding is done using anti-clockwise crown movement every eight hours. Supplied in a high impact plastic case. No batteries required. |
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Dial is divided into 60 seconds with 1/5 second graduations. Has0 to 60 minute registry. Easy to read numerals. Housed in a plated metal case with a glass covered dial. Mechanical 15 jewel lever movement. Can be started, stopped and restarted by depressing the crown. A second side button resets the hand to zero. Rewinding is done by anti- clockwise crown movement every eight hours. Supplied in a high impact plastic case. No batteries required. |
These solids demonstrate the relationships between volume, size and shape. This set contains 10 pieces which are made of wood. |
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This unit demonstrates the principle of operation of the Wankel engine with its circulating piston. It is cutaway to show the internal construction details. Mounted on a base. |
Same as above but with chain drive from crank shaft for cam operated inlet and exhaust valve. |
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Locomotive design showing cross section of several parts as positioned, clearly visible through air tight glass front and movement of these parts are smooth enough to demonstrate working even by blowing, mounted on heavy metal base. |
The unit is the component part of the clear demonstration of the conversion of electrical energy into kinetic energy and back again when used in conjunction with the motor units and the lamp unit. The alloy wheel is of 115mm dia. The shaft has an aluminum pulley 44mm dia flatted on board size 150 x 100 x 10mm. |
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Used in conjunction with the turbine/pump unit to provide an open or closed system in demonstrating the conversion of Electrical energy to kinetic energy in the pump and from potential energy in the head of water. Supplied with two vessels of 80mm dia and tubes. The upper platform has 38mm dia hole to allow it to use as a single reservoir. |
The line shaft is used to show the conversion from electrical energy, via mechanical, to potential energy by winding up a mass on a cord. The falling mass drives the generator and produces the power to light up a lamp showing the reversal of the conversion cycle. |
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A high quality motor used for driving the dynamo, fitted with a 12mm diameter pulley. Electrical connection is via 4mm sockets. The motor operates between 2 and 6v dc. The base size is 146 x 100 x 10mm. |
A high quality unit basically supplied to compare the power output and input against the larger version detailed above. The motor is fi tted with a 12mm diameter pulley and is operated between 1.5 to 4.5V DC. The base dimensions are 146 x 100 x 10mm. |
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To show the conversion of potential energy stored in the twisted bands of rubber into electrical energy. |
This unit demonstrates the conversion of electrical energy to heat via friction on the outside of a rotating vessel. |
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For use as a water turbine to drive a generator or for use as pump driven by a motor and raising a head of water to produce potential energy. Two inlet tubes (for turbine and pump operation) and one outlet tubule are provided. A shaft is attached to the turbine and drives a 15mm pulley. |
(connections can be made through 4mm sockets) Integrated unit with motor/fan, buzzer and a LED mounted on a single plate. 3572-30 Motor with fan 3572-31 Buzzer 3572-32 LED 3572-33 |
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Un-mounted with glass inlet and outlet valves. |
Reinforced plastic measuring tape. Measures one side 60” and the other side 1520 mm. |
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Measuring tape 3 M/10 ft, metal, retractable. Metal tape in plastic housing. 13 mm wide and 10 ft./3m long. |
Made of stainless steel. Pressed into one bent flat end, raised center section and 20mm long scoop at the other end. Overall length is about 140mm and about 7mm wide middle strip. |
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For hanging slotted masses described in 3410-03, 3410-08 and 3410-11. Made of brass. |
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Consists of 2 x 5g, 3 x 10g, 3 x 20g, 2 x 50g and 1 Hanger of 50g |
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Mr. Rohit Sadana
(Manager)
A - 8 / 1, Naraina Industrial Area, Phase - 1
New Delhi,
Delhi -
110 028,
India
Telephone: +(91)-(11)-45578082
© Sadana Brothers. All Rights Reserved (Terms of Use)
Developed and Managed by IndiaMART InterMESH Limited
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