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We offer the best product range of PHOTOSYNTHESIS APPARATUS, Hope Apparatus, Reynolds Apparatus, Orsat Apparatus and Bernoulli Theorem Apparatus.
DESCRIPTION -:The apparatus consists of rectangular transparent flow section connecting two tanks, the section can be easily removed or connected to two tanks. It converges for a small length & diverges for the remaining length. Flow can be controlled by a gate valve. Pizometers connected to flow section, make it possible to measure pressure heads & give visual observations of hydraulic gradient Specifications :- 1) Tanks : 2 numbers of suitable size mounted on stand.2) Flow channel of 90 cm length made out of perspex sheets.3) Prizometer tubes equispaced at 5 cm4) Measuring tank of 100 lit. cap.5) Stop clock6) Prizometer tubes equispaced at 5 cm7) Measuring tank of 100 lit. cap.8) Stop clock RANGE OF EXPERIMENTS -: 1) Bernoulli?s theorem for the flow of real liquid can be verified.2) Hydraulic grade line & the total energy line along the flow section can be plotted & can be studied. SERVICE REQUIRED -: 1) Suitable water supply arrangement. 0.5 to 3 L.P.S.2) Suitable drainage arrangement.3) Floor Space : 3m x 1.5m
INTRODUCTION :-An apparatus for determining losses due to friction in pipes of 15, 20 & 25mm. Dia. approx. Consisting of collecting Tank, storage Tank, pump (0.5HP) Control Valves, pressure tapping, Piezometer Board, Stop Clock etc. BASIC SET UP - : 1. STORAGE TANKMade out of fibreglass for corrosion prevention, suitably mounted on a sturdy frame support. Size : 100cm. x 70cm. x 23cm. (approx.)2. COLLECTING TANKMade out fiber glass for corrosion tank. Size of the collecting Tank is 55cm. x 45cm. x 40cm. Capacity approx. 60 liters, fitted with drain valve 1? size piezomenter Tube with calibrated liters Marking scale.3. MONOBLOCK PUMPMonoblock, 1 ph, 1/2HP Pump shall be provided with the set-up which shall be mounted on the base plate. Necessary piping with by ? pass valve & suction piping are provided. The connection for the test equipment is made by flexible Hose pipe. SPECIFICATIONS 1) Three pipes : 50mm, 40mm & 25mm nominal diameters approximately connected in a common manifold.2) Pressure tappings at 2.5 m distance.3) Supporting stand structure for the equipment.4) Measuring tank of 100 capacity with drain valve & gauge glass.5) Differential manometer of 1m length without mercury. RANGE OF EXPERIMENTS :1) To determine coefficient of friction for pipes.2) To plot relation between pressure loss & flow rates for a particular pipe diameter.
DESCRIPTION :-This is a water re-circulation system consisting of a water sump tank, mono block pump, top tray with drain, discharge measurement tank, and a bye-pass arrangement for the mono block pump. Specifications :- Table size - 1200 x 1000 x 800 (approx.)2) Water Tray - 1200 x 1000 (approx.)3) Sump Tank - 150 Lit. (approx.)4) Discharge Measurement Tank - 50 Lit. (Approx.)5) Monoblock Pump - 1 Phase, 230 V AC6) Necessary Piping arrangement with a bye pass arrangement.This bench is useful to conduct experiment on various set ups. At a time however, only one experiment set up can be used on this bench.
A comprehensive unit to perform the vibration experiments.Three different modules are provided upon which three batches can work simultaneously. Work of assembly & dismantling is reduced to much extent, which is its distinct advantage over conventional common frame type units. Experiments- Module I1.Simple pendulum. 2. Compound pendulum 3. radius of gyration of bi-filar suspension.4. Tri-filar suspension. Module II1. undamped torsional vibrations of single rotor system. 2. Damped torsional vibrations of single rotor system. 3. Undamped torsional vibrations of double rotor system. Module III1. free vibrations of helical coiled spring. 2. free vibrations of spring mass system.3. forced damped vibrations of a spring mass system. 4. Lateral vibrations of simply supported beam. 5. Verification of Dunkerleys rule.
DESCRIPTION :The apparatus consists of a plain steel shaft encased in a bearing and directly driven by a small electric motor. The bearing is freely supported on the shaft and sealed at the motor end.The motor speed is precisely controlled and adjusted by specially designed control unit and can be run in both the directions.The bearing contains twelve equispaced pressure lappings around its circumference and four additional ones along its topside and on a vertical radial plane. All are connected by light and flexible plastic tubes to the rear manometer panel so that pressure head of aoil at all sixteen points can be clearly observed at all times.Oil is supplied to a low pressure region at both ends of the bearings by an adjustable resevoir fitted at the side of the rear panel.The bearings can be loaded by attaching various weights to the arms supported beneath it.A label is conveniently provided at the front of the apparatus.