Type: Digital Density/Specific Gravity Meter with Hydrometer setup (combined use) Measurement Range: 0.7 – 2.0 (specific gravity) Accuracy: ±0.001 Resolution: 0.0001 Temperature Range: 0°C to 100°C Temperature Control: Water bath with digital PID controller (±0.1°C) Measurement Method: Archimedes principle / Hydrometer method Sample Container: Borosilicate glass cylinder (250500 ml) Temperature Measurement: Digital thermometer (±0.1°C) Calibration: Standard weights / reference liquids provided Construction: SS/MS powder coated frame Corrosion-resistant components Compact and easy-to operate setup Accessories: Hydrometer set (various ranges) Thermometer and measuring cylinder Suspension wire/weight (for solid samples) Power Supply: 220–240 V, 50 Hz, single phase Features: High precision and repeatability Suitable for liquids and solids Easy calibration and maintenance Experimental Capabilities: Determination of specific gravity of liquids and solid materials for laboratory analysis

Complete demonstrative setup including hydraulic jack, pressure gauge (Bourdon type), loading arrangement, oil reservoir, and transparent section for visualization. Experimental Capabilities: Verification of Pascal’s law Determination of mechanical advantage (MA), velocity ratio (VR), and efficiency Study of load–pressure relationship Observation of pressure transmission in hydraulic systems Performance analysis under varying loads Demonstration of practical applications of hydraulic lifting systems

Setup with interchangeable vanes, nozzle arrangement, force measurement mechanism, water circulation system, and collection tank Teste plate: Material Brass2 Nos (Flat plate and Curved plate) Nozzle: material Brass Chamber: Perspex cylinder Water circulation: 0.5 HP Pump Flow Measurement: using measuring tank with piezometer capacity 35 liter Sump tank: capacity 70 liter Tank Material: MS sheet (include surface will be provided with FRP to avoid corrosion) G.I Pipe of internal dia. 25 mm Experimental Capabilities: Verification of momentum equation for fluid jets Measurement of force exerted by jet on different vanes (flat, hemispherical, inclined) Comparison of theoretical and experimental force values Determination of jet velocity and discharge Study of effect of vane shape on force and efficiency Analysis of momentum change in fluid flow