Adjustable Bed Flow Channel Unit
The Sci-tech Adjustable Bed Flow Channel Unit Model FM 32 is suitable for demonstrations and teaching of open channel flows. By closing the top of the channel, the unit can also be used to demonstrate duct flows. The complete unit is mounted on a mobile platform fixed on castor wheels. The apparatus is self sufficient with water recirculation system consisting of flow inlet tank, centrifugal pump, flow control valves, discharge tank, water flow meter and sump tank. The inlet tank consists of baffle plate and screens to reduce disturbances in the flow. The discharge tank consists of adjustable over flow weir which can be adjusted to control flow conditions in the working section.
Advanced Hydrology System Trainer
Sci-tech Advanced Hydrology System Trainer Model FM 59 demonstrates some of the major
physical processes found in hydrology and fluvial geomorphology, including: rainfall hydrographs for
catchment areas of varying permeability; the abstraction of ground water by wells, both with and
without surface recharge from rainfall; the formation of river features and effects of sediment
Air Flow Studies Apparatus
Fluid mechanics is an important subject and has applications in several areas including air conditioning, aerospace, automobile, and industrial air distribution systems. Study of air flows and its measurement is important for understanding the basic principles of fluid mechanics. Sci-tech Model FM 34 Air Flow Studies Apparatus Model FM 34 is important equipment for laboratories in certificate level, diploma and degree level courses of mechanical, civil, chemical, aeronautical, environmental and related branches of engineering of any educational institutions.
Axial Fan Test Apparatus
Axial fans are used to transport gases. The medium to be transported is drawn in axially to the drive shaft of the axial fan by the rotation of the rotor. The medium flows through the rotor and is discharged axially behind the rotor.
The experimental unit provides the basic experiments to get to know the operating behavior and the important characteristic variables of axial fans.
Axial Flow Turbo – Machines
The core piece of the experimental plant is the Sci-tech Axial Turbo-machine Model FM 87 with attached motor/generator. It can be operated either as a pump or turbine. To this end, different sets of paddles are used.
The transparent housing allows a full view of the blades and flow processes. A compressed-air powered equalization basin can quickly flood the system. Operation under different pressure levels is possible in order to
study the cavitation. The braking power is fed back into the grid.
Base Module for Experiments in Fluid Mechanics & Accessories
Sci-tech Base Hydraulic Bench Module for Experiments in Fluid Mechanics FM 100F is of volumetric type and has been designed to provide continuous and controlled supply of water to conduct various experiments using auxiliary modules in typical Fluid Mechanics and Hydraulics Laboratory. The unit is an ideal service unit for conducting student projects. Once filled, no external water supply is required. Water is recycled between the Experiment Module, Measuring Tank and the Storage Tank by the Centrifugal Pump.
BASIC FLUID MECHANICS
Pumps are connected in series and parallel to obtain the required flow rate and head in several applications
including domestic, industrial, irrigation and drainage. Energy is supplied to the pumps by electric motors and
the potential energy of the liquid is increased by the action of the impeller rotating inside a volute casing.
Basic Hydrology Apparatus
Sci-tech Basic Hydrology Apparatus Model FM 39 is a self contained unit for studying basic
hydrology. It consists of a large stainless steel rectangular tank with adjustable tilting mechanism. The
tank is filled with a granular medium.
Basic Pipes Networks Tutor
A common problem in the installation of pipe-work is the determination of pressure and flow rate in complex pipe systems. Sci-tech Basic Pipes Network Tutor Model FM 49 facilitates the setting up and investigation of different types of pipe system, for instance series and parallel configurations of pipes, their branches and joints. Analogous to Kirchoff’s laws in electrical engineering, the pressure in the pipes corresponds to the electrical voltage, the pressure losses to the electrical resistances. Node analyses can be performed.
BernoulliâS Theorem Demo Apparatus
The Bernoulli’s Theorem states that the sum of pressure head, velocity head and the potential head is
constant along a stream line for a steady, in viscid and incompressible flow of fluid. The Sci-tech
Bernoulli’s Theorem Demonstration Apparatus Model FM 03 is a bench top unit and has been
designed to demonstrate the Bernoulli’s Theorem.
The apparatus consists of a transparent venturi tube.
Wall pressure tapings are provided along the converging and diverging portions of the venturi to measure
the static pressure distribution.
Butterfly Valve (Cut Section)
Weight and Dimensions:
Net weight :10 kg
Gross weight :15 kg
Packing included approximately.
Butterfly Valve & Non – Return Valve Assembly
Sci-tech Butterfly Valve & Non-Return Valve Assembly Model FMSC-BVNR are used where flow reversal is
not permitted. They must fully seal off the reverse direction while offering the lowest possible resistance in the
forward flow direction. If the differential pressure of the medium falls below the value as dictated by the spring
force, the valve closes. Non-return valves are installed in pipelines, and must close if the pressure drops or if a
high back-pressure occurs. They are largely maintenance-free and low-wearing.
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