Elab Engineering Gautam Budh Nagar, Greater Noida, Uttar Pradesh

Young's Modulus Apparatus (Searle's Pattern) Comprising of two brass frames with specially designed sell centring chucks, connected by a pivoted link carrying a sensitive spirit level and a standard micrometer head reading to 1/100 mm. Supplied in case with a ceiling bracket, constant weight and suitable wire. Without weights.

Worm Gear Complete mounted on base board, with driving handle.

Worm And Worm Wheel An all metallic self contained apparatus useful for demonstrating the efficiency of worm and wheel and also the principal of work. Consisting of a machine cut worm gear of 25 cm diameter, carrying a metal drum of 12 cm diameter, and machine cut worm on steel spindle carrying a 12 cm diameter pulley. The whole arrangement is fixed on heavy cast iron bracket capable to be fixed to a wall. Complete with effort pulley, string and hooks but without weights. A) Single Purchase b) Double Purchase c) Tripple Purchase

Standard Accessories : Suitable Electric Motor 3 Phase Motor Pulley Suitable Push Button Starter Set of V-Belts Belt Guard Gear Guard Hand safety device Special Steel Spanner for adjustment to lock Nutt Hand operated oil lubrication Pump Clamps for Holding dies Bolster Plate duly machined having T-Slots

Workshop equipment, CNC Milling Machine Floor Model Features : Brushless Motor 1kW Scrap Collection Device Spindle Motor Speed Max. 5000rpm Contain Fourth Axes Connection Socket Specifications : Drilling Capacity : 16mm (0.6”) Worktable Size : 500x160mm (22” x 6.3”) Worktable T-Slot Size : 12mm (0.5”) No. of T-Slot on Table : 3 Max. Loading of Worktable : 35 kg Table Travel x axes : 280mm (11”) Table Travel y axes : 120mm (4.7”) Table Travel z axes : 270mm (11”) X Axes Feeding Motor Power : 4Nm Y Axes Feeding Motor Power : 4Nm Z Axes Feeding Motor Power : 6Nm X Y Z Axes Max. Moving Speed : 2mmin X Y Z Axes Feeding Speed : 500mmmin Throat : 232mm (5.9”) Position Precision : 0.015mm Repeat Positioning Precision : 001mm Spindle Taper : MT3#R8ISO30 Spindle Speed : 100-5000rpm Spindle Motor : 1kw Machine Size (LxWxH) : 1280x895x1845mm Packing Size (LxWxH) : 1420x1060x2035mm G.W.N.W. : 570510 kg

Winch Crab Single Purchase Fitted with heavy cast iron wall brackets. The grooved wheel is of 25 cm diameter and gears are machine cut. This apparatus is used for experiments in efficiency of mechanical advantage. Weights are not included.

Winch Crab Double Purchase Experimental type. Same as above but with double set of gearing arrangement. Without weights.

Wheel And Differential Axle All metal wheel of 30cm diameter. The axle having diameter of 15 & 7.5 respectively giving a ratio of 1 :2:4. A steel axle passes through the centre of the wheel which is mounted on ball bearing in cast iron brackets reducing friction to minimum. The base has holes to fix the apparatus on wall. Complete with snatch pulley block, cord and hooks but without weights

Determination of unknown resistances. Determination of the total resistance of resistors in series, of resistors in parallel. Determination of the resistance of a wire as a function of its cross-section. What you can learn about Kirchhoff's laws Conductor Circuit Voltage Resistance Parallel connection Series connection Wheatstone Bridge - The Wheatstone bridge circuit is used to determine unknown resistances. The total resistance of resistors connected in parallel and in series is measured.  Add To Cart Add To Cart

Wercester Circuit Box A Hands-on Introduction to Electrical Basics What is parallel circuit or a series circuit? How does a fuse work? What is a short circuit? Simplify and understand circuit diagrams. Experiment with the theory of electricity utilizing the unique "breadboard".

Water Pump Supply Module Technical Description The Basic Module Water Pumps is part of an equipment series that facilitates the investigation of a wide range of engines and machines. Different water pumps can be operated on the basic module and investigated in respect of their characteristic behaviour. The pumps are installed in the experimental set-up using flexible hoses with rapid action couplings. The flow rate is set on a ball-cock and acquired with a magneto-inductive flowmeter. The sensors for intake and delivery pressure are fitted to the pumps to be investigated. All sensors are connected to the measuring unit that is part of the basic module. The measured values recorded are displayed on digital displays on this block. The drive motor for the pump drive is fitted to the Universal Drive and Brake Unit.

Water Hammer Apparatus Technical Description The experimental set-up for the investigation of water hammer in pipes is clearly laid out on a laboratory trolley. For reasons of space, the experimental pipe section is of a spiral design. The medium used for the experiments is water. Using solenoid valves, an abrupt change in the flow speed in the pipe can be induced, this initiates a pressure pulse. A pressure vessel with a cushion of air simulates an open ended pipe such that there is a clear reflection of the pressure wave. A pressure transducer measures the pressure wave and converts it into a voltage signal. To make the pressure characteristic visible, an oscilloscope can be connected. The reflection time and closing time of the solenoid valve can be read on the oscillogram. The oscilloscope is not included.

Water Cooling Tower Technical Description Cooling towers are a special type of counterflow heat exchanger. Warm water is sprayed from the top down through the column while airflows up through the column. Cooling is predominantly due to the evaporation of the water. The amount of water evaporated is measured. A fan supplies a variable cooling airflow. All important process parameters including the water flow rate are measured electronically and displayed. The measured values can be transferred to a PC for analysis and further processing. A data acquisition card and software are included. Four further cooling columns are available as accessories.

Waltenhofen Pendulum When a massive body made of conductive material moves through a magnetic field, eddy currents are induced. According to Lenz’s law, the body is then subjected to a force which is opposed to the cause of the eddy currents, i.e. the motion of the pendulum. The braking action increases with the strength of the magnetic field. If slits are cut into the body, this reduces the generation of the eddy currents.

This is a microcontroller based equipment with lcd. The analog metres have multiple scales which makes the instrument very complicated for the students. The digital display of swr & db solves the problem. Since the equipment have microcontroller based digital display so there is no need of expanded scales, as it was in conventional instruments

Vibration Of A Spiral Spring Features Low cost, effective teaching. Self-contained. Wall mounted. Measurement of oscillation frequency. Demonstration of Hooke's law for torsional spring. Comparison with theoretical predictions. Three year warranty.   Range of Experiments To compare the experimental stiffness of a plane spiral spring with theoretical predictions. To observe if the spring exhibits a linear elastic behavior.   Description Spiral springs are used to provide a restoring torque to an oscillating shaft when it rotates through an angular displacement. They exhibit similar stiffness characteristics to linear springs, except that the effect is one of torque rather than force. The stiffness of a spiral spring depends on its physical dimensions and the rigidity of the steel strip from which it is formed. The student can easily calculate the theoretical simple harmonic motion of the spring, and compare the value with simple experimental results. A range of moments of inertia of the oscillating part is provided. The wall mounted unit consists of a spiral spring coiled from a length of 25 x 0.6mm steel strip to give an effective length of 2 metres, attached to a shaft mounted in ball bearings. A cord carrying a weight hanger is wound round the shaft, and a load applied to twist the spring. Spring deflection is measured with an attached 360° scale. A cord and weight hanger are supplied. A set of discs which can be attached to the shaft change the frequency of oscillation, measured by the stop watch provided. This equipment is part of a range designed to both demonstrate and experimentally confirm basic engineering principles. Great care has been given to each item so as to provide wide experimental scope without unduly complicating or compromising the design. Each piece of apparatus is self-contained and compact. Setting up time is minimal, and all measurements are made with the simplest possible instrumentation, so that the student involvement is purely with the engineering principles being taught. A complete instruction manual is provided describing the apparatus, its application, experimental procedure and typical test results

STANDARD ACCESSORIES : One Ram Head on Cross Rai Automatic lifting of the Cross Rail Jaw chucks - 4 Nos. Centralised Lubrication System Thyristor centralised DC drive for stepless Table speed. Antifriction material coating on main slide for smooth feed motions. Fully centralised control stations. SPECIAL ACCESSORIES : Additional Ram head on Cross Rail Turret head on Cross Rail Threading head on Cross Rail Side Ram Head Grinding Head

One Ram Head on Cross Rai Automatic lifting of the Cross Rail Jaw chucks - 4 Nos. Centralised Lubrication System Thyristor centralised DC drive for stepless Table speed. Antifriction material coating on main slide for smooth feed motions. Fully centralised control stations. SPECIAL ACCESSORIES : Additional Ram head on Cross Rail Turret head on Cross Rail Threading head on Cross Rail Side Ram Head Grinding Head

Venturi Tube Technical Description The Venturi tube can be placed in the measuring section of the test stand with only a few actions. Then fluid mechanics experiments on the energy conservation law (Bernoulli) and on the law of continuity can be performed. The pressure measuring connections on the tube are connected via hoses to the multiple tube manometer belonging to the test stand.

The stable robust, all welded steel frame from ultrasonically tested plates are of top quality. Ram and table designed with special inclined member and box type structure for maximum strength.. The top beam is guided by three point roller with replaceable hardened liners for least wear.This eliminates lubrication of guides. Roller guide made of hardened & ground bearing steel to provide better quality of cutting for a long time. Rake angle can be varied to permit shearing of higher thickness than nominal capacity and facilitating distortion free shearing of thin sheets. The fastest and easiest way of blade clearance setting without need of feeler gauge, which helps  Burr-free edges. Positive holding by hydraulic holddowns before shearing avoids slippage of sheets and independent operation of holddowns for clamping of sheet helps checking of mark without taking shear stroke. Front gauging by disappearing stoppers mounted on left squaring arm. Robust, heavy & accurateback gauging to set cutting width. Hydraulic cylinder are designed with both low and high pressure sealing, Hard chrome plated rod also with special type guide for long life without leakage. Hydraulic components of international quality assembled in our own factory with specially designed compact manifold Frame: Rigid steel frame of shears are optimally designed to avoid weak sections at load support and is of interlocked design Ihe table of frame is welded together with support of steel plates. The table top surface is machined with provision ot t-slot of facilitate front gauge stopper. Ram assembly is welded with steel plate support. Rake Angle (Variable):  Rake angle selector switch is provided in control panel to vary the rake angle. It permits to shear higher thickness than its capacity. Thin sheet can be cut w/o distortion. Roller Guides:  The upper beam is guided by three point roller guides. A replaceable hardened Liner is provided for minimum wear. It eliminates lubrication ol guides. Hydr Power Pack : Hydraulic system is mounted at top at rear side of machine. Hydraulic components are of internationally reputed make like Vickers, Dowty. Rexroth etc. Valves are mounted on a compact manifold block minimizing piping and chances of leakages. For oil cooling sufficient size of oil reservoir is provided. Cylinders: Cylinders are precisely honed and are fitted with hard chromed piston rod with best quality sealing elements Cylinders are connected with upper beam (cutting beam) with spherical bearings for higher capacity Two cylinders are working on differential pressure principle for synchronization. This eliminates force on cutting edge. Hydr Hold Down : Hydraulic hold down pads hold the sheet secarely to avoid slipping & bowing resulting in clean square cut. Hold down units are provided tor better clamping white cutting narrow strips. Blade Clearance: Blade clearance can be adjusted manually by lever on each side of machine with calibration of clearance suitable for thickness Motorised Back Gauge : Motorised back gauge is operated from front of machine by push button. Back gauge traveled distance is displayed on electronic counter. Next position can be preset and can run with auto stop arrangement. Back gauge automatically retract from bottom blade after Shearing, to avoid trapping ol cut strips. Blades: shears are provided with high Quality, Single segment (HcHcr) blades tor longer tool life. Ease in assembly of Blade reduces down time The blades are four edged. Operation : Electric panel & operational console are provided at right side of the machine for easy operation by operator. Console & control panel is provided with on-off push-button, three phase indicator forward-reverse push-button for back gauge operation, inch push-button for individual hold down function emergency stop push-button. Foot switch is provided to carry out Shearing Operation if foot switch is released at any point of shearing upper beam will return from that point. Finger Guard:  Fitted in front of hold down for operator's protection without obstructing viewing.

This machine is best suited for small batch production or when cost of press tools and dies is prohibitive. It enhances quality and productivity by doing such jobs which used to be done by skilled men and hand tools. The machine has eliminated expensive trimming dies in many modern workshops. Fabricators, Control panel manufacturers, cabinet & vehicle body makers, fan & impeller industry in addition to many others find it a most valuable asset. While the capacities indicated below are for mild steel, the machine is often used for many other materials as well. DESCRIPTION :  The Sheet Metal Nibbling Machine is a rugged, sturdy and reliable multipurpose machine capable of sheet cutting & forming operations. Its verstility is best expressed by terming it the Sheet Metal Workers lathe. The working principle on which nibbling operates is the sheet is cut or formed between the fast reciprocating motion of an upper tool (powered by an electric motor and driven by an ecentric crank) and a stationery lower tool, by progressive punching, as the sheet is fed. OPERATIONS : Shearing tools are available for straight cutting, figure cutting (contour cutting) and circle cutting operations. The shearing length per cut is small and there is no wastage of materials. Nibbling is a continuous punching operation with a circular tool and is used for producing internal and external cut-outs of any shape. The workpiece does not warp but the edges produced may require filing, depending on the end use. The fixed nibbling tool is a. solid punch cutting at one side. The punch and die clearance is provided to suit the sheet thickness and the feed is controlled by the tool design. This tool, when used with the rotary nibbling attachment, enables nibbling in any direction without turning the sheet. Rectangular notching is a continuous punching operation with a square punch and die. It is used mainly for producing internal rectangular cutouts. The tool cuts in the two directions and the edges produced are clean. Universal nibbling tool consists of a round or square hollow nibbling punch, a guide pin and die. The nibbling punch cuts on all sides and with copying complates it becomes a quick and economical way to produce parts or cutouts of any shape or size. The guide pin controls the feed rate. Slot cutting is a done with a double-edged cutting tool which avoids warping of sheets. Suitable for parting of sheets, cutting small strips and slots. The upper tool has to be changed for each slot width while the bottom tool is adjustable. Louver cutting is a combined shearing and forming operations. The sheet is first cut and then the louver is formed with the forming part of the tool. The length of louvers produced is independent of the length of the tool. This operation as well as beading, folding and flanging are completed in 2 to 3 passes. After every pass the tool is fed further towards the sheet. Beading is a forming operation used for the stiffening of sheets. Folding is also a forming operation and by double folding, channels may be made for housing of electrical writing etc. Flanging is forming operation very commonly used on sheet metal parts. 0° to 90° flanging is possible by changing the lower tool only. 2-3 passes are generally required and intermediate annealing may be necessary in some cases to get the correct angle of flange. Like all other forming operations, the circle guiding attachment for straight feeding attachment is necessary for producing circular or straight flanges. However, a separate tool which uses the edge of the workpiece for guidance is available for free hand flanging of any shape. Dishing or peening is a mechanical hammering operation used for forming dished parts like tank bottoms. The quality of dishes formed depends on the skill of the operator. Large hole punching is possible with special punch and die sets. Round or square holes such as needed for fixing lamps or push buttons etc. on panels are produced on these low tonnage machines by providing a shear on the punch. Inner circle cutting Available for circles from 100 mm dia meter up to a maximum circle dia meter-the size being 80% of throat depth of the corresponding model chosen. Pre-hole in the centre is necessary for sheet thickness above 2 mm Accessories :  Complete electricals, a set of straight cutting tools with the holders, necessary keys, spanners for the operation of machine, feeler gauge & operation manual form the std. accessories supplied with the machine. Various attachments for straight sheet feeding, circle guiding, louvre cutting, rotary nibbling copy & coordinate table with scales & ball tops antivibration pads etc. are available. Tools :  Straight, figure and circle cutting tools, Flanging tools, beading tools, flouring tools etc. are available at extra cost. STANDARD ACCESSORIES : Tow Slides for attachment mounting. Set of tool holders with figure cutting bits. Electric motor. Push button starter provided with over load trip Set of operating keys. Set of operating spanners. OPTIONAL ACCESSORIES : Anti vibration pads. Hand pushed straight feeding attachment. Circle cutting attachment. Nibbling tool. Louver cutting tool. Beading tool. Rectangular notching tool. Flanging tool. Slot cutting tool. Punching tool.

Salient Features : Gear Hobbing Machine model V-300 is designed for the production of precision Spur, Helical, Worm Gears, Splines, Sprockets, Rachet Wheels & any other form that can be hobbed. Its bed & column are of close grain casting & are well ribbed with V-type guideways. The shafts & Gears are made of alloy steels. The indexing worm wheel is of high grade Bronze material. The machine is equipped with Differential Mechanism for cutting helical gears. Provision has been made to remove backlash between the indexing worm & worm gear and also between feed screw & the nut of the hob slide. Oil reservoirs are provided in the machine which ensures thorough lubrication of gears & bearings. STANDARD EQUIPMENTS :  One Electric Motor 2 H.P. (960 RPM), One Electric motor 1 H.P. (1440 RPM), One Electric Coolant Pump, One work arbour, One Hob arbour, One set of 45 change gears,One set of spanners. The heavy duty Universal Gear Hobbing Machines represent the ultimate in sound uptodate design. These are of precision construction with superior workmanship which ensures high output and fine performance. The machine can cut Spur Gears, Helical Gears, Worm Gears, Splines, Serration sprocket Wheels, Retchet Wheels and any other form that can be hobbed. The bed and main column of the machines are of ample size. These are of box type design and are well ribbed with V-type guideways. For the consistence accuracy of the machine axially adjustable Indexing worm is provided to remove backlash. Provision has also been made to remove backlash in feed screw and nut of the Hob slide. Oil reservoirs are provided in the machine which ensures thorough lubrication of Gears & Bearings.One main electric Motor, One rapid electric motor, One electric coolant Pump, One Work Arbour, One Hob Arbour, One set of 48 change Gears, Six segment supports (One Face Plate 54" dia. and One V-Belt Pulley 31 dia. for V-1500 only) 

Networking of Industrial Controllers Technical Description  One of the aims of process automation is to monitor and control plant or plant components centrally from a computer. This task performed by a process control system. This trainer demonstrates the operation of a process control system based on a simple application. The trainer consists of two process controllers interconnected via a field bus interface (Profibus DP) and an interface card with a PC. On the PC, an OPC (OLE for Process Control) server makes the controller data available to other programs under Windows for further processing. The process control software developed by GUNT on the basis of LabView accesses the process data on the controllers and enables it to be visualised. The software also allows the process controllers' parameters to be set. Various functions such as recorders and alarm logs enable a simple control room function to be simulated.  Two potentiometers permit the simulation of input signals for the controllers. The controlled variable, manipulating variable and reference variable data are delivered as standard signals at lab jacks, enabling the controllers to be integrated into real processes at any time. Clearly structured instructional material outlines the fundamentals and provides a step-by-step guide through the exercises.

Fundamentals of Sedimentation Technical Description Sedimentation is often used to clarify suspensions. In the process, the solid particles move downwards in a liquid owing to their density. Using , the sedimentation processes in different suspensions can be investigated and compared. Five transparent cylindrical tanks are provided for the purpose. The suspensions are prepared in measuring cups, poured into the removable tanks, and mixed by shaking. The tanks are then mounted vertically on the experimental unit. To aid observation of the sedimentation process, the tanks are backlit.

CNC Milling Machine Table Model Features : Brushless Motor 500W 4th Axes Driver & Connection One Shot Lubrication Oil Pump Power Socket for Computer and MPG Specifications : Drilling Capacity : 10mm (3/8”) Worktable Size : 400x145mm (16” x 5.7”) Worktable T-Slot Size : 8mm (0.31”) No. of T-Slot on Table : 3 Max. Loading of Worktable : 20 kg Table Travel x axes : 260mm (10”) Table Travel y axes : 110mm (4.3”) Table Travel z axes : 180mm (7”) X Axes Feeding Motor Power : 1.35Nm Y Axes Feeding Motor Power : 1.35Nm Z Axes Feeding Motor Power : 2.2Nm X/ Y/ Z Axes Max. Moving Speed : 2m/min X/ Y/ Z Axes Feeding Speed : 500mm/min Throat : 150mm (5.9”) Position Precision : 0.015mm Repeat Positioning Precision : 001mm Spindle Taper : MT2#/ Spindle Speed : 100-7000rpm Spindle Motor : 500w Machine Size (LxWxH) : 1040 x 860 x 940 mm Packing Size (LxWxH) : 1170 x 960 x 1100 mm G.W./N.W. : 218/178 kg

CNC Lathe Machine Floor Model Features : Scrap Collection Device Powerful Brushless Motor 4 Station Electric Automatic Tool Turret Power Socket for Computer & MPG Socket Specification : Swing over bed : 250mm (10”) Swing over carriage : 110mm (4.3”) Center distance : 450mm (18”) Bed width : 135mm (5.3”) Spindle speed : 100-3000 rpm Spindle taper : MT3# Max. Moving Speed of X/Z Axes :2m/min X/Z axes feeding speed : 500mm/min Z axes max. travel : 320mm (13") X axes max. travel : 180mm (7") X/Z axes motor : 4Nm Tool turret : 4 station Tool turret angle : 360 degree Tailstock taper : MT2# Tailstock travel : 50mm(2”) Positioning precision : 0.015mm Repeat positioning precision : 0.01mm Turret return orientation precision : 0.005mm Main motor power : 1kw Machine size (LxWxH) : 1460x760x1450mm Packing size (LxWxH) : 1630x1070x1685mm G.W/ N.W. : 530/ 440kg