|S.No||Name and Description||Photograph|
|1||Digital storage oscilloscope
A general purpose test equipment used for visual inspection of various signals, their Storage and analysis in digital format. Its highest capture rate exceeds 1000 times/sec with a USB host (Pen drive) & Device Interface.
A general purpose electronic test equipment used to generate different types of electrical signals like Sine, Triangular, Square over a wide range of frequencies. It is pivotal in development, testing & analysis of almost every electronic based experiment.
|3.||Modular instrumentation trainer
Modular instrumentation trainer to provide in-depth knowledge about the sensors and instruments. Abs Stability Drift not more than ? 0.005 Abs / hour after 1hr. of warm up time Linearity Better than 1% Noise
|4.||Microwave Antenna Experimental Setup
A complete training setup to provide hands on practical demonstration of working of a Microwave Antenna. It has a set of 15 Antennas like Horn, Slot, Helix, Dipole, Monopole, Aperture, Micro-Strip with a PLL Transmitter and Receiver. It offers study of Gain, Beam Width, Element Current and front-back ratio for examining the effect of size, shape and pattern of antenna for microwave transmission and reception.
|5.||Satellite Communication Link Setup
A satellite communication platform that provides an in-depth study of the basic satellite communication system with selectable frequency conversion. It is capable of transmitting audio, video signal, digital data, PC data and function generator waveforms. It allows emulation of signal fading with added attributes like: variable thermal noise, propagation delay, path loss for C/N and S/N ratio measurement.
|6.||Direct Reading Frequency Meter
Displays the frequency of a periodic electrical signal. The frequency may be read directly on the calibrated scale. Measurement modes: Monochromatic and Bichromatic, Display-4X20 LCD dot matrix alphanumeric backlight display
It offers the ability to measure the spectral composition of RF or acoustic waveforms with reduced noise levels. It is pivotal in examining and measuring the power of known as well as unknown signals with a very low frequency discrimination of 100Hz. With a frequency range of 9 KHz to 1.5 GHz, it provides easier signal identification with Minimum Resolution Bandwidth (RBW) of 10 MHz
|8.||DSB/SSB AM Transmitter Experimental Set
A comprehensive learning solution designed to study and provide conceptual understanding of DSB/SSB Amplitude modulation and transmission system through measurement of voltages and observation of waveforms at various test points.
|9.||DSB/SSB AM Receiver Experimental Setup
It is a comprehensive learning solution designed to study basic operation of a super heterodyne receiver and DSB/SSB Amplitude demodulation system through measurement of voltages and observation of waveforms at various test points.
|10.||Frequency Modulation & Demodulation Set
A Lab training solution to study concept of frequency modulation & demodulation. FM modulation is implemented via two types of modulators: Varactor / reactance, and Demodulation via 5 types of demodulators: Detuned Resonant / Ratio / Quadrature / Foster - Seeley / Phase locked loop detector. It gives a visual display of the various waveforms involved in the process.
|11.||TDM Pulse Amplitude Modulation/Demodulation Experiment Set|
A communication system where more than one input message signal is modulated using Pulse Amplitude Modulation and multiplexed using Time Division Multiplexing. The message information is encoded in the amplitude of a series of signal pulses and transmitted using TDM (i.e. in different time slots). The multiplexed signal is de-multiplexed and demodulated to obtain the original input signal. This entire process can be visually analysed and tested at various test points.
|12.||CDMA Experimental System|
CDMA experimental setup provides a basic understanding and practical teaching of Code Division Multiple Access and Spread Spectrum Communication. It gives an in-depth knowledge of various issues considered in the design of a DS-SS system like pseudorandom (PN) codes and digital modulations schemes, decoding, zero random bit signal generation etc.
|13.||GSM Experimental Set|
A GSM communication platform is a complete medium to demonstrate the transmission of voice and data calls as well as SMS (Short Message Service) in a GSM Network. To control the GSM modem there is an advanced set of AT commands for camping to real networks using SIM card.
Consists of a long, rigid member with a linear scale applied to it. Holders for light sources, lenses and screens are placed on the apparatus so that image formation can be observed.
|15.||Half Shade Polarimeter|
Based on Biot's Law, the apparatus is useful for understanding the concept of polarization. With the help of half shade polarimeter, polarization can be studied as well as analyzed.
|16.||Microwave Test Bench|
The Microwave Test Bench is a precision made microwave system, which uses standard type rectangular wave-guide components to illustrate the essential elements of microwave communication for its detailed study. It assists the students to understand all the concepts of microwave transmission and the different components used for microwave communication along with their parameters.
|17.||Dynamic Light Scattering|
Non-invasive, well-established technique for measuring the size and size distribution of molecules and particles typically in the submicron region,
|18.||X Ray Diffractometer|
X-Ray Diffraction (XRD) allows one to ascertain the molecular structure of a crystalline material by diffracting x-rays through the sample. An XRD analyzer obtains interference patterns reflecting lattice structures by varying the angle of incidence of the X-Ray beam.
|19.||Hydraulic Trainer Kit|
It can be used as a Live Demonstrator to show functioning of various hydraulic components and control circuits. Operating pressure is kept at 20 bar for safety of the students. The components / equipments are mounted on an ergonomically designed mobile metal trolley with drip tray.
|20.||Pneumatic Trainer Kit|
This trainer Very useful to study the Basic Level Pneumatics Kit Components like FRL, Pilot valve, cylinder etc. Students can makes Design and verifies the circuit?s pneumatic level operation using this kit
|21.||CNC Trainer Lathe Machine|
CNC controller with provision to connect to pc. Repeatability +- 0.005 mm Center height 200mm Travel z axis 300 mm Travel x axis 150 mm
|22.||Pendulum impact testing machine|
Testing the impact of hard metals. Mechanical version, Capacity 30 kgm (300 joules), Least count 0.2 kgm, Designed for conducting izod and charpy test.
|23.||Universal Testing Machine|
Test the tensile strength and compressive strength of materials. Accurate Scientific International, Unit:- 100 KN Test Speed :-0.5~1000mm/min (control by keyboard input) Test range :-400mm MAX Accuracy:- ?0.5% or better Motor :-Servo Motor Power:- 1,220V/50HZ.
|24.||Spring Testing Machine|
Spring Testing Machines is widely used for quick and accurate testing of compression & tension test of springs.
|25.||Torsion Testing Machine|
Torsion Testing Machine is designed for conducting torsion and twist on various metal wires, tubes, sheet materials torque measurement is by pendulum dyanometer system.
|26.||Power Generation Trainer|
Facilitates easy and safe wiring by students. Measures V, I, PF(0.2 lag unity 0.2 lead), Hz Current specs for 3 ph. meter = 5A (Balanced load) and 1A/5A for 1ph. meter (170-250V) FWD/REV, 3 pole 3 way switch with center OFF, 6A/440V
|27.||Power Transmission Line Trainer|
Each panel has ABS molded plastic sturdy enclosure, and colorful screw less overlays showing circuits diagrams & its connection tag numbers for easy understanding and connection.
|28.||Percentage Biased Differential Relay|
The Trainer need a few set of associated relay testing (current / voltage injection etc. ) panels (7-8 nos. typically) which are mounted in a light weight sturdy aluminum profile flat demo panel system. Do not need any separate testing kit.
|29.||Electrical Machine Trainers with DC Int. & 3 Ph.|
Trunnion mounted DC Integrated machine is used as Dynamometer for loading other machines (Motors / generators both) with facility to measure shaft power using electronic torque / speed measurement. 1 phase AC integrated motor coupled to DC integrated motor setup (Motor-Generator setup), 3 Phase Salient pole alternator and DC Integrated.
|30.||Electrical Machine Trainers with DC Int. & 3 Ph. AC Machine|
3 phase AC integrated motor coupled to DC integrated motor setup (Motor-Generator setup) with 300W/4 pole/ 1500RPM motor.
|31.||ECG/ Heart Rate Monitor|
Provides the in-depth study of Electrocardiogram, ECG standard leads configuration and the measurement of the heart-rate i.e. number of ECG pulses (heartbeats) per minute. Instrumental and significant in carrying out bio-medical engineering research based on ECG monitoring, processing and its applications.
|32.||EMG Trainer with In-built EMG Simulator (Biomedical Engineering Application Toolkit)|
EMG Trainer set enables EMG signals observation by affixing pre-gelled Ag-AgCl surface electrodes at the surface to the body near a muscle of interest. Such EMG measurements are intended to obtain an indication of the amount of activity of a group of muscles, rather than of an individual muscle fibre. It also consists of built-in EMG Simulator to generate simulated EMG signals, which are used for further processing in bio-medical engineering research.
The QUBE.asp-Servo is internationally used fully integrated control setup useful for understanding control and automation concepts. The setup is relevant to understand real world applications of servomotors, from cruise control in automobiles to high-precision robotics manipulators used in industry. On this setup, students can learn how to:
|34.||PROCESS CONTROL TRAINER (Model-XPO-PCT-FL)|
Process Control Trainer is a PC Based Digital PID Controller with online monitoring / data acquisition / PID software. Using this control setup, students can understand PID controller working and some advanced control schemes like Ratio Control, Feedforward Control, and Cascade Control being used in different process industries.
|35.||It is installed in CFD Research Lab|
Max. Resolution: 1280×1280, Sensor Mpx: 1.6Mpx, Max. FPS at Max Resolution: 1850 fps, Throughput: 3.2 Gpx/s, Sensor Size:12.8mmX12.8mm, Pixel Pitch: 10MicroMeter, Min Exposure: 1 microsec 50 mm Lens: AF Nikkor 50mm f/1.8D, Filter Attachment Size :52mm 105mm Lens: AF-S VR Micro- Nikkor 105mm f/2.8G IF-ED, Nano Crystal Coating.
|36.|| It is in the CFD Research Lab|
Types: Push/Pull Pump, Continuous Flow, High Pressure, Low Flow Rate
|37.||It is in the CFD Research Lab.|
NI 9213 (16 -Channel TC, 24- bit C Series Module), NI 9940 (Strain Relief and High Voltages Connector Kit for the 36- Position Weidmuller Connector), cDAQ- 9174 (compact DAQ Chassis - 4 slot USB), Power Cord 250V, 10 Amp
|38.||Micropipette in CFD Research Lab|
Range (10 to 100) Application: Blood Drop Formation, Blood Pattern Analysis, Dropwise Condensation etc.
|39.||Non-Sparking Vacuum Pump |
in CFD Research LabSuit for R32, Non-Sparking Vacuum Pump to create Vacuum inside the cylinder or chamber
|40.||Ultrasonic Atomizer |
Ultrasonic Atomizer in CFD Research Lab for Mist Formation
|41.||Digital Thermo Hygrometer is in CFD lab.|
Accuracy : Stated accuracy at 23°C ±5°C,<75%R.H, Operating environment: 0°C to 55°C, at <75% R.H, Storage environment -20°C to 55°C at <80% R.H , Battery Standard :9V battery Battery life: 200 hours typical with carbon zinc battery, Dimensions: 178mm(H) * 65.5mm(W) * 35mm(D), Weight Approx.: 320g including battery, Temperature scale: Celsius or Fahrenheit user-selectable, Temperature sensor: Thermistor, Temperature range :-20°C to 60°C/ -4°F to 140°F, Resolution: 0.1°C/°F
|42.||Hotwire Anemometer in CFD Research Lab:|
Display LCD size: 43mm*57mm (m/s, km/h, ft./min), Measurement MPH(mine/minute), knots(nautical miles per hour), °C/°F(temp.), Data hold Record and hold the max/min reading, Sampling rate About 0.8S, Operating temp. 0-50°C, Operating humidity Less than 80% RH, Battery 9V battery, Current 60-90 mA, Weight 240g(Host computer), Size 200mm*85mm*38mm, Accessory Hot wire sensor, 9V battery and adapter.
|43.||Thermocouple Making System |
Thermocouple Making System in CFD Research Labwith the application of this machine we can design our own thermocouple (Bead)
|44.||CNC Milling Machine|
CNC Milling machine is installed in CAM Lab and it is used to perform the milling operation automatically on the workpiece.
|45.||Torsion Testing Machine|
This machine is in Mechanics of Solid Lab used for the torsional analysis of the work piece.
|46.||Variac in CFD Research Lab : |
Range 0 to 240 V (Single Phase)
|47.||HPC Machine CFD Research Lab |
Dell Server R430, server-1 x initial Xenon 5-2620v3 ()2.4 GHz- 6-core-15mb-85W Processor-12 Memory slots- 64GB RAM - 4bay, 3.5 inch hot plug. SAS-SAS-SATA-DVD RW/RPS System Management iDRACB enterprise - 2Pole
|48.||Universal Testing Machine |
This machine is in Mechanics of Solid lab and it can be use for different application. It can be used for Tensile Testing, Compression testing, Bending and Shearing testing.
|49.|| Central workshop facility of Mechanical Engg. Dept. consist of|
various equipments such as:
|50.||Air Compressor Test Rig |
It is installed in the RAC lab. This is a component of Refrigeration Air Conditioning so as to compress the working fluid.
|51.||Bernoulli’s Theorem Apparatus |
This setup is in Fluid Lab used to perform the Bernoulli’s Experiment
It is installed in Manufacturing Lab and used to drill the work piece of different diameter. The arm of this machine can be rotated at an angle of 360 degree.
|53.||Impact Testing Machine |
It is installed in Mechanics Of Solid lab, Impact Testing Machine is used for Toughness of any Specimen. Its consist of two test : Izod and Charpy Test
|54.||Cope & Drag |
It is installed in Elements of Mechanical Engineering Lab. This setup is used for casting the metal workpiece.
|55.||EPABX Experimental Setup|
Electronic Private Automatic Branch Exchange training system for basic understanding of working of a telephone exchange. It is an ideal experimental platform that helps in learning the operation of Automatic Telephone Exchange and demonstrates switching phenomenon, call setup, study of signalling tones, Pulse and DTMF dialling, abbreviated dialling, distinctive dialling etc. EPABX plays a critical role in providing a practical demonstration of Telecommunication Switching./p>
|56.||CubeX 3D Printer |
3 Axis 3D Printing device for prototype fabrication Material Support : ABS and PLA
|57.||Diesel Engine Test Rig
It is installed in Automobile Lab Engine Research Facilities: (a) Diesel Engine test rig consist of 240pe 1 Cylinder, 4 Stroke, multi-fuel, VCR with open ECU.
|58.||Shell and Tube Heat Exchanger Apparatus |
It is installed in Heat Mass Transfer lab. Shell and Tube Heat Exchangers are one of the most popular types of exchanger due to the flexibility the designer has to allow for a wide range of pressures and temperatures.
|59.||Forced Convection Appratus |
It is installed in Heat Mass Transfer lab. Forced convection is a mechanism, or type of transport in which fluid motion is generated by an external source (like a pump, fan, suction device, etc.).
|60.||Parallel and Counter Current Flow in a Double Pipe Heat Exchanger |
It is installed in Heat Mass Transfer lab. Double pipe heat exchangers are the simplest exchangers used in industries. On one hand, these heat exchangers are cheap for both design and maintenance, making them a good choice for small industries
|61.||Emmisivity Measurement Appratus|
It is installed in Heat Mass Transfer lab. Emissivity measurement is used to understand the ability to absorb, transmit, and emit infrared energy. It can have a value from 0 (shiny mirror) to 1.0 (blackbody). If a value of emissivity higher than the actual one is set, the output will read low, provid- ed that the target temperature is above the ambient one.
|62.||Drop and Film Condensation Appratus |
It is installed in Heat Mass Transfer lab. Thermal conductivity is one of the important properties of the materials and its knowledge is required for analyzing heat conduction problems.
|63.||Apparatus of Measuring Thermal Conductivity of |
It is installed in Heat Mass Transfer lab. Thermal conductivity is one of the important properties of the materials and its knowledge is required for analyzing heat conduction problems.
|64.||Composite Wall Setup|
It is installed in Heat Mass Transfer lab. The Heat Transfer Through Composite Wall setup consists of a heater sandwiched between two sets of slabs. Three types of slabs are provided on either sides of heater, which forms a composite structure. A small hand press frame is provided to ensure the perfect contact between the slabs.
|65.||Convection Measurement in a Vertical Tube |
It is installed in Heat Mass Transfer lab. This facility is used for measuring of heat transfer coefficient in a vertical tube at various environmental condition.
|66.||Radiation Measurement Device |
It is installed in Heat Mass Transfer lab. It is used to measure the thermal radiation.
|67.||Solid Thermal Conductivity Measurement Device |
It is installed in Heat Mass Transfer lab. This device is used to measure the thermal conductivity of solid rod.
|68.||Multi Point Fuel Injection Original Engine |
It is installed in Engine Research Lab. Multi point fuel injection system injects fuel into the intake ports just upstream of each cylinder’s intake valve, rather than at the central point within the intake manifold.
|69.||EEG Trainer with In-built EEG Simulator (Biomedical Engineering Application Toolkit) |
EEG Trainer set is a means to observe waveforms generated at various point on human scalp with an in-built EEG Simulator that helps the user to understand different measurement points and their combinational waveform either in average recording mode or uni-polar recording mode. Such waveforms are further examined, processed and analysed for various research applications in the field of bio-medical engineering.
|70.||miBEAT (Biomedical Engineering Application Toolkit) |
A biomedical engineering application toolkit which is a medical grade data acquisition system used to obtain diagnostic quality signals to learn, implement and modify concepts of Digital Signal Processing and use them for research purposes. It is a complete learning solution that provides an in-depth study of the bio-signals and its processing e.g. ECG using wavelets to extract Heart Rate Variability in Time Domain, Frequency Domain etc
|71.||Satellite Navigation System (GPS) Setup |
Satellite Navigation System setup is an experimental setup that enables the user to acquire the skills of Global Positioning System technology through Satellite Position, GMT Time, Latitude, Longitude, Speed etc using GPS Platform and Protocol. It is a user-friendly learning platform that endows a basic understanding of the GPS Fundamentals, Satellites & Design Aspects of GPS Receiver by actually connecting to the Satellite via GPS Antenna.