School of Electrical Engineering

Charge/discharge characteristics of Li ion, lead acid, NiCd can estimated for various charging/discharging rates

Battery charge/discharge characteristics of Li ion, lead acid, NiCd

Room No.: 235
Second Floor
Technology Tower
Solar Energy Research Cell
School of Electrical Engineering

Dr. N Rajasekar,
Professor,
Department of Energy & Power Electronics,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.batterytest@vit.ac.in
Phone: 0416-2202417

• In-circuit emulation test for DSP based boards.
• Reliable and rugged VPC test fixture interface.
• TPS development for customer specific application.

• In-House maintenance wings of Defence Establishments.
• Electronic manufacturing units for board recovery and production line testing.
• Transportation sector such as MRTs, Railways, Aircraft, MROs and Marine PCBs of Ships etc.
• Hi-tech defence/Atomic/Space labs and R&D labs for maintenance of sophisticated instrumentation/equipment colleges and polytechnics

Room No.: 401
Fourth Floor
Technology Tower
Testing & Calibration Laboratory
School of Electrical Engineering

Dr.S. Vivekanandan,
Associate Professor,
Department of Instrumentation,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.ate@vit.ac.in
Phone: 0416-2202348

• Industrial Level Training for Students
• Research & Development with Industrial Collaborations
• Testing of newly developed algorithms

• Regenerative Loading on Drives
• Testing of various speed / torque control strategies
• Testing the performance of various drives

Room No.: 236
Second Floor
Technology Tower
Advanced Drives Laboratory
School of Electrical Engineering

Dr. Raja Singh R,
Associate Professor,
Department of Energy and Power Electronics,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.danfossvfmd@vit.ac.in
Phone: 0416-2202399

• Third party testing for academia and industries
• Lightning Impulse, HVAC, HVDC and PD testing & diagnosis of medium voltage power equipment (< 33kV)
• Insulators, surge arresters, current transformers
• Training & consultancy services for insulation testing and condition monitoring
• Multi-disciplinary collaborative research

Multi-disciplinary research such as material science, smart insulation diagnosis based on machine learning techniques, polymer insulation, green fluids, nano-technology, remaining useful life of PCB, insulation assessment of drive motors and power electronic devices etc

Room No.: 37
Ground Floor
Technology Tower
Protection and Switchgear Laboratory
School of Electrical Engineering

Dr. S. Venkatesh,
Associate Professor,
Department of Electrical Engineering,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.hvtid@vit.ac.in
Phone: 0416- 2202492

The 5502A sources direct voltage and current, alternating voltage and current with multiple waveforms and harmonics, simultaneous voltage outputs or dual voltage and current to simulate dc and ac power with phase control, resistance, capacitance, thermocouples and RTDs.

5502A calibrator calibrates most of the common electronic items which includes Handheld & bench meter (Analog &digital), Current & Clamp meters, Electronic thermometers, Chart recorders, Oscilloscope recorders. XY recorder & Data logger

Room No.: 401
Fourth Floor
Technology Tower
School of Electrical Engineering Calibration Lab
School of Electrical Engineering

Prof. Abhishek G,
Associate Professor,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.multipro@vit.ac.in
Phone: 0416-2202348

• Impedance measurement of wired components , ESR, EMC filter loss
• Impedance measurement of surface mount components, ESR
• DC Biased impedance measurement.
• Output impedance, NISM, PSRT
• Loop gain/Control loop stability Measurements

Frequency Response Analysis for DC-DC Converters, Passive and Active Components (THT & SMD type)

Room No.: 235
Second Floor
Technology Tower
Solar Energy Research Cell
School of Electrical Engineering

Dr. N Rajasekar,
Professor,
Department of Energy & Power Electronics,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.netanalyze@vit.ac.in
Phone: 0416-2202417

• Wavelength calibration function
• Optical alignment function
• Built-in wavelength reference source
• Easy Data Handling

To characterize

• Optical active devices
• Laser diode/Fiber laser/Optical amplifier/Optical transceiver
• Optical passive devices
• Filter/FBG/AWG/WSS/ROADM/Optical fiber
• Optical transmission equipment (DWDM, CWDM)
• Development support of Applied photonics equipment

Room No.: 136
First Floor
Technology Tower
Ultra-Fast Fiber Laser Laboratory
School of Electrical Engineering

Dr. S.Sivabalan,
Professor,
Department of Instrumentation,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.osa@vit.ac.in
Phone: 0416-2202391

• Energy Conservation Consultant and Energy Auditing for Industries
• Industrial Level Training for Students
• Research & Development with Industrial Collaborations

• Measure all power quantities for identifying all kinds of power quality events
• Record data continuously even for an year

Room No.: 236
Second Floor
Technology Tower
Advanced Drives Laboratory
School of Electrical Engineering

Dr. Raja Singh R,
Associate Professor,
Department of Energy and Power Electronics,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.pqa@vit.ac.in
Phone: 0416-2202399

• Implementation and Testing of New Optimization / Control Algorithms
• Industrial Level Training for Students
• Research & Development with Industrial Collaborations
• Product Development

• Analysis of Drives under SCADA / IoT Platform
• Program less Algorithm Implementation
• Fault Identification Technique Implementation
• Fault Ride Through Control Implementation

Room No.: 236
Second Floor
Technology Tower
Advanced Drives Laboratory
School of Electrical Engineering

Dr. Raja Singh R,
Associate Professor,
Department of Energy and Power Electronics,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.scadafpga@vit.ac.in
Phone: 0416-2202399

MPPT Tracking and Efficiency testing Power Electronic Converters

Various charge controllers (12/24/48/96) up to 10KW from different manufactures can be tested for bulk quantity

Room No.: 235
Second Floor
Technology Tower
Solar Energy Research Cell
School of Electrical Engineering

Dr. N Rajasekar,
Professor,
Department of Energy & Power Electronics,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.pvarray@vit.ac.in
Phone: 0416-2202417

• 1586A can calibrate PRTD, J,K,T,E,R,S,M,L,U,N,C.
• 3130G2M is easy to use and interface that allows one to configure the sampling rate, tare value, damping and auto ?off time interval.
• 2700G uses Hand pump filled with distilled water or hydraulic oil.

• 3130G2M is ideal for low calibrating pressure measurement devices and 2700G is used for high pressure calibration such as pressure gauges, transmitters, transducers, and switches. In addition, it can be used as a check standard or to provide process measurements with data logging.
• 1586A is used to measure thermocouples, PRTs, thermistors, dc voltage, dc current, and resistance.

Room No.: 401
Fourth Floor
Technology Tower
Testing & Calibration Laboratory
School of Electrical Engineering

Dr.S. Vivekanandan,
Associate Professor,
Department of Instrumentation,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.tpcal@vit.ac.in
Phone: 0416-2202348

Uses UV and IR with good resolution and accuracy

Nano sensor for Energy, Electronic & Health care application can be fabricated using screen printing Techniques.

Room No.: 401
Fourth Floor
Technology Tower
Testing & Calibration Laboratory
School of Electrical Engineering

Dr.S. Vivekanandan,
Associate Professor,
Department of Instrumentation,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.tfsf@vit.ac.in
Phone: 0416-2202348

• HIL test, and HIL certify the power electronics controllers with the industry leading hardware-in-the-loop system: HIL402.
• The HIL402 system will provide a safe, high-fidelity environment for automatic test and verification of converters control systems.
• Run controllers in real time with 20 ns PWM resolution, in closed loop with high-fidelity power stage with 1 MHz update rate.

The HIL402 makes large scale unsupervised hands on instruction in the field of power engineering and Smart Grid possible. This compact, extremely powerful, 4-core HIL will give all the tools that we need to test our power electronics controllers in a wide range of applications: solar and wind power generation, battery storage, power quality and motor drives.

Room No.: 344
Third Floor
Technology Tower
Power System Research Laboratory
School of Electrical Engineering

Dr. R. Thirumalaivasan,
Associate Professor,
Department of Electrical Engineering,
School of Electrical Engineering (SELECT),
VIT, Vellore, TN-632014.
Email: select.hilrts@vit.ac.in
Phone: 0416-2202443

• Measure thermocouples, PRTs, thermistors, DC voltage, DC current, and resistance, with up to 40 isolated universal inputs.
• Scan up to 10 channels per second, great for high-speed applications.
• Four operation modes - Scan, Monitor, Measure, Digital Multimeter (DMM), and features real-time color trending for up to four channels.

• 1586A is used to measure thermocouples, PRTs, thermistors, dc voltage, dc current, and resistance.
• When configured with the DAQ-STAQ Multiplexer, the Super-DAQ has the accuracy of the best benchtop reference thermometer readouts for calibration of PRTs, RTDs, thermistors, or thermocouples.
• Lab efficiency can be increased when the Super-DAQ is connected to a Fluke Calibration drywell or bath and Automated Sensor Test routines are run.
• The 1586 is ideal for a number of applications such as thermal mapping, temperature validation, process sensor calibration, and more. These applications are found in a various industries including pharmaceutical, biotechnology, food processing, aerospace, and automotive.

Room No.: 401
Fourth Floor
Technology Tower
School of Electrical Engineering Calibration Lab
School of Electrical Engineering

Prof. Abhishek G,
Associate Professor,
School of Electrical Engineering,
VIT, Vellore, TN-632014.
Email: select.multipro@vit.ac.in
Phone: 0416-2202348

• 4 channels; each measures voltage, current and power; suitable for 1 and 3-phase AC
• Isolated and floating to 1000 V (Cat II) for easy and safe connections
• Measures AC, DC or AC+DC
• Basic accuracy of 0.05% (at 50/60 Hz)
• 5 MSamples/second at 16 bits on every waveform simultaneously
• Record size: Up to 4M points on every waveform simultaneously
• Timebase: 50 s/div (500 seconds) max; 20 μs/div (200 μs) min
• Voltage: Measures 1000 Vrms / 2000 Vpeak with BW up to 2.5 MHz
• Current: Measures current directly using 2 internal shunts (2 Arms and 50 Arms) with BW up to 100 KHz
• Supports external current probes and transducers of up to 10 V full scale with BW up to 2.5 MHz
• Log data to external USB drive with intervals as fast as 50 ms per reading
• Communicate remotely over standard USB & LAN interfaces

• Efficiency and power-consumption testing for AC/DC, DC/AC, DC/DC converters.
• 3-phase system measurement: motor drives, inverters, grid-connected equipment.
• Transient analysis: in-rush current, start-up behaviour, mode changes in power electronics. Renewable energy: solar inverters, energy storage systems (UPS/ESS) testing.
• Electric vehicle (EV), hybrid vehicle (HEV/PHEV) powertrain subsystem testing.
• Power quality and harmonic analysis: voltage/current waveforms, harmonics up to many orders, THD, power factor

• DC/AC motor control (e.g., PMSM, BLDC, induction motors)
• Power converter control (DC-DC, inverters, rectifiers)
• Real-time control algorithm testing
• Hardware-in-the-loop (HIL) simulations

• Bandwidth: 100 MHz (typical model)
• Analog channels: 4
• Digital channels: 16 (for MSO version)
• Maximum sample rate: up to 4 GSa/s (depending on configuration)
• Memory depth: up to 4 Mpts (optional)
• Waveform update rate: up to 1 000 000 waveforms
• Display: 8.5-inch capacitive touch screen (WVGA)
• Built-in instruments: Function/Arbitrary Waveform Generator (20 MHz), DVM, 8-digit counter/totaliser in many models)
• Upgradability: bandwidth, memory, options (serial protocol decode, digital channels) can be added later.

• Analyze both analog and digital signals simultaneously (4 analog + 16 digital).
• Ideal for debugging microcontrollers, FPGAs, and DSP-based systems.
• Measure and analyze switching waveforms, ripple, and transient response.
• Evaluate SMPS, inverters, and motor control circuits.
• Supports decoding and triggering for protocols such as: I²C, SPI, UART/RS232, CAN, LIN, I²S, and USB 2.0.
• Great for automotive and industrial communication testing.
• Correlate digital logic timing with analog signal behavior in real time.
• Perfect for verifying timing relationships between control and feedback loops.
• Widely used in engineering labs for teaching measurement and control concepts.
• Provides an intuitive touchscreen interface and auto-setup functions for easy learning.
• Perform basic frequency domain (FFT) and modulation analysis for low-frequency RF applications.

• Rated Output Power: 5 kW
• Output Voltage Range: 0 - 600 V DC
• Output Current Range: 0 - 8.5 A
• Solar Array Simulation (SAS) function for PV inverter and MPPT testing
• High-accuracy I-V curve simulation with programmable irradiance and temperature effects
• Fast transient response for dynamic load testing
• Low output ripple and noise using high-frequency PWM technology
• High power density - compact 3U rack-mount design
• Master/Slave parallel or series operation for higher power or voltage expansion
• Built-in protection functions: OVP, OCP, OTP, and power limit
• 16-bit precision control for accurate voltage and current programming and readback
• Programmable slew rate control for voltage/current transitions
• Sequence programming for custom voltage/current profiles
• Remote interfaces: USB, RS-232, RS-485 standard; optional GPIB and Ethernet
• Digital control & monitoring via Chroma SoftPanel software or external SCPI commands
• Supports remote sensing to compensate for voltage drops across cables
• Power factor correction (PFC) for efficient AC input use
• Comprehensive protection & self-diagnosis for reliable long-term operation

• PV inverter and MPPT algorithm testing
• DC/DC converter and inverter input testing
• Battery charge/discharge simulation
• Power electronics R&D and automated test systems

• Industrial plants with nonlinear loads (rectifiers, arc furnaces, drives)
• Renewable energy systems integration (PV or wind grid-connected inverters)
• Power distribution networks requiring power factor correction
• Electric vehicle chargers and UPS systems

• Demonstrates key aerospace control concepts including attitude, angular velocity, and stabilization.
• Supports controller design using PID, LQR, and state-space control strategies.
• Integrates seamlessly with QUARC/MATLAB-Simulink for real-time implementation.
• Includes dual rotors (pitch and yaw) for 2-DOF control experiments.
• Provides high-fidelity sensors for angle, rate, and motor voltage measurements.
• Ideal for undergraduate, postgraduate, and research-level control experiments.
• Compatible with QLabs Virtual Aero and Quanser hardware interface (QPIDe/Q8).
• Used for control system design validation and teaching advanced control concepts.

Software and Control Environment

• Uses QUARC Real-Time Control Software integrated with MATLAB/Simulink.
• Enables live control implementation, parameter tuning, and data logging.
• Supports multiple control schemes – PID, LQR, state feedback, and observer design.
• Compatible with other Quanser hardware such as QCar and Active Suspension for multi-domain research.

• Attitude and angular velocity control of aerial systems.
• Flight dynamics and control algorithm development.
• Validation of real-time state-space and optimal controllers.
• Research in mechatronics, control systems, and autonomous flight control.
• Consultancy and training in aerospace control and simulation technologies.

TT045, Control Systems Laboratory
School of Electrical Engineering (SELECT)
Vellore Institute of Technology (VIT), Vellore – 632 014, Tamil Nadu, India

Dr. M. Geetha
Professor Grade-2
Control Systems Laboratory, School of Electrical Engineering (SELECT)
Vellore Institute of Technology (VIT), Vellore – 632 014, Tamil Nadu, India
Email: geetha.mani@vit.ac.in
Phone: +91 [9566919631]

Consultancy and Training Opportunities

This facility supports industrial consultancy and collaborative research in:

• Aerospace control simulation and testing
• Real-time controller validation
• Customized workshops on modern control applications using Quanser hardware

• Real-time simulation and control of a quarter-car suspension model
• Demonstrates active vs. passive suspension performance using real-time control
• Compatible with Quanser Virtual Environment (Qlabs) and QUARC/MATLAB-Simulink interface
• Supports design and testing of PID, LQR, and state-feedback controllers
• Features high-fidelity sensors: position, velocity, and acceleration measurements
• Fully modular setup for undergraduate and postgraduate control system experiments
• Data acquisition through Quanser Q8 or QPIDe interface
• Includes vehicle body, suspension actuator, and road disturbance input system

Software and Control Environment

• QUARC Real-Time Control Software integrated with MATLAB/Simulink
• Real-time control and data logging
• Support for Simulink-based controller design (PID, state feedback, observer design, etc.)
• Compatible with QCar and other Quanser mechatronic systems for advanced control applications

• Active and semi-active suspension system modeling
• Control algorithm development and validation
• Vehicle dynamics and comfort optimization
• Research in automotive mechatronics and real-time control
• Consultancy and training for automotive and mechanical system control design

TT045 Control Systems Laboratory
School of Electrical Engineering (SELECT)
Vellore Institute of Technology (VIT), Vellore – 632 014, Tamil Nadu, India

Dr. M.Geetha
Professor Grade -2
Control Systems Laboratory, School of Electrical Engineering (SELECT)
Vellore Institute of Technology (VIT), Vellore – 632 014, Tamil Nadu, India
Email: geetha.mani@vit.ac.in
Phone: 0416 2202431

Consultancy and Training Opportunities

This facility supports industrial consultancy in:

• Active suspension tuning and testing
• Real-time control prototyping and validation
• Customized training workshops on modern control techniques using Quanser hardware

*Charges are per session (+ applicable GST) *

• CBHPS: High Power Programmable DC Power Supply series (Aplab’s industrial line).
• 20 - 200V/200A: Output voltage and current range — up to 200 V and 200 A, likely with a 20 kW power capacity.
• It’s often a programmable, high-precision bench or rack-mounted supply used in testing, R&D, and power electronics applications.
• Bidirectional (acts as source and sink/load)
• Programmable via Ethernet, USB, CAN, analog control

• Battery charging and testing like EV, energy storage
• DC motor testing
• Power electronics R&D
• Electrolysis and plating
• Burn-in and endurance testing
• Industrial automation systems

TT035 - Electrical Machines Laboratory
School of Electrical Engineering (SELECT)
Vellore Institute of Technology (VIT)
Vellore – 632 014, Tamil Nadu, India

Dr. V. SANKARDOSS Associate Professor Grade - 1
Electrical Machines Laboratory,
School of Electrical Engineering (SELECT)
Vellore Institute of Technology (VIT)
Vellore – 632 014, Tamil Nadu, India
Email: vsankardoss@vit.ac.in
Phone: 0416 2202491

Consultancy and Training Opportunities

This facility supports industrial consultancy in:

• Variable DC power supply is used for Battery charging and testing
• Real-time DC motor testing
• Customized training workshops on Industrial automation systems

*Charges are per session (+ applicable GST) *

• Demonstrates the principles of magnetic levitation control using electromagnetic actuation.
• Allows study and design of linear and nonlinear control systems with real-time implementation.
• Supports controller design using PID, LQR, and state-feedback techniques.
• Provides real-time position sensing and actuator current feedback.
• Fully compatible with QUARC/MATLAB-Simulink for simulation and hardware control.
• Enables linearization and modeling of a nonlinear plant for system identification experiments.
• Ideal for undergraduate, postgraduate, and research-level control and automation experiments.

Software and Control Environment

• Uses QUARC Real-Time Control Software integrated with MATLAB/Simulink.
• Supports real-time parameter tuning, simulation, and data logging.
• Facilitates implementation of advanced control algorithms including state observers and optimal control.
• Integrates with other Quanser hardware for advanced control education and research.

• Nonlinear control and real-time system identification.
• Magnetic field-based actuation and feedback control systems.
• PID, LQR, and state feedback control verification.
• Research in electromagnetic levitation and precision control.
• Consultancy and collaborative work in advanced control technologies.

TT045, Control Systems Laboratory
School of Electrical Engineering (SELECT)
Room No. TT045
Vellore Institute of Technology (VIT), Vellore – 632 014, Tamil Nadu, India

Dr. M. Geetha
Professor Grade-2
Control Systems Laboratory, School of Electrical Engineering (SELECT)
Vellore Institute of Technology (VIT), Vellore – 632 014, Tamil Nadu, India
Email: geetha.mani@vit.ac.in
Phone: 0416-220 2431

Consultancy and Training Opportunities

This facility supports industrial consultancy and collaborative research in:

• Magnetic levitation system modeling and control
• Real-time control prototyping and optimization
• Customized training workshops using Quanser systems

Charges are per session (+ applicable GST)

• Demonstrates principles of nonlinear and underactuated control systems.
• Supports modeling, simulation, and real-time control of single and double inverted pendulum systems.
• Allows design and testing of PID, LQR, swing-up, and state-feedback controllers.
• Provides high-resolution encoders for measuring pendulum angle and rotary arm position.
• Fully compatible with QUARC/MATLAB-Simulink for hardware-in-the-loop experiments.
• Ideal for undergraduate, postgraduate, and research-level control experiments.
• Facilitates validation of advanced control techniques for unstable systems.

Software and Control Environment

• Uses QUARC Real-Time Control Software integrated with MATLAB/Simulink.
• Enables real-time control, data acquisition, and parameter tuning.
• Supports implementation of nonlinear control, observer-based control, and optimal control algorithms.
• Integrates with other Quanser hardware for multivariable system research and education.

• Control of underactuated and nonlinear systems.
• Research in advanced control strategies such as swing-up and stabilization.
• Model validation and controller design for unstable mechanical systems.
• Development of laboratory exercises for control system education.
• Consultancy and training for dynamic system modeling and control.

TT045, Control Systems Laboratory
School of Electrical Engineering (SELECT)
Room No. TT045
Vellore Institute of Technology (VIT), Vellore – 632 014, Tamil Nadu, India

Dr. M. Geetha
Professor Grade-2
Control Systems Laboratory, School of Electrical Engineering (SELECT)
Vellore Institute of Technology (VIT), Vellore – 632 014, Tamil Nadu, India
Email: geetha.mani@vit.ac.in
Phone: 0416-220 2431

Consultancy and Training Opportunities

This facility supports industrial consultancy and collaborative research in:

• Nonlinear and underactuated system control
• Real-time control algorithm validation
• Customized workshops and training using Quanser platforms

*Charges are per session (+ applicable GST)*

Workstation Specification:

• Model: Dell 7820
• Processor: Intel Xeon Gold 6246R, 3.4GHz (4.1GHz Turbo, 16C, 10.4GT/S2UPI, 35.75MB Cache)
• RAM: 256GB DDR4, 2933MHz RDIMM
• Memory: 2 x M.2 2TB
• GPU: Dual NVIDIA RTX A5000, 24GB
• Monitor: Dell 24" Full HD Monitor
• Operating Systems: Ubuntu 22.04 / Windows 11

Installed Software's:

• Nvidia Drives, Matlab R2025a, Python, Anaconda 2022, Tensorflow

Using this workstation for Research and Project work by faculty, Research scholars and UG & PG students'.

Dr. S. Prabhakar Karthikeyan
Professor,
TT247, Digital Simulation Lab,
School of Electrical Engineering (SELECT), VIT Vellore.
Tamil Nadu - 632014
Ph: 0416-2202418
Email: sprabhakarkarthikeya@vit.ac.in
Mobile: 9894610689

* Charges for per sample in INR(+ applicable GST)

FLK-Ti480 9 Hz
Fluke Ti480 Infrared Camera 9 Hz

Includes:

• Thermal imager with standard infrared lens
• AC power supply and battery pack charger (including universal AC adapters)
• Two, rugged lithium-ion smart battery packs
• USB cable
• HDMI video cable
• 4 GB micro-SD card
• Rugged, hard carrying case
• Soft transport bag
• Adjustable hand strap
• Available by free download Fluke Connect® SmartView® desktop software and user’s manual

• High-Resolution Thermal Imaging – 640 × 480 pixel infrared detector (Super Resolution up to 1280 × 960 pixels for detailed temperature mapping).
• Wide Temperature Range – Measures temperatures typically from –20 °C to +1000 °C, suitable for electrical, mechanical, and industrial applications.
• High Thermal Sensitivity – Detects minute temperature differences (≤ 0.05 °C NETD @ 30 °C) for accurate fault diagnosis.
• LaserSharp™ Auto Focus – Built-in laser distance meter ensures fast, precise focusing on targets.
• Interchangeable Smart Lenses – Supports telephoto, wide-angle, and macro lenses without recalibration for versatile inspection needs.
• Wireless Connectivity (Fluke Connect™) – Enables real-time image sharing, cloud storage, and asset tracking via Wi-Fi or Bluetooth.
• Rugged Industrial Design – IP54-rated for dust and water resistance; drop-tested to 2 m for field durability.
• Voice, Text, and IR-Photo Notes – Allows on-site documentation and tagging of inspection data directly on the camera.
• Radiometric Video Recording – Captures full-temperature data video sequences for dynamic thermal analysis.
• Advanced Image Processing – Features like MultiSharp Focus, IR-Fusion™ (blend of visual + IR image), and adjustable color palettes for clearer analysis.

• Electrical Inspection – Detect overheating in switchgear, cables, and connections.
• Mechanical Equipment Monitoring – Identify friction or misalignment in motors, pumps, and bearings.
• Transformer & Substation Maintenance – Spot hot spots in windings and terminals.
• Building Energy Audits – Locate insulation losses, air leaks, and heat bridges.
• HVAC System Diagnostics – Check air ducts, coils, and vents for temperature imbalance.
• Research & Development – Analyse thermal behaviour of materials, electronics, and EV components.
• Battery & EV Testing – Evaluate battery pack heating, inverter efficiency, and cooling performance.
• Manufacturing Quality Control – Inspect welds, castings, and PCBs for uniform heating and defects.
• Solar Panel Inspection – Detect faulty cells or poor connections through temperature mapping.
• Fire Safety & Risk Prevention – Identify overheated surfaces or potential ignition sources in industrial areas.

Room No.: TT 401
Testing & Calibration Lab, Centre of Excellence in Automated Test Engineering & Calibration,
School of Electrical Engineering (SELECT),
Vellore Institute of Technology (VIT), Vellore.

Dr. Jitendra Kumar Goyal,
Assistant Professor Senior Grade,
Testing & Calibration Lab, Centre of Excellence in Automated Test Engineering & Calibration,
School of Electrical Engineering (SELECT),
Vellore Institute of Technology (VIT), Vellore - 632 014, Tamil Nadu, India.
Email: jitendrakumar.g@vit.ac.in
Mobile: +91 9910849941

* Charges for per sample in INR (+ applicable GST)