IIoT Lab

 Welcome to the IIoT Lab at Kalpataru CoE, where innovation meets industrial applications. Our lab is equipped with state-of-the-art technology to explore the vast potential of the Industrial Internet of Things (IIoT). Through interconnected devices, advanced sensors, and cutting-edge data analytics, we drive optimization and efficiency across industrial processes. From predictive maintenance to real-time monitoring, our IIoT startup solutions are developed and created in our labs to solve Industrial problem statements of diverse industries.

  • IoT Node: IoT Learning Box
    IoT Node: IoT Learning Box
    IIOT lab
  • IoT Trainer kit
    IoT Trainer kit
    IIOT lab
  • IoT Car
    IoT Car
    IIOT lab
  • AEK for Advanced Application & Learning
    AEK for Advanced Application & Learning
    IIOT lab
  • ARM Evaluation Board
    ARM Evaluation Board
    IIOT lab
  • Raspberry Pi 4 Desktop kit
    Raspberry Pi 4 Desktop kit
    IIOT lab
  • Programmable power supply
    Programmable power supply
    IIOT lab
  • Mixed domain Oscilloscope with built-in logic analyzer and spectrum analyzer
    Mixed domain Oscilloscope with built-in logic analyzer and spectrum analyzer
    IIOT lab
  • Arduino Uno
    Arduino Uno
    IIOT lab
  • Brainsense Sensor
    Brainsense Sensor
    IIOT lab
  • Leap Motion Sensor
    Leap Motion Sensor
    IIOT lab
  • Pixy CMUcam5 smart vision sensor
    Pixy CMUcam5 smart vision sensor
    IIOT lab
  • Speech Recognizer and Synthesizer
    Speech Recognizer and Synthesizer
    IIOT lab
  • MIRA- Miniature Industrial Robotic Arm
    MIRA- Miniature Industrial Robotic Arm
    IIOT lab
  • Industrial Automation Panel Desk
    Industrial Automation Panel Desk
    IIOT lab
IoT Node: IoT Learning Box
IIOT lab

Make: Robolab Techologies
Model: IOT Learning BOX

The IoT Learning Box is the perfect development and testing kit for startups and entrepreneurs, for developing cutting-edge IoT solutions. It supports a wide range of features, enabling innovators to explore various aspects of applications in the IoT field. The most popular protocols used for the realization of IoT are MQTT, TCP, UDP, Bluetooth, and HTTP. Sensors used with the IoT Learning Box are the foundational components of the system, capable of collecting values of different parameters. The onboard microcontroller, ESP32, transmits information to the IoT cloud platform. This platform ensures that the values of collected parameters are available over the internet, making them globally accessible.

IoT Trainer kit
IIOT lab

Make : TIF labs
Model : IOTF trainer kit

The IOTIF trainer kit is an electronic trainer kit consisting of three micro-controllers: Raspberry Pi 4B (with SD Card and pre-installed Raspbian OS), Arduino Nano and ESP-01; and a variety of sensors and actuators like Buzzer, LED, RGB LED, Relay, Ultrasonic sensor, Light Dependent Resistor (LDR), Passive Infrared Sensor (PIR sensor), Humidity and Temperature sensor (DHT-11), Servo motor, Stepper motor, Bluetooth module (HC-05), Liquid crystal display (LCD), Joystick, Membrane Keypad
Key Features:
Hands-On Training: The kit emphasizes practical learning with a manual containing 80+ experiments covering both theory and practice.
Application Development: Focus on building applications and prototypes without worrying about complicated connections.

IoT Car
IIOT lab

Specifications:

 

IoT Application platform
Single board computer: ARM Processor: 64bit cortex A53 ARMv8 Quad-Core Processor 1.4GHz
– Connectivity: 802.11 b/g/n Wireless LAN Bluetooth 4.2, USB & Ethernet
– Actuators: Servo and DC Motor
– Power: 5V, 2A, – Charging: USB, – Battery: 5V, 10000mAh
– Included Sensor: Humidity & Temperature Sensor, GSM Sensor, GPS Sensor, Accelerometer Sensor
– Bluetooth interface
– Vision-based experimentation

AEK for Advanced Application & Learning
IIOT lab

Make: Arduino
Model: Arduino Engineering Kit R2

1 – Arduino MKR1000 Board
1 – Arduino MKR Motor Shield
1 – Arduino MKR IMU Shield
Learning Objectives are Arduino Platform, MATLAB, Simulink and Integration.

 

ARM Evaluation Board
IIOT lab

Make: NXP
Model: NXP LPC546XX

The LPC546xx MCU family combines the power efficiency of the 220 MHz Arm® Cortex®-M4 core with multiple high-speed connectivity options, advanced timers, and analogue features. DSP capabilities enable LPC546xx MCU devices to support complex algorithms in data-intensive applications. Providing flexibility with up to 512 KB Flash and external memory interfaces, this family provides the ability to adapt as requirements change. Flash options support large, flexible internal and external memory configurations. This device is fully supported by NXP’s MCUXpresso Software and Tools, a comprehensive and cohesive set of free software development tools for Kinetis, LPC and i.MX RT microcontrollers.

Raspberry Pi 4 Desktop kit
IIOT lab

Make : Raspberry Pi
Model : Raspberry Pi 4 Desktop Kit

The Raspberry Pi 4 Desktop Kit includes everything you need to turn any monitor with an HDMI port into a desktop PC. A 64GB MicroSD card provides the capacity and speed needed to run most operating systems for the Raspberry Pi platform smoothly.

Programmable power supply
IIOT lab

Make : Uni-Trend
Model : UDP3305C

The Uni-Trend UDP3305c programmable linear DC power supply is a diverse and cost-effective unit for teaching, scientific research, and measuring in the industrial field.
3CH, CH1/CH2: 0~30V/0~5A, CH3: 5V/3.2A, Resolution: 10mV/1mA, Watts: 315W, Accuracy: <0.1%+30mV/<0.5%+2mA, USB/RS232, Digital I/O

Mixed domain Oscilloscope with built-in logic analyzer and spectrum analyzer
IIOT lab

Make : RIGOL
Model : MSO5204

Mixed domain Oscilloscope, 200 MHZ (4 Analog + 16 Digital channels)
Built-in Logic Analyzer
Built-in Spectrum analyzer
Including 4 Passive probes

Arduino Uno
IIOT lab

Make: arduino
Model: Uno R3

Arduino UNO is a microcontroller board based on the ATmega328P. It has 14 digital input/output pins (of which 6 can be used as PWM outputs), 6 analog inputs, a 16 MHz ceramic resonator, a USB connection, a power jack, an ICSP header and a reset button. It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable or power it with a AC-to-DC adapter or battery to get started. You can tinker with your UNO without worrying too much about doing something wrong, worst case scenario you can replace the chip for a few dollars and start over again.

Brainsense Sensor
IIOT lab

Make: Muse
Model: Muse 2

Muse is a smart headband that acts as your personal meditation coach. Using advanced EEG brain sensors, Muse can detect your brain activity and provide you with real-time feedback in the form of gentle audio sounds through your headphones.

Leap Motion Sensor
IIOT lab

Make: Ultra Leap
Model: LM – 010

The Leap Motion Controller is an optical hand tracking module that captures the movements of your hands with unparalleled accuracy. From XR to touchless kiosks, the Leap Motion Controller makes interaction with digital content natural and effortless.

Pixy CMUcam5 smart vision sensor
IIOT lab

Make: Pixy
Model: Version 2.1

The Pixy CMUcam5 Image Sensor is a remarkable vision sensor designed for DIY robotics and other applications that require computer vision.

Speech Recognizer and Synthesizer
IIOT lab

Make: Arduino
Model: Movi Shield

It is used with an Arduino board and provides an alternative to buttons, remote controls, or cell phones by letting you use full-sentence voice commands for tasks such as turning devices on and off, entering alarm codes, and carrying on programmed conversations with projects. MOVI is programmed directly from the Arduino IDE and requires no voice samples for training, does not use an Internet connection and is speaker independent.

MIRA- Miniature Industrial Robotic Arm
IIOT lab

MIRA stands for Miniature Industrial Robotic Arm, a compact yet powerful robotic arm designed for various industrial applications.

Industrial Automation Panel Desk
IIOT lab

Industrial Automation Panel Desk is a specialized control center used in industrial settings.
Centralized Control Hub:
The panel desk serves as a centralized control station for monitoring and managing industrial processes.
It integrates various control components, displays, and interfaces into a single unit.
Real-Time Monitoring:
Operators use the panel desk to monitor real-time data from sensors, machines, and production lines.
It provides visual feedback on process variables, alarms, and system status.
Control and Interaction:
The desk allows operators to adjust parameters, start/stop equipment, and execute commands.
It provides a user-friendly interface for interacting with PLCs (Programmable Logic Controllers), SCADA (Supervisory Control and Data Acquisition) systems, and other automation devices.
Customization and Layout:
Panel desks are custom-designed to suit specific industrial applications.
They can include buttons, switches, touchscreens, indicator lights, and emergency stop controls.
Safety and Efficiency:
Properly organized panel desks enhance safety by preventing accidental operations.
They improve efficiency by streamlining control tasks and reducing manual interventions.

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