Sensor Trainer Kit

Sensor Trainer Kit

Product Details:

  • Display Digital display (LCD/7-segment supportive)
  • Power 12W
  • Voltage 230 V AC, 50 Hz
  • Usage Laboratory, Technical Education, Demonstration of Sensor Working
  • Product Type Sensor Trainer Kit
  • Material MS, High-grade plastic, PCB, Electronic Components
  • Design Compact, Portable, Desktop Model
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Sensor Trainer Kit Price And Quantity

  • 1 Unit
  • 7+ (IR, LDR, Temperature, Humidity, Proximity, etc.)
  • Ready-to-use fixed panel
  • Banana sockets and patch cords
  • Push buttons, Potentiometers and Switches
  • Overload and short-circuit protected
  • 0°C to 50°C
  • Experiment manuals, Connecting wires, Power cable
  • Analog and Digital
  • Engineering Colleges, Technical Institutes, R&D Labs

Sensor Trainer Kit Product Specifications

  • MS, High-grade plastic, PCB, Electronic Components
  • Approx. 350 mm x 220 mm x 80 mm
  • Sensor Trainer Kit
  • 12W
  • Approx. 2.5 kg
  • Integrated LED indicators
  • Compact, Portable, Desktop Model
  • Digital display (LCD/7-segment supportive)
  • AC Mains Powered
  • 230 V AC, 50 Hz
  • Multiple sensor modules (IR, LDR, Temperature, Proximity, etc.)
  • Laboratory, Technical Education, Demonstration of Sensor Working
  • 2% full scale
  • 7+ (IR, LDR, Temperature, Humidity, Proximity, etc.)
  • Ready-to-use fixed panel
  • Banana sockets and patch cords
  • Push buttons, Potentiometers and Switches
  • Overload and short-circuit protected
  • 0°C to 50°C
  • Experiment manuals, Connecting wires, Power cable
  • Analog and Digital
  • Engineering Colleges, Technical Institutes, R&D Labs

Sensor Trainer Kit Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

Featurer:

  • Circuit diagram printed on PCB
  • On board Transducer LVDT transducer, Strain Gauge transducer, Load Cell transducer, Thermocouple Transducer & RTD (PT-100) Transducer (OPTIONAL), Smoke Detector & Magnetic Pickup Sensor
  • On-Board Excitation Voltage Generated as per required
  • Test point provided to study the signal at different stages
  • On-Board Screw Gauge provided for LVDT
  • On-board DPM meter provided

SPECIFICATIONS:

LVDT TRANSDUCER

 

  • To study of LVDT as displacement transducer
  • Built in AC excitation source 2.5 kHz typical
  • Linear variable differential transformer in metallic structure
  • Micrometer attachment  with mechanical displacement system
  • Displacement range 5 mm

 

STRAIN GAUGE TRANSDUCER

 

  • To study of Strain Gauge transducer
  • Built in DC (3.2V) excitation source for internal bridge balance
  • Strain Gauge Sensor in metallic structure -
  • Strain measure upto 500 micro strain (approx) in amplifier output

  • LOAD CELL TRANSDUCER

 

  • To study of Load Cell transducer
  • BuiIt. in DC (+12V) excitation source for internal bridge balance
  • Load Cell Sensor in metallic structure
  • Load Measure upto 1. 5Kg

RTD (PT 100) TRANSDUCER 

  • Study of RTD as temperature measuring transducer
  • RTD (PT -100) probe with protection cover
  • Bridge circuit for transducer
  • Differential amplifier with feedback
  • Temperature measurement upto -10OC to 100OC

 

THERMOCOUPLE TRANSDUCER

  • To study of Thermocouple transducer
  • Thermocouple Sensor in metallic structure
  • Temperature Measurement upto-10OC to 100OC

 

MAGNETIC PICKUP TRANSDUCE

  Study of measurement of magnetic pickup transducer

  •   On-board RPM meter for measurement of speed
  •   On-board potentiometer for varying speed
  •   On-board magnetic sensor and DC motor with shaft
  •   On-board push button to reset the count


  SMOKE DETECTOR SENSOR

 

  •   Study of smoke detector
  •   On-board smoke sensor
  •   On-board fire alarm

 

GENERAL  SPECIFICATIONS

 

  • Sockets at different places for observing /measuring the signals
  • 3.5 digit digital voltmeter meter having range 0-200mV for load cell
  • 3.5 digit digital voltmeter meter having range 0-2V for LVDT Thermocouple & strain Gauge (Switch Selectable)
  • 220V, Built in IC regulated power supply
  • Enclosed in an attractive ABS plastic cabinet; with cover
  • Detailed Instruction manual

 




Robust and Versatile Sensor Learning Platform

This trainer kit integrates multiple sensor modules such as IR, LDR, temperature, and proximity, providing a solid base for exploring foundational and advanced sensor technology concepts. Designed for technical education and laboratory demonstrations, it delivers reliability and versatility for a variety of experiments.


User-Friendly Design and Easy Connectivity

With banana sockets, patch cords, and panel-mounted control elements like push buttons and potentiometers, the kit ensures straightforward connections and user-friendly handling. Its digital display clearly presents sensor outputs, improving learning efficiency and experiment observation.


Comprehensive Accessories and Documentation

The kit includes all necessary accessories such as experiment manuals, connecting wires, and a power cable, assisting users from setup to advanced experimentation. Clear documentation guides users through setup, operation, and troubleshooting, supporting a seamless educational experience.

FAQs of Sensor Trainer Kit:


Q: How can the Sensor Trainer Kit be used in laboratory and classroom environments?

A: The Sensor Trainer Kit is designed for technical education and demonstrations of sensor operation. It enables students and researchers to conduct hands-on experiments, observe sensor responses via the digital display, and understand sensor principles and data interpretation in a controlled lab or classroom setting.

Q: What types of sensors are included, and what outputs can be measured?

A: The kit is equipped with over seven sensor modules, including IR, LDR, temperature, humidity, and proximity sensors. Both analog and digital outputs are provided, allowing users to monitor and analyze a wide range of physical phenomena for comprehensive learning.

Q: When is overload and short-circuit protection activated, and why is it important?

A: Overload and short-circuit protection are active during operation to prevent equipment damage or unsafe conditions resulting from excessive current or incorrect connections. This feature ensures user safety and preserves the longevity of the kits electronic components.

Q: Where is the Sensor Trainer Kit best utilized, and who are its main users?

A: This kit is ideally used in engineering colleges, technical institutes, and R&D labs. Its primary users include students, educators, and researchers involved in technical education, laboratory experiments, and demonstrations of sensor technology.

Q: What is the process for performing experiments with this kit?

A: Experiments typically involve connecting the appropriate sensor using the provided wires and banana sockets, configuring the setup with control elements (push buttons, switches, potentiometers), and observing outputs on the digital display. The included manuals provide detailed, step-by-step experiment guides.

Q: How does the kit benefit technical education and R&D work?

A: The Sensor Trainer Kit enhances practical understanding of sensor technologies, fosters analytical skills, and supports innovation through hands-on experimentation. Its comprehensive scope and safety features help reinforce theoretical concepts with real-world applications.

Q: What accessories are included with the Sensor Trainer Kit, and how do they support usability?

A: The kit comes with experiment manuals, connecting wires, power cable, and all necessary components for immediate use. These accessories streamline setup and operation, ensuring users have everything required for effective and uninterrupted experimentation.

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