Study Of Different Resistors & Colour Coding

Study Of Different Resistors & Colour Coding

Product Details:

  • Usage For studying and understanding resistor types and color coding
  • Display Fixed display board with mounted resistors
  • Product Type Educational Laboratory Kit
  • Material ABS plastic panel, metal resistors
  • Design Wall-mountable or desktop display
  • Accuracy High accuracy for educational purposes
  • Dimension (L*W*H) 340 x 225 x 110 mm
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Study Of Different Resistors & Colour Coding Price And Quantity

  • 1 Unit
  • Indoor classroom or lab
  • Pre-mounted for direct observation
  • Helps identify resistor values by color bands
  • Lightweight and compact
  • SRES-101
  • Printed schematic on panel
  • Included on board for easy reference
  • Individual box packing
  • School and college laboratories
  • Up to 21 types of resistors provided
  • No live current, safe for students

Study Of Different Resistors & Colour Coding Product Specifications

  • Educational Laboratory Kit
  • Fixed display board with mounted resistors
  • Approx. 1.5 kg
  • High accuracy for educational purposes
  • 340 x 225 x 110 mm
  • Wall-mountable or desktop display
  • ABS plastic panel, metal resistors
  • For studying and understanding resistor types and color coding
  • Indoor classroom or lab
  • Pre-mounted for direct observation
  • Helps identify resistor values by color bands
  • Lightweight and compact
  • SRES-101
  • Printed schematic on panel
  • Included on board for easy reference
  • Individual box packing
  • School and college laboratories
  • Up to 21 types of resistors provided
  • No live current, safe for students

Study Of Different Resistors & Colour Coding Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

Study Of Different Resistors & Colour Coding

CarbonResistors1/4,1/2,1&2Watt of different tolerances, Metal Film Resistors 1/4, Watt, High Precision, Wire Wound Resistors of different types with complete theory description. Total 20 Resistors.



Comprehensive Educational Tool

The SRES-101 offers students a unique, interactive way to understand resistors and their color codes, with clear schematics and pre-mounted components. By providing hands-on experience, it bridges the gap between theory and practical application, making it a valuable addition to any electronics or physics laboratory.


User-Friendly and Safe Design

Designed with education and safety in mind, the unit contains no live current, ensuring a risk-free learning environment. Its lightweight construction and enclosed components make it convenient to handle and ideal for use in both classroom and laboratory settings.


Enhanced Learning Applications

This model supports a variety of educational activities, from basic color code recognition to the identification of resistor types and values. The included color code chart and visible resistors help reinforce theoretical learning by allowing students to practice and test their skills directly.

FAQs of Study Of Different Resistors & Colour Coding:


Q: How does the Study of Different Resistors & Colour Coding Model help students identify resistor values?

A: The model displays 21 pre-mounted resistors with visible color bands alongside a printed color code chart. Students can directly compare the bands to the chart, learning to accurately decode and calculate resistor values through observation and practice.

Q: What is included with the SRES-101 resistor study board?

A: Each unit comes with a fixed display board featuring pre-mounted resistors, a printed schematic for clarity, a color code chart, and secure ABS plastic construction. It is individually packaged and ready for immediate classroom use.

Q: When should this educational display be used?

A: The SRES-101 is suitable for use during practical sessions, lab demonstrations, and theoretical teaching related to resistance and electronic components, typically in school or college laboratory environments.

Q: Where can the SRES-101 display be set up within a classroom?

A: Thanks to its wall-mountable design and desktop-suitable size, the display can be placed on lab tables during practical work or mounted on classroom walls for ongoing reference.

Q: What is the process for using the resistor color code model in teaching?

A: Teachers demonstrate resistor color bands and guide students in matching these bands to the color code chart. Students then read and interpret the resistor values, fostering understanding through hands-on interaction.

Q: What are the benefits of using this model in educational laboratories?

A: The model helps students develop critical analysis and identification skills related to resistors, encourages engagement through tactile learning, and provides a safe, reliable, and durable resource for repeated instructional use.

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