Stefan Constant Black Body Radiation Apparatus

Stefan Constant Black Body Radiation Apparatus

Product Details:

  • Display Analog or digital meter
  • Usage Measurement of Stefan-Boltzmann constant in physics experiments
  • Voltage 220 V AC
  • Power Built-in heating element, 200 W
  • Product Type Laboratory Apparatus
  • Material Metal
  • Design Cylindrical enclosure with black body cavity
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Stefan Constant Black Body Radiation Apparatus Price And Quantity

  • 1 , , Unit
  • Physics laboratory and academic demonstration
  • Rubber feet for bench-top stability
  • Matte black for maximum absorption
  • Thermal cut-off switch
  • Factory calibrated
  • Room temperature to 150°C
  • 1.5 meters
  • Variable adjustment via front panel
  • Air-cooled
  • Radiation emission from heated black body

Stefan Constant Black Body Radiation Apparatus Product Specifications

  • Metal
  • Thermopile or thermocouple-based
  • Measurement of Stefan-Boltzmann constant in physics experiments
  • Analog or digital meter
  • 220 V AC
  • Not applicable (mains powered)
  • Laboratory Apparatus
  • High accuracy as per laboratory standards
  • Cylindrical enclosure with black body cavity
  • Built-in heating element, 200 W
  • Approx. 40 cm x 20 cm x 25 cm
  • Electric mains
  • Internal heater
  • Approx. 7 kg
  • Physics laboratory and academic demonstration
  • Rubber feet for bench-top stability
  • Matte black for maximum absorption
  • Thermal cut-off switch
  • Factory calibrated
  • Room temperature to 150°C
  • 1.5 meters
  • Variable adjustment via front panel
  • Air-cooled
  • Radiation emission from heated black body

Stefan Constant Black Body Radiation Apparatus Trade Information

  • 5 , , Unit Per Week
  • Days
  • All India

Product Description

Specification

Application

laboratory

Material

metal

Color

white

Power Supply

ac mains

Model Name/Number

AE 453A

Brand

ASICO

Feature 

  • Power Supply: 0 V to 30 V variable
  • Voltmeter: 0-200 V DC, 3.5 Digits, LED Display
  • Current meter:0-2 A DC, 3.5 Digits, LED Display
  • Device: Copper black body fitted with heater and temperature sensor and digital  temperature indicator
  • Connections: 4mm patch cords
  • Cabinet: Metal body
  • Experiment: Determination of Stefans constant and verification Stefan-Boltzmann law (4th  power law)


Advanced Measurement Principle

This apparatus utilizes the emission of radiation from a heated black body to provide accurate demonstrations of the Stefan-Boltzmann law. The matte black coating ensures maximum absorption, simulating ideal black body conditions essential for classroom and research experiments.


Reliable Safety and Stability

Equipped with rubber feet for bench-top stability and a thermal cut-off switch, the device prioritizes user safety during operation. The air-cooled system maintains optimal temperature, preventing overheating, and allowing extended usage in laboratory settings.


Effortless Heating Control

A variable adjustment system is conveniently located on the front panel, empowering users to set and monitor temperatures within the range of room temperature to 150C. Its intuitive design enhances usability for educators and students alike.

FAQs of Stefan Constant Black Body Radiation Apparatus:


Q: How does the Stefan Constant Black Body Radiation Apparatus ensure accurate measurement of radiation emission?

A: The apparatus uses a matte black inner cavity to maximize absorption, closely emulating the conditions of a perfect black body. Factory calibration and precise heating control allow consistent, reproducible measurements of radiation emission according to the Stefan-Boltzmann law.

Q: What safety features are included to protect users during operation?

A: A thermal cut-off switch automatically shuts off the device if temperatures exceed safe limits. Additionally, the air-cooled system prevents overheating, while rubber feet provide stability during operation.

Q: When should the apparatus be used in laboratory settings?

A: It is ideal for academic demonstrations, physics experiments, and research activities that require observation and analysis of black body radiation at variable temperatures ranging from room temperature up to 150C.

Q: Where can the Stefan Constant Apparatus be mounted for optimal use?

A: The device is designed for bench-top use, with rubber feet that secure it on any laboratory table or demonstration bench, ensuring non-slip stability during experiments.

Q: What is the process for adjusting the temperature on the apparatus?

A: Users can adjust the heating via a variable control knob located on the front panel. This enables precise temperature selection within the operational range, facilitating different experimental requirements.

Q: How long is the power cable and why is this beneficial?

A: The included 1.5-meter cable provides sufficient length for flexible placement on laboratory benches, reducing the need for extension cords and ensuring safer, clutter-free workspaces.

Q: What are the main benefits of using this apparatus in a physics laboratory?

A: It offers accurate, safe, and reproducible demonstrations of black body radiation, enhances educational experiences, and supports advanced research, making it a valuable tool for teachers, students, and scientists.

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