Stefan Boltzman Apparatus Product Specifications

Model No SBA-01

Type Laboratory Equipment

Weight Approx. 8-10 kg

Dimension (L*W*H) 450 mm x 350 mm x 410 mm

Voltage 230 V AC

Accuracy 1C

Frequency 50 Hz

Temperature Range Ambient to 100C

Core Components Black and Silver Spheres, Temperature Sensor, Heater, Insulation Chamber

Automation Grade Manual

Usage Physics Laboratory, Heat Transfer Experiment

Feature Demonstrates Stefan-Boltzmann Law, Comparative Study of Emissivity, Adjustable Heat Input

Power Source AC Mains

Display Type Analog & Digital

Measurement Range 0300C

Equipment Materials Mild Steel Powder Coated with Stainless Steel Sphere

Product Description

Spotlight your physics laboratory with the Stefan Boltzman Apparatus (SBA-01), an unrivaled solution for measuring thermal radiation and emissivity. Featuring prime craftsmanship with mild steel powder coating and a polished stainless steel sphere, this remarkable apparatus includes black matte and silver finishes for comparative emissivity studies. With a powerful 250 W heater, K-type thermocouple, protective overheat thermal cut-off, and both analog and digital displays, the device combines manual data acquisition and remarkable accuracy (1C). Bargain rates available for exporters, manufacturers, and suppliers across India.

Stefan Boltzman Apparatus: Application & Features

Designed for comparative thermal radiation measurement, this laboratory equipment allows precise study of the Stefan-Boltzmann Law. Use adjustable heat input to differentiate between black and polished spheres while manually reading temperature indicators. Its core components include temperature sensors, insulated chamber, and analog/digital display, making it ideal for physics labs and heat transfer experiments. Operators can quickly set up and monitor results with clear direction and versatile surface finishes.

Supply Ability & Shipment Information

Manufacturer, exporter, and supplier capabilities enable regular dispatch of the Stefan Boltzman Apparatus across India and globally. Each unit is expertly packaged for safe transport via reputable freight and transport services, with packaging details tailored to ensure equipment integrity. Charges include flexible sample availability to prospective buyers, making acquisition seamless and budget-friendly for academic and research labs.

FAQ's of Stefan Boltzman Apparatus:

Q: How does the Stefan Boltzman Apparatus demonstrate the Stefan-Boltzmann Law?

A: The apparatus allows direct measurement of thermal radiation and emissivity from black and polished spheres, providing clear evidence of the Stefan-Boltzmann Law through controlled heating and manual temperature readings.

Q: What are the prime features that ensure safety during usage?

A: Key safety features include an overheat thermal cut-off and insulated chamber, which protect users and equipment from excessive temperatures during experiments.

Q: Where can the Stefan Boltzman Apparatus be used most effectively?

A: This equipment is best suited for physics laboratories in academic institutions, research centers, and training facilities focused on heat transfer studies and emissivity comparisons.

Q: When is sample availability offered for this apparatus?

A: Samples are available upon request, subject to applicable transport and export charges, to help interested buyers evaluate the quality and functionality before placing bulk orders.

Q: What is the process for manual data acquisition in this device?

A: Temperature readings are obtained manually from analog and digital indicators placed on the setup, requiring users to record data for both black and silver spheres during heat input adjustments.

Q: How accurate are the temperature measurements in experiments?

A: Temperature measurements provided by the apparatus are highly accurate, with a deviation of only 1C, ensuring reliable data for laboratory studies.