Stefan Boltzmann's Constant Apparatus

Get a Price/Quote

MOQ : 1 Unit

Stefan Boltzmann's Constant Apparatus Specification

Core Components
Heater, Thermopile, Black body flask, Control unit, Voltmeter, Ammeter, Temperature sensor, Power supply

Model No
SBCA-7758

Accuracy
0.5C thermocouple

Measurement Range
0 - 5 mV (thermopile output)

Capacity
Up to 4 radiators

Feature
Precise heat control, stable temperature platform, direct reading output, portable

Automation Grade
Manual

Frequency
50 Hz

Temperature Range
Ambient to 200C

Power Source
Electric (mains operated)

Voltage
230 V AC

Equipment Materials
Mild steel coated body, high-grade insulation, heat-resistant ceramic disc, aluminum enclosures

Type
Physics Laboratory Instrument

Usage
To verify Stefan-Boltzmann law, determination of Stefans Constant

Display Type
Analog gauge and digital thermometer

Dimension (L*W*H)
400 mm x 250 mm x 250 mm

Weight
Approx. 8 kg

About Stefan Boltzmann's Constant Apparatus

Introducing the new Stefan Boltzmann's Constant Apparatus (Model SBCA-7758), a marvelous instrument crafted for precision in physics laboratories. Featuring a magnificent decorated black anodized radiator for efficient black body performance, this apparatus ensures dependable results with its factory calibration certificate. Safety is paramount-enjoy fused power supply, insulated construction, and over-temperature cut-off for peace of mind. Marvel at accurate analog and digital displays, competitive pricing, and a true bargain for educators and researchers. Robustly built, portable, and engineered for direct reading with stable temperature control, this unit is a standout addition to any lab.

Outstanding Features and Versatile Laboratory Use

The Stefan Boltzmann's Constant Apparatus is designed for indoor laboratory settings, supporting up to four radiators for diverse testing. Key features include a precise analog gauge, digital thermometer, and stable heat control, making it ideal for verifying the Stefan-Boltzmann law. Its rugged build, featuring a heat-resistant ceramic disc and high-grade insulation, ensures long-lasting laboratory performance. The machine operates manually for hands-on experiments, offering accuracy up to 0.5C and a measurement range of 0-5 mV (thermopile output).

Sample Policy, Supply Ability, and Export Market Reach

We offer flexible sample policies, with secure freight options to ensure the timely arrival of your apparatus. Our competitive rate structure allows for bulk order discounts, making this product accessible globally. As a leading exporter, manufacturer, and supplier based in India, our supply ability covers major export markets worldwide. Clients can expect dependable international shipping and support, ensuring each apparatus reaches your laboratory efficiently and safely, ready for immediate use on arrival.

FAQ's of Stefan Boltzmann's Constant Apparatus:

Q: How does the Stefan Boltzmann's Constant Apparatus facilitate laboratory experiments?

A: The apparatus is specifically designed for verifying the Stefan-Boltzmann law, with features like analog and digital displays, precise heat control, and simultaneous voltage, current, and temperature measurements, all supporting comprehensive laboratory investigations.

Q: What safety measures are included in the device?

A: This apparatus is equipped with a fused power supply, over-temperature cut-off, and insulated platform, providing safe operation during extended use in laboratory conditions.

Q: Where is the Stefan Boltzmann's Constant Apparatus intended to be used?

A: It is designed for indoor laboratory use, typically in educational institutions, research centers, or industrial physics labs.

Q: What materials are used in the construction of the apparatus?

A: The apparatus features a mild steel coated body, high-grade insulation, a heat-resistant ceramic disc, and aluminum enclosures, ensuring durability and thermal stability.

Q: How can the apparatus be transported internationally?

A: Orders are shipped securely via reliable freight services, ensuring safe, prompt arrival in major export markets with careful packaging to protect the equipment during transit.

Q: What is the key benefit of using the black anodized radiator in this model?

A: The black anodized radiator provides an efficient approximation of a black body, enhancing experimental accuracy when determining the Stefan-Boltzmann constant.

Tell us about your requirement