Product Description
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Consisting of a nickel plated copper vessel with outer vessel of teak wood fitted with bakelite top with hole for thermometer, terminals connected to a coil of wire complete with stirrer & outer teakwood vessel for determining the specific heat capacity of liquid by electrical method.
Durable and Efficient Laboratory SolutionCrafted for reliability, the CP-25 calorimeter features a stainless steel inner vessel and robust Bakelite lid, designed to withstand repeated use without compromising accuracy. Its compact design and cork insulation minimize heat exchange, ensuring precise measurements in every experiment. Easy to operate manually, the calorimeter is suitable for both student and professional laboratory settings.
ISI-Certified Precision for Physics ExperimentsEndorsed with ISI certification, the calorimeter meets stringent quality and safety standards, guaranteeing dependable performance. The equipment measures up to 100C with +/- 0.5C accuracy, making it excellent for energy and heat capacity investigations. Its analog display offers straightforward temperature readings essential for educational demonstrations.
FAQs of Calorimeter Joules:
Q: How does the CP-25 calorimeter function in a laboratory setting?
A: The CP-25 calorimeter measures the amount of heat produced or absorbed during experiments by tracking temperature changes within its insulated vessel. The heating coil applies controlled energy to the sample, while the thermometer and stirrer ensure precise and uniform temperature readings, making it suitable for educational and scientific applications.
Q: What materials are used in the construction of the calorimeter, and why are they important?
A: Key components include a highly polished stainless steel inner vessel, an aluminum outer container with powder coating, a Bakelite lid, cork insulation, and a stainless steel stirrer. These materials are selected for their thermal properties and durability, promoting accurate measurement and longevity under frequent laboratory use.
Q: When should the CP-25 calorimeter be used in experimental procedures?
A: This calorimeter is ideal for experiments requiring precise heat measurement, such as determining specific heat capacity or studying energy transfer. It is most effective in indoor, controlled laboratory environments where temperature regulation is critical.
Q: Where can the CP-25 calorimeter be effectively utilized?
A: The calorimeter is best suited for physics laboratories in educational institutions, research centers, and quality-control environments where precise energy measurement is fundamental to experimental work.
Q: What is the benefit of the ISI certification for this product?
A: ISI certification guarantees that the product complies with Indian safety, accuracy, and durability standards, ensuring reliability and long-term performance in laboratory experiments.
Q: How should the calorimeter be maintained for optimal performance?
A: Routine maintenance involves cleaning the inner vessel and stirrer after each use, ensuring all connections are intact, and storing the instrument in a dry, indoor environment to preserve accuracy and last longer.
Q: What power and operational requirements are necessary for the calorimeter?
A: The calorimeter operates on a 220-240 V power supply at 50 Hz and can measure temperatures ranging from -10C to 110C. It is manually operated, requiring basic training for safe and effective use in experiments.