Product Description
BLOCK CALORIMETER
| Metal, for experimental determination of specific heat of different metals, cylindrical metal blocks 1 kg ± 2%. Each block has a central hole for a special immersion heater and a smaller hole for thermometer. | | PHY-189.1 | Aluminium alloy | | PHY-189.2 | Mild steel | | PHY-189.3 | Copper | | PHY-189.4 | Brass |
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Advanced Thermal Measurement for Education and ResearchOur BLOCK CALORIMETER is engineered to provide accurate and consistent results for thermal experiments. Its solid aluminum block ensures uniform heating, while high-quality thermal insulation maximizes energy efficiency and temperature stability. The compact bench-top unit is designed for educational laboratories, supporting the determination of specific heat capacities across a thermometer range of 0C to 110C. With its corrosion-resistant finish and easy-to-use design, this equipment offers reliability and long-lasting performance.
Comprehensive Accessories for Hassle-Free ExperimentationEach BLOCK CALORIMETER set includes an integrated thermometer, stirrer, and sample container, allowing users to conduct experiments efficiently straight out of the box. The digital and manual control options, combined with clear digital and analog temperature displays, facilitate straightforward, precise measurements. A removable cover and stable heating elements ensure user safety and result consistency, supporting a wide array of laboratory applications.
FAQ's of BLOCK CALORIMETER:
Q: How does the BLOCK CALORIMETER ensure uniform heat distribution during experiments?
A: The calorimeter features a solid aluminum block, which is renowned for excellent thermal conductivity. This construction promotes even heat spread throughout the sample wells, leading to accurate and reliable temperature measurements during laboratory use.
Q: What are the typical applications of this calorimeter in educational laboratories?
A: This calorimeter is primarily used for determining the specific heat capacity of materials. With its accuracy (0.5C) and rapid uniform heating up to 150C, it supports a variety of thermal experiments, making it ideal for physics and chemistry education.
Q: When should users utilize the digital versus the manual control features?
A: The digital controls are most effective for experiments demanding precise temperature management and monitoring, as the digital display provides exact readings. Manual controls may be preferred for routine demonstrations or when fine adjustments are less critical.
Q: Where can this calorimeter be deployed, given its portability and compliance?
A: Thanks to its compact bench-top design and lightweight structure, the calorimeter is suitable for use in school and college laboratories, research institutions, and field demonstration setups. Its compliance with IS laboratory equipment standards ensures suitability in regulated environments.
Q: What is the process for setting up the BLOCK CALORIMETER for an experiment?
A: Setup involves placing the calorimeter on a stable surface, ensuring power connection to an AC mains supply (220 V), and inserting the necessary sample, thermometer, and stirrer. Set the temperature using the control interface, monitor via digital or analog displays, and conduct your measurement as directed in the experiment protocol.
Q: How does the corrosion-resistant coating benefit the user?
A: The special finish protects the equipment from rust and chemical exposure, enhancing longevity, minimizing maintenance, and ensuring the calorimeter remains safe and reliable across intensive laboratory use.