Calorimeter

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Calorimeter Specification

Core Components
Thermometer, Stirrer, Jacketed Vessel

Feature
Heat insulated, corrosion resistant, easy to clean

Voltage
220 V

Accuracy
0.1C

Temperature Range
Ambient to 80C

Measurement Range
Up to 1000 calories

Automation Grade
Manual

Capacity
300 ml

Power Source
Manual and Electric

Frequency
50 Hz

Equipment Materials
Stainless Steel Inner Vessel, Outer Case Aluminum

Type
Jacketed Calorimeter

Usage
Measurement of Heat of Combustion

Dimension (L*W*H)
18x12x24 cm

Weight
Approx. 2.5 kg

Compliance
IS: 1350 Part II

Thermometer Graduations
0.1°C increments

Safety Features
Pressure release lid

Operating Manual
Included

Packing Type
Boxed with molded inserts

About Calorimeter

Polished Copper, 75x50 mm. diameter resting on felt pad inside an outer vessel, 100x75 mm. diameter. Outer vessel fitted with detachable cliptype thermometer support. Complete with stirrer.

Precision in Calorimetric Measurements

The calorimeter provides scientifically rigorous heat of combustion results thanks to its high sensitivity thermometer and well-insulated jacket. Engineered for accuracy, it covers a temperature range from ambient to 80C, accommodating detailed experiments and routine testing alike. Its measurement range reaches up to 1000 calories, making it suitable for a variety of laboratory applications.

Robust Construction and Enhanced Safety

Built with a stainless steel inner vessel and an aluminum outer case, the calorimeter excels in durability and corrosion resistance. The design incorporates a pressure release lid to ensure safety during testing. Its heat-insulated structure keeps operations efficient, while the easy-to-clean components streamline post-experiment maintenance.

Compliant and Convenient Design

The calorimeter meets IS: 1350 Part II requirements, assuring users of its compliance for laboratory standards in India. Boxed packaging with molded inserts protects the device in transit. It comes with both manual and electric operation modes, offers a user-friendly manual, and weighs only 2.5 kg, facilitating ease of setup and transport.

FAQs of Calorimeter:

Q: How is the calorimeter used to measure the heat of combustion?

A: To measure the heat of combustion, a known mass of fuel sample is placed inside the calorimeter vessel. The temperature change, monitored precisely by the thermometer (graduated at 0.1C intervals), is recorded as the sample combusts. The resulting temperature change allows calculation of the calorific value using standard calorimetric equations.

Q: What are the main benefits of the pressure release lid and heat-insulated design?

A: The pressure release lid enhances operational safety, preventing accidental over-pressurization during combustion testing. The heat-insulated construction minimizes heat loss, ensuring higher accuracy in temperature measurements and making the calorimeter both efficient and safe to use.

Q: When should the calorimeter be cleaned, and how do you maintain it?

A: It is best to clean the calorimeter after each use to prevent residue buildup and maintain measurement accuracy. The stainless steel inner vessel and other components are corrosion-resistant and easy to clean with standard laboratory proceduressimply remove the inner vessel and wash with appropriate cleaning agents before rinsing and drying thoroughly.

Q: Where can this calorimeter be effectively used?

A: This calorimeter is suitable for laboratories, research institutions, and educational environments. Its robust build and compliance with IS: 1350 Part II standards make it ideal for reliable heat of combustion measurements in both academic and industrial settings across India.

Q: What components are included in the boxed package?

A: The package contains the jacketed calorimeter with stainless steel inner vessel, aluminum outer jacket, precision thermometer, stirrer, pressure release lid, and an operating manual. Molded inserts secure all parts during transport.

Q: How does the device ensure measurement accuracy?

A: Accuracy is ensured by the thermometer, which measures temperature changes in precise 0.1C increments, and by the heat-insulating structure that minimizes external thermal influence. Additionally, compliance with IS: 1350 Part II standards validates its reliable performance for calorimetric analysis.

Q: What power options are available for this calorimeter?

A: The calorimeter supports both manual and electric operation. It is compatible with a 220 V power supply at 50 Hz frequency, offering flexibility for different laboratory setups.

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