Product Description
In our extensive range of monitoring products, we also offer our esteemed clients a broad array of high quality Bomb Calorimeter Apparatus, that is highly demanded for determination of combustion of heat of calorific value of the fuel & other organic material. This apparatus is made available in different specifications to fulfill the demands of the clients. Our team of dexterous professionals manufactures our offered apparatus in accordance with latest market developments by making use of quality approved components. Our honorable clients can avail this Bomb Calorimeter Apparatus from us at nominal prices.
Features:
Specifications:
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Stainless Steel Bomb Jacket Water Calorimeter Vessel
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Water jacket made of Brass/S.Steel sheet duly nicked chromium plated with Bakelite Lid
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Motorized heavy duly stirrer for uniform Circulation Briquette
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Pet tel Press heavy duly Firing unit with illumination spanners, magnified glass with nickled nichrome wire & Cotton reel
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Gas Releasing Valve
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S.Steel crucible
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Full feature digital controller & Safety device
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Petroleum Industries / Department Coal industries / Department Educational Institute & Research Lab.
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TECHNICAL DETAILS: Housing Material :Brass/ S.Steel duly Nickled Chromium plated water jacket S.S vessel S.S. Bomb, Water Vessel
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Optional:Oxygen Cylinder
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Power Consumption:220/230V, AC Supply Single Phase AA10% 50 Hz
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Duty Cycle :Continuous
Accurate Measurement of Fuel Calorific ValueDesigned for laboratory professionals, the Bomb Calorimeter Apparatus delivers highly accurate calorific value readings with a resolution of 0.001 kcal/g and a temperature accuracy of 0.01C. The robust construction, insulated copper/aluminium cooling jacket, and stainless steel vessel guarantee durability and long-term consistent performance. Ideal for analyzing both solid and liquid fuel samples.
Easy Operation and Comprehensive AccessoriesThe apparatus includes a low-RPM stirrer, an easy-to-read analog thermometer, and a detachable firing unit for safety. An oxygen filling kit, complete with pipette, pressure pipe, and regulator, ensures safe and effective operation. The 25 ml bomb, nickel/quartz crucible, and water vessel (2000 ml) create optimal conditions for efficient combustion and measurement.
Built to Laboratory StandardsThis manual bomb calorimeter features an insulated, corrosion-resistant design, making it suitable for continuous laboratory use. All components, from the stainless steel bomb to the firing device and stirring mechanism, are built to withstand demanding conditions. Its moderate weight and compact dimensions ensure it fits comfortably in most lab spaces.
FAQ's of Bomb Calorimeter Apparatus:
Q: How does the Bomb Calorimeter Apparatus measure the calorific value of fuel samples?
A: The apparatus combusts solid or liquid fuel in an oxygen-rich atmosphere inside the stainless steel bomb. The heat released is absorbed by water in the calorimeter vessel, and the temperature change is precisely measured using the analog thermometer. This temperature change, along with the water quantity, is used to calculate the calorific value of the sample with high accuracy.
Q: What are the core components of this Bomb Calorimeter Apparatus?
A: Key components include the stainless steel bomb, calorimeter vessel, firing device (with detachable firing leads and switch), low RPM stirring motor, nickel/quartz crucible, analog thermometer, insulated copper/aluminium jacket, and a complete oxygen filling kit with regulator and safety accessories.
Q: Where can this apparatus be used?
A: This bomb calorimeter is designed for laboratory environments in research institutes, universities, and industrial testing laboratories, especially where accurate calorific value assessments of solid and liquid fuels are needed.
Q: What is the process for using the Bomb Calorimeter Apparatus?
A: To use the apparatus, a weighed sample is placed in the crucible within the oxygen bomb, filled with oxygen using the supplied kit. The bomb is sealed and submerged in the water vessel. After firing the sample using the detachable firing unit, the temperature change is recorded via the thermometer, and the calorific value is calculated accordingly.
Q: When should the cooling jacket and insulated vessel be utilized?
A: The copper/aluminium insulated cooling jacket is always used during measurements to minimize heat loss and ensure accurate calorific value readings by maintaining a constant temperature environment throughout the experiment.
Q: What safety features are included?
A: Safety is enhanced by the detachable firing unit, the supplied pressure gauge for monitoring oxygen filling (0-30 atm), and robust construction materials like stainless steel and corrosion-resistant jackets, which are designed to withstand repeated use under pressure.
Q: What are the main benefits of choosing this calorimeter model?
A: This apparatus offers precise calorific value measurement, high durability, corrosion resistance, ease of use, and compatibility with a wide range of laboratory fuel analysis requirements. It is an excellent choice for dealers, distributors, exporters, manufacturers, and laboratory professionals in India.