Product Description
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. Reliable Calorific MeasurementEngineered for precise calorific value determination, this Bomb Calorimeter supports laboratories in fuel analysis, educational purposes, and industrial research. Its high accuracy of 0.1% of full scale ensures dependable results across diverse applications.
Safety and Sturdy ConstructionSafety is prioritized with an integrated pressure release system, double insulation, and heat-resistant handles. Constructed from stainless steel and copper, the calorimeter resists corrosion, while its cylindrical shape and sturdy build assure durability and repeated use.
Comprehensive Accessory KitThis laboratory calorimeter apparatus comes complete with a bomb, crucible, ignition wires, pressure gauge, and clear instruction manual. The analog thermometer with borosilicate sleeve (if present) enhances accurate monitoring up to 50C.
FAQ's of Calorimeter:
Q: How does the pressure release mechanism enhance laboratory safety?
A: The built-in pressure release system ensures user safety by automatically venting excess pressure generated during the combustion process, reducing the risk of vessel rupture or accidents.
Q: What is the main usage of this bomb calorimeter in a laboratory setting?
A: It is primarily used to measure the calorific value of solid and liquid fuels, vital for research, educational demonstrations, and quality control in various industrial laboratories.
Q: When should the calibration certificate for water equivalent be referenced?
A: The calibration certificate, supplied with the unit, should be referenced during each measurement to ensure accurate calculations and compliance with laboratory standards.
Q: Where can this calorimeter be used effectively?
A: Its design suits educational institutions, research and development centers, and industrial laboratories where high-precision calorific measurements of fuels are required.
Q: What steps are involved in operating the bomb calorimeter?
A: Operation involves preparing the sample in the crucible, assembling the bomb with ignition wires, filling the vessel with water, sealing the system, initiating the combustion with the electronic ignition unit, and recording temperature changes using the analog thermometer.
Q: What benefits does the double insulation provide?
A: Double insulation minimizes heat loss during measurements, ensuring more accurate calorimetric data and enhancing the energy efficiency of the apparatus.
Q: How does the apparatus maintain consistent accuracy?
A: The combination of a precision analog thermometer, corrosion-resistant materials, and certified accessories contributes to maintaining measurement accuracy within 0.1% of full scale.