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METREX SCIENTIFIC INSTRUMENTS PVT. LTD.
GST : 07AAACM0005C1ZF

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Bomb Calorimeter (Fssai)

Bomb Calorimeter (Fssai) Specification

Display Type
Digital display

Features
Automatic, easy operation, corrosion resistant, rapid cooling, stainless steel bomb

Resolution
0.01 cal/g

Test Range
Up to 8000 cal/g

Mounting Type
Benchtop

Gas Pressure
Atmospheric

Number of Specimens
Single specimen per test

Measuring Range
08000 cal/g

Frequency
50 Hz

Operating Voltage
220V AC

Equipment Type
Bomb Calorimeter (FSSAI Approved)

Humidity
Up to 85% RH

Port Size
Standard ignition port

Accuracy
0.1% of reading

Response Time
Immediate (within seconds of combustion)

Temperature
Ambient, 10C to 40C

Specimen Size
0.5 to 1 g

Power Supply
220V AC, 50Hz

Interface Type
RS232 (optional)

Application
Determination of calorific value of food samples

Automation Grade
Semi-automatic

Usage
Laboratory calorific analysis

Capacity
350 ml (bomb volume)

Machine Weight
Approximately 20 kg

Test Speed
Standard (as per FSSAI procedures)

Control Mode
Manual / Digital

Sample Types
Solid and liquid food samples

Oxygen Filling System
Manual pressurizer pump up to 30 atm

Ignition Type
Electrical ignition system

Bomb Material
Stainless steel, corrosion resistant

Water Jacket Volume
About 23 liters (external vessel)

Stirring Mechanism
Motor-driven stirring for uniform temperature

Thermometer Type
Digital or mercury thermometer, 0.01C resolution

Accessories Provided
Crucible, pressure gauge, ignition wire, sealing rings, forceps, etc.

Calibration Method
Benzoic acid tablet method

Safety System
Pressure release valve and safety fittings

Compliance Standard
FSSAI/ISI/ASTM standard methods

About Bomb Calorimeter (Fssai)

Bomb Calorimeter provides a simple method fordetermination of heat of combustion of organic matter and the calorific valve& sulphur content of solid & liquid fuel. The outfit supplied iscomplete for analysis as per the method recommended by British StandardInstitution BS 1016. All parts of the outfit have been finished and testedaccording to the specifications laid down by Institute of petroleum and BritishStandard Institute.

Temperature Resolution : 0.00001 deg. C

Reproducibility/Repeatability : % RSD: 0.05 to 0.10%

Memory: 100 test

Sample Weight: 0.5 gm to 1 gm

Calories energy measurement range: 25-10000 calories

Test Per Hour : minimum 5

Engineered for Food Calorific Analysis

Our Bomb Calorimeter-crafted from corrosion-resistant stainless steel-is designed specifically to test the calorific value of solid and liquid foods. With high accuracy and compliance with FSSAI, ISI, and ASTM methods, it provides reliable results, making it suitable for laboratory and industrial food analysis applications.

Robust Safety and User-Friendly Features

Safety is prioritized through a pressure release valve and reinforced fittings. The instrument includes digital or mercury thermometers (0.01C resolution), motor-driven stirring, rapid cooling, and an electrical ignition system. Accessories like crucibles, pressure gauges, forceps, and sealing rings streamline sample preparation and analysis.

Fast, Accurate, and Versatile Operation

This semi-automatic bomb calorimeter delivers quick results with immediate response upon combustion. It accommodates standard samples (0.5-1 g) for single test runs, ensuring efficiency while maintaining high accuracy (0.1% of reading) for a wide measurement range (0-8000 cal/g).

FAQ's of Bomb Calorimeter (Fssai):

Q: How does the bomb calorimeter determine the calorific value of food samples?

A: The bomb calorimeter measures energy by combusting a known amount of solid or liquid food sample within its stainless steel pressure vessel. The heat released raises the temperature of water in the surrounding jacket, which is measured and used-along with calibration data-to calculate the sample's calorific value.

Q: What calibration method is used for accuracy in this calorimeter?

A: Calibration is performed with the benzoic acid tablet method, a standard procedure that ensures the unit provides highly accurate and reliable measurements in line with FSSAI/ISI/ASTM requirements.

Q: When should I use the pressure release valve on the bomb calorimeter?

A: The pressure release valve is a key safety feature and should be used after the combustion process is complete and before opening the bomb vessel, ensuring safe dissipation of any residual pressure inside.

Q: Where can this bomb calorimeter be operated?

A: This bomb calorimeter is designed for laboratory use and is suitable for environments with ambient temperatures between 10C and 40C and humidity levels up to 85% RH. Its benchtop design ensures easy integration into standard laboratory setups.

Q: What is the process for filling the bomb with oxygen before testing?

A: Before starting a test, the supplied manual pressurizer pump is used to fill the bomb vessel with oxygen at up to 30 atm, which is essential for complete combustion of the sample during calorimetric analysis.

Q: How do I benefit from using this semi-automatic calorimeter?

A: Users benefit from fast analysis (immediate response upon combustion), high measurement accuracy (0.1%), ease of operation, and robust safety features. It is ideal for routine calorific testing in food analysis laboratories, facilitating compliance with FSSAI standards.