Digital Bomb Calorimeter BCM-IM
The BCM series of Bomb Calorimeter provides an accurate, simple, and cost-effective method for determining the heat of combustion, calorific value, and sulphur content of organic materials. It is suitable for testing solids, food products, animal feed, bagasse, husk, and liquid fuels such as petrol and diesel.
In operation, the sample is ignited inside a high-pressure oxygen-charged vessel. The heat generated during combustion is transferred to the surrounding water, causing a measurable rise in temperature. This temperature change is recorded with high precision and used to calculate the calorific value and heat of combustion.
Our latest innovation features an Integrated Firing Unit cum Controller, where the firing unit, high-current transformer, temperature indicator, timer, and stirrer speed control circuit are all housed within a compact cabinet. This integrated design eliminates the need for additional interfacing connections between components.
The front panel is equipped with user-friendly controls and a clear display for easy operation, while the back panel contains all necessary connectors and switches.
Digital Bomb Calorimeter Manufacturer
Accurate calorific value testing is essential for laboratories and industries that work with coal, fuel, biomass, coke, and other combustible materials. A Digital Bomb Calorimeter is designed to measure the heat released during combustion and help determine the calorific value of a sample.
Reliable Digital Bomb Calorimeter for Laboratory Testing
Modern digital bomb calorimeters are designed to make calorific value testing more convenient and easier to monitor. Digital controls and display systems can help operators manage the testing process and record measurement results efficiently.
The right instrument should be selected according to the type of samples being tested, required measurement accuracy, testing frequency, and laboratory application.
Digital Bomb Calorimeter Manufacturer – Arico India
Arico India provides laboratory and analytical instruments for different testing applications, including bomb calorimeters. Its equipment is intended for laboratories and industries that require dependable calorific value testing solutions.
If you are searching for a Digital Bomb Calorimeter Manufacturer, Arico India can help you explore suitable equipment based on your testing requirements.
Applications of Digital Bomb Calorimeters
Digital bomb calorimeters can be used for calorific value testing of various combustible materials, depending on the instrument and applicable testing method. Common applications include:
- Coal and coke testing
- Fuel analysis
- Biomass testing
- Research and development
- Quality control laboratories
- Industrial material testing
Conclusion
A suitable Digital Bomb Calorimeter can make calorific value testing more systematic and convenient for laboratory applications. Before purchasing, consider the instrument's specifications, sample requirements, operating features, and testing standards.
For more information about digital bomb calorimeters and laboratory testing equipment, contact Arico India to discuss your specific application.
| Model | BCM-IM |
| Operating Principal | Isothermal |
| Compliant Standards | BIS 1350 Part -2, BS 1016-5 |
| Measurement Range | 1,000- 10,000 cal/g |
| Temperature Resolution | 0.001º C |
| Measurement Resolution | 0.1 cal/g |
| Repeatability/Precision | ≥1% (with standard Benzoic Acid) |
| Water Filling & Draining | Manual Fill with Auto Drain out |
| Gass Filling | Automatic with SingLE Push |
| Bomb Design | Pin volve type ( Scharadar Valve) |
| Operating Time per experiment | 10-12 Minutes (Main Testing Period) |
| Jacket Type | Fixed, SS |
| Vessel Type | Fixed, Electroplated Copper |
| Printer Connectivity | Provided |
| Memory | Available |
| Computer Connectivity | Optional |
| Power Input & Supply | 2.5kW, 230 V, 50 Hz |
| Weight | 30 Kg approx. |
- By using spicke correction capable of measuring of low value and by reducing weight of sample can measure higher value .
- Note: Due to process of continuous improvements, specifications are subject to change without prior notice
