Automatic Bomb Calorimeter LMABC-B101 It is engineered for the precise measurement of the calorific value of both solid and liquid combustible materials. Accommodating a bomb volume of 282 ml and takes 15 to 25 min for test analysis. The Bomb Calorimeter is furnished with advanced features, including a semi-automatic oxygen filling, and releasing system.
Get Quote| Calorimeter Type | Isoperibol |
| Oxygen Filling | semi-automatic |
| Bomb Volume | 282 ml |
| Analysis Time | 15 to 25 min |
| Bomb Washing | Manual |
| Maximum Bomb Pressure | 20 Mpa |
| Bomb Identity | No |
| No. Of Tests | 2 to 4/hour |
| Temperature Resolution | 0.0001 K |
| Precision (RSD) | ≤ 0.15 % |
| Heat Capacity Stability | ≤ 0.25 % |
| Gas Requirement | 99.5 % oxygen |
| Water Requirements | Distilled water |
| Energy Measurement Range | 0 to 50000 J |
| Bucket Filling | Semi-Automatic |
| Stirring Method | Blades |
| Reproducibility | 0.15 % (analysis of 1 g of benzoic acid) |
| Temperature Increase | 2°C (average) |
| Temperature Measurement | PT1000 (temperature probe) |
| Working Temperatures | ≤ 32°C |
| Cooling Type | Automatic water circulation |
| Network | Yes |
| Maximum Power | 0.5 kW |
| Power Supply | 220 V ±, 15 to 10 %, 50/60 Hz |
| Advance Calculations | No |
| Main Body Dimension | 600 × 417 × 908 mm |
| Weight | 106 Kg |
Facilitates oxygen bomb tightness examination
Equipped with blades to achieve high stirring efficiency, and faster heat transfer
Ensures precise test results through the use of ample water quantities
Maintains a minimal temperature difference in the jacket water (less than 0.1K) for consistent testing
Features robust data processing capabilities, statistical reporting, and printing functions
Provides genuine test data without the need for software modifications
Equipped with an RS232 interface for data transfer
Offers dependable test data without requiring software adjustments
Confirmed to the international standards ASTM D5865, ISO 1928
| Accessories no. | Name | Unit | Qty. |
| 1 | Ignition thread (500 pieces) Box | Box | 20 |
| 2 | Standard Benzoic Acid (1 gm * 10 pieces) | Bottle | 10 |
| 3 | Gasket Ring for Oxygen Filling Facility (big, middle, small) | Set | 15 |
| 4 | Heating Crucible | PC | 60 |
| 5 | Oxygen bomb gasket ring (big, middle, small) | Set | 15 |
| 6 | Plastic insulation cover | Set | 5 |
| 7 | Special Oxygen filling pipe | PC | 2 |
| 8 | Electrodes | Set | 1 |
It is primarily used in coal, petroleum, cement, agriculture, medical research, electronics, scientific research, quality control, and testing laboratories to measure the energy content of various materials, including fuels, food, and other combustible substances.
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Automatic Bomb Calorimeter LMABC-B101
Automatic Bomb Calorimeter is a state-of-the-art instrument designed for precise and efficient determination of the calorific value of various samples, making it an essential tool for researchers, quality control professionals, and laboratories across various industries. This automatic bomb calorimeter streamlines the process of measuring the heat of combustion for a wide range of substances, from fuels and petrochemicals to food products and environmental samples.
Differential scanning calorimetry (DSC) analysis is a powerful technique for probing essential physical characteristics of materials by subjecting them to controlled temperature changes. During a DSC experiment, both a test sample and a reference material undergo controlled heating, leading to a precisely measured response in temperature and heat capacity. These specialized furnace-based systems are particularly well-suited for investigating unique phase-transition properties, such as those seen in liquid crystals, quantifying the enthalpy of materials, and evaluating the resilience of products exposed to extreme temperatures and pressures. Differential scanning calorimeters offer a broad temperature range, spanning from a frigid -150°C to a scorching 800°C, with the capacity for rapid heating rates, including a maximum rate of 300 ml/min for DSC analysis.
