Best Oxygen Bomb Calorimeter Instrument Fuel Testing with Precision and Automation
When it comes to understanding the energy content of fuels, obtaining precise and reliable test results is crucial for making informed decisions in industries such as coal, metallurgy, petrochemicals, construction, food, and feed. The ATC 300A Oxygen Bomb Calorimeter Instrument from Hangzhou Zeal Instruments Science & Technology Co., Ltd. excels in meeting these demands, offering scientists, engineers, and researchers a cutting-edge tool that delivers high-precision measurements combined with advanced automation features. Capable of testing a wide range of fuels, this instrument ensures rapid and consistent results, making it indispensable for energy analysis and fuel characterization across diverse industries.
A Leap Forward in Fuel Testing Technology
The ATC 300A is based on the principles of isothermal calorimetry and is designed to provide accurate calorific value measurements for fuels of all types. Compliant with multiple international standards—such as GB/T 384, GB/T 213, ASTM 4809, and ASTM D240—this oxygen bomb Calorimeter Instrument ensures that fuel evaluations meet the highest regulatory and scientific benchmarks.
This instrument’s robust capabilities extend beyond simple calorific measurements. Its advanced design features a high-precision temperature control system, which guarantees that results remain consistent, regardless of the sample type or testing environment. For laboratories and industrial settings, where every bit of energy data is crucial, the ATC 300A is an essential tool for fuel characterization.
Specifications:
- Operating Environment:15ºC to 30ºC; Maximum Relative Humidity 80%, No Condensation
- Ignition Method:Cotton Thread or Ignition Wire
- Temperature Resolution:0.0001℃
- Test Mode:Isoperibol
- Test Time:Conventional Method ＜15min, Rapid Method ＜10min
- Calorific Value Testing Range:≤34000J
- Calorific Precision:≤0.10%
- Calorific Fluctuation:≤0.20%
- Maximum Oxygen Bomb Pressure:240 bar
- Bomb Material:Stainless Steel, Hastelloy (corrosion-resistant)
- Data Storage Capacity:≥10,000 entries
Automated Features for Increased Efficiency
One of the standout features of the ATC 300A Oxygen Bomb Calorimeter Instrument is its fully automated operation. From sample handling to result recording, every step is designed to minimize human intervention and increase testing throughput. With the ability to automatically raise and lower the bomb, identify bomb numbers, control ignition, and regulate oxygen and gas flow, the ATC 300A streamlines the testing process.
For users, this automation translates into time-saving efficiencies and reduced human error. It offers fully automated oxygen injection and venting, precise control over water volume in the inner chamber, and the capability to add and drain water in both the inner and outer chambers without manual intervention. These automated processes ensure that the testing procedure is not only faster but also more reliable and repeatable.
Enhanced Precision with Advanced Temperature Control
The ATC 300A Oxygen Bomb Calorimeter Instrument integrates an advanced semiconductor cooling system, which manages water temperature with remarkable precision. Using real-time monitoring and adjustments, the instrument keeps the temperature of the water surrounding the bomb at a stable level, achieving an impressive accuracy of ±0.02°C in controlling the outer chamber temperature. This accuracy is a major improvement over traditional calorimeter designs, which may rely on less efficient cooling methods.
In addition to maintaining temperature stability, this innovative cooling system reduces the overall footprint of the Calorimeter Instrument, making the ATC 300A more space-efficient. Compared to conventional external cooling units, this system uses less energy, minimizes heat loss, and improves the accuracy of heat capacity calculations—ensuring precise calorific value determination for any sample tested.
A Smart System for Maximum Safety
Safety is always a priority in any scientific experiment, and the ATC 300A doesn’t compromise on this front. The instrument features a comprehensive ignition protection system that includes both short-circuit protection and automatic ignition monitoring. The point ignition wire is intelligently detected by the system, ensuring that the ignition process proceeds smoothly and that there is no risk of malfunction due to a faulty ignition wire.
In the event of any irregularities or issues, the ATC 300A’s protective measures will automatically stop the experiment, safeguarding both the instrument and the operator. This safety-first approach not only prevents accidents but also contributes to the overall reliability of the results, providing peace of mind for the user during each test.
Intelligent User Interface and Data Calibration
The ATC 300A is equipped with an intuitive touch-screen interface that makes it incredibly easy to use, even for those with limited experience in calorimetry. The system allows users to input necessary parameters like the experiment name, sample details, and sample weight directly into the interface, after which the instrument automatically begins the experiment. This simplified, user-friendly process minimizes setup time and ensures that the tests are carried out efficiently.
The instrument also supports automatic calibration of various heat values, including the calorific value of the ignition wire, nitrous compounds, sulfur, and hydrocarbons, ensuring that the results are not only accurate but also customized to the specific needs of the sample being tested. These intelligent data calibration features allow for more precise calorific determinations, particularly when testing a diverse range of fuels.
Versatility Across Multiple Industries
The versatility of the ATC 300A calorimeter instrument makes it a valuable tool in many industries that rely on fuel and energy analysis. In industries such as coal, metallurgy, construction and petrochemical. the calorific value of a fuel is essential in determining its efficiency and suitability for a variety of applications. Whether it is coal for power generation, chemicals for industrial processes or building materials for energy conservation. The ATC 300A provides fast, accurate and reliable heat measurements to help companies make informed decisions.
The ATC 300A is also a great asset for research institutions and universities. It provides a precise and reproducible method for studying the energy content of a wide range of materials. The instrument is compatible with different types of fuels. Making it an essential tool for researchers aiming to explore new energy sources or improve the properties of existing materials.
Easy Step-by-Step Operation Process
Using the ATC 300A is simple and intuitive. The following steps outline the typical procedure for a test:
Step 1: Prepare the Sample
Before beginning the test, ensure that the bomb and crucible are clean and dry. Use an analytical balance to weigh the sample and prepare it for testing.
Step 2: Connect the Ignition Wire or Cotton Thread
Place the crucible containing the sample inside the bomb, then attach the ignition wire or cotton thread to the sample. The ignition method can be selected based on the requirements of the test.
Step 3: Install and Secure the Bomb
Add 10 mL of distilled water into the bomb and securely fasten the lid. The bomb is then automatically recognized by the RFID system, ensuring proper identification and tracking throughout the testing process.
Step 4: Input Testing Parameters
On the touchscreen interface, input the experiment name, sample name, and sample weight. Once these parameters are entered, simply click the “Start” button to initiate the automatic testing sequence.
Step 5: Finalize the Experiment
After the experiment is completed, the results are automatically recorded, and the operator can verify them. The bomb is then carefully removed, cleaned, and stored for future use.
Conclusion: Unleashing the Power of Precision in Energy Testing
The ATC 300A Oxygen Bomb Calorimeter Instrument from Hangzhou Zeal Instruments Science & Technology Co., Ltd. is a game-changing tool for fuel analysis. Combining automation, precision, and safety, it offers users a reliable and efficient means of measuring the calorific value of fuels.Its advanced features include intelligent data calibration, automatic ignition detection and compact design. Make it the first choice for industries and research institutions that need to accurately measure energy content.
Whether you are in the coal industry, petrochemical industry, or engaged in new energy research. The ATC 300A calorimeter can provide you with the high-precision and high-efficiency solutions you need to optimize fuel testing and accelerate projects.
