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Heat Capacity

Calorimeter Type

Temperature Controlling Range

Oxygen Filling

Measurement Range

Automatic Bomb Calorimeter

Labmate Automatic Bomb Calorimeter operates at temperature range of 5 to 40ºC to determine calorific value of various fuels. They feature an advanced digital display for easy monitoring and data collection. Their automatic ignition system ensures reliable testing with minimal operator intervention. They include data logging functionalities for easy analysis and record-keeping. Our Automatic Bomb Calorimeter plays crucial role in evaluating energy content for fuels and materials.

Automatic Bomb Calorimeter LMABC-A100

  • Calorimeter Type: Isoperibol
  • Measurement Range: 5 to 40 MJ/ kg
  • Operation Mode: Maintains constant outer barrel temperature
  • Heat Capacity Stability: Less than or equal to 0.2%
  • Precision: Less than or equal to 0.1 %

Automatic Bomb Calorimeter LMABC-B100

  • Calorimeter Type: Isoperibol
  • Oxygen Filling: Automatic
  • Bomb Volume: 250 ml
  • Analysis Time: < 8 min to 10 min
  • Bomb Washing: Manual
Automatic Bomb Calorimeter LMABC-A101
  • Calorimeter Type: Isoperibol
  • Measurement Range: 5 to 40 MJ/ kg
  • Operation Mode: Outer barrel adapts to room temperature changes or maintains constant outer barrel temperature
  • Heat capacity stability: Less than or equal to 0.2%
  • Precision: Less than or equal to 0.1 %
Automatic Bomb Calorimeter LMABC-B101
  • Calorimeter Type: Isoperibol
  • Oxygen Filling: semi-automatic
  • Bomb Volume: 282 ml
  • Analysis Time: 15 to 25 min
  • Bomb Washing: Manual

Automatic Bomb Calorimeter LMABC-A102

  • Heat Capacity: 14400 J/K ~ 14500J/K
  • Temperature Controlling Range: 10~35ºC
  • Temperature Resolution: 0.001K
  • Calorific Value: ± 60 J/g
  • Repeatability Error: ≤ 0.2 %

Selection Guide for Automatic Bomb Calorimeter

Automatic Bomb Calorimeter is widely used in applications such as coal and biomass analysis, fuel quality testing, food calorific evaluation, and waste-to-energy research. For these high-precision energy measurements, customers should choose models with a measurement range of 5 to 40 MJ/kg, suitable for various solid and liquid fuels. An Isoperibol-type calorimeter provides accurate and stable results through controlled temperature conditions. A heat capacity range of 14400 J/K to 14500 J/K supports reliable performance, while a temperature control range of 10~35ºC accommodates different lab environments. Options for automatic or semi-automatic oxygen filling enhance user safety and ease of use. Customers should select models based on required automation, application type, and performance range.

Frequently Asked Questions

1 What is an Automatic Bomb Calorimeter?

An Automatic Bomb Calorimeter is an apparatus designed to measure the heat of combustion of a substance such as fuels or food products.

2 How does an Automatic Bomb Calorimeter work?

It measures the heat released during the combustion of a sample in a sealed chamber to determine its calorific value.

3 What types of samples can be tested in Automatic Bomb Calorimeter?

It can test solid and liquid combustible samples like coal, biomass, fuels and food.

4 What kind of maintenance does Automatic Bomb Calorimeter require?

Regular maintenance includes cleaning of combustion chamber, checking seals, calibration of sensors and updating software.

5 Is Automatic Bomb Calorimeter suitable for biofuel testing?

It is used to accurately measure the energy content of biofuels like wood pellets, agricultural waste and biodiesel.

6 How does Automatic Bomb Calorimeter support environmental research?

It helps to analyze the combustion efficiency and emissions of various fuels, supporting cleaner energy initiatives.

7 Can Automatic Bomb Calorimeter be used for testing Municipal Solid Waste (MSW)?

It is widely used to evaluate the energy recovery potential of MSW in waste-to-energy facilities.

8 Can Automatic Bomb Calorimeter be used in pharmaceutical research?

It is used to study the combustion characteristics of active pharmaceutical ingredients and excipients, in thermal stability and energy release studies.

9 How does Automatic Bomb Calorimeter assist in nanomaterials research?

It is used to study the thermal stability and energy content of carbon-based nanomaterials like graphene or carbon nanotubes.

10 Can Automatic Bomb Calorimeter be used in autonomous vehicle energy research?

It is used to study alternative fuels like biofuels or hydrogen for autonomous and electric vehicle applications, evaluating energy efficiency and performance.