Oxygen Bomb Calorimeter  52-OBC100

Oxygen Bomb Calorimeter 52-OBC100

Oxygen Bomb Calorimeter 52-OBC100  offers a temperature range of 0 to 40 °C for accurate and reliable thermal analysis. It enables stable large-batch experimental operation through an ultra-large capacity water tank. Its fully automated system integrates oxygen charging, ignition, and temperature control to minimize manual intervention. The advanced cooling and heating system prevents outer cylinder temperature overshoot, enabling uninterrupted long-duration experiments. Our Oxygen Bomb Calorimeter is suitable for energy analysis in power plants, cement plants.

Specifications

Oxygen bomb working pressure 2.8-3.0mpa, maximum 3.2Mpa
Capacity of external water cylinder About 45L
Capacity of the inner water cylinder About 2.1L
Ignition method Fusible cotton wire ignition
Temperature measurement range 0 to 40 ℃
Temperature resolution 0.0001 ℃
Test time ≤ 15 minutes
Operating environment Room temperature 5-35 ℃, humidity < 80%
Power supply AC 220V ±10%,50Hz
Packaging Dimension 600 × 610 × 630 mm
Net Weight 30 Kg
Gross Weight 45 Kg

Features

  • Ultra-large water tank
  • Fully automated operation
  • Long-duration testing
  • Precision temperature regulation
  • Intelligent temperature control

Applications

Oxygen Bomb Calorimeter 52-OBC100 is used for accurate calorific value determination of solid and liquid fuels in research, quality control, and testing laboratories.

Related Models Of Oxygen Bomb Calorimeter

Lab Expo offers Oxygen Bomb Calorimeters designed for precise and reliable measurement of the heat of combustion. These calorimeters feature heat capacity measurement capabilities for accurate energy calculations, ensuring dependable results. They operate across an extensive temperature measurement range, making them versatile for analyzing various sample types. They are equipped with advanced test software and controlled via a desktop computer. They can record test data and save them automatically. Our calorimeters feature an intuitive interface that enhances ease of use, making them ideal for routine and advanced calorimetric analyses.