Overview

Automatic Bomb Calorimeter LMABC-A100 provides 5 to 40 MJ/kg calorific range facilitates diverse testing for combustible materials. It completes a 6-minute water balance phase followed by an 8-minute primary assessment. Incorporated with a stainless-steel vacuum structure, ensuring durability and thermal efficiency. Equipped with a 7.5-inch touchscreen interface, enabling seamless navigation and real-time monitoring. Our Automatic Bomb Calorimeter features a 41L outer and a 2.3L inner barrel for optimal heat regulation.

Features :

Advanced Isoperibol Technology

Adjustable Temperature Control

Low Power Consumption

High sensitive Internal Insulation

Automatic Oxygen Filling & Release

Multi-Sample Compatibility

Specifications :

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 %
Resolution	0.0001°C
Testing Time	15 minutes (6 min for water balance, 8 min for main test)
Working Temperature Range	0 to 40°C, 85%RH
Environmental Temperature Range	5 to 35℃
Material	Stainless steel vacuum chamber
Display	7.5-inch touch-screen LCD
Power Consumption	50W
Power Supply	220V±10%, 50Hz
Inner Barrel Capacity	2.3L
Outer Barrel Capacity	41L
Dimension	960× 490× 460mm
Packaging Dimension	1005× 600× 610mm
Net Weight	55 Kg
Gross Weight	78Kg

Applications :

Automatic Bomb Calorimeter LMABC-A100 is essential for determining the calorific value of coal, paraffin, biomass, and various combustible substances for fuel quality assessment.

Selection Guide :

Automatic Bomb Calorimeter LMABC-A100 is suitable for research studies and experimental setups focused on determining the calorific value of solid and liquid fuels, such as coal, oil, biomass, food products, and waste materials. It is widely used in energy research, fuel testing laboratories, academic institutions, and material analysis centers. This model features automatic oxygen filling and an isoperibol calorimeter type, ensuring accurate heat capacity measurements in the range of 14400 J/K to 14500 J/K. With a measurement range of 5 to 40 MJ/kg and temperature control between 10°C to 35°C, it provides reliable and repeatable results. Customers should consider this model for its efficiency, automation, and suitability for combustion heat analysis in quality control, material certification, and academic experiments.