Overview

Automatic Bomb Calorimeter LMABC-A102 offers measurement accuracy of ≤60J/g. It features high-efficiency oxygen bomb with an advanced ignition system. Integrated with an auto-calibration function for reliable results. Incorporates digital display and automated temperature control for improved performance. Our Calorimeter is widely employed to determine calorific value of fuels and combustion materials.

Features :

Fully automatic test procedure

Sealed oxygen bomb design

Stainless steel construction

Pear-shaped water container section

Electric stirrer for uniform temperature

Double container external water jacket

Specifications :

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 %
Pressure Resistance by Oxygen Bomb	20MPa
Ambient Temperature	15~28ºC
Ambient Humidity	< 85%
Power Supply	AC 220V±5%, 50Hz
Dimension (L×W×H)	600×480×460 mm

Standard Accessories :

Accessory	Quantity	Unit
Main Unit	1	Set
Oxygen Bomb Head Holder	1	Set
Oxygen Bomb Seat	1	Set
Temperature Sensor	1	Piece
Thermometer	1	Piece
Stopper for Thermometer	1	Piece
Ignition Wire	10	Meter
Crucible	2	Piece
Discharging Valve	1	Piece
Oxygen Decompression Device	1	Piece
Oxygen Pipe	1	Pair
O type Seal Ring (φ20×2.4mm)	5	Piece
O type Seal Ring (φ8×1.9mm)	5	Piece
O type Seal Ring (φ6×1.9mm)	5	Piece
Airproof Ring (largest O type)	2	Piece
Benzoic Acid	10	Piece
Water Aspirator	1	Piece
Printing Paper	1	Roll
Stopping Ring for Thermometer	4	Piece
Fuse 2A (Φ5×20)	2	Piece
Silicon Stopper	1	Piece

Optional Accessories :

Pallet Press

Applications :

Automatic Bomb Calorimeter LMABC-A102 is ideal for determining calorific value of solid and liquid fuels. It is widely employed in industries like coal, petroleum, chemical processing, and power generation.

Selection Guide :

Automatic Bomb Calorimeter LMABC-A102 is ideal for research studies and industrial applications requiring accurate determination of the calorific value of solid and liquid fuels, such as coal, petroleum, biomass, and food materials. It is widely used in power plants, fuel research labs, educational institutes, and cement industries for combustion studies and energy content analysis. It features an automatic oxygen filling system and an advanced isoperibol calorimetric method for high accuracy and repeatability. Its heat capacity falls within 14400 J/K to 14500 J/K, ensuring consistent performance. The system complies with international standards like ASTM and ISO, providing reliable results and quality assurance. Researchers and analysts should choose this model for automated operation, certified precision, and suitability for repetitive, high-throughput testing environments.