XINFU Cone Calorimeter Testing
Negotiable
Min.Order:1
Zhengzhou Prominent Technology Co., Ltd.
GC106 Calorimeter is new developed model based on ZDHW-5 Calorimeter.
General Introduction of Cone Calorimeter Testing
Calorimeter (Calorimeter), commonly known as the calorimeter, said kcal domestic instrument, the main measure calorific coal, straw and other solid, but also measurable heat oil and other liquids, mainly for thermal power, cement, coal, new energy, etc. fields.
Under High Pressure Oxygen Condition:
Put samples in hot-corrosion-resistant metal crucible.
Put this crucible in oxygen bomb and seal it.
Charge oxygen in the bomb until the pressure reach 3.0Mpa
Put oxygen bomb in and turn on the calorimeter, burn the sample.
The heat will pass to the water in cylinder.
Calorimeter can calculate the calorific value of samples according to measure the water temperature, cylinder and bomb.
Features of GC106
1, the use of advanced single-chip system, the instrument has automatic water, drainage, auto temperature, automatic mixing, automatic ignition, automatic printing and other functions, simple operation, long continuous measurement. 2, large-screen LCD display, Chinese menu prompt, simple and easy to operate. 3, with the experiment and converted high calorific functions. 4, automatic cooling calibration experiments, the use of ambient temperature requirements relaxed. 5, the automatic tracking the ambient temperature, the water temperature need not be measured outside the barrel.
Working Principle of Cone Calorimeter Testing
Stirrer is composed of mini electric motor, stir vane and stirring shaft. The stirring speed is stable. Inner cylinder frame is made of plexiglass or bakelite. Oxygen charger is special designed to work with calorimeter, it can completely avoid splash during the charging. The charging speed can be adjusted. It is very easy to operate.
Standard Reference
ASTM E711-87(2004): Standard Test Method for Gross Calorific Value of Refuse-Derived Fuel by the Bomb Calorimeter (Withdrawn 2004) ASTM D3180 - 1: Standard Practice for Calculating Coal and Coke Analyses from As-Determined to Different Bases ASTM E955 - 88(2009)e1: Standard Test Method for Thermal Characteristics of Refuse-Derived Fuel Macrosamples ASTM D3172 - 13: Standard Practice for Proximate Analysis of Coal and Coke
Main Specification