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XDLR-9A-Isothermal Automatic Calorimeter

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Description

XDLR-9A-Isothermal Automatic Calorimeter an innovative isothermal automatic calorimeter designed for sophisticated thermodynamic studies and heat measurement. This page is tailored to provide international customers with a comprehensive overview of the XDLR-9A’s features, specifications, and applications.

xdlr 9a isothermal automatic calorimeter
xdlr 9a isothermal automatic calorimeter

XDLR-9A-Isothermal Automatic Calorimeter Technical Specifications

Temperature measurement range5~40℃
Temperature resolution0.0001K
Precision≤0.1%
Single sample test timeAbout 9min
Heat capacity approx10450J/K
Outer bucket capacityAbout 40L
Inner bucket capacityAbout 2.1L
Power supply voltageAC220(1±10%)V;50Hz
Dimensions470×575 x440 (mm)
Main unit weightAbout 40kg
Technical Specifications

XDLR-9A-Isothermal Automatic Calorimeter Features

Controlled by a microcomputer, using Windows operating system and measurement and control software, asynchronous multi-control, Bluetooth communication, no interference.

Highly automated, automatic water weighing, water temperature adjustment, automatic water injection, automatic completion of the entire test process and printing of test results.

Low failure rate, self-protection, self-diagnosis technology, fast fault finding, easy maintenance.

Easy to use, friendly interface, good software fault tolerance, easy to learn and use.

Accurate results, using an excellent cooling correction system to ensure the test stability of the instrument performance.

Data processing, input relevant data, the microcomputer automatically converts the high and low calorific values ​​of the measured material and stores the test results.

This machine has dual control.

XDLR-9A-Isothermal Automatic Calorimeter Application Field

Applicable to the power, coal, metallurgy, petrochemical, environmental protection, cement, papermaking, geotechnical survey, scientific research institutions and other industries to measure the calorific value of combustible materials such as coal, coke and oil, in accordance with GB/T213-2008 “Requirements for the determination of calorific value of coal” and GB/T 14402-2007 “Determination of combustion performance and calorific value of building materials and products”.

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