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XDLR-6B-Fully Automatic Calorimeter

PRODUCT PARAMETERS

  • Advanced Automation: The XDLR-6B offers exceptional levels of automation, including a smart sample changer for unattended operation.
  • Enhanced Precision: With upgraded sensors and refined design, the XDLR-6B delivers more accurate and consistent results.
  • Wider Application Range: The XDLR-6B is suitable for a wider range of materials, including those with complex thermal behavior.
Description
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Description

XDLR-6B Automated Calorimeter – Elevate Your Thermal Analysis Capabilities

The XDLR-6B Automated Calorimeter is an enhanced version of our popular XDLR-6 model, designed to provide even more sophisticated and precise thermal analysis for a diverse range of applications. Ideal for international laboratories, research facilities, and industries requiring the highest level of accuracy and efficiency, the XDLR-6B is your ultimate tool for heat measurement and material characterization.

This microcomputer automatic touch calorimeter is mainly used for measuring the calorific value of combustibles in heat detection institutions and coal standard analysis. It can automatically measure in strict accordance with the relevant regulations and methods of GB/T213-2008, and is widely used in coal detection, petroleum, chemical industry, wood, scientific research, food and other industries.

xdlr 6b fully automatic calorimeter
xdlr 6b fully automatic calorimeter

XDLR-6B Automated Calorimeter Technical Parameters

modelZDHW-8Z Microcomputer Fully Automatic Touch Calorimeter
Reference heat capacityAbout 10500 (J/K)
Outer cylinder water capacityAbout 40L
Outer cylinder water capacityAbout 2.1L
Ignition voltageAC: 220V
Ignition time3-6 seconds (adjustable)
Temperature measurement range0.0000℃-40.0000℃
Resolution0.0001℃
Measurement accuracyBetter than international GB/T213-2008
Usage environmentRoom temperature 5-40℃ (temperature change should be ≤1℃ each time), relative humidity ≤85%
Power supply220V±10%; 50Hz
Instrument power30W
Instrument weightAbout 25kg

XDLR-6B Automated Calorimeter Performance characteristics

1.The modular 24-bit AD temperature acquisition circuit is adopted to ensure the temperature measurement of one ten-thousandth of a digit.

2.The temperature measurement module adopts ultra-low temperature drift characteristic electronic components to ensure the stability of the test results.

3.With embedded ARM as the main control chip, it is equipped with a 7-inch true color touch LCD screen and a mouse device, which makes the operation simpler and more flexible; direct human-computer interaction mode, easy to use.

4.It has powerful data processing functions and strong scalability of computers. The query and printing of historical data become simple and easy, and provide compatibility for future equipment networking and data sharing.

5.It has the same data processing speed as the previous “personal computer + controller” mode, which enhances reliability.

6.Real-time cooling correction, loose requirements on ambient temperature. Sulfur, hydrogen, and water data can be supplemented and input after the experiment is completed, and high and low calorific values ​​can be automatically converted, which conforms to the conventional experimental process.

7.The experimental process of water injection, drainage, stirring, ignition, temperature collection, calculation, correction, and printing is fully automatic, avoiding human errors, and greatly improving accuracy and precision.

8.The display platform uses a large-size color LCD touch screen display, which displays rich, intuitive and clear information and supports the review of files or documents. You can view the standard requirements, experimental methods and experimental steps of coal test methods, etc.

9.The equipment has an integrated design, which is easy to install and replace and has reliable performance.

XDLR-6B fully automatic calorimeter Application Areas:

Chemicals and materials, drug development and production, food science and nutrition, energy and battery technology, plastic and polymer manufacturing, environmental science and engineering, fuel and petrochemicals, metal and alloy processing, fine chemicals, heat treatment and metallurgy, textiles and clothing, aerospace and military industry, electronics and semiconductors, biotechnology and life sciences
The equipment can help enterprises and scientific research institutions in these industries conduct in-depth research and analysis in product development, quality control, process optimization, etc. through calorimetric analysis.

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