Product Overview
The DTA-1550S Differential Thermal Analyzer is an analytical instrument that measures the relationship between temperature difference and temperature between a substance and a reference material under programmed temperature control. Its differential thermal analysis curve describes the variation of the temperature difference between the sample and the reference material with temperature or time, and can be used to detect endothermic or exothermic effects caused by phase transitions or reactions.
Product Features
1. The use of an imported high-frequency enclosed ceramic insulation furnace structure enhances signal sensitivity and resolution, providing a more stable baseline.
2. Equipped with a high-performance core control processor, it offers fast computing and processing speed, ensuring efficient control.
3. The sensor is designed with imported materials, allowing seamless switching between K-type and E-type sensors via software, making it suitable for experiments such as phase transitions and glass transitions in polymer materials.
4. Features an independently controlled atmosphere system that can be intelligently configured via software, with automatic gas path switching for high experimental efficiency.
5. Both the lower and upper computer systems support multi-point temperature calibration, improving temperature measurement accuracy.
6. Offers two experimental modes, FTC and STC, providing flexible and precise temperature control to meet the needs of various application scenarios.
7. The fully controlled temperature system utilizes an optimized dynamic PID algorithm, enhancing the robustness of dual-mode temperature control.
8. Supports 12-step programmable temperature settings for diverse experimental methods; includes a cyclic scanning function with up to 9999 cycles and automatic data saving.
9. Sensor signal sampling frequency can be set from 1 to 10 Hz, offering flexible experimental methods and controllable data.
10. Features a dual-temperature sensor design, enabling simultaneous measurement of both the internal furnace temperature and sample temperature.
11. The device system supports heating, cooling, and isothermal experiments related to materials.
12. Utilizes USB bidirectional communication with intelligent software design, including baseline subtraction, automatic plotting during experiments, and intelligent processing of data such as glass transition temperature, oxidation induction period, melting point, and crystallization.
Working Principle
Differential Thermal Analysis (DTA) is a technique that measures the temperature difference between a substance and a reference material as a function of temperature under programmed temperature control. In DTA experiments, changes in sample temperature are caused by endothermic or exothermic effects due to phase transitions or reactions. The DTA curve describes the variation of the temperature difference between the sample and the reference material as a function of temperature or time.
Application Field
Phase transitions, melting, transformation of crystalline structures, boiling, sublimation, evaporation, dehydrogenation reactions, cleavage or decomposition reactions, oxidation or reduction reactions, destruction of lattice structures, and other chemical reactions.
Complies with standards
GB/T 19466.3 – 2004 / ISO 11357-3: 1999 Part 3: Determination of melting and crystallization temperatures and enthalpies.
Operating steps
The materials do not mention specific operational steps.
Precautions
The materials do not mention specific precautions.
