Product Description
600C Differential Scanning Calorimeter DSC Tester DH-DSC-510C
Introduction:
DSC is a differential scanning calorimeter with the highest precision in our company. The sensor adopts imported sensor with high sensitivity. Signal acquisition circuit shielding protection, which has strong anti-interference and high baseline stability.
The differential scanning calorimeter is touch screen type and can perform glass transition temperature test, phase transition test, melt and enthalpy test, product stability, curing, oxidation induction period test, specific heat test. It has a wide range of applications.
Technical parameter:
1. Temperature range: room temperature-600 degree (air cooling)
2. Temperature resolution: 0.01 degree
3. Temperature fluctuation: +-0.1 degree
4. Temperature repeatability: +-0.1 degree
5. Heating rate: 0.1-100 degree/min
6. Constant temperature time: program setting
7. Temperature control method: PID temperature control, heating, constant temperature (automatic program control)
8.DSC range: 0-+-600mW
9. DSC resolution: 0.01uW
10.DSC sensitivity: 0.01mW
11. Working power supply: AC220V/50Hz or customized
12. Atmosphere control gas: nitrogen, oxygen (automatic switching of the instrument)
13. Gas flow: 0-300mL/min
14. Gas pressure: 0.2MPa
15. Display mode: 24bit color, 7-inch LCD touch screen display
16. Data interface: standard USB interface
17. Parameter standard: equipped with standard material (indium, tin), the user can calibrate the temperature by himself
18. The instrument has multiple sets of thermocouples, one set to test the sample temperature, and one set to test the internal ambient temperature of the instrument
19. The instrument has a multi-point calibration function, which can meet the precise test of high, medium and low samples
20. The software can set the frequency of data collection, and can export EXECL data packages and PDF reports
21. Curve scanning: heating scanning, cooling scanning, constant temperature scanning
Technical feature:
1. Industrial-grade 7-inch touch screen with rich display information.
2. The new ceramic furnace body structure has better baseline and higher precision. The heating adopts indirect conduction, with high uniformity and stability. Reduces pulsed radiation, superior to traditional heating modes.
3. USB communication interface, strong versatility, reliable and uninterrupted communication, and supports self-recovery connection function.
4. Automatically switch the two-way atmosphere flow, the switching speed is fast, and the stabilization time is short. At the same time, a protective gas input is added.
5. The software is simple and easy to operate.
Advanced Thermal CharacterizationThe DH-DSC-510C 600C offers precise heat flow measurement and baseline stability, allowing for accurate detection of phase transitions and material properties. Its high sensitivity and resolution (0.01C) make it suitable for comprehensive thermal analysis across various industries.
Flexible and User-Friendly OperationWith fully automatic control, programmable heating, intuitive LCD digital display, and PC software integration via USB, this DSC ensures ease of use. Laboratories and quality control teams benefit from streamlined workflows and immediate data analysis.
Robust Design for Laboratory UseConstructed with high-quality materials such as platinum and ceramic sample holders, the DSC is built for durability and stable operation. Its compliance with international standards and wide temperature range make it ideal for rigorous testing in research and manufacturing settings.
FAQ's of DH-DSC-510C 600C Differential Scanning Calorimeter DSC Tester:
Q: How does the DH-DSC-510C 600C achieve accurate temperature control during testing?
A: The instrument utilizes a digital closed-loop control system coupled with platinum resistance sensors, ensuring precise and stable temperature management throughout the measurement range (room temperature to 600C). Baseline drift is minimized for reliable and reproducible results.
Q: What types of atmosphere control are supported by the DSC tester?
A: The DH-DSC-510C 600C supports controlled atmospheres of nitrogen, air, and argon, allowing users to conduct experiments under inert or reactive gas conditions as required by their specific thermal analysis applications.
Q: When should I use natural cooling versus forced air cooling?
A: Natural cooling is provided as standard and is sufficient for most tests. For faster temperature reduction between experiments or when handling temperature-sensitive samples, optional forced air cooling can be employed to accelerate the cooling process.
Q: Where can the DH-DSC-510C 600C be installed and operated?
A: This bench-top model is suitable for laboratories, quality control environments, and research facilities. It requires a stable environment with 10-35C temperature range and humidity up to 85% for optimal performance.
Q: What is the process for data analysis and reporting with this DSC?
A: Test data is captured in real-time with the PC connectivity feature, allowing immediate transfer to analysis software. Comprehensive reports can be generated, with baseline calibration and analysis tools integrated for efficient assessment.
Q: How is the DH-DSC-510C 600C beneficial for industrial and research applications?
A: Its high sensitivity, programmable features, and compliance with international standards (ISO 11357, ASTM E967) make it an essential tool for accurate material characterization, quality assurance, and product development in various industries.