Differential Scanning Calorimeter T-DSC-S2104

Introduction

Differential Scanning Calorimeter offers 0 to ±600mW range measuring both small and large thermal variations. Integrated with liquid nitrogen cooling for rapid temperature changes and stability during transitions. Incorporated with a programmable constant function it enables continuous testing for up to 24 hours. It features gas flow control from 0 to 300mL/min allowing for atmosphere regulation during experiments. Differential Scanning Calorimeter is equipped with 4-in-1 software for seamless data acquisition analysis and reporting. 

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Differential Scanning Calorimeter is crucial for analyzing thermal properties like melting, crystallization, and glass transition in edible products within the food sector.

Selection Guide

Differential Scanning Calorimeter is a versatile tool widely used in research and industrial laboratories for advanced thermal analysis. It is suitable for applications such as polymer research, pharmaceutical development, food quality control, and material science. This model is especially effective for studying thermal properties like glass transition, melting behavior, crystallization, and thermal stability. Its modulated DSC (MDSC) feature helps in distinguishing overlapping thermal events, making it ideal for complex experiments. Certified with ISO and CE standards, it ensures quality, accuracy, and safety. Customers seeking accurate, reliable, and versatile thermal analysis with a broad application base and strong certification backing should consider this model.

Specifications

DSC Range	0 to ± 600mW
Temperature Range	-170°C to 600°C
Heating Rate	0.1 to 100℃/min
Cooling Rate	0.1 to 40℃/min
Cooling Method	Liquid Nitrogen Cooled
Scanning Method	Heating and Cooling
Constant Temperature Time	Up to 24 hours (programmable)
Temperature Resolution	0.001℃
Temperature Fluctuation	±0.01℃
Temperature Repeatability	±0.01℃
DSC Noise	0.01μW
DSC Resolution	0.01μW
DSC Accuracy	0.01mW
DSC Sensitivity	0.01mW
Temperature Control Modes	Rising, Constant, Cooling (Automatic)
Curve Scanning	Rising and Cooling
Gas Types	Nitrogen, Oxygen (Switch Automatically)
Gas Flow Rate	0 to 300mL/min
Gas Pressure	Less than or equal to 5mPa
Display	7-inch LCD touchscreen, 24-bit color
Data Interface	USB
Calibration Materials	Indium, Tin
Software	4 in 1 operating software
Thermocouples	3 Sets (Sample, Furnace & Internal Ambient)
Packaging Dimension	500 × 500 × 1160 mm
Weight	60 kg

Features

Low DSC Noise and High Resolution

7-Inch LCD Touchscreen with 24-Bit Color

Standard Calibration Materials

Advanced Thermocouple Configuration

Dual Curve Scanning

Standard Accessories

FAQs

1. What is the main function of this Differential Scanning Calorimeter?

It is a professional laboratory instrument designed for Differential Scanning Calorimeter applications, providing accurate, reliable performance for sample analysis, processing, or storage in scientific research and industrial quality control.

2. What are the key advantages of this Differential Scanning Calorimeter compared to similar products?

It combines high performance, user-friendly operation, and robust construction. The compliance with international standards and certifications ensures its reliability and suitability for various laboratory environments.

3. What regular maintenance is required for this Differential Scanning Calorimeter?

General maintenance recommendations: 1) Keeping the instrument clean and free from dust and debris; 2) Following the manufacturer's calibration schedule to maintain accuracy; 3) Inspecting electrical connections and mechanical parts periodically for signs of wear; 4) Storing and using the instrument according to the operating manual to prevent damage.

4. What are the installation requirements for this Differential Scanning Calorimeter?

Standard installation requirements: 1) Placing on a stable, level workbench in a clean laboratory environment; 2) Connecting to a properly grounded power supply matching the instrument's voltage requirements; 3) Ensuring adequate space for operation and maintenance; 4) Following any specific environmental conditions (temperature, humidity, ventilation) outlined in the product manual.

5. What should I do if the Differential Scanning Calorimeter shows abnormal operation?

General troubleshooting guidelines: 1) First check the power supply and all connections to ensure they are secure; 2) Refer to the user manual's troubleshooting section for specific error messages or symptoms; 3) Perform a system reset if applicable; 4) Do not attempt to repair internal components without professional training; contact authorized service personnel for technical support when needed.