Beschreibung

LR-100A Differentialthermoanalysator

Produkteinführung

DSC measures the relationship between temperature and heat flow related to the internal thermal transformation of materials, which has a very wide range of applications, especially material research and development, performance testing and quality control.Properties of materials such as glass transition temperature.Cold crystallization, Phasenübergang, schmelzen, Kristallisation, thermische Stabilität, oxidation induction period, oxidation induction temperature, specific heat capacity, curing/crosslinking, sind die Forschungs- und Entwicklungsbereiche von DSC.

LR-100A Differentialthermoanalysator

Haupteigenschaften:

1. Neue Struktur des Ofenkörpers, good resolution and resolution and better baseline stability instrument master chip
2. Digital gas flowmeter, control purge gas flow, data directly recorded in the database
3. The instrument can adopt bidirectional control (Host-Steuerung, Softwaresteuerung), benutzerfreundliche Oberfläche, leicht zu bedienen
4. Using Cortex-M3 kernel ARM controller, faster processing speed, mehr Temperaturkontrolle
5. USB two-way communication, komfortable Bedienung
6. 7 inch 24bit full-color LCD touch screen, benutzerfreundliche Oberfläche
7. Adopt professional alloy sensor

LR-100A Differential thermal analyzer

technische Parameter:

1.DSC-Bereich: 0 ~ ±600mW

2.Temperaturbereich: room temperature ~600℃

3.Erwärmungsrate: 0.1~100℃/min

4 Temperaturauflösung: 0.01℃

5 Temperaturschwankungen: ±0,01℃

6.Wiederholbarkeit der Temperatur: ±0,1℃

7 DSC noise: 0.01μW

8.DSC-Auflösung: 0.01μW

9.DSC: 0.01 mW

10.DSC-Empfindlichkeit: 0.001mW

11.Temperaturregelungsmodus: automatic control of the whole program

12.Kurvenscannen: heating scanning

13.Atmosphere control: automatic instrument switching

14.Anzeigemodus: 24Bit-Farbe, 7 Zoll-LCD-Touchscreen-Display

15.Datenschnittstelle: Standard-USB-Schnittstelle

16.Parameterstandard: ausgestattet mit Standardmaterial, with a key calibration function, users can correct the temperature and entha