PerkinElmer Diamond DSC other laboratory equipment





















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Serial number: 536N6082702
tension: 100-240 V, 50/60 Hz
Power consumption: 300 W
Fuse: 3.15 A (250 V)
Origin: Made in USA
* Weight: 156 Kg
Dimensions: 120/80/120
The PerkinElmer Diamond DSC is a high-precision differential scanning calorimeter for analyzing thermal properties of materials. It is ideal for research and development in polymer, pharmaceutical, food and materials science.
Advantages:
✅ High-precision temperature measurement for precise thermal analyses
✅ Wide temperature range for versatile applications
✅ Energy-efficient operation with low power consumption
✅ sustainability by purchasing a used device
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General functions
- High-resolution DSC measurements for exact thermal characterization
- Analysis of melting and glass transitions, crystallization and decomposition
- temperature range from -180 °C to 600 °C (depending on the cooling)
- RS232 interface for data transmission and software control
- gas control for nitrogen or helium to reduce oxidation
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CO₂ savings
By purchasing this used device, the manufacture of a new device is avoided, which saves estimated 2,000 - 3,000 kg CO₂ This corresponds to the CO₂ emissions of a car journey of approx. 15.000 km,
Leistungsaufnahme: 300 W
Sicherung: 3.15 A (250 V)
Herkunft: Made in USA
* Gewicht: 156 Kg
Maße: 120/80/120
Das PerkinElmer Diamond DSC ist ein hochpräzises Differenzkalorimeter zur Analyse thermischer Eigenschaften von Materialien. Es eignet sich ideal für Forschung und Entwicklung in der Polymer-, Pharma-, Lebensmittel- und Materialwissenschaft.
Vorteile:
✅ Hochpräzise Temperaturmessung für exakte thermische Analysen
✅ Breiter Temperaturbereich für vielseitige Anwendungen
✅ Energieeffizienter Betrieb mit geringer Leistungsaufnahme
✅ Nachhaltigkeit durch den Kauf eines gebrauchten Geräts
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Allgemeine Funktionen
- Hochauflösende DSC-Messungen für exakte thermische Charakterisierung
- Analyse von Schmelz- und Glasübergängen, Kristallisation und Zersetzung
- Temperaturbereich von -180 °C bis 600 °C (abhängig von der Kühlung)
- RS232-Schnittstelle für Datenübertragung und Softwaresteuerung
- Gassteuerung für Stickstoff oder Helium zur Reduzierung von Oxidation
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CO₂-Einsparung
Durch den Kauf dieses gebrauchten Geräts wird die Herstellung eines neuen Geräts vermieden, was geschätzte 2.000 - 3.000 kg CO₂ einspart. Dies entspricht dem CO₂-Ausstoß einer Autofahrt von ca. 15.000 km.