ICS: Integrated Cryo-Cooler for HPGe
Ortec
Remove liquid nitrogen from your laboratory
ORTEC's cryoelectric coolers for HPGe detectors are designed to maintain the extremely low temperatures necessary for the optimal operation of high-purity germanium detectors. They provide exceptional thermal stability for precise and reliable detection performance.
Advantages
- Performance: Resolution equivalent to nitrogen in use -10 ° to 40 °
- Accounting: All GEM, GMX and PROFILE sensors in multi-orientation and PopTop included
- Economical: Low power consumption (70W), no maintenance and very quiet (55dB)
- 2-year warranty with MTTF> 200,000 hours
The latest development from the ORTEC and SunPower merger, the ICS (Integrated Cryocooling System) is revolutionizing Gamma spectrometry.
The Stirling cooling technology combined with a new active vibration suppression (AVC) technology allows us to provide you with:
High-Performance solution: The resolution of your nitrogen-cooled detectors or ICS will be the same and no more need for thermal cycles.
Portable solution: All-in-one box, very low consumption (70W in standard environment) and operation from -10° to +40°
Silent solution: < 55dB at 1 meter
Secure solution: No more nitrogen handling, no maintenance and 2 year warranty
PopTop compatible solution: With your current ORTEC sensors: GEM, GMX and PROFILE in multi-position
Economic solution: No more need to have molecular filter or thermal cycle (time saving)
The ICS is a necessary part of any Gamma spectrometry measurements.
- Stirling type cooler with AVC technology (anti-vibration)
- Remote preamplifier
- Low background noise option
- Accounting with cover Aluminum, carbon fiber and Beryllium
- Compatible for battery operation
- Research Laboratories: Enhancing the performance of HPGe detectors in gamma-ray studies.
- Industrial Applications: Utilized in environments requiring stable thermal conditions.
- Gamma-Ray Detection: Maintaining cryogenic temperatures for improved detector performance.
Brochure
BROCHURE NUCLEAR RP UK (pdf / 2,53 MB)