Pulse-Tube
Pulse-Tube
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HFPTC
Miniaturized high-frequency Pulse-Tube
LPT6510
Miniaturized Pulse-Tube 75K to 150K
Absolut System has developed a miniaturized high-frequency Pulse-Tube for space and terrestrial applications between 75K and 150K.
The HFPTC is a high-frequency Pulse-Tube based on our expertise in cryogenic cooler design for the space industry. Our engineering teams have developed a cooler with reduced dimensions and high performance. The HFPTC combines a Thalès Cryogenics B.V compressor with a cold finger developed by Absolut System.
Unique on the market, this high-frequency Pulse-Tube is reliable and has a service life in excess of 10 years.
Spatial: This cooler, designed for Earth observation missions, is particularly well-suited to the needs of the most demanding applications, thanks to its compact size. In particular, it eliminates the need for complex “passive radiator cooling” architectures.
The HFPTC is a compact cooler that can be used in terrestrial imaging to cool infrared detectors, particularly for civil and military security cameras, and for surveillance of strategic areas.
Key Points
- Welded architecture
- Full or split configuration
- No launch pad for cold finger
- Compatible thermal links (TRL 9)
- Reduced dimensions, weight and power
Spatial: This cooler, designed for Earth observation missions, is particularly well-suited to the task thanks to its compact size. In particular, it eliminates the need for complex “passive radiator cooling” architectures.
The HFPTC is a compact cooler that can be used in terrestrial imaging to cool infrared detectors, particularly for civil and military security cameras, and for surveillance of strategic areas.
Key Points
- Welded architecture
- Full or split configuration
- No launch pad for cold finger
- Compatible thermal links (TRL 9)
- Reduced dimensions, weight and power
-
HFPTC
Miniaturized high-frequency Pulse-Tube
LPT6510
Miniaturized Pulse-Tube 75K to 150K
HFPTC
Miniaturized high-frequency Pulse-Tube
LPT6510
Miniaturized Pulse-Tube 75K to 150K
The Pulse-Tube LPT6510 is a small, high-performance cryogenic cooler for operating temperatures between 60K and 150K.
The result of a collaboration between Absolut System and Thalès Cryogenics B.V., the Pulse-Tube LPT6510 combines the MPTC compressor and the SSC80 pulsed gas tube developed by Absolut System.
The LPT6510 offers excellent efficiency for 60-150K applications, proven reliability and reduced levels of exported vibration. Recent developments have enabled the Pulse-Tube to be upgraded to an “all-welded” design, increasing robustness and reliability by eliminating screwed interfaces.
A specific version with a transfer line is also available.
The LPT6510 is used in the TRISHNA high-resolution thermal infrared (TIR) space-time mission, led by the French (CNES) and Indian (ISRO) space agencies.
Objectives: monitoring of water conditions and stress in continental ecosystems, monitoring of coastal waters, indoor monitoring of the urban environment. Applications to the solid Earth, cryosphere and atmosphere.
Launch date: 2025
Key Points
- Reduced level of exported vibrations
- "All-welded" assembly
- Integral or split design
- No launch pad for cold finger
- Compatible thermal links (TRL 9)
HFPTC: Miniaturized high-frequency Pulse-Tube
LPT6510: Pulse-Tube miniaturized 60 K à 150 K
-
HFPTC
Miniaturized high-frequency Pulse-Tube
LPT6510
Miniaturized Pulse-Tube 75K to 150K
HFPTC
Miniaturized high-frequency Pulse-Tube
LPT6510
Miniaturized Pulse-Tube 75K to 150K
Absolut System has developed a miniaturized high-frequency Pulse-Tube for space and terrestrial applications between 75K and 150K.
The HFPTC is a high-frequency Pulse-Tube based on our expertise in cryogenic cooler design for the space industry. Our engineering teams have developed a cooler with reduced dimensions and high performance. The HFPTC combines a Thalès Cryogenics B.V compressor with a cold finger developed by Absolut System.
Unique on the market, this high-frequency Pulse-Tube is reliable and has a service life in excess of 10 years.
Spatial: This cooler, designed for Earth observation missions, is particularly well-suited to the needs of the most demanding applications, thanks to its compact size. In particular, it eliminates the need for complex “passive radiator cooling” architectures.
The HFPTC is a compact cooler that can be used in terrestrial imaging to cool infrared detectors, particularly for civil and military security cameras, and for surveillance of strategic areas.
Key Points
- Welded architecture
- Full or split configuration
- No launch pad for cold finger
- Compatible thermal links (TRL 9)
- Reduced dimensions, weight and power
Spatial: This cooler, designed for Earth observation missions, is particularly well-suited to the task thanks to its compact size. In particular, it eliminates the need for complex “passive radiator cooling” architectures.
The HFPTC is a compact cooler that can be used in terrestrial imaging to cool infrared detectors, particularly for civil and military security cameras, and for surveillance of strategic areas.
Key Points
- Welded architecture
- Full or split configuration
- No launch pad for cold finger
- Compatible thermal links (TRL 9)
- Reduced dimensions, weight and power
-
HFPTC
Miniaturized high-frequency Pulse-Tube
LPT6510
Miniaturized Pulse-Tube 75K to 150K
HFPTC
Miniaturized high-frequency Pulse-Tube
LPT6510
Miniaturized Pulse-Tube 75K to 150K
The Pulse-Tube LPT6510 is a small, high-performance cryogenic cooler for operating temperatures between 60K and 150K.
The result of a collaboration between Absolut System and Thalès Cryogenics B.V., the Pulse-Tube LPT6510 combines the MPTC compressor and the SSC80 pulsed gas tube developed by Absolut System.
The LPT6510 offers excellent efficiency for 60-150K applications, proven reliability and reduced levels of exported vibration. Recent developments have enabled the Pulse-Tube to be upgraded to an “all-welded” design, increasing robustness and reliability by eliminating screwed interfaces.
A specific version with a transfer line is also available.
The LPT6510 is used in the TRISHNA high-resolution thermal infrared (TIR) space-time mission, led by the French (CNES) and Indian (ISRO) space agencies.
Objectives: monitoring of water conditions and stress in continental ecosystems, monitoring of coastal waters, indoor monitoring of the urban environment. Applications to the solid Earth, cryosphere and atmosphere.
Launch date: 2025
Key Points
- Reduced level of exported vibrations
- "All-welded" assembly
- Integral or split design
- No launch pad for cold finger
- Compatible thermal links (TRL 9)
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