Sunpower, Inc
CAGE Code: 64737
NCAGE Code: 64737
Status: Active
Type: Manufacturer
Dun & Bradstreet (DUNS): 071633614
Summary
Sunpower, Inc is an Active Manufacturer with the Cage Code 64737 and is tracked by Dun & Bradstreet under DUNS Number 071633614..
Address
2005 E State St Ste 104
Athens OH 45701-2125
United States
Points of Contact
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Frequently Asked Questions (FAQ) for CAGE 64737
- What is CAGE Code 64737?
- 64737 is the unique identifier used by NATO Organizations to reference the physical entity known as Sunpower, Inc located at 2005 E State St Ste 104, Athens OH 45701-2125, United States.
- Who is CAGE Code 64737?
- 64737 refers to Sunpower, Inc located at 2005 E State St Ste 104, Athens OH 45701-2125, United States.
- Where is CAGE Code 64737 Located?
- CAGE Code 64737 is located in Athens, OH, USA.
Contracting History for CAGE 64737 Most Recent 25 Records
- 80GRC023CA024
- Sunpower Robust Stirling Converter (Srsc) Support And Prototypes - Contact Co For Further Information.
- 13 Sep 2023
- Sunpower Robust Stirling Converter (Srsc) Support And Prototypes - Contact Co For Further Information.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $1,428,814.96
- National Aeronautics And Space Administration (Nasa)
- 80GRC023CA024
- Sunpower Robust Stirling Converter (Srsc) Support And Prototypes - Contact Co For Further Information.
- 18 Aug 2023
- Sunpower Robust Stirling Converter (Srsc) Support And Prototypes - Contact Co For Further Information.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $175,267.96
- National Aeronautics And Space Administration (Nasa)
- 80NSSC23PC106
- Cryotel Gt 16W Stirling Coole
- 15 Sep 2023
- Cryotel Gt 16W Stirling Coole
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $22,719.00
- National Aeronautics And Space Administration (Nasa)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 4 Nov 2022
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,782,796.38
- National Aeronautics And Space Administration (Nasa)
- NNC09CA23C
- Full-Scale Power Conversion Unit Phase Ii Fabrication&Testing Of The Power Conversion Unit
- 11 Dec 2014
- Full-Scale Power Conversion Unit Phase Ii Fabrication&Testing Of The Power Conversion Unit
- Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $6,416,956.81
- National Aeronautics And Space Administration (Nasa)
- N6600118P7060
- Cryocooler
- 29 Sep 2018
- Cryocooler
- Niwc Pacific
- Department Of Defense (Dod)
- $30,704.00
- Department Of Defense (Dod)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 3 Apr 2023
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,902,726.34
- National Aeronautics And Space Administration (Nasa)
- N6600123P6394
- Cryotel Gt Cryo-Cooler
- 4 Aug 2023
- Cryotel Gt Cryo-Cooler
- Niwc Pacific
- Department Of Defense (Dod)
- $145,628.00
- Department Of Defense (Dod)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 12 Aug 2022
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,782,796.38
- National Aeronautics And Space Administration (Nasa)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 31 Mar 2023
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,902,726.34
- National Aeronautics And Space Administration (Nasa)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 1 Sep 2021
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,275,859.38
- National Aeronautics And Space Administration (Nasa)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 1 Feb 2022
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,275,859.38
- National Aeronautics And Space Administration (Nasa)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 15 Jun 2021
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $6,674,748.38
- National Aeronautics And Space Administration (Nasa)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 28 Mar 2022
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,275,859.38
- National Aeronautics And Space Administration (Nasa)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 24 Sep 2021
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,275,859.38
- National Aeronautics And Space Administration (Nasa)
- 80NSSC21P2351
- Supplies -Ds Mini Cryocooler.
- 12 Aug 2021
- Supplies -Ds Mini Cryocooler.
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $21,001.00
- National Aeronautics And Space Administration (Nasa)
- NNC09CA23C
- Full-Scale Power Conversion Unit Phase Ii Fabrication&Testing Of The Power Conversion Unit
- 17 Aug 2021
- Full-Scale Power Conversion Unit Phase Ii Fabrication&Testing Of The Power Conversion Unit
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $6,416,956.81
- National Aeronautics And Space Administration (Nasa)
- N6600121P6398
- Avc Controller For Cryotel Cryocooler
- 24 Sep 2021
- Avc Controller For Cryotel Cryocooler
- Niwc Pacific
- Department Of Defense (Dod)
- $42,069.00
- Department Of Defense (Dod)
- 80NSSC22PC221
- 77 K Miniature Cryocooler
- 16 Sep 2022
- 77 K Miniature Cryocooler
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $24,556.00
- National Aeronautics And Space Administration (Nasa)
- NNC10TA87T
- Contracting Officer Changed
- 17 Aug 2021
- Contracting Officer Changed
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $1,556,562.00
- National Aeronautics And Space Administration (Nasa)
- N6600121P6398
- Avc Controller For Cryotel Cryocooler
- 30 Nov 2021
- Avc Controller For Cryotel Cryocooler
- Niwc Pacific
- Department Of Defense (Dod)
- $42,069.00
- Department Of Defense (Dod)
- 80GRC017C0006
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- 30 Jun 2022
- This Convertor Development Effort Is In Support Of Nasas Science Mission Directorate (Smd) And Its Need For Higher-Efficiency Radioisotope Power Systems (Rps). Nasa Glenn Research Center Seeks To Develop Power Systems With A Conversion Efficiency Of At Least 20% At The Generator Level, Which Would Offer A Significant Improvement Over The Current State-Of-The-Art Rps. Such A Power System Would Require Less Radioisotope Fuel To Produce The Electricity Required By The Mission. The Majority Of Science Missions Are Many Years In Duration, And Subject To Harsh Environments Associated With Spaceflight. Thus, Reliability And Robustness Of The Power System Are Of Utmost Importance. Dynamic Convertors, Such As A Stirling-Cycle Machine, Offer The Potential To Achieve This Conversion Efficiency, Robustness, And Reliability. This Contract Specifically Is Focused On Realizing Such A Stirling-Cycle Power Convertor.
- Nasa Glenn Research Center
- National Aeronautics And Space Administration (Nasa)
- $7,782,796.38
- National Aeronautics And Space Administration (Nasa)
- 80NSSC23PC106
- Cryotel Gt 16W Stirling Coole
- 14 Aug 2023
- Cryotel Gt 16W Stirling Coole
- Nasa Shared Services Center
- National Aeronautics And Space Administration (Nasa)
- $22,719.00
- National Aeronautics And Space Administration (Nasa)
- W911QX19P0069
- Three (3) Cryotel Gt Cryocoolers, Three (3) Gt - Balance Absorbers, Three (3) Controllers, Three (3) Rtd Cables, Three (3) Rs-232 Serial Communication Cables, Three (3) Cooler Power Cables, Three (3) Rs232 To Usb Adaptors, Three (3) Rtd Assemblies, Three (3) Permanent Cooling Fans And Three (3) Permanent Nw50
- 27 Mar 2019
- Three (3) Cryotel Gt Cryocoolers, Three (3) Gt - Balance Absorbers, Three (3) Controllers, Three (3) Rtd Cables, Three (3) Rs-232 Serial Communication Cables, Three (3) Cooler Power Cables, Three (3) Rs232 To Usb Adaptors, Three (3) Rtd Assemblies, Three (3) Permanent Cooling Fans And Three (3) Permanent Nw50
- W6qk Acc-Apg Adelphi
- Department Of Defense (Dod)
- $54,138.00
- Department Of Defense (Dod)
- N6600118P6640
- Ds 1.5 Small Block Cryocooler
- 13 Mar 2018
- Ds 1.5 Small Block Cryocooler
- Niwc Pacific
- Department Of Defense (Dod)
- $31,739.89
- Department Of Defense (Dod)