Item Description and Required Specifications.docx
DOCX document 20 KB Posted
- Attached to
- Dugway Proving Ground Hyperspectral Imager
- Solicitation number
- W911S6-25-Q-A011
About this file
This document is an Item Description and Required Specifications for a Hyperspectral Imaging System, specifically for the Dugway Proving Ground, issued under solicitation W911S6-25-Q-A011 by the Department of the Army Materiel Command Mission and Installation Contracting Command Fort Hood. The primary item is the Hyper-Cam-XLW Mini Compact infrared hyperspectral imaging system (CLIN 0001), a remote sensing instrument designed for detecting, identifying, and quantifying spectral signatures of gaseous clouds and solid samples.
The solicitation includes multiple contract line items (CLINs) covering the core system and accessories: a Wide Angle Telescope (CLIN 0002), Power and Data Cable Set (CLIN 0003), Detection and Identification Plug-In (CLIN 0004), Remote Support (CLIN 0005), and a Preventative Maintenance Plan (CLIN 0006). The system features a 320 x 256 pixel Stirling-cooled detector, user-selectable spectral resolution, and operates between -10 to +50°C. Deliverables include the optical head, control processing box, calibration sources, software suite, GPS antenna, tripod mount, Toughbook computer, transport cases, and a 2-day training session. The procurement is described as a sole-source requirement for one hyperspectral imaging system capable of operating in field conditions from 20 to 110 degrees Fahrenheit.
View the file
Other files
| File | Type | Posted |
|---|---|---|
| W911S625QA011 HSI DPG 29May25.pdf |
On GovTribe
Work with this file
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
Item Description and Required Specifications CLIN 0001 Hyper-Cam- XLW Mini Compact infrared hyperspectral imaging system. This remote sensing instrument combines high spatial, spectral and temporal resolution providing unmatched performances. It is a versatile tool for remote detection, identification and quantification. It is the ideal instrument for measuring the spectral signature of gaseous clouds as well as solid samples near or above ambient temperature.
The Hyper-Cam xLW Mini incorporates a Michelson-type interferometer to provide user-selectable spectral resolution up to 4 cm-1. The Hyper-Cam xLW is equipped with 320 x 256 pixels closed Stirling cycle cooled Strained-Layer Superlattice (SLS) focal plane array detector.
Common Specs and features
1. Standoff imaging Fourier-transform spectrometer technology.
2. User-selectable spectral resolution from down to 4 cm-1.
3. 320 x 256-pixel Stirling-cooled focal plane array detectors.
4. Nominal field-of-view (FOV) of 14 x 11 with detector sub-windowing capability.
5. Data Recording: Removeable SSD 2 TB
6. Power consumption: 270 W (steady state) / 410 W (peak)
7. Weight: Optical Head 8.6 kg / CPB 4.2 kg
8. Operating temperature: -10 to +50 C.
Deliverables
1. Sensor Optical Head (OH) along with:
a. Integrated calibration sources
b. 1920 x 1200 visible color camera for recording and co-visualization of the infrared and visible image
c. Control & Processing Box (CPB)
d. Reveal Software Suite
i. Reveal PRO6
ii. Reveal PROCESSOR
iii. Reveal Library Manager (Optional with D&I processing capabilities enabled)
e. Power adapter to convert 120/240 V AC power to the 24 V DC power
f. 3-meter power & data cable kit (from OH to CPB)
g. GPS Antenna (on OH)
h. Tripod Mount
i. Toughbook Portable Computer
j. Rugged transport cases equipped with wheels for easy transportation
k. 2-day training on the operation of the Hyper-Cam Specifications
| LWIR Channel Image Size |
| 320 x 256 pixels |
| LWIR Channel Field of View |
| 14° x 11° |
| LWIR Channel Minimum Working Distance |
| 0.8 m |
| Spectral Range |
| 7.5 - 12.4 μm (806 – 1333 cm-1) |
| Maximum Spectral Resolution |
| 4 cm-1 |
| Noise Equivalent Spectral Radiance |
| <30 nW/cm2.sr.cm-1 |
| Radiometric Accuracy |
| < 2.5 K (@ 25oC, 1000 cm-1) |
| Visible Bore sighted Camera Image Size |
| 1920 x 1200 pixels |
| Visible Bore sighted Camera Field of View |
| 25.4° x 16° |
| Visible Bore sighted Camera Working Distance |
| From 2 m to infinity |
| Power Consumption |
| Steady-state, Average |
· 270 W Maximum Peak
· 410 W
| IR Detector Lifetime (MTBF) |
| > 15,000 hours |
| Operating temperature |
| -10 to 50 C |
| Storage temperature |
| -20 to 60 C |
| Overall Dimensions |
| Optical Head (excl. handles): |
· 20(L) x 27(W) x 21(H) cm CPB (excl. handle):
· 21(L) x 21(W) x 22(H) cm
| Components Weight |
| · Optical Head: 8.6 kg |
· Control & Processing Box: 4.2 kg
· Harnesses total weight (excluding P/S): 3.11 kg
· Line Power Supply: 2.54 kg
· Tripod Mount: 10 kg
CLIN 0002 Wide Angle Telescope (0.5x)
1. Enlarge the system field-of-view by a factor 2. Nominal full field-of-view becomes 28 deg x 22 deg.
CLIN 0003 Power Cable and Data Cable Set
1. 5-m cable to provide power, communication and data transfer between OH and CPB CLIN 0004 Detection and Identification (D&I) Plug-In
1. Real-time gas detection and identification enabled for the Hyper-Cam Mini. Includes real-time calibration, image pointing correction, and gas detection and identification.
CLIN 0005 Remote Support
1. Remote customers support up to 20hrs for software development kit (SDK) that is include within the Hypercam Mini.
CLIN 0006 Preventative Maintenance Plan and Factory Calibration
1. Scheduled planned maintenance for the prevention of breakdowns and failures to prevent the failure of equipment
File details come from the government source that posted it. Updated .