FLIR A6750sc Cooled SLS LWIR Scientific-Grade Thermal Camera
LWIR 7.5-10.5µm camera with high-resolution Strained Layer Superlattice (SLS) detector. Full resolution 125 Hz, 480ns exposure time.
The FLIR A6750sc SLS is a high sensitivity full-resolution thermal camera 640 x 512 pixels. The affordable FLIR A6750sc SLS is the entry to cooled LWIR high performance thermal cameras, ideal for high-speed thermal events and fast-moving targets.
Overview
Scientific Cooled Camera
- Deeply cooled SLS detector
- Advanced triggering
- Interchangeable filters
- Frame rates from 125 to 4175 Hz
- Integration times down to 480ns
The FLIR A6750sc SLS is a full-resolution thermal camera with high sensitivity; an affordable, flexible solution for real-time thermal imaging. The FLIR A6750sc SLS is the entry to cooled LWIR high performance thermal cameras.
Two f/# versions are available with a large choice of lenses and extension rings, the A6750sc SLS is a versatile camera for all your thermal imaging needs. Cooled, SLS based thermal cameras have inherently shorter integration times for a given temperature range than their MWIR counterparts, making them ideal for high-speed thermal events and fast-moving targets.
The internal interchangeable filters makes it easy to change either user or factory calibration ranges.
Specifications
| Detector Type |
Strained Layer Superlattice (SLS) |
| Dynamic Range |
14-bit |
| Integration Time |
480ns- 687 seconds |
| Standard Temperature Range |
-20°C to 650°C |
| Optional Temperature Range |
up to 3000°C |
| Spectral Range |
7.5-10.5 µm |
| Detector Pitch |
15 µm |
| Resolution |
640 x 512 pixels |
| Sensor Cooling |
Closed cycle rotary |
| Frame Rate (Full Resolution) |
125 fps |
| f/# |
f/2.5 or f/4.0 |
| Close up Lenses/ Microscope |
With extension rings |
| Image Time Stamp |
Internal clock time stamp |
| Operability |
>98% |
| Readout Type |
Snapshot |
| Readout Modes |
Asynchronous integrate while read Asynchronous integrate then read |
| Standard Video |
NTSC, PAL |
| Lens Interface |
bayonet |
| Accuracy |
±2°C or ±2% of reading* |
| NETD |
<45mK |
Applications
Fluid dynamics
High-speed machining
Welding
Thermal physiology
Ballistic impacts
Pulse thermography
Automotive system R&D
Combustion
Additive Manufacturing
Muzzle flash analysis
Explosion dynamics
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