
Infrared Viewers
Overview:
> Standard Infrared Viewer
> Infrared Viewers with Optional C-Mount Capability
> Infrared Viewers with LED Illuminator
> Infrared Viewer - Laser Application Kits
> Infrared Viewer - Electronic Model
Standard Infrared Viewer
Infrared Viewers with Optional C-Mount Capability
FIND-R-SCOPE Infrared Viewer Model 84499
The FIND-R-SCOPE 84499 is a self-contained, hand-held Infrared Viewer with a spectral sensitivity of 350-1350 nm. (Purchase optional 85299 C-Mount adapter for ability to use standard C-Mount lenses with this unit.) |
FIND-R-SCOPE Infrared Viewer Model 84499-5
The FIND-R-SCOPE 84499-5 is a self-contained, hand-held Infrared Viewer with an extended spectral sensitivity of 350-1550 nm. (Purchase optional 85299 C-Mount adapter for ability to use standard C-Mount lenses with this unit.) |
Infrared Viewers with LED Illuminator
Infrared Viewer - Laser Application Kits
FIND-R-SCOPE Laser Application Kit Model 85268
The FIND-R-SCOPE 85268 Laser Application Kit includes a self-contained, hand-held Infrared Viewer with a spectral sensitivity of 350-1350 nm, a Variable Iris, and an Infrared Filter. It is C-Mount compatible when used with C-Mount Adapter 85299 (shown on right). |
FIND-R-SCOPE Laser Application Kit Model 85268-5
The FIND-R-SCOPE 85268-5 Laser Application Kit includes a self-contained, hand-held Infrared Viewer with an extended spectral sensitivity of 350-1550 nm, a Variable Iris, and an Infrared Filter. It is C-Mount compatible when used with C-Mount Adapter 85299 (shown on right). |
FIND-R-SCOPE Laser Application Kit Model 85268A
The FIND-R-SCOPE 85268A Laser Application Kit includes a self-contained, hand-held Infrared Viewer with a spectral sensitivity of 350-1350 nm, a Variable Iris, and an Infrared Filter. |
FIND-R-SCOPE Laser Application Kit Model 85268A-5
The FIND-R-SCOPE 85268A-5 Laser Application Kit includes a self-contained, hand-held Infrared Viewer with an extended spectral sensitivity of 350-1550 nm, a Variable Iris, and an Infrared Filter. |
Infrared Viewer - Electronic Model
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