Cameras - Industrial & Professional
- Block Cameras
-
Minimum Illumination
- 0.01 lux (2)
- 0.3 lx (typical) (F1.35, 50 IRE) (2)
- 0.7 lux (6)
- 0.7 lx (typical) (F1.4, 50 IRE) (4)
- 1.0 lux (12)
- 1.4 lux (4)
- 1.4 lx (typical) (F1.6 50 IRE) (2)
- 1.4 lx (typical) (F1.6, 50 IRE) (1)
- 1.5 lux (2)
- 1/60 s, 1/50s mode: 0.25 lx (typical) (F1.8, 50 IRE) (2)
- 12 lx (F1.8 50IRE), 1.0 lx (ICR ON F1.8, 50IRE) (1)
- Approx. 1.0 lx (F1.6, 50 IRE) (4)
- Less than 1.0 lx (F1.6, 50 IRE) (1)
- Less than 1.0 lx (F1.35, 50 IRE) (2)
- Less than 1.7 lx (F1.6, 50 IRE), 0.5 lx in High Sensitivity Mode (1)
-
Price
- $500 - $800 (1)
FCBEX1020P
FCBEX1020P
PAL Color Block Camera with True Progressive Scan Technology with Exceptional Picture Quality ...
Pricing available upon request
Fire and Ice: Sony IEEE-1394 Cameras are Reliable Choice for Scientists
It's difficult to imagine a more harsh
and demanding environment than the top of a volcano, but that is exactly where a Sony XCD-SX910 IEEE-1394 camera can be found hard at work 24/7.
The location is the infamous Mt. Saint Helens in the state of Washington. A team of scientists with the United States Geological Survey (USGS) uses an XCD-SX910 camera to constantly monitor the growth of the central lava dome. The camera is aimed at a specific target monolith within the crater and can detect precise position changes measured in just millimeters. Data from the camera is routed to a Matrox image capture system for continual processing and analysis.
It's difficult to imagine a more harsh
and demanding environment than the top of a volcano, but that is exactly where a Sony XCD-SX910 IEEE-1394 camera can be found hard at work 24/7.
The location is the infamous Mt. Saint Helens in the state of Washington. A team of scientists with the United States Geological Survey (USGS) uses an XCD-SX910 camera to constantly monitor the growth of the central lava dome. The camera is aimed at a specific target monolith within the crater and can detect precise position changes measured in just millimeters. Data from the camera is routed to a Matrox image capture system for continual processing and analysis.