CCTV90
HIGH TEMPERATURE GAMMA AND NEUTRON TOLERANT CCTV CAMERA
                
                The CCTV90 is designed for areas with high levels of gamma and neutron radiation. A typical surveillance area is the containment in a PWR/BWR/VVER reactor. The camera features an internal cooling system for handling high temperatures and humidity in the containment during a potential loss of cooling accident (LOCA).
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                            Technical specifications
- 
                                Physical Characteristics- Width
- 217 mm 8.54"
- Length
- 272 mm 10.71"
- Height
- 364 mm 14.33"
- Weight
- 33.2 kg 73.2 lbs
- Housing material
- Stainless steel EN 1.4301
- Front glass material
- Polycarbonat
 
- 
                                Optical Features- Resolution SD
- 720 TV-lines
- Resolution HD
- 720p
- Zoom
- x100 (x10 optical, x10 digital)
- Horizontal Angle View SD
- 37.5° (wide end), 4° (tele end)
- Horizontal Angle View HD
- 50° (wide end), 5° (tele end)
 
- 
                                Environmental Tolerances- Radiation Tolerance (dose rate)
- 1 000 Gy/h (100 000 rad/h)
- Radiation Tolerance (total dose)
- 10 000 Gy (1 000 000 rad)
- Maximum Operating Temperature
- 60°C, 90°C for 5h 140°F, 194°F for 5h
 
- 
                                Cooling- Cooling type
- Peltier elements
 
Areas of application
More information about CCTV90
Applications
- CCTV camera for nuclear plant areas with high levels of gamma and neutron radiation.
- Surveillance of containment or drywell where possible high temperature is handled by the camera´s internal cooling system
Benefits
- Auto-focus and auto-iris
- Gamma and neutron-protection
- Easy maintenance
- Active cooling for high ambient temperatures
- Available in SD/HD video versions
 
                                         
                                         
                                         
                                         
                                             
                                             
                                            