Quality
Radiation Tolerant CMOS Camera System
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- High radiation tolerant
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It has high radiation tolerant with an integrated dose of 2MGy and a dose rate of 3,000Gy/h. The use of a non-browning lens enables clear photography even in high-radiation environments such as inside decommissioned reactors.
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- Utilizing satellite-based technology
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The camera is equipped with a CMOS sensor jointly developed with JAXA that utilizes radiation- tolerant technology for use in outer space. Compared to conventional cameras, radiation tolerant has been improved to the world's highest level. Satellite-mounted technology has made it possible to achieve a compact, lightweight, and low-power design.
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- Remote Suppression
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The camera cable can be extended up to 150m by inserting a repeater every 50m. The camera can be turned on/off, and the shutter speed can be changed from the controller.
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- Video Output
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NTSC,Camera-Link,LAN
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Resolution chart image taken after gamma irradiation.
Linetype:gamma irradiation /
Accumulated Dose:1MGy
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Radiation-tolerant CMOS sensor jointly developed with JAXA
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Color camera image
Radiation Tolerant CMOS CameraType-S Series
- Radiation Tolerant CMOS CameraType-S Series
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We have developed a highly radiation- tolerant camera equipped with a radiation- tolerant CMOS at a low price. It is lightweight and compact, making it suitable for a variety of applications.
| Camera head |
CMOSsensor |
Total number of pixels728×728
Specified pixel count640×480
Specified pixel count720×720
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| Image |
Monochrome |
| Accumulated Dose |
Maximum2MGy |
| Dose rate |
3,000Gy/h downward |
| Lens |
Radiation-tolerant lens |
| Operating temperature |
0～40℃ |
| External form・Shape |
46×46㎜（±1㎜） |
| Length |
50㎜（±1㎜）*Excluding lens |
| Mass |
About200g |
| Material |
Stainless steel/Aluminum |
| Camera cable |
External form・Shape
Length |
φ10㎜
Maximum50m |
| Controller |
Function
Power
Video Output |
Power ON/OFF, various parameter settings
DC12V, AC ADP included
NTSC・PC・LAN |
※A Radiation Tolerant CMOS color camera is currently under development.
