GYROVIS gyro stabilized marine camera
No jolt and swing , so quiet that see further
email: jiaodong@gyrovis.com
We will update the video regularly......
Due to the ship swaying or vehicles shaking, the video image of PTZ camera swings seriously, and we can’t see the target clearly .
So gyro stabilized PTZ platform is needed. It can isolate the ship's swing and widely suitable for ship-borne,vehicles,robots and watch tower. It is used for search and rescue, coastal reconnaissance, sea monitoring and other applications.
GVB26-3 gyro stabilized PTZ platform relying on a number of patents, combines with many advanced technologies such as “Direct Driver”, “Array Sensor”, “Isomerism Fusion”,“Zero Friction” and so on.It integrated thermal imaging and high-rate visible dual-spectral camera, and 1,500 meters of laser illuminator, can eliminate the carrier wobble, to see clearly what you can see more than 10 kilometers.
“ZeroFrict”:The friction resistance of the oil-seal will badly reduce the stability accuracy. The original “ZeroFrict”(zero friction resistance) technology can eliminate this impact, the anti-shake accuracy is as high as 0.002 degrees (about 0.035mrad),comparable to the high-end military photoelectric platform.
l Built-in the original "ZeroFrict" technology, the anti-shake accuracy is better than 0.002°
l 640×512 pixels thermal, 12um pixels, 75mm lens
l 1/2 inch, 50x (90x optional) zoom visible light camera
l Ultra-low illumination + Optical fog reduction + Anti heat wave
l fiber homogenizer laser illuminator, range up to 1500 meters
l Horizontal 360° continuous rotation, pitch -45° to +45° rotation
l The positioning accuracy is 0.1°, linkage with shipborne radar
l protection level up to IP67
l Salt-fog prevention (optional)
Product parameters
Kind | qualification | |
model | GYROVIS GVB263 | |
Observe |
Target size | ship number:1m×1m ship:24m×8m |
Identify number | EO:2000m Laser:1500m | |
Identify ships | EO:8000m IR:3500m | |
Discover ships | EO:12000m IR:10000m | |
Thermal imaging | Detector | Uncooled LW thermal imaging |
Pixels | 640×512,12um | |
Focal length | F = 75mm F1.0 | |
View angle | 5.8 × 4.6° | |
EO cinema | CMOS | 200W pixel,1080P |
minimal illumination |
Color:0.001Lux@F1.2 mono:0.0004Lux@F1.2 |
|
Lens zoom | 50x optical zoom | |
Focal distance | 6- 300mm | |
View field angle | 60°- 1.4° | |
Laser lighting | Light source | 808nm Fiber homogenization laser |
Light power | 8W | |
Light distance | 1500m | |
Field of view | 70°- 0.8° | |
Stable platform | Stable type | Double axis stability image |
Driver type | Torque motor direct drive | |
Rotation range | Tilt:360°,Pan:±45° | |
Stability accuracy | 0.002°(1δ,2°/1Hz),≈0.035mrad | |
Response frequency | 10Hz | |
spin velocity | 0.1-80°/s | |
Network function |
Video compression | H.264 |
Interface | RJ45 | |
Resolution ratio | 1920×1080,25FPS | |
protocol | ONVIF ,Mainstream agreement | |
Working conditions |
voltage | DC20V±30%,4A |
power | 20-40W(Laser on) | |
L W H | 326×260×446mm | |
weight | ≈14KG | |
Sealing | IP67 | |
temperature | -10-45℃ |