Day/TV camera
- create a picture during day time.
- converts the field of view seen the turret in to video picture.
- This sensor receives the thermal radiation of any object and create a picture on the detector during the day and the night time
- This camera is able to create picture during both day and night.
- The warmer objects are displayed on the monitor from grey to white, while cooler objects are displayed from black to grey.
- LRF is able to obtain the range using laser beam.
- Using this, an object can be designated to a person who is wearing a night vision
The main task of the turret is to stabilize the sensors LOS in order to obtain clear image , free of external vibrations and disturbances to carry out the stabilization function the turret contain four gimbals.
- External azimuth gimbals- External elevation gimbals- Internal azimuth gimbals- Internal elevation gimbals
- It handling stabilization and steering system
- Sensor are mounted on a stabilized “ optical bench” in side the turret
- Optical bench is mounted Gyro-stabilized gimbals mechanism
E-box controls - the system management,- processing of data,- internal and external communication - generation of video signals - tracking
E BOX includes
- Main computer board
- Video graphic board
- Tracker board
- Mother board
- Power supply
- The C-box controls stabilization and steering acting on commands from the E- box and signals from the turret .
- Servo control loops(SCL)
- Servo control input /output(SCIO)
- Inner power amplifier board
- Outer power amplifier board
- Power supply
- Video cassette recorder
- VCR interface box
- Connected to E BOX
- Record video and data on the monitor
- This contain switches ,controls and joystick
- There is a Electronic board inside the panel
- This has a single connector to the monitor
- Display the video of FLIR or TV camera
- Monitor connected to monitor interface box.
Manual
- Activated when tracking is broken
- LOS is controlled by the joystick
- Tracking done by the joystick
- Automatic tracking using selected sensor
- Track break in following conditions,
- Weather/visibility conditions
- Target speed too high
- Focus changed
- FOV changed
- Sensor changed
Sector scan
- Horizontal scan within given margins
- Elevation controlled by operator
Parallel scan
- This is basically sector scan.
- When turret move to top margin LOS is moved to starting point.
Square scan
- Here LOS move repeatedly in a square shape.
- Here operator defines set of points.
- LOS moves one point to another by order of definition.
- Scanning line is vertical and azimuth is controlled by operator.
- This mode select when there is a service error
- This is used to assist in system maintenance and update system.
- This select when there is no failure detected.
- This is enable observation straight ahead a wide FOV.
- Here,
- Azimuth 0
- Elevation 0
preventive
- This should done 3 years,
- Turret performance verification [ electro-mechanical and optical]
- Static seal checking
- N2 purging
- When defect was found in the system corrective maintenance should done
- Execute initial relative BIT process via service mode to ensure the failure was not incidental
- It fault persists shutdown the system
- FOV focusing motor error
- It is able detect the location of leaking by using soap water then clean or repair the area and assemble the turret
- System can be used at any condition of light
- System can be used at any environment condition due to higher stability
- System is compact
- External fire control systems can interface with the system
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