Photoelectric Turret For Maritime Rescue

Photoelectric Turret For Maritime Rescue

Features This product is a photoelectric turret that integrates observation capabilities and acquisition of target feature measurement data. The product has the ability to stabilize the visual axis. And it is equipped with LWIR thermal cameras, MWIR thermal cameras, and visible light...
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Description

IR-EO Cameras & Systems Co., Ltd. is one of the most reliable manufacturers and suppliers of photoelectric turret for maritime rescue in China. Our factory offers high quality products made in China with competitive price. Welcome to contact us for customized service.

 

Features

This product is a photoelectric turret that integrates observation capabilities and acquisition of target feature measurement data. The product has the ability to stabilize the visual axis. And it is equipped with LWIR thermal cameras, MWIR thermal cameras, and visible light televisions. The LWIR thermal camera and the MWIR thermal camera simultaneously output an original 16-bit characteristic measurement video (the video contains calibration parameters that can be used for characteristic measurement calculation) and an 8-bit video for observation.

 

Function

System Features

The product has the function of collecting characteristic data of targets on ships, sea surfaces, islands, and reefs, and has search, identification, tracking, and other targeting functions.

The details are as follows:

1) With search functions of manual sweep, automatic fan sweep and automatic weekly sweep;

2) With designated tracking function;

3) With functions of collecting thermal imaging datas LWIR, MWIR from the target;

4) With azimuth target and itch angle output functions;

5) Ability to report data such as current line-of-sight position and angular velocity of line-of-sight movement;

6) Equipped with the function of calibrating the visual axis of TV and thermal images;

7) With digital video image freeze function;

8) With automatic equipment monitoring and fault location functions.

LWIR Thermal Camera Function

1) The brightness can be adjusted manually and automatically;

2) Contrast adjustment can be done manually and automatically;

3) The cross grid can be shown/deleted/moved, and the moved cross grid can be saved in the moved position after saving;

4) Equipped with non-uniformity correction function;

5) The integration time can be changed between preset gears, and at least 4 gears of integration time can be preset;

6) It can output original 16-bit video and 8-bit Cameralink video (two Cameralink outputs at the same time). The original 16-bit output video data has a fixed circuit gain;

7) It can output the temperature of the lens (part of the front lens, part of the rear lens) and the temperature of the detector;

8) Video status information, including integration time, frame rate, etc., can be generated through images.

MWIR Thermal Camera Function

1) The brightness can be adjusted manually and automatically;

2) Contrast adjustment can be done manually and automatically;

3) The cross grid can be shown/deleted/moved, and the moved cross grid can be saved in the moved position after saving;

4) Equipped with non-uniformity correction function;

5) The integration time can be changed between preset gears, and at least 4 gears of integration time can be preset;

6) It can output original 16-bit video and 8-bit Cameralink video (two Cameralink outputs at the same time). The original 16-bit output video data has a fixed circuit gain;

7) It can output the temperature of the lens (part of the front lens, part of the rear lens) and the temperature of the detector;

8) Video status information, including integration time, frame rate, etc., can be generated through images.

System Performance

Distance

When visibility is≥15 km

(for medium-sized boats 100 m × 15 m side)

MWIR distance≥12 km

distance LWIR≥10 km

Visible light distance equals visibility distance.

Work Band

0.4μm~0.7μm

3.7μm~4.8μm

7.7μm~9.3μm

Temperature Range

-15°C ~ +500°C

The scope of the system search

Azimuth: ±360°

Pitch: -20° ~ + 80° (positive upwards)

Stable Accuracy

≤0.1 Murad (1σ,1°1Hz);

0.44 MRAD (sea state ≤ 4)

(tested under equivalent ship disturbance conditions: 1°, 2 Hz and 2nd, 1 Hz)

Angular Position Accuracy

≤0.1mrad

Angular velocity

≥100°/s

Angular acceleration

0~100°/s²

Consistency between the tracking axis and the optical axis of the measurement sensor

Density of ≤0.15

Output Mode & Resolution

Gigabit Ethernet output

one emits 3 RTSP streams with resolutions:

640×512@25Hz for longwave.

1280×1024@25Hz for medium wave. 1920×1080@30Hz for visible light.

The other outputs the original 16-bit thermal measurement data,

with 640 ×514@50Hz longwave

640 ×514@50Hz medium wave

System Job Setup Time

≤10 minutes

Dimensions

Turret diameter: ≤450 mm

Height:≥680 mm

Weight

≤70 kg

Cable

≤50 m

Mechanical Interfaces

It connects to the platform with 8 M6 screws through 8 φ6.5 through-holes distributed in the circumference of φ408

Colour

RAL7040 Grey

Spraying

Fluorine polyurethane paint

Power Consumption

AC220V±10% (50Hz±5%);

Maximum value ≤500W

LWIR thermal camera performance

Resolution

640×512

Temperature Measurement Range

-15~ +500°C (temperature measurement in three independent fields of view, large, medium and small)

Corrected Uniformity

≤1% (@16bit)

Responsive stability

≤2%

Repeated measurement stability

≤2%

Linearity

16-bit output;

The linearity of the brightness response of blackbody radiation is better than 3% (within the output gray range of the same integration time range)

NETD

≤25mk

FOV

Small field of view:

3° (H) ×2.4° (V) (±5%);

(better than 1.9°×1.52° with electronic zoom)

Large field of view: 8° (H) × 6.4° (V) (±5%);

(better than 5th×4th)

MWIR thermal camera performance

Resolution

1280×1024

Temperature Measurement Range

-15~ +500°C (temperature measurement in three independent fields of view, large, medium and small)

Corrected Uniformity

≤1% (@16bit)

Responsive stability

≤2%

Repeated measurement stability

≤2%

Linearity

16-bit output

The linearity of the brightness response of blackbody radiation is better than 3% (within the output gray range of the same integration time range)

NETD

≤25mk

FOV

Small field of view:

1.3°(H)×1.04°(V) (±5%)

(better than 1.8°×1.4°)

Large field of view:

12°(H)×9.6°(V) (±5%)

(better than 10°×8°)

TV performance in visible light

Resolution

1920×1080

Focus

15.6mm~500mm continuously

Frame

≥25Hz

Adaptability to the environment

High and low temperature operation

-20°C ~ +50°C

Relative humidity

≤85% (25°C)

Wind speed

≤5.4 m/s,

Maximum instantaneous wind speed: 20.7 m/s

Moisture, mildew, salt proof

Meets moisture, mildew and salt spray proof design requirements for offshore use

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