| Customization: | Available |
|---|---|
| Technology: | Infrared |
| Style: | Zoom Lens |
|
Still deciding? Get samples of US$ 8000/Piece
Request Sample
|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Product highlights:
1. EO+IR camera: This universal joint is equipped with an 8mm main lens EO camera and an 18mm main lens IR camera, which can perform infrared and visible light imaging. Presenting excellent results with exceptional clarity and detail.
2. Tracking function: The integrated tracking module can accurately track targets, providing real-time detection and positioning capabilities.
3. Wide power input range: The voltage input range of this universal joint is 12-28V. Enjoy flexible and convenient power selection without affecting performance.
4. Ethernet video output: The universal joint has Ethernet video output function, allowing seamless video transmission and integration with other systems. Easily stream real-time video directly to the ground console.
5. Small and lightweight: This universal joint weighs less than 280 grams and has an extremely compact structure. Its small size and low power consumption.
6. Servo image stabilization: This universal joint is equipped with servo image stabilization function, ensuring smooth and stable lens, and minimizing camera shake and vibration. Even under challenging flight conditions, clear and stable images can be captured.
Parameters
|
MODEL |
SIV-01 |
SIV-02 |
SIV-03 |
|
|
System specification |
System type |
Gyro stability |
||
|
Weight |
280g |
330g |
||
|
Stable system |
Platform type |
Two axle |
Tri axis |
|
|
Azimuth |
-110°~+110° |
N×360° |
||
|
pitch |
-100°~+40° |
|||
|
Maximum search angular velocity |
≥100°/s |
|||
|
Stability accuracy |
0.1mrad(1°/2HZ) |
|||
|
Angular position accuracy |
≤0.3° |
|||
|
Visible light camera |
Resolution and frame rate |
1920×1080 @60fps |
||
|
FOV |
38.3°×22.1°(8mm) |
|||
|
Infrared camera |
Resolution and frame rate |
640×480@60fps |
||
|
SMALL FOV |
24°×18°(18mm prime lens) |
|||
|
Tracking module |
Frame rate |
60Hz |
||
|
Tracking speed |
±48 Pixel/frame |
|||
|
System external interface |
Control |
RS232 |
||
|
Video output |
NET |
|||
|
Power supply |
Power |
12~28V |
||
|
Power consumption |
Av≤10W,Max≤20W |
|||
|
Environmental conditions |
Operating temperature |
-40ºC~+60ºC |
||
|
Storage temperature |
-50ºC~+70ºC |
|||
|
shock resistance |
≥400g |
|||
Dimensions
SIV-01
SIV-02
SIV-03
How it works:
The infrared visible micro universal joint of the device combines the latest camera technology, tracking function, and advanced stability system. EO and IR cameras work together to provide comprehensive imaging coverage, allowing you to capture infrared and visible light images. The tracking module ensures accurate tracking of targets, providing real-time detection and positioning capabilities. The universal joint has a compact design, light weight, and is easy to install and integrate into drones, making it an important tool widely used.
Frequently asked questions:
Q: What is the input voltage range of the power supply for this universal joint?
A: The universal joint supports a wide voltage input range of 12-28V, allowing for power flexibility and compatibility with various drone systems.
Q: Does this universal joint have image stabilization function?
A: Yes, this universal joint is equipped with servo image stabilization function, which ensures smooth and stable lens by minimizing camera shake and vibration. Enjoy clear and stable images even under challenging flight conditions.
Q: What is the size and weight of this universal joint?
A: The infrared visible micro universal joint of the device weighs less than 280 grams, with an extremely compact structure and light weight, making it easy to install on drones.
Q: Does the universal joint comply with EMC design specifications?
A: Yes, all electronic devices inside the universal joint are encapsulated in an integrated metal casing, designed to comply with EMC (electromagnetic compatibility) specifications. This ensures optimal performance and minimizes interference with other electronic systems.
){kind=link}