Dual Sensor Gyroscope Stabilization Marine Camera
Reliable Supplier of Dual Sensor Gyroscope Marine Camera
Product Main Parameters
Parameter | Specification |
---|---|
Optical Zoom | 33x HD |
Thermal Imaging | 640×512 / 384×288 |
Stabilization | Gyroscopic |
Housing | Anodized, Powder-Coated |
Rotation | 360° Continuous |
Common Product Specifications
Specification | Details |
---|---|
Visible Camera | 2MP/4MP High Resolution |
Lens Range | Up to 40mm |
Image Features | Digital Zoom, Multi-Palette |
Product Manufacturing Process
The manufacturing process for Dual Sensor Gyroscope Stabilization Marine Cameras involves rigorous precision engineering. Initial stages include design and prototyping, where the integration of optical and thermal sensors is paramount. The assembly line follows, with a focus on securing the gyroscope for stabilization. Materials for housing, such as anodized coatings, are selected for durability, ensuring the product can withstand harsh maritime conditions. Quality control processes are stringent, involving tests for image clarity, stabilization, and functionality across both sensors. R&D investments ensure the product remains at the cutting edge of technology, making it a reliable choice for marine applications.
Product Application Scenarios
According to existing literature, Dual Sensor Gyroscope Stabilization Marine Cameras are indispensable for maritime navigation and safety. These systems are essential in collision avoidance and route planning, providing stable and clear imagery that aids in critical decision-making. In search and rescue operations, they offer unparalleled accuracy in identifying objects and individuals in challenging sea conditions, regardless of lighting. Environmental monitoring and scientific research greatly benefit as well, with high-quality imaging enabling comprehensive studies of marine ecosystems, wildlife tracking, and environmental change analysis. These cameras' versatility and reliability solidify their role in enhancing maritime operations.
Product After-Sales Service
Our supplier network offers comprehensive after-sales support for the Dual Sensor Gyroscope Stabilization Marine Camera, including installation, troubleshooting, and maintenance services. Customers can access 24/7 technical support, ensuring that any issues are promptly addressed. Regular software updates are provided to maintain optimal performance, and a dedicated warranty program offers peace of mind. Our supplier commitment is to ensure that each camera continues to perform reliably in its application environment.
Product Transportation
Ensuring safe transportation of the Dual Sensor Gyroscope Stabilization Marine Camera is a priority for our suppliers. Cameras are packaged with shock-resistant materials and secure mounts to withstand transit conditions. Our logistical partners ensure timely delivery to international destinations, adhering to all necessary customs and shipping regulations. Detailed tracking information keeps customers informed throughout the process. Reliable transportation means the product arrives ready to be deployed in maritime operations.
Product Advantages
- Comprehensive dual sensor imaging for versatile use.
- Gyroscopic stabilization for clear, stable images.
- Robust construction with weather-resistant housing.
- Seamless integration into maritime systems.
- Reliable supplier network offering strong support.
Product FAQ
- What is the warranty period for the camera? Most suppliers offer a standard 2-year warranty, covering parts and labor for any manufacturing defects. Additional extended warranty options may be available.
- How does the gyroscopic stabilization work? Gyroscopic stabilization uses angular momentum principles, with sensors detecting motion and adjusting the camera angle to maintain steady imaging.
- Can the camera operate in extreme weather conditions? Yes, the camera is designed with weather-resistant housing suitable for harsh maritime environments, including storms and high humidity.
- Is the camera compatible with existing maritime systems? The camera integrates seamlessly with various maritime navigation and surveillance systems, enhancing existing infrastructure capabilities.
- What kind of maintenance is required? Regular checks on the housing and lens cleanliness are advised, along with periodic software updates provided by the supplier.
- How effective is the thermal imaging in low-visibility conditions? Thermal imaging is highly effective in low-visibility conditions, such as fog or nighttime, providing clear imagery by detecting heat signatures.
- Are installation services provided? Many suppliers offer professional installation services to ensure optimal setup and configuration of the camera system.
- What are the power requirements? The camera typically operates on a standard marine power supply, with specifications provided in the installation manual.
- How is data from the camera secured? Data security protocols are in place, with options for encrypted transmission and secure storage solutions recommended by suppliers.
- Can the camera be used for inland applications? While designed for marine use, the camera's features can be adapted for certain inland surveillance and monitoring applications upon consultation with the supplier.
Product Hot Topics
- Advancements in Marine Camera Technology
The Dual Sensor Gyroscope Stabilization Marine Camera represents a significant leap in marine imaging. As a renowned supplier in this field, we emphasize the integration of cutting-edge dual sensors that capture both visible and thermal spectrums. This advancement allows for unparalleled surveillance capabilities, crucial for maritime safety and research. Industry experts predict these cameras will soon be indispensable, offering new dimensions of monitoring and data collection that traditional cameras simply cannot match. - Environmental Impact Monitoring
For those interested in environmental conservation, the application of Dual Sensor Gyroscope Stabilization Marine Cameras in monitoring marine ecosystems is a vital development. As a leading supplier, we provide these advanced systems to researchers and conservationists, enabling them to track changes in ocean conditions and wildlife behavior. The dual sensors allow for comprehensive environmental studies, providing data that is critical in the fight against climate change and habitat destruction. - Enhancing Maritime Security
Our supplier reputation is built on providing security solutions, and the Dual Sensor Gyroscope Stabilization Marine Camera is at the forefront of maritime security technology. These cameras offer 24/7 surveillance, crucial for protecting coastal and marine assets. Their ability to provide stable, high-resolution images even in adverse weather conditions makes them invaluable for security operations worldwide, offering peace of mind to stakeholders and authorities. - Search and Rescue Innovation
In the field of search and rescue, the Dual Sensor Gyroscope Stabilization Marine Camera is seen as a game-changer. As a renowned supplier, we understand the importance of swift and accurate detection and identification in crisis situations. These cameras provide rescuers with clear images day or night, ensuring that operations are efficient and effective. With technological advancements, these systems continue to save lives and improve rescue mission outcomes. - Integration with Marine Technology
As maritime operations become more technologically advanced, the integration of our Dual Sensor Gyroscope Stabilization Marine Cameras with existing systems is seamless. Trusted suppliers like us provide detailed guidance and support, ensuring that these cameras enhance navigational and operational capabilities. The synergy between advanced camera technology and modern marine systems represents the future of maritime excellence. - Cameras in Scientific Research
Scientific research in marine environments is reaching new heights with the inclusion of Dual Sensor Gyroscope Stabilization Marine Cameras. As a premier supplier, we offer systems that support extensive research efforts, providing valuable data on marine life and water conditions. These cameras allow scientists to conduct studies that were previously impossible, contributing to our understanding of oceanic processes and marine biodiversity. - Future Prospects
The future of marine surveillance is promising with Dual Sensor Gyroscope Stabilization Marine Cameras at the helm. As a leading supplier, we are committed to pushing the boundaries of what these cameras can achieve. With ongoing research and development, new applications and enhancements are constantly being explored, ensuring that maritime industries remain at the cutting edge of technology and innovation. - Cost-Effectiveness of Dual Sensors
Investing in Dual Sensor Gyroscope Stabilization Marine Cameras presents a cost-effective solution for maritime operations. As an industry-leading supplier, we advise our clients on the long-term benefits of these systems, which provide exceptional value through enhanced capabilities and reduced operational risks. The investment in dual sensor technology ensures a robust return, marked by improved efficiency and safety. - Training and Support
Effective use of Dual Sensor Gyroscope Stabilization Marine Cameras requires proper training and support. As a responsible supplier, we prioritize these elements, offering comprehensive training programs and user-friendly documentation. Our support ensures that clients can maximize the potential of their cameras, leading to successful implementation and operation. - Market Trends
The demand for Dual Sensor Gyroscope Stabilization Marine Cameras is growing, driven by their versatility and technological advancements. As a key supplier, we stay ahead of market trends, providing products that meet the evolving needs of the maritime sector. Current trends indicate a shift towards more integrated, multi-functional systems, which our cameras deliver, ensuring that our clients remain competitive and well-equipped for the future.
Image Description
Thermal Imaging | |
Detector | VOx Uncooled Infrared FPA |
Array Format/Pixel Pitch | 640×512/12μm; 384*288/12μm |
Frame Rate | 50Hz |
Lens | 19mm; 25 mm |
Digital Zoom | 1x,2x,4x |
Response Spectra | 8~14μm |
NETD | ≤50mk@25℃,F#1.0 |
Image Adjustment | |
Brightness & Contrast Adjustment | Manual/Auto0/Auto1 |
Polarity | Black hot/White hot |
Palette | Support (18 types) |
Reticle | Reveal/Hidden/Shift |
Digital Zoom | 1.0~8.0× Continuing Zooming (step 0.1), zoom in any area |
Image Processing | NUC |
Digital Filter and Imaging Denoising | |
Digital Detail Enhancement | |
Image Mirror | Right-left/Up-down/Diagonal |
Daytime Camera | |
Image Sensor | 1/2.8” Progressive Scan CMOS |
Effective Pixels | 1920(H) x 1080(V), 2 MP; |
Minimum Illumination | Color: 0.001Lux@F1.5; W/B: 0.0005Lux@F1.5 (IR on) |
Focal Length | 5.5mm~180mm, 33x optical zoom |
Field of View | 60.5°-2.3° (Wide-tele) |
Pan/Tilt | |
Pan Range | 360° (endless) |
Pan Speed | 0.5°/s ~ 80°/s |
Tilt Range | –20° ~ +90° (auto reverse) |
Tilt Speed | 0.5° ~ 60°/s |
General | |
Power | DC 12V-24V, wide voltage input; Power consumption:≤24w; |
COM/Protocol | RS 485/ PELCO-D/P |
Video Output | 1 channel Thermal Imaging video; Network video, via Rj45 |
1 channel HD video; Network video, via Rj45 | |
Working Temperature | -40℃~60℃ |
Mounting | Vehicle mounted; Mast mounting |
Ingress Protection | IP66 |
Dimension | φ197*316 mm |
Weight | 6.5 kg |