The power grid line PTZ monitoring system safeguards the safety of thousands of households' lighting.

Product Alias: Distribution Network Visual Image Monitoring and Shooting Device, Transmission Line PTZ Monitoring Equipment, High-Voltage Line PTZ Image Acquisition Device, Power Grid Line PTZ Monitoring System
Product Model: TLKS-PMG-100Q

I. Product Description:
In the rapidly developing power industry, ensuring the safety and stability of transmission lines is key to maintaining the normal operation of society. Faced with the complex and changeable natural environment and growing power demand, traditional inspection methods can no longer meet the efficient and accurate monitoring needs. Therefore, we launch the Distribution Network Visual Image Monitoring and Shooting Device.

II. Working Principle:

The Distribution Network Visual Image Monitoring and Shooting Device adopts advanced micro-PTZ technology, combined with high-definition camera and intelligent image processing algorithms, to achieve 360° dead-angle-free monitoring of transmission lines. It uses solar energy and batteries as power sources to realize real-time monitoring of the operating status of transmission and distribution lines and their surrounding environment. Its horizontal rotation range covers 0° to 350°, and vertical rotation can reach 0° to 90°, ensuring every detail is under control. The high-definition lens is equipped with infrared night vision function, realizing high-definition day and night, providing clear and stable image output, and offering real-time and accurate on-site information for power inspection personnel.

III. Product Functions:
1. Multiple image processing functions: Supports 3D digital noise reduction, strong light suppression, SmartIR and other image processing functions to improve image quality.
2. Intelligent recognition: Supports construction machinery recognition (crane, tower crane, excavator, etc.), personnel intrusion detection, foreign object hanging, fire and smoke recognition and other functions, realizing intelligent early warning and real-time alarm.
3. Built-in 4G full Netcom module: Supports State Grid and China Southern Power Grid transmission protocols, realizing fast data transmission and real-time monitoring.
4. Secure encrypted transmission: Supports TF card storage and encrypted transmission, ensuring data security and integrity.
5. Optional audible and visual alarm function: Sends audible and visual alarms according to monitoring results to remind staff to take corresponding measures in time.

IV. Technical Parameters:
1. Horizontal rotation angle: 0° - 350°, vertical rotation angle: 0° ~ 90°;
2. Maximum horizontal speed: 20°/S, maximum vertical speed: 20°/S;
3. Infrared fill light irradiation distance: 50m (optional);
4. Rainproof, moisture-proof, dust-proof and corrosion-proof, protection performance meets IP67;

V. Summary:
As an innovative technology in the power industry, the launch of the Distribution Network Visual Image Monitoring and Shooting Device provides a more efficient and intelligent solution for the operation and management of power systems. We believe that with the continuous promotion and application of this technology, it will contribute more to the progress and development of the power industry.

To learn more about the detailed information of TLKS-PMG-100Q, please contact: 1/3/6/8/2/3/5/1/6/3/5 (WeChat same number)

Customized products, the quoted price is the reference interval price at the time of current market release, the actual price is subject to negotiation.

VI. Notes:

1. Protect both parties' intellectual property rights during the customization process to avoid infringement risks.

2. Conduct a technical feasibility assessment of the user's customized requirements to ensure that they can be realized and meet the requirements.

3. Regularly perform appearance inspection, performance testing and cleaning and maintenance of the equipment, and discover and solve problems in time.

4. Before installation, be sure to carefully read the product installation manual to understand the installation steps, required tools and safety requirements.

5. After installation, perform system debugging and testing to ensure all functions are normal and data is transmitted accurately.