Working principle of remote monitoring equipment for transmission line five-band images

Product Aliases: Multi-lens Monitoring Device for Transmission Lines, Five-lens Real-time Monitoring Device for Transmission Lines, Panoramic Image Monitoring and Recording Instrument for Transmission Lines, Remote Monitoring Device for Five-lens Images of Transmission Lines

Product Model: TLKS-PMG-PV500

I. Product Description:
In the vast power grid, each transmission line is an artery for energy delivery, and its safe and stable operation is crucial for the light and warmth of millions of households. However, changes in the natural environment, interference from human activities, and equipment aging constantly threaten the safety of transmission lines. To address these challenges, the Multi-lens Monitoring Device for Transmission Lines meticulously crafted by Shenzhen Telikang Technology Co., Ltd. uses technological power to safeguard power safety.

II. Working Principle:
The Multi-lens Monitoring Device for Transmission Lines adopts advanced multi-lens monitoring technology, with two high-definition cameras configured at the front and two at the rear, plus an additional omnidirectional monitoring camera below, forming a 360° dead-angle-free monitoring network. This design not only covers the entire channel of the transmission line but also extends to the tower base area, ensuring every detail is under control. Whether day or night, in clear or severe weather, TLKS-PMG-PV500 can provide clear and accurate image information, offering intuitive and comprehensive line status feedback for operation and maintenance personnel.

III. Product Functions:
1. Both front and rear channels are equipped with day and night lenses, enabling all-weather collection of high-definition full-color image data.
2. The line channel camera has a pixel count of no less than 16 million during the day, with an image resolution of no less than 4608×3456; at night, the line channel camera uses a 1/1.8 starlight-level camera with a pixel count of no less than 2 million and an image resolution of no less than 1920×1080.
3. The angle of the front channel camera supports manual adjustment, with a vertical adjustment range of 30° upward and downward.
4. AI intelligence supports the identification of construction machinery such as cranes, tower cranes, and bulldozers, foreign object detection, and wildfire and smoke recognition.
5. It has strong anti-electromagnetic interference capability, suitable for complex environments such as the power industry.
6. Low-power design, supporting wide-voltage input, suitable for solar power supply.
7. It operates at a high temperature of 70℃ and a low temperature of -25℃, with a protection performance meeting IP67.
8. It supports transmission protocols of the State Grid and China Southern Power Grid. The monitoring and recording device can have a built-in security encryption chip to achieve encrypted data transmission and ensure data security.
9. It supports TF card storage.

IV. Technical Parameters:
Specification Model: TLKS-PMG-PV500
General Specifications: Temperature: -25 to 70℃;
Humidity: 0～90% (non-condensing);
Protection Level: IP67;
Weight: 7.5KG (including battery and solar panel);
Power Supply: DC6V;
Online Static Power Consumption: <0.2W;
Online Acquisition Power Consumption: <5W (video streaming, recording, 4G transmission)

V. Summary:
The Multi-lens Monitoring Device for Transmission Lines is another masterpiece of Shenzhen Telikang Technology Co., Ltd. in the field of power monitoring. With innovative technology, excellent performance, and thoughtful service, it has won the trust and praise of numerous customers. We look forward to cooperating with you to jointly safeguard power safety and promote the power industry toward a more intelligent and efficient direction.

Please contact us for more details! 1/3/6/8/2/3/5/1/6/3/5 (WeChat same number)

Customized products: The quoted price is a reference range price at the time of current market release, and the actual price is negotiable.

VI. Notes:

1. During the customization process, pay attention to protecting the intellectual property rights of both parties to avoid infringement risks.

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

3. Regularly perform appearance inspections, performance tests, and cleaning and maintenance of the equipment to promptly identify and resolve issues.

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

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