Line anti-electric shock warning device
Contact Info
- Building C-9, Floor C, Precision达 Industrial Park, No.39 Qingfeng Avenue, Longgang Sub-district, Longgang District, Shenzhen City, 518116
- 小李
- 18820479231
- 2512646832@qq.com
Line Anti-Electric Shock Warning Device
I. Overview
Power grid companies invest a sum of money in anti-external damage warning products every year, but it is difficult to choose from the numerous types of warning signs available on the market. These warning signs can generally be divided into two categories by their characteristics: one is text and pattern warning signs, and the other is intelligent electronic warning signs. The former is more common; yellow warning signs with black text such as "Danger of Electricity" are often seen on utility poles and in substations. Although they can warn pedestrians and vehicles during the day, their warning effect is almost zero at night. However, the latter, Line Anti-Electric Shock Warning Device, adopts a warning method combining LED and radar induction, and can provide excellent warning effects throughout the day.
II. Technical Parameters of Line Anti-Electric Shock Warning Device
1. Power supply system: Solar energy / lithium battery / 5V adapter
2. Induction method: Radar induction
3. Induction distance: 5 – 8M
4. Warning method: Flashing light warning
5. Static power consumption: <0.5W
III. Working Principle of Line Anti-Electric Shock Warning Device
Line Anti-Electric Shock Warning Device uses flashing LED lights, which can effectively warn pedestrians at night or in low visibility conditions. The built-in radar induction can detect pedestrians and vehicles within a range of 5-8 meters around the line, automatically triggering flashing alarms, making the warning more targeted.
IV. Basic Functions
1. Brightness detection: No flashing during the day, flashing at night;
2. Touch-flash version: Triggered by radar induction, with an induction distance of 5-8M; Night touch-flash version and self-flash version are optional.
V. Postscript
Nowadays, power facilities are being built in large numbers across the country to meet daily electricity demand. However, land resources are limited. When the density of power facilities is too high, the probability of man-made external damage accidents will increase. Therefore, the electronically intelligent Line Anti-Electric Shock Warning Device will become the main force of future anti-external damage warning devices.
VI. Alternative Names of the Product: Small Mountable Anti-External Damage Warning Device, Line Anti-Electric Shock Warning Device, Distribution Line Anti-External Damage Warning Device
VII. Product Model
TLKS-PLSA-Ⅳ Mr. Wang 1/3/6/8/2/3/5/0/0/2/9
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