Solar Type

Optsigns solar powered barricade lights are featured with cutting-edge LED optical lens technology and ultra-low power consumption, which can be mounted on drums, barricades, or any kind of barriers to ensure the safety of roadworks, pedestrian crosswalks, construction sites, mining industry, parking lots, and other traffic management areas.

Highlights

High Brightness LEDs with Solar Power System

Impact Resistant PP Base for Increased Stability

Automatic Brightness Control with Photocell

Ultra-Low Power Consumption

Anti-UV and Weatherproof for Outdoor Use

Quick Installation and Easy Maintenance

SKU：

Add to Cart

Get A Quote

Base

1*Batteries 1*Batteries
2*Batteries 2*Batteries

Battery

1*1.2V 1.5AH 1*1.2V 1.5AH
2*1.2V 1.5AH 2*1.2V 1.5AH
None None

Clear

Product Features

Optsigns solar powered barricade light are a sustainable, energy-efficient solution designed to enhance visibility and safety in various traffic management situations. Equipped with advanced solar-powered LED technology, these solar powered barricade lights charge during the day and automatically activate at dusk, offering continuous, bright illumination without the need for battery replacements. The durable design ensures reliable performance in all weather conditions, making them ideal for use in roadworks, construction zones, parking lots, and event management. These solar powered barricade lights provide an eco-friendly, cost-effective way to improve safety in high-traffic and low-visibility areas.

Get in Touch

Leave a message with your questions and our consultants will reply within 24 hours.

*We respect your confidentiality and all information are protected.

Product Specifications

Size	19085420mm, 7-Inch Lens
Solar System	0.4W Silicon Solar Panel
Double-Sided Amber Flash Light
Flash Mode	2 (60/min)
Battery Option	No Battery, 11.2V 1.5Ah, 21.2V 1.5Ah

How to Use the Product

Using Optsigns barricade light (Solar Type) is straightforward and efficient for improving safety. Simply place the barricade light on top of a barricade in an area that receives ample sunlight during the day. The built-in solar panel will charge the light automatically. Regularly check the solar panel for dirt or debris to ensure proper charging, and position the barricade lights strategically in high-traffic or hazardous areas for optimal visibility and safety.

Get A Quote

Frequently Asked Questions

How do Barricade Warning Lights (Solar Type) work?

These flashing barricade lights are equipped with solar panels that collect sunlight during the day to charge the internal battery. The flashing barricade lights automatically activate at dusk, providing bright, energy-efficient illumination for enhanced safety during low-light conditions.

What are the benefits of using solar-powered Barricade Warning Lights?

The solar-powered feature eliminates the need for regular battery replacements, making these flashing barricade lights more eco-friendly and cost-effective. Additionally, the automatic activation at dusk ensures reliable performance in nighttime or low-visibility environments, reducing manual operation.

How long do Barricade Warning Lights (Solar Type) last on a full charge?

Once fully charged, the solar-powered flashing barricade lights can provide continuous illumination throughout the night. The exact operating time may vary depending on the amount of sunlight received during the day, but flashing barricade lights are designed to last for extended periods without needing maintenance.

Are Barricade Warning Lights (Solar Type) suitable for all weather conditions?

Yes, these flashing barricade lights are built to be durable and weather-resistant. Flashing barricade lights are designed to function effectively in various environments, including rainy, snowy, or hot conditions, making them ideal for outdoor use in any season.

Can Barricade Warning Lights (Solar Type) be used in remote locations?

Yes, the solar-powered feature makes these lights an excellent choice for remote locations where access to electricity is limited. The ability to charge via sunlight ensures that they provide reliable, energy-efficient flashing barricade light in areas without power infrastructure.