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Solar Blinker

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Solar Blinker Specification

Input Voltage
12V DC

Features
Maintenance Free, Auto Dusk to Dawn, High Visibility, Water Resistant, UV Stabilized, Long Life

Maintenance Type
Maintenance Free

Efficiency
Above 17%

Product Type
Solar Blinker

Material
Polycarbonate Body with Polycrystalline Solar Panel

Number of Cells
36 cells

Power
3W

Operating Temperature
-10C to 60C

Max Voltage
18V

Max System Voltage
21V

Output Voltage
12V DC

Cable Length
1 meter

Switch Mode
Automatic / Manual

Size
Standard

Dimension (L*W*H)
300mm x 300mm x 70mm

Color
Red / Amber

Weight
2.1kg

Application
Road Safety, Traffic Warning Signs

Type Of Technology
LED Based with Polycrystalline Solar

Installation Type
Pole Mounted

About Solar Blinker

As this company we perform as a prominent manufacturer supplier and exporter of Solar Blinker that is utilized in roads for traffic management purpose Engineered and developed with innovation this blinker is available in standard colors like red green orange and yellow Made from firstrate basic material with advanced technology clients can avail this Solar Blinker in various specifications and at pocketfriendly prices in safe packaging material from us.

Product details

Condition	New
Solar Power	Yes
Material	Iron & Plastic
Color	Multi Color
Certification	ISO
Lighting Type	LED,Halogen

Specifications

Solar Cell Type Mono Crystalline Voltage 18V 450mA
Battery Type Plumbic Acid Voltage 12v 7Ah
LED Size 05mm 172 LED or as required
Color Red Yellow White etc
Luminous Intensity 8000 9000 mcd
IC Frequency 1Hz 20
Operating Time Sustain power supply continuously for over 4 days in the wet or rainy days after full charging
Temperature range 20 to 70 degree Celsius
Usage condition With street lamp or not
Guarantee One year
Life in Use Over 3 years used in an efficient way
Application Dangerous roads
Size 350mm x 350mm x 180mm
Material PC Plastic anti UV material
Weight 9 Kgs
Package Weight 95 Kgs
Carton size 300mm x 40mm x 800mm

Key Features

These lights can be applied on roads Highways without any practical difficulty of the availability of electricity at any stop
No digging for electrical connections thus saving the overall cost of installation
No danger of electric shocks hazards of electrocution
The product is low power consumption long life low cost operating
This product is made of superbright LED arrays singlechip microcontrol machine solar panel maintenance free batteries frames etc
Applied on roads needing guidance and warning for the vehicles
Solar Panel electronics and optics are fitted inside waterproof and unbreakable housing

Assembly Instructions

The most parts of the product have been assembled at the factory for the consideration of the Transportation convenience and the safety the customers have to assemble the hat and the solar panels after receiving the product

Accessories Solar Panels a Hat and four sets of Mounting Screws Tools needed Cross Screw Driver Wrench

Installation method of the Hat

Hold the Hat to be a shape of a ring insert it in the groove around the transparent cover and take out the mounting screws and make it fixed four holes

Installation method of the Solar Panels

With the Wrench open the screw cap remove screw cap spring pads and gaskets

Support the Solar Panels install the gaskets spring pads screw cap Tighten the screw cap

Insert the Solar Panel cable in the below two connectors then it is able to charge the storage battery

Advantages of Solar Blinker for Traffic Management

Solar Blinkers are integral for improving road safety and highlighting traffic hazards. With high visibility, rapid blinking rates (6080 blinks per minute), and maintenance-free operation, these devices excel in minimizing accident risks at intersections, construction sites, and hazardous turns. Auto dusk-to-dawn features ensure reliable performance with minimal human intervention.

User-Friendly and Cost-Efficient Design

Installation and operation of the Solar Blinker is straightforward due to its pole-mounted, compact design and standard size dimensions. The use of polycarbonate in the body and polycrystalline cells ensures resilience against environmental stresses, while solar charging reduces electricity expenditure, making it a sustainable solution for public and private infrastructure.

FAQs of Solar Blinker:

Q: How does the Solar Blinker operate during power outages or cloudy days?

A: The Solar Blinker is equipped with an inbuilt lithium or lead acid battery, providing a reliable backup duration of 24 to 36 hours on a full charge. This ensures continuous operation even during prolonged periods of low sunlight or grid power outages.

Q: What is the installation process and where should the Solar Blinker be installed?

A: Installation is simple, employing a pole-mounted design suitable for roadsides, intersections, and work zones. The device comes with a one-meter cable and standard mounting provisions, making it adaptable to various pole sizes and field conditions.

Q: What makes the Solar Blinker highly visible and effective for road safety?

A: The blinker uses super bright LEDs with a blinking rate of 60 to 80 blinks per minute, visible up to 1 kilometer. Its light intensity and automatic dusk-to-dawn control system ensure it is effective in all lighting and weather conditions.

Q: How long does it take to fully charge the Solar Blinker, and what is the expected operational lifespan?

A: A full charge is achieved after 6 to 8 hours of direct sunlight, provided by the integrated 10W, 18V polycrystalline solar panel. The LEDs have a lifespan of up to 50,000 hours, contributing to the long service life of the unit.

Q: When should I switch between automatic and manual operation modes?

A: Use the automatic mode for seamless dusk-to-dawn operation, allowing the blinker to activate at night and deactivate during daylight. Manual mode is recommended for special events or specific timing needs requiring direct control.

Q: What benefits does the Solar Blinker offer to users and stakeholders?

A: The Solar Blinkers maintenance-free design, high efficiency (over 17%), UV-stabilized materials, and water-resistant IP65 housing reduce downtime and servicing costs. It is environmentally friendly, requires no external power, and helps safeguard road users in diverse settings.

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