Product Description:
The Solar LED Radar Speed Signs uses a millimeter wave radar to
detect the speed of moving vehicles and displays the speed on an
LED screen. This speed sign also has an overspeed record feature
that can be used in conjunction with a LPR camera to capture images
of vehicles that exceed the speed limit. This feature can be
particularly useful for law enforcement agencies and private
property owners who want to deter speeding and reckless driving.
The Solar LED Radar Speed Signs uses a CW modulation mode to detect
moving vehicles accurately. This technology makes the speed sign
highly responsive and reliable, ensuring that it provides accurate
speed readings at all times. The LED display is bright and easy to
read, making it visible even in bright sunlight.
Installation of the Solar LED Radar Speed Signs is straightforward
and can be done using the hoop install method. This method is
simple and requires only basic tools, making it ideal for DIY
enthusiasts and those who want to save on installation costs. This
product can be powered by AC110-220VAC, DC12/24V, or solar power,
which makes it highly versatile and suitable for use in different
locations.
The Solar LED Radar Speed Signs is an integrated solar LED street
light and a high-power solar street light. It is designed to be
energy-efficient, eco-friendly, and cost-effective. The use of
solar power ensures that the product is self-sufficient and can
function even during power outages. This feature makes it ideal for
use in remote areas or locations where access to electricity is
limited.
Overall, the Solar LED Radar Speed Signs is a reliable and
efficient product that can be used to monitor vehicle speeds and
promote road safety. It is suitable for use in various settings and
can be customized to meet specific requirements. With its advanced
technology and eco-friendly design, this product is an excellent
investment for those who want to promote sustainable living and
create safer roads.
Features:
- Product Name: Solar LED Radar Speed Signs
- Speed Measurement Error: Less Than 1 KM/H
- Multi-Device Linkage: 433 Wireless Communication
- Radar Type: Millimeter Wave Radar
- Detection Distance: Over 150 Meters
- Overspeed Record: Need Work With LPR Camera
Technical Parameters:
| Detection Distance | Over 150 Meters |
| Working Voltage | AC110-220VAC / DC12/24V / Solar Powered |
| Overspeed Record | Need Work With LPR Camera |
| Speed Measurement Error | Less Than 1 KM/H |
| Working Temperature | -40 - 60℃ |
| Multi-Device Linkage | 433 Wireless Communication |
| Radar Type | Millimeter Wave Radar |
| Install Method | Hoop Install |
| Parameter Settings | Phone APP |
| Modulation Mode | CW Detection Of Moving Vehicles |
Applications:
The NobTra NBTR88-S30-A Solar LED Radar Speed Signs can be used in
various application occasions and scenarios such as:
- Traffic Management: The product can be used to manage traffic in residential areas,
commercial areas, and highways. The high power solar street light
integrated with the radar speed sign can help control the speed of
vehicles and ensure safety on the roads.
- Parking Lots: The product can be used in parking lots to control the speed of
vehicles and prevent accidents. The high power solar street light
can also provide lighting in the parking lot.
- Schools: The product can be used in schools to ensure the safety of
students. The radar speed sign can help control the speed of
vehicles in the school zone, and the integrated LED solar street
light can provide lighting in the dark.
- Construction Sites: The product can be used in construction sites to ensure the safety
of workers and prevent accidents. The high power solar street light
can provide lighting in the construction site, and the radar speed
sign can help control the speed of vehicles in the construction
area.
Product Photography
FAQ:
- Is the installation process complicated?
- Can it be used in mountainous areas?
- Can it be used in tunnels?
- What is the size of the product?
- How much does it weigh?
88 Radar speed sign install instruction with alumi...
