road stud

Electrical equipment on Road Studs is of poor quality, particularly the ballast. The heat is severe, the insulation is readily damaged, and the Road Studs are live. As soon as pedestrians contact it, terrible things will happen.

When a single-phase ground fault occurs without leakage protection, the contact voltage = Un*Rd/(Rd+R0)=22058/(58+4)=206V, which is very near to the phase voltage and therefore highly dangerous. Due to the long-term presence of leakage current, Solar Stud leaking circuit breaker can also prevent cable overheating, reduce service life, and cause leakage arc current to burn electrical equipment.

Only short-circuit and overload protection, not leakage prevention, are provided by the Solar Stud power supply. It is possible to misunderstand something if the leaking circuit breaker is not used. According to some, the three-phase leakage circuit breaker has a dead zone when it’s operating and can’t effectively shield the user from electric shock.

The traditional Solar Stud protruding road sign’s narrow bright area and excessive strobe, in particular, make it unsuitable for non-motorized drivers or regular pedestrians. This problem is solved by the Solar Stud protruding road sign. The fact that Solar Stud goods don’t require electricity makes them completely green, energy-saving, environmentally safe, and items with very broad market potential.

The surface of Solar Studs’ solar panels is wear-resistant (by adding a wear-resistant layer) to ensure that they won’t be worn, thereby guaranteeing the photoelectric conversion efficiency of the solar panels. This product uses Taiwan’s intelligent control IC and American original precision potentiometers. Rechargeable batteries with high temperature tolerance produced by reputable factories guarantee the longevity and effectiveness of the final product.

Function: Road Studs have the ability to flash a warning light at night, increase driver attention, lower the risk of collisions and vehicle collisions, and lower traffic accidents.

A novel active bright warning product for road traffic infrastructure is called Solar Studs. Solar Studs employs LEDs to emit light or LEDs in combination with reflectors to emit light.

High-quality cast aluminum is used to make the Solar Stud, which have a load-bearing capacity of 30T and are resistant to earthquakes.

Although installing Active Solar Studs is not a difficult task, there are numerous nuances that require attention. These specifics are crucial in ensuring that Solar Studs meet quality standards and have a long service life.

Do not invert the positive and negative poles while connecting the main line to DC24V (DC 24V), and make sure that all of the installed solar road studs are lighted normally.

Connect the main line to the 600mm long, 0.5mm*2 wire diameter, two-core wire. The positive wire is connected to the brown wire, and the negative wire to the blue wire. The connector must be waterproof, and conventional active solar studs can only be attached to DC 24V, not AC 220V.

Install safety isolation equipment. The main objective of the entire project is safety, which cannot be disregarded. Everyone should be in the safety isolation facility throughout the entire dynamic construction process, whether it is a new road or an open road.

The driver, smart road stud, and smart road stud control terminal make up the three components of the smart zebra crossing road stud control system. The intelligent road stud control terminal, which can be wired or wirelessly connected to a bespoke platform for remote configuration, serves as the brain of the road stud control system. The platform or the Bluetooth APP of the mobile phone can be used to achieve the various and flexible setup techniques.

Henan Ruichen’s buried solar studs are mostly made of high-transmitting polycarbonate (PC) and aluminum alloy.

A brand-new kind of active luminous warning equipment for road traffic infrastructure is Henan Ruichen buried solar studs. It makes use of solar studs that are mounted on the rapid separation road, the road island, and the edge of the road. A visible, eye-catching, active flashing warning sign with adjustable brightness is the solar stud.

All of the integrated solar stud molds used by Henan Ruichen are original designs. With the aid of IC smart controllers, Taiwan Epistar chip lamp beads, solar monocrystalline silicon wafers, and high-temperature Ni-MH batteries, they have been creating high-quality solar studs for ten years, from installation to maintenance.

Solar road studs in the colors of yellow, red, white, blue, and green are offered by Henan Ruichen buried solar road stud. The operational mode is simultaneous flashing, constantly on, and flashing. PC mask, aluminum shell product model.

Solar road studs in the colors of yellow, red, white, blue, and green are offered by Henan Ruichen buried solar road stud. The operational mode is simultaneous flashing, constantly on, and flashing. PC mask, aluminum shell product model.

What distinguishes solar road studs from regular road studs in particular? The built-in Led bulbs are both active and passive, which is the primary distinction between Solar Road Studs and regular Road Studs. So what is the Solar Road Studs’ general application form?

Since highway construction has grown so quickly in recent years, people’s awareness of road safety has grown greater and more compassionate. Road Studs are frequently utilized on domestic high-grade highways and municipal roads as a traffic safety Peugeot. Compared to regular Road Studs, Solar Road Studs produce better visual effects.

The installation position of the solar studs should be determined, and it should be level. The roadways should be smoothed and leveled beforehand if they have cracks, expansion, or unevenness.

Method 2: Installing safety isolation facilities involves placing solar studs, which is a crucial step. I hope it won’t be overlooked by anyone.

Install the Solar Studs firmly, check that the direction is correct, clean up any excess glue, and if the Solar Studs are made of cast aluminum with feet, make sure that the hole’s diameter and depth are greater than the nail foot’s and nail’s depth by 1 cm and 2 mm, respectively.

Establish the location of the Solar Road Studs’ installation and check that it is level before you start. The roadways should be smoothed and leveled beforehand if they have cracks, expansion, or unevenness.

The most crucial part of installing Solar Road Studs is positioning and providing safety isolation facilities. No matter if the project is on an open road or a new one, everyone involved in it needs to be in safety facilities like The ratio of safety workers to installation personnel should be 1:1 for works on open roadways. The safety personnel to installation personnel ratio for work on unopened sections should be 1:3.

Particularly on road sections with complicated linear geometries and high traffic volume, Solar Studs have significantly increased tire longevity of use and anti-roll and impact performance. The risk associated with road managers managing safety is significantly reduced by vehicle driving. The base has a large hollow space where electronic equipment, such as magnetic sensors and batteries, can be added to provide signals for potential unmanned vehicles or associated automation equipment.

The analysis found that tire impact and rolling are the key factors contributing to damage to road studs. Road signs that protrude primarily come in three different shapes: sheets, reflective beads, reflective films, reflectors, etc.) are harmed. Lack of or damage to Road Studs on high-grade highways can easily result in nighttime vehicles failing to recognize lane divider signs or lane borders, which can lower driver attentiveness and result in traffic accidents.

Whether it is a highway, a municipal road, or a local road, we found that the integrity rate of Solar Stud is generally poor in real life. This is especially true for some road sections with complicated road layouts and high traffic loads, where the integrity rate is much lower than that of GB/T 24725-2009.

Solar Stud Reflectors are typically installed between lanes or close to them. They serve as a warning, direction, and source of information for nighttime driving on roads thanks to their retroreflective performance in conjunction with the traffic markings.

Factors that contribute to the technology’s reality include the installation of a reflective material on the shell, the provision of an eaves edge along its edge, and the formation of a groove along the shell’s edge where the reflective material is installed. Space separates the slots.

According to the analysis, the continuous rolling and impact of car tires is the main reason for the damage of Solar Road Studs. Road signs that protrude primarily come in three different shapes: sheets, reflective beads, reflective films, reflectors, etc.) are harmed. Lack of or damage to Solar Road Studs on high-grade highways can easily result in nighttime vehicles being unable to differentiate lane divider signs or lane limits, which can lower driver attentiveness and result in traffic accidents. Keep proper alertness for drivers in order to prevent or lessen the occurrence of traffic safety accidents.

Whether it is a highway, a municipal road, or a small road, we find that the integrity rate of Solar Studs is generally low in real life. This is especially true for some road sections with complicated road layouts and high traffic volumes, where the integrity rate is much lower than that of GB/T 24725-2009.

Solar road studs are typically placed between or next to lane separation markers. They serve as a warning, direction, and source of information for nighttime driving on roads thanks to their retroreflective performance in conjunction with the traffic markings.

Solar Road Studs, Henan Ruichen This is a very bright solution that can illuminate the subject under clear white light. Doubled on the fixture, you can see a larger coverage and brighter effect.

We provide high-quality LED Solar Road Studs equipment with different styles of passages, sidewalks, landscapes, etc. With stylish, modern and bold designs, you will be able to satisfy your aesthetic pursuit. Regardless of whether your design/plan requires floodlights, spotlights, ceiling lights or light poles, we provide LED street lighting equipment for each project.

High-quality LED lights and solar panels are combined with Henan Ruichen’s Solar Road Studs for optimal effectiveness and cost savings. These Solar Road Studs can survive all types of extreme weather and offer dependable lighting for small to large regions.

High-intensity lighting at night is provided by Henan Ruichen Solar Road Studs without the use of electricity.

The solar panel of the Solar Road Studs cannot accumulate dust for a long time, because it is not conducive to the solar panel to absorb sunlight. If the battery board has a shady surface, that string of batteries may cause an open circuit.

The solar panel must absorb enough sunlight to convert it into electricity. If the solar panel is installed in a shaded place, it will absorb less sunlight and the output of the battery will be relatively small.

Regular manufacturers will subject solar panels to hail tests, so there will be no problems with the panels of this type of Solar Studs, even if it is Heavy rain or hail are all resistant to a certain degree.
Maintenance related issues of Solar Studs.

As we all know, Solar Road Studs use battery panels to absorb sunlight and convert them into electrical energy and store them in batteries. At night, the battery discharges the lamp holder to make the Solar Road Studs light up.

What should I do if the Road Stud doesn’t turn on? This is undoubtedly a question most customers want to ask. If this problem really occurs, the first thing we need to do is to check whether the indicator light of the battery is on.

The development of Ruichen Road Stud is getting better and better, gradually replacing traditional street lights. Because it is energy-saving and environmentally friendly, as well as manpower and material resources, Road Stud are very popular in both urban and rural areas.

The components of Solar Road Studs are solar panels, clever solar controllers, battery packs, and light sources.
The way Solar Road Studs work is by using solar panels to collect solar energy during the day, transform it into electrical energy, and then store it in the battery using a discharge controller.

Long lifespan: Solar Studs’ goods are very technologically advanced, and its control system is a reputable international brand with a clever design.
High taste: The user unit attaches priority to technology, green image improvement, and quality upgrade. Solar Studs technology items.

Long life: Solar Studs products have high technology content, and the control system is an international brand, intelligent design, and reliable quality.

Energy saving: Solar Studs uses solar energy photoelectric conversion to provide electricity, which is inexhaustible.

Solar Studs is a street lamp that uses solar energy as energy. Solar Studs uses solar energy as electrical energy to provide night road lighting. It can be installed on the spot as long as the sun is sufficient. It is called a green product because it does not pollute the environment. The integrated design of the light pole and the battery assembly has the ability to resist wind.

Road Stud lawn lights are generally low-voltage products, using DC 4V or 6V power supply, safe and harmless, and will effectively protect children, pedestrians and animals.

The overall life of the Road Stud lawn lamp is designed to be more than 20 years. It uses a high-transmitting glass lamination process. The design life of each accessory is consistent. The unique energy-saving design makes the battery life longer than conventional technology. 2 ,3 times.

The new solar Road Stud lawn lamp on the market can use 140lm/w, which is 50% brighter than the conventional solar LED lawn lamp.

In reality, the park has a variety of Road Stud lawn lights, including lawn lights. The height of Road Stud lawn lights is shorter than that of lawn lights, and the brightness is typically not grass, so those are the two main differences if you want to tell them apart. The light has a high level of brightness. An eco-friendly and energy-efficient lamp is the Road Stud lawn lamp.

Since people’s living standards and quality of life have actually improved in all respects, it makes sense that the resources of life have also been carefully distributed. The items we employ in various circumstances also vary somewhat, like in the case of Road Stud. In terms of connected topics, there are currently too many different sorts of road studs to count, let alone comprehend this particular form of road stud.

In contrast, underwater Road Stud lights with poor quality are frequently cheap due to Blindness brought on by water leakage and electricity leakage, which not only drives up operating costs but in some cases even affects the project’s acceptance as a whole.

The underwater Road Stud lamp’s shell material should have certain anti-corrosion properties because to its extended use in water. You have a choice between the ABS plastic or stainless steel shelled LED underwater Road Stud lamp.

Common requirements for road studs include their diameter, material, voltage, wattage, luminous hue, etc. can be altered. Warm white light and colorful light are both frequently employed.

The swimming pool’s underwater Road Stud lights provide you with a nicely depicted swimming scene. The following information is provided as a manufacturer of LED Road Stud lamps for your consideration while buying LED underwater Road Stud lamps.

LED in the ocean LED technology is used to create the underwater light known as Solar Studs light. Compared to the current led patch, which replaced earlier LED light beads, it is brighter and lasts longer. Solar Studs from the Ruichen Group brand have a high safety rating and are made of high-strength PE material, which also has excellent light transmission, corrosion resistance, vibration resistance, and drop resistance.

When the electric light was originally created, it was only because the function of lighting was already esteemed. However, the variety of light kinds has risen recently, and the majority of their uses are decorative or even derived from them. The demand for the unique Solar Studs atmosphere lamp has decreased significantly, as has the demand for the original magnificent illumination, and the usage of electric lights is now used more and more.

Future versions of self-driving cars will be able to communicate with and get assistance from Ruichen’s smart Road Stud system technology. Currently, traffic monitoring and management systems are in use on a number of routes around the globe. All data must be gathered and processed by large businesses, and these systems use a wide range of technologies from various suppliers.

Ruichen said that Road Studs will change every few years, so they can be gradually replaced by smart Solar Road Studs. Smart Solar Road Studs need to be replaced every 7 to 10 years, which may coincide with the scheduled road resurfacing.　

The LED lighting of the smart Solar Studs can be remotely controlled to change the color or flash, for example, to help guide the emergency rescue team to the scene of the accident or warn other drivers about vehicles parked on the road.

But the main reason is that the basis of Ruichen technology is to replace the existing Reflective Studs-embedded in every 10 to 15 meters of roads in China to highlight lanes, bumps and crossings-using wireless plug-and-play “smart studs” sensors and antennas, The raw data is collected and transmitted to the pole control unit to send the data to the cloud for analysis.

This is due to the fact that making a mile of road stud “smart” now costs roughly $3 million.

Ruichen Group’s systems are cost-effective because they use intelligent Solar Road Studs to replace the current Road Studs.

Additionally, in order to ensure that Solar Stud is more environmentally adaptable, all necessary work must be done.

The Ministry of Transportation’s temperature criteria as of 2014 are between -20°C and 85°C, and three cycles of tests between 20°C and 60°C are necessary to determine whether it can withstand environmental standards.

These will have an impact on whether the solar road stud operates regularly, thus environmental adaptability must be completely taken into account during the design of Solar Stud.

The battery’s rated capacity should satisfy the needs of the road studs for 72 hours of normal light after being placed for 8 hours under standard test conditions. Even if the sun’s illuminance is less than 1000LX, the battery’s rated capacity should satisfy the needs of the road studs for 12 hours of normal light after 8 hours of charging. Additionally, this requires special consideration. When it rains, there won’t be enough battery storage power, which will prevent the Solar Road Studs from shining if the battery matching performance is poor.

The solar panels on Solar Road Studs are the initial link in the overall system that makes Solar Road Studs function; their performance directly affects how well Solar Road Studs perform. Solar Road Studs solar panels directly absorb solar energy and transform light energy into electrical energy. Up until 2014, monocrystalline silicon solar panels were often used.

Because adding another circuit increases the risk of failure, the circuit board design must adhere to straightforward and efficient design principles. Electronic components must also be carefully chosen because any issue with one of them could render the system inoperable as a whole.

The battery life must not only be long enough, but also be able to work normally in a larger temperature range. There are chemical substances inside the battery. If the temperature is too high or too low, the battery will not work.

An important factor that determines the life of Solar Road Studs is the life of the battery, and the choice of the battery is very important. There are two types of batteries on the market for reference as of 2014.

The high luminous intensity of the Solar Road Stud, which distinguishes it from Reflective Studs and actively emits light to clearly delineate the road outline, is one of its most significant advantages. The Ministry of Transportation mandates that this indicator be 2000 MCD.

A distinct design. An isolation design is used for the internal circuit board and the LED lampshade. The Solar Road Stud’s interior is warranted not to seep even if the LED lampshade is destroyed;

If the Solar Road Stud is not entirely sealed, it will inevitably see water, leading to a circuit short, with disastrous results. Therefore, the seal must be passed by a certified Solar Road Stud.

The exposed Solar Road Stud uses PC bulletproof materials to increase the compressive resistance of the electronic part, which is one way to effectively improve the compressive performance of the Solar Road Stud.

But the problem is that Solar Studs itself is an electronic product that contains electronic parts. It is indeed not easy to make the electronic parts have a higher degree of compressive performance.

Please place the solar panel facing up in direct sunlight to ensure the best photoelectric conversion effect.

Sidewalks in cities, park trails, and other locations and roadways that should be made more attractive at night.

Tough and practical, affordable and useful, cutting-edge environmental protection, energy efficiency, and emission reduction.

The battery can be charged using solar panels. The solar panels will produce current and voltage under the light to charge the battery when there is enough sunlight. The load receives electrical energy from the battery.

Other names for solar road studs (also known as solar road cat eyes), reflecting markings, and LED road stud lights include solar cast aluminum road lights. It is stored in a battery and charged by solar panels.

Through battery energy storage, Ruichen Solar Road Stud evolution technology enhances the performance of solar cells. The employment of microcontroller technology inside each stud, which may offer a variety of useful functions and control options even after installation, is the primary benefit of Ruichen Solar Road Stud. The conventional reflective studs currently in use will be replaced by the solar road stud.

Ruichen Solar Studs are less expensive overall and have a longer lifespan than Reflective Studs since they are stronger and more resilient than conventional road studs. Ruichen Solar Studs can run year-round, in any climate, anywhere in the world, using just a few hours of daylight to charge the batteries for several days.

La luz de señal de cruce de peatones Solar Road Studs enterrada está diseñada con compresión de alta resistencia y resistencia a terremotos. El nivel de protección exterior ha alcanzado IP68.

Solar Road Studs utiliza una película solar flexible para recolectar luz y almacenar electricidad, evitando el fenómeno de que la película de silicona tradicional se dañe fácilmente por la presión durante el uso. Utiliza tecnología GPS para el control de parpadeo síncrono.

La prueba de campo ha tenido en cuenta las necesidades de durabilidad y belleza.

Al mismo tiempo, Solar Road Studs puede recordar claramente a los conductores de vehículos motorizados que sean corteses con el paso de cebra, reduzcan la velocidad y reduzcan la velocidad, reduzcan el conflicto entre vehículos y peatones y mejoren la seguridad del tráfico en las intersecciones.

Dos semanas después de la operación de los cruces peatonales inteligentes Solar Road Stud, se demuestra que los cruces peatonales inteligentes Solar Road Stud han tenido un efecto de advertencia bidireccional obvio sobre los peatones y los vehículos que pasan en los cruces peatonales por la noche, logrando los resultados esperados.

Los pernos solares se pueden dividir en tipo capacitivo y tipo de batería según los diferentes componentes de almacenamiento de energía. La vida útil del primero puede alcanzar de cinco a siete años, y la vida útil del segundo generalmente oscila entre uno y tres años.

El primero generalmente se usa en la línea media y el segundo generalmente se usa en la línea marginal. Esto se debe a que los montantes solares instalados en la línea central requieren una resistencia a la presión particularmente alta. Para resolver este problema, los Solar Studs tuvieron que ser enterrados en el suelo, y solo unos 5 mm del suelo quedaron expuestos.

Solar Studs juega un papel muy importante en la delineación de los contornos de la carretera en clima lluvioso y con niebla y en las curvas, induciendo la vista del conductor y eliminando los riesgos de seguridad.

Los pernos solares parpadean a cierta frecuencia durante la noche y la visión humana es más sensible a los cambios, por lo que su efecto de advertencia dinámica es muy fuerte.

La luz de alta intensidad puede penetrar la lluvia y la niebla por la noche, lo cual es seguro y efectivo para conducir. Guía la dirección.

Los tacos solares (Solar Road Stud o Solar Road Marker) son una especie de tacos de carretera que se colocan a lo largo de la superficie de la carretera y se utilizan de noche o con lluvia y niebla para indicar la dirección de la carretera.

Debido al continuo desarrollo de la industria de la energía solar, en los últimos años, la industria ha favorecido varias instalaciones y productos de seguridad vial de alta tecnología en los proyectos de protección de seguridad vial implementados por el país. La aplicación generalizada de estas instalaciones y productos de seguridad vial ha jugado un papel importante en la mejora de la seguridad vial y la reducción de los accidentes de tránsito.

1. Postes Ordinarios; 2. Postes solares para carreteras; 3. Pernos prisioneros cableados para túneles; 4. Pernos prisioneros de carretera inalámbricos.

La especificación de los postes reflectantes para carreteras es generalmente de 100 mm x 100 mm x 20 mm, y la altura máxima no supera los 25 mm. Hay muchos tipos de reflectores, incluidos reflectores, reflectores, LED, películas reflectantes, etc.

Antes de instalar la luz subterránea Solar Studs, se debe cavar un agujero de acuerdo con la forma y el tamaño de la parte incrustada, y luego la parte incrustada debe fijarse con concreto. Las partes incrustadas juegan un papel en el aislamiento del cuerpo principal de la luz subterránea del suelo y, hasta cierto punto, garantizan la vida útil de la luz subterránea Solar Studs.