This may prevent the dusk sensor from working, it does depend on how close the light is. The only way to really test this would be to purchase one and place it in the area you want to place the light (without fully installing so you can return it) or alternatively find a different place for the light so it will not be near the street light.
Link to JM
Once activated this light stays on for 30 seconds after a single trigger. We do have others which stay on longer, such as our EVO SMD
Hi Robert, The lumens on this light is 80 the battery come with this light so only after a few years if the battery runs flat you may need to replace it.
Hi Katherine, the light come with a rechargable battery in it. We would suggestto place the light in a sunny position in the switched off position for 3 to 5 days let the battery gather a charge and then turn it on should work nicely. The light will only need to be switched off left to charge when we have those dark gloomy winted days.
Hi,
This light stays on for 30 seconds after a single trigger. If the bush that is moving is within the motion dection zone then yes there is a chance it will continue to trigger this.
Hi,
The battery in the Truro can be replaced by unscrewing the cap on the underside of the unit, removing the screws, and simply removing the battery to replace it. The step-by-step instructions can be viewed here: https://www.thesolarcentre.co.uk/PDF/instructions/Truro-Solar-Motion-Light-Instructions.pdf
Please open the unit and double-check as the type of battery that this unit uses was changed. You will either need AA batteries or a Lithium battery.
This light will only illuminate every time it detects motion and it will stay on for approximately 30 seconds. It works only when is dark.
Yes we do supply the batteries, please do check before purchasing as the batterires recently changed. They were these however they recently changed to these
Please do make sure that the alley is not north facing and covered by anything at all or heavily shaded. There might be trial and error as to how high it goes to find the pup.
If there is any artificial light getting onto the panel in the evening it will assume it is daytime and will not come on in the evening, so please make sure it is clear of any lamps.
The range is 6m, this cannot be adjusted on the Truro Motion. There are other security lights such as EVO SMD Range which you can adjust the range.
We would be happy to help! Drop us an to [ protected] and we will have a look at the best place. Before sending the photo, please be mindful that if your porch is north facing we would not recommend the Truro, so please if it is north facing we would recommend another light.
The Truro Motion battery will not need changing, we just recommend leaving it in the 'off' position outside and charging for 3 days. Please do not charge behind glass or situate the light in a north facing location.
The PIR is positioned at the front of the light so will not be able to pick up movement directly below it but will be able to approximately 2-3 steps in front.
Most people install them on fence posts vs the fence itself, the light has a back plate that you screw to a wall or post then attach the light onto the plate.
All solar lights will charge even without direct sunlight, so it really depends on how much light would get to the panel along with the usage of the light. The solar panel is built into the light and can not remove. Our remote panel range can be found here
It's hard to say, the higher the light the greater the spread of light. I would recommend testing the location with the light before fully install it.
It sounds like it could be a problem, the more direct sunlight the better. This light uses a PIR and only comes on when movement is picked up so it would depend on how often the light is likely to trigger vs how much charge you will need.
Between 1.5 -2m off the ground. The higher off the ground the more spread of light. We always suggest testing the lights position before permanently installing.
The Truro Motion activates for approximately 30 seconds after motion ceases. You may be better of going with the Evo SMD which has adjustable PIR options.
Yes, it uses 1 x 3.7v Li-ion battery, we don't sell these at present however we have plans to add them to the range in the future.
There's probably some charge in the battery from new however we always recommend the 3 day charge to top the battery up. It should only activate after dark with the switch in the on position.
At this time of year it's worth giving them 3 days to fully top the battery up. After this they should see you through winter as they'll have plenty of spare in the battery. As with all lights they do charge on cloudy days, the amount just varies with the thickness of the cloud.
I am sorry but this is not available in black and there are no plans to release a black version.
This is not a stupid question as a number of solar products will not charge in the off position however we have designed the Truro motion so that it will charge in the off position.
With the popularity of LED street lights, one application is to stop using them when lighting is not needed. To that end, most high-quality outdoor light fixtures today come with a factory-installed photocell that tells the light when it should work and when not. This is mainly used to turn off LED street lights at dawn and turn on when the sun goes down.
There are many types of photovoltaic cells on the market, but the technology behind them is all the same, using semiconductors to control the electrical current, allowing for a “dusk to dawn” light output. Photocells are light detectors, and when light is detected, a current begins to flow within the semiconductor and the LED light fixture will be turned off, and vice versa. This article mainly talks about the application of Photocell in street lamps, and you can read it if you are interested.
When night falls, LED street lights illuminate the subway construction site, illuminate the mountains, and illuminate people’s solid roads to prosperity. On the road, LED street lights illuminate the beauties of the street, the modern subway construction site volume, and the way to home for people who get off work.
Street lights are the “eyes” of the city. In recent years, the pace of urban construction has increased by leaps and bounds. LED street lights have been recognized as green and energy-saving lighting devices. Therefore, the design of street lighting is also becoming more and more important. These lights can also be easily installed on remote roads or highways without electricity.
Are you interested in learning more about Wholesale Solar Led Street Light? Contact us today to secure an expert consultation!
LED street lights provide clear vision for pedestrians and drivers. High-quality lighting LED light system, beautify night city area without polluting the environment. Because LED has the characteristics of high efficiency, environmental protection, energy saving, long life, and so on, LED light sources can be the first to be used in street and tunnel lighting. ZGSM solves all led street light problems for you!
Lighting is certainly one of the fundamental aspects of the “Smart Cities” project where technologies will merge to give rise to a future more sustainable, efficient, and environmentally friendly “smart cities”.
In order to solve many led street lights problems, use Intelligent Street Lighting Systems, it’s all computerized, and all you have to do is set the desired time.
Remote management, remote diagnosis, LED lighting, electric vehicle charging stations, widespread video surveillance, home automation, and broadband wi-fi Internet are the technologies that will play key roles in the innovation process of our cities.
Intelligent lighting controller, also known as programmable lighting controller, that is, the lighting program of the controller can be modified according to the needs of the user, such as modifying the speed, time, pattern, synchronization, and asynchrony of the light flashing.
Smart street lighting Systems turn on the street lights every night at nightfall. Street lighting in cities provides safer traffic conditions and a safer pedestrian environment. And Intelligent Street Lighting Systems can significantly improve the architectural, tourist, and commercial output of a city. And Intelligent Street Lighting is more affordable and less costly to maintain.
It also allows flexible, individual controls to replace inefficient timers. With the intelligent street lighting system up and running at all times, most lighting problems are detected and solved before the public even has a chance to notice them.
By dimming unnecessary lights and diverting power from faulty equipment, it can significantly reduce energy consumption. An intelligent light is switched on and off automatically by a system that automatically switches off lights and senses pedestrians and vehicles. This saves on wasted electricity to a large extent. Thus saving the cost of LED street lights. It also immediately reduces energy costs by up to 35% through intelligent on/off switching, targeted progressive dimming, and efficient consumption management. This means that intelligent light also automatically senses the light intensity of the environment and adjusts the brightness automatically.
Cutting public spending linked to energy users, by improving and innovating infrastructures, will make it possible to create new jobs by being able to use those resources saved in other projects of public interest.
Intelligent street lighting enables the computer to report faults in real-time, speeding up maintenance work. Maintenance teams no longer need to patrol the streets. They are notified in detail of any faults. Intelligent lighting systems send a detailed analysis of street lighting defects and necessary materials to the maintenance staff’s computers. This solves most led street lights problems. The lighting system is compatible with IOS and Android. This ensures that you get a real-time web map, a list of street lights, and access to the system’s functions. Even if you are traveling fast, intelligent lights can capture the sensations in time.
The advantage of time control is that according to the time of sunrise and sunset, the lights are basically on when it is dark, and the lights are off when it is bright. The disadvantage is that it is cloudy and rainy, and the street lights cannot be automatically turned on when the light is insufficient. The seasons change with time, from the winter solstice to the summer solstice, the light on time gradually postponed, the light of time gradually advanced. During the transition from the summer solstice to the winter solstice, the time of turning on the lights is gradually advanced and the time of turning off the lights is gradually delayed, so human beings are still unable to ensure the weather changes in each time period. Changes in the weather can change the time of darkness/dawn. This may result in the fact that it is already dark and the lamp is not turned on, or that it is already daylight and the lamp is not turned off. A waste of energy in a way, this is an LED street lights problem that needs to be solved. On sunny and rainy days, ON and OFF times differ noticeably which is one of the major disadvantages of using timer circuits for switching the street light LED system.
Photocell is also named daylight sensor or dusk to dawn sensor, its on/off standard is the illumination value of the position of the LED street light. The light is automatically turned on and off by sensing the illumination value of the surrounding.
A photocell or photocontrol is a sensor whose resistance value (in ohms) changes depending on how much light hits the surface. High-intensity light shining on the surface produces a lower resistance, while lower-intensity light produces a higher resistance. Bright light during the day = ohms and darkness at night = ohms. With the help of the triode, it can finally make the circuit turn on (under high resistance at night) or turn off. If you are more interested in the schematic circuit diagram, you can refer to related articles.
The advantage of light control is that it can determine whether the street lights are on or not according to the strength of the light on the road. Sometimes even in the daytime, it will be caused by cloudy and rainy days, and the road luminance is low. At this time, the street lights will be on to meet the lighting requirements. The disadvantage is that because there is a lot of dust on the road, it is easy to cover the surface of the photosensitive element that receives the signal, making the signal inaccurate.
The intelligent control system of street lights is combined with time and space and light control. In the time range of sunrise and sunset, when the illuminance meets the requirements of switching lights, the system will automatically send instructions to switch on and off the street lights. Using advanced control technology, the fusion light control function and the ordinary time controller have a large number of functions as a whole. According to the user’s energy-saving needs, the light control probe and the time control function can be activated at the same time, which will achieve the best energy-saving effect.
Daylight control and time control mode, which can turn on the lights during heavy rain and foggy weather during the day, and turn off the lights in the middle of the night at night.
It is the best energy-saving control device for street lights. It can be widely used in streets, railways, stations, waterways, schools, power supply departments, and other applications that require time control and light control.
The principle of light control is to use photocells, photoresistors, and other photosensitive elements. That is, when the light intensity irradiated on the element changes, its related parameters: current flowing, resistance value, etc. will change accordingly. A collection of components that detect this change in the photosensitive element and use it to control other systems is called light control.
Both DC LED street lights and AC LED street lights can be installed with a photocell. When the person wants the street light to be turned on/off automatically, photocell is a good choice.
LED street light with photocell needs to be installed with a receptacle/base such as 3 pin Nema socket, or 5 pin Nema socket, or 7 pin Nema socket or other bases.
Most outdoor LED street lighting fixtures with photocell can make street lights turn on and turn off automatically. It can sense ambient light level, photocells automatically adjust to seasonal changes in the day/night cycle. Also, you can choose the light level that fits your local situation. This can also be used to turn various outdoor lights on at dusk and turn off when the sunsets. This is widely used for outdoor LED lights such as LED garden lights, LED floodlights, LED street lights, and so on.
Knowing the basic function of LED street lights with photocell will give you a deeper understanding of excellent lighting solutions so as to achieve the best energy-saving effect.
While installing a photocell on the street light, disconnect power; wire the receptacle, and an arrow indicating NORTH on the top of the receptacle is used to assist correct direction. Push the photocontrol on and turn it clockwise to lock into the receptacle.
LED street light with photocell must be installed outdoor in natural lighting, avoid the area where the light is irradiated, keep it clean and prevent misoperation and waterproof.
LED street lights with photocells can be used for a variety of applications, including parking lots, pathways, bike trails, parks, squares, and outdoor arenas. They provide ample lighting while minimizing electricity consumption.
LED street lights with photocells ( What is the difference between a 3, 5, and 7 pin NEMA base? ) are extremely cost-effective! They save you a lot of money on energy and maintenance expenditures. You pay a little extra up front, but you save a lot of money for manage the street lighting system and having the photocell automatically switch off the lights when it gets light outside. LEDs last significantly longer than traditional lights, so you don’t have to replace them as frequently.
LED street lights with photocells ( Learn more about different street lighting controls. ) can be used for a variety of applications, including parking lots, pathways, bike trails, parks, squares, and outdoor arenas. They provide ample lighting while minimizing electricity consumption.
LED street lights with photocells are extremely cost-effective! They save you a lot of money on energy and maintenance expenditures. You pay a little extra up front, but you save a lot of money for manage the street lighting system and having the photocell automatically switch off the lights when it gets light outside. LEDs last significantly longer than traditional lights, so you don’t have to replace them as frequently.
LED street lights with photocell can minimize energy costs with good performance for LED outdoor street lights. Below is the LED street light price with photocell, only for reference. The cost of a street light includes the streetlight itself, streetlight accessories, installation costs, and maintenance costs. For more information regarding the led street lights cost, you can check our blog How much do the street lights cost.
The combination of LED street lights and intelligent control is the future trend. As a kind of sensor, a photocell can realize the automatic ON/OFF of street lamps, but it has its own shortcomings. If it can be used with other functions, for example, timer street light dimming, it can make the street lamps play a greater energy-saving effect.
As a LED street light manufacturer, we have rich experience in the design of street lighting and application of LED lights street, with various sensors and intelligent control systems, and can help you solve many led street lights problems. Please contact the ZGSM team to obtain your satisfactory street lights.
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