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Power：150Watts
Input：AC85-265V
Chip：2835（360PCS）
Lumens：22500LM
CRI：Ra=80
Material:Alu.+Glass+Metal
IP Rate：IP66
Power Factor：0.92
Life-span：50000Hr
1. Long lifespan: General incandescent lamps, fluorescent lamps, energy-saving lamps, and other gas discharge lamps all have filaments or electrodes, and the sputtering effect of the filaments or electrodes is precisely the inevitable component that limits the lifespan of the lamp. High frequency electrodeless discharge lamps require little or no maintenance and have high reliability. Their service life can reach up to 60000 hours (calculated as 10 hours per day, the service life can reach more than 10 years). Compared to other lamps: 60 times higher than incandescent lamps; 12 times that of energy-saving lamps; 12 times that of fluorescent lamps; 20 times that of high-pressure mercury lamps; The ultra long lifespan of floodlights greatly reduces maintenance troubles and replacement times, saves material and labor costs, and ensures long-term normal use. Due to the lack of electrodes in floodlights, they emit light through a combination of electromagnetic induction and fluorescence discharge principles, so there are no necessary components that limit their lifespan. The service life only depends on the quality level of electronic components, circuit design, and manufacturing process of the foam, with a general service life of 60000 to 100000 hours.
2. Energy saving: Compared with incandescent lamps, energy saving reaches about 75%, and the luminous flux of 85W floodlights is roughly equivalent to that of 500W incandescent lamps.
3. Environmental protection: It uses solid mercury agent, even if broken, it will not cause pollution to the environment, with a recycling rate of over 99%, making it a truly environmentally friendly green light source.
4. No stroboscopic effect: Due to its high working frequency, it is considered as "completely devoid of stroboscopic effect" and will not cause eye fatigue, protecting eye health.
5. Good color rendering: The color rendering index is greater than 80, and the light color is soft, presenting the natural color of the illuminated object.
6. Optional color temperature: From 2700K to 6500K, customers can choose according to their needs, and can be made into colored light bulbs for garden decoration lighting.
7. High visible light ratio: In the emitted light, the visible light ratio reaches over 80%, resulting in good visual effects.
8. No preheating is required. It can be started and restarted immediately, and multiple switches will not cause the phenomenon of light decay in ordinary charged discharge lamps.
9. Excellent electrical performance: high power factor, low current harmonics, constant voltage power supply, output constant luminous flux.
10. Installation adaptability: It can be installed in any direction without restrictions.
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LED floodlights are a point light source that can illuminate evenly in all directions, and their illumination range can be adjusted arbitrarily, represented as a regular octahedron in the scene. flood light are the most widely used light source in renderings, and standard flood light are used to illuminate the entire scene. Multiple floodlights can be applied in the scene to produce better results. flood light are the most widely used light source in renderings, and multiple flood light can be used to coordinate in a scene to create better effects. It is the uniform illumination of an object from a specific point in all directions.
The surface treatment of the lamp body is made of aluminum alloy die-casting and electrostatic spraying. The coating is resistant to high temperature, acid and alkali, and anti-aging. The lamp body adopts an integrated design of light source and electrical appliance, with a compact structure and small volume. The reflector is made of imported high-purity aluminum material, with multiple reflective surface designs, forming various light distribution requirements. The light efficiency is high, and the glare light source can meet customer needs, Single or double ended metal halide lamps or high-pressure sodium lamps can be used. The lamp head is made of E40 or RX7s with a face shield of 5mm tempered glass, which is safe, high-temperature resistant, high-strength, and has good light transmittance. The sealing strip is corrosion-resistant silicone rubber sealing strip, which has good sealing, waterproof, and dustproof properties. High performance inductance ballasts, triggers, and capacitors are used to ensure that the electrical performance of the lamp meets the requirements of national standards. The internal wiring is 1mm PVC, suitable for landmarks, sports venues, squares, trees, billboards, etc Parking lots, exterior walls of buildings, etc.
1. Long lifespan: General incandescent lamps, fluorescent lamps, energy-saving lamps, and other gas discharge lamps all have filaments or electrodes, and the sputtering effect of the filaments or electrodes is precisely the inevitable component that limits the lifespan of the lamp. High frequency electrodeless discharge lamps require little or no maintenance and have high reliability. Their service life can reach up to 60000 hours (calculated as 10 hours per day, the service life can reach more than 10 years). Compared to other lamps: 60 times higher than incandescent lamps; 12 times that of energy-saving lamps; 12 times that of fluorescent lamps; 20 times that of high-pressure mercury lamps; The ultra long lifespan of floodlights greatly reduces maintenance troubles and replacement times, saves material and labor costs, and ensures long-term normal use. Due to the lack of electrodes in floodlights, they emit light through a combination of electromagnetic induction and fluorescence discharge principles, so there are no necessary components that limit their lifespan. The service life only depends on the quality level of electronic components, circuit design, and manufacturing process of the foam, with a general service life of 60000 to 100000 hours.
2. Energy saving: Compared with incandescent lamps, energy saving reaches about 75%, and the luminous flux of 85W floodlights is roughly equivalent to that of 500W incandescent lamps.
3. Environmental protection: It uses solid mercury agent, even if broken, it will not cause pollution to the environment, with a recycling rate of over 99%, making it a truly environmentally friendly green light source.
4. No stroboscopic effect: Due to its high working frequency, it is considered as "completely devoid of stroboscopic effect" and will not cause eye fatigue, protecting eye health.
5. Good color rendering: The color rendering index is greater than 80, and the light color is soft, presenting the natural color of the illuminated object.
6. Optional color temperature: From 2700K to 6500K, customers can choose according to their needs, and can be made into colored light bulbs for garden decoration lighting.
7. High visible light ratio: In the emitted light, the visible light ratio reaches over 80%, resulting in good visual effects.
8. No preheating is required. It can be started and restarted immediately, and multiple switches will not cause the phenomenon of light decay in ordinary charged discharge lamps.
9. Excellent electrical performance: high power factor, low current harmonics, constant voltage power supply, output constant luminous flux.
10. Installation adaptability: It can be installed in any direction without restrictions.
LED floodlights are a point light source that can illuminate evenly in all directions, and their illumination range can be adjusted arbitrarily, represented as a regular octahedron in the scene. flood light are the most widely used light source in renderings, and standard flood light are used to illuminate the entire scene. Multiple floodlights can be applied in the scene to produce better results. flood light are the most widely used light source in renderings, and multiple flood light can be used to coordinate in a scene to create better effects. It is the uniform illumination of an object from a specific point in all directions.
characteristic
Floodlight is the uniform illumination of an object from a specific point in all directions.
install
Materials required: LED guardrail light clip, transformer with waterproof function, and sub controller. The steps are as follows:
1. Install guardrails and drill holes on the wall, with spacing generally within 3 centimeters according to actual requirements;
2. Take anti-static measures, such as grounding the workbench, wearing corresponding anti-static clothing for workers, and taking anti-static measures because different grades of LED floodlights have different quality and anti-static capabilities;
3. Pay attention to sealing during installation, as poor sealing may affect the lifespan of LED floodlights due to the diameter;
4. The wiring of LED floodlights should preferably not exceed 25 centimeters, and transformers with high power can be correspondingly lengthened, otherwise the brightness will be affected.
1. Try to use the series LED form as much as possible, as the voltage difference of LED floodlights is special. The peak current of ordinary LED is maintained at 80 mA, and the reverse voltage is around 6V. When designing the circuit for LED applications, it is important to pay attention to the peak voltage and current being within this limit.
2. When welding, use a voltage of less than 25 watts, and control the temperature of the soldering iron to below 300 degrees Celsius. When exposed to high temperatures, do not squeeze the epoxy resin part of the SMD LED, or wipe it with a pointed hard object, as LED lamps are very fragile and easily damaged, and the welding time is less than 3 seconds.
LED floodlights are widely used, so installation techniques and precautions are very important. LED is a new light source, and under the correct installation method, it can ensure the stable and long-term normal operation of LED floodlights.
An omni light is a point light source that can illuminate evenly in all directions, and its illumination range can be adjusted arbitrarily, appearing as an icon of a regular octahedron in the scene. Omni lights are the most widely used light source in renderings, and standard omni lights are used to illuminate the entire scene. Multiple omni lights can be applied in the scene. Install the shooting light bulb into a large reflective umbrella to produce good results, for use as a high brightness diffuse light source. Although it is indispensable for indoor lighting in the shed, it can also be considered one of the good lighting sources for general amateur indoor photography. So floodlights are often used in scenes such as billboards, highways, railway tunnels, and bridges and culverts.
So what does floodlighting mean?
Omni lighting refers to the lighting method that causes the brightness of a specific lighting area or visual target to be much higher than that of other targets and surrounding areas. In aircraft cockpit lighting, it refers to the use of floodlights to illuminate a large area such as the dashboard. It is often used in the lighting design of advertisements or shop windows. It is also commonly used as auxiliary lighting and emergency lighting. When using, it is advisable to prevent glare from interfering with visual operations.
What are the technical requirements for floodlighting?
1. Incidence angle
It is the shadows that protrude the undulations of the facade, so lighting should always provide surface imaging. Light directed at the facade at a direct angle will not form shadows and make the surface appear flat. The size of the shadow depends on the surface undulation and the angle of incidence of the light. The average lighting direction angle should be 45 °. If the fluctuation is minimal, this angle should be greater than 45 °.
2. Lighting direction
In order to make the surface lighting appear balanced, all shadows should be cast in the same direction, and all lighting fixtures that provide illumination for surfaces in a projection area should have the same projection direction. For example, if two lamps aim symmetrically in the vertical direction of a certain surface, shadows will decrease and confusion may occur. Therefore, it may not be possible to see the surface undulations clearly. However, large protrusions can generate large dense shadows. To avoid damaging the integrity of the facade, it is recommended to provide weaker lighting at an angle of 90 ° to the main lighting to weaken the shadows.
3. Perspective
In order to see shadows and surface undulations clearly, the lighting direction should be different from the observation direction, and the angle between these two directions should be at least 45 °. However, for monuments that can be seen from several places, it is not possible to strictly follow this rule, and the main observation point should be selected, with this observation direction given priority in lighting design.
So floodlights are commonly used as lighting fixtures in floodlighting.
