| Customization: | Available |
|---|---|
| Color Temperature: | Pure White |
| Lamp Body Material: | Aluminum |
|
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No.1, Vertical module design, better heat dissipation
performance, more durable and longer
lifespan.
No.2, 3 way to install : bracket installation /Pole
installation / Wall installation for option.
No.3, Built-in driver, lP67 waterproof plus shell
protection,double protection, much safer.
No.4, Light uniformity, high quality No Light pollution,
1-10V/PWM/ Triac dimming.
No.5, Zigabee WIRELESS control is available.
| Item Code | Power | Item Size(MM) | Chip spec& PCB layout | Lens optical options | ||
| MF-S08A200BT-H8F2/N4 | 200W | L280*W396*H154mm | 3030-36*4*2 PCB layout:8C18P*2 |
N4/N6/TYPE3/TYPE4/TYPE5 | ||
| MF-S08A200BT-H8G1/N4 | ||||||
| MF-S08A200BT-H8G2/N4 | ||||||
| MF-S08A300BT-H8F2/N4 | 300W | L402*W396*H154mm | 3030-36*4*3 PCB layout:8C18P*3 |
N4/N6/TYPE3/TYPE4/TYPE5 | ||
| MF-S08A300BT-H8G1/N4 | ||||||
| MF-S08A300BT-H8G2/N4 | ||||||
| MF-S08A400BT-H8F2/N4 | 400W | L524*W396*H154mm | 3030-36*4*4 PCB layout:8C18P*4 |
N4/N6/TYPE3/TYPE4/TYPE5 | ||
| MF-S08A400BT-H8G1/N4 | ||||||
| MF-S08A400BT-H8G2/N4 | ||||||
| MF-S08A500BT-H8F2/N4 | 500W | L646*W396*H154mm | 3030-36*4*5 PCB layout:8C18P*5 |
N4/N6/TYPE3/TYPE4/TYPE5 | ||
| MF-S08A500BT-H8G1/N4 | ||||||
| MF-S08A500BT-H8G2/N4 | ||||||
| Horse-8 -Shield | N/A | for 2 modules shields | ||||
| for 3 modules shields | ||||||
| for 4 modules shields | ||||||
| for 5 modules shields | ||||||
| Horse-8 -Connector | N/A | Max. for 500W | ||||
| Horse-8-Special U Bracket | N/A | Max. for 500W | ||||
Floodlight is a point light source that can illuminate evenly in all directions. Its illumination range can be adjusted arbitrarily, and it appears as an icon of a regular octahedron in the scene. Ming Feng lighting 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 amateur indoor photography.
Floodlights are not spotlights, projection lights, or spotlights. Floodlights produce highly diffuse, directionless light instead of a clearly defined beam of light, resulting in soft and transparent shadows. When used for object illumination, the speed of lighting reduction is much slower than when using spot lights. Some floodlights even have very slow lighting reduction, appearing as a light source that does not produce shadows. Spotlights project a directional and well-defined beam of light, illuminating a specific area.
Floodlights, as a replacement product for electric light sources, have been increasingly recognized and applied in many fields. Its main characteristics are as follows.
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.
Floodlights move from a specific point to each other
It is best to use it to simulate light bulbs and candles by evenly illuminating objects in all directions.
Main application scope: billboards, highways, railway tunnels, bridges and culverts, squares, buildings, etc
An omni light is a type of "point light source" that can illuminate evenly in all directions. Its illumination range can be adjusted arbitrarily and can cast shadows on objects. An omni light is the most widely used light source in renderings, "standard omni light Used to illuminate the entire scene, there is no specific range. Multiple floodlights can be used to coordinate in the scene to create better effects. It should be noted that floodlights should not be too many, otherwise the effect picture will appear dull and rigid. Therefore, in the production of ordinary effect pictures, it is necessary to pay more attention to the impact of lighting parameters and layout on the overall scene lighting, accumulate more experience, and master the matching techniques of lighting Skilled
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.
Ming Feng lights are the most widely used light source in renderings, and standard omni lights are used to illuminate the entire scene. Used for parking lots, billboards, sports fields (football fields, tennis courts, etc.), external lighting of buildings, amusement parks, airports, bridges, tunnels, and other places.
LED floodlights are controlled by built-in microchips and can be used without a controller in small engineering applications. They can achieve dynamic effects such as gradient, jump, color flicker, random flicker, and gradient alternation. They can also be controlled by the DMA to achieve chasing, scanning, and other effects. Its main application areas include: single building, exterior wall lighting of historical building clusters, internal and external transparent lighting of buildings, indoor local lighting, green landscape lighting, billboard lighting, specialized facilities lighting for medical and cultural purposes, atmosphere lighting for entertainment venues such as bars and dance halls, etc. It is the most widely used light source in renderings, and multiple LED floodlights can be used to coordinate in the scene to produce better effects
Ming Feng lights can be placed anywhere in the scene. For example, it can be placed outside the camera range or inside the object. It is common to use many different colored omni lights at long distances in a scene. These omni lights can project and blend shadows onto the model. Due to the large range of illumination of floodlights, the illumination effect of floodlights is very easy to predict, and this type of light has many auxiliary purposes. For example, placing floodlights near the surface of an object will produce bright light on the surface.
It should be noted that floodlights should not be built too much, otherwise the rendering will appear dull and rigid. So in daily rendering production, it is important to pay more attention to the impact of lighting parameters and layout on the overall lighting sensation of the rendering scene, accumulate more experience, and master lighting matching skills.
Characteristics of floodlights:
Floodlights illuminate objects evenly from a specific point in all directions, and it is best to use them as an analogy to light bulbs and candles. Omni lights can be placed anywhere in the scene. For example, it can be placed outside the camera range or inside the object. It is common to use many different colored omni lights at long distances in a scene. These omni lights can project and blend shadows onto the model. Due to the large range of illumination of floodlights, the illumination effect of floodlights is very easy to predict, and this type of light has many auxiliary purposes. For example, placing floodlights near the surface of an object will produce bright light on the surface.
The difference between LED floodlights and floodlights
The difference between floodlights and floodlights is not only reflected in the visual effect of lighting, but also in the precautions when using floodlights and floodlights. The difference between floodlights and floodlights is that floodlights cannot be built too much, which will appear dull and rigid in visual effects. In production, pay more attention to understanding the lighting parameters and their impact on the overall visual effect of the scene. The items to pay attention to for projectors include: the most accurate beam, high-purity aluminum reflector, the best reflection effect, symmetrical narrow angle, wide angle, and asymmetric light distribution system. The projectors are equipped with scale plates for easy adjustment of the illumination angle.
The difference between floodlights and projection lights is also reflected in the range of illumination between the two. Projection lights, also known as projection lights, spotlights, spotlights, etc., are mainly used for building decoration lighting and commercial space lighting. Their decorative components are heavy, and there are many styles in the design. Floodlights are a type of point light source that can be evenly illuminated in all directions, with an adjustable range. Standard floodlights can be used to illuminate the entire scene.
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