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SUNLED Lighting: Your Premier LED Module Manufacturer!

Shenzhen SUNLED Lighting Co., Ltd. was established in November 2012. It is an enterprise integrating R&D, production and trade. It mainly produces LED lighting products.

Highly Efficient Production

We have independent factories for product production. The company's production department has 30-50 employees, and has 4 complete production lines, 4 placement machines and a complete set of LED testing equipment. The daily output of LED products reaches 20,000 pieces.

Strong R&D Capabilities

We have a R&D team composed of several senior engineers in the LED industry, focusing on the improvement of existing products and the development of new LED products. We can not only provide customers with solutions but also customize LED products according to requirements.

High Quality Guarantee

In terms of raw materials, we mainly use chips imported from Taiwan, and the quality of every product we produce meets customer requirements. Our products are produced under a strict quality control system, the defective rate will be less than 0.2%, and the products are provided with a 2-5 year warranty.

Fast Delivery

It only takes 3-5 days for us to produce samples, and only 1-2 weeks for mass production. We can quickly package and send the finished products to you. We have cooperated with international logistics companies such as DHL, UPS, FedEx and TNT, and can deliver products to all parts of the world on time.

 

Led Screen 5730 Modules

 

What is LED Module?

An LED module is a device designed to plug into a compatible unit or operate on its own. It is mainly used as portable or energy-efficient lighting. These modules throw bright illumination from small bulbs after turning on. The LED module light has various LED bulbs. A fixture and board contain all of them and deliver power to LEDs. The entire fixture work as a single unit. The voltage is applied to the semiconductor. When electrons run loose after energizing, then they start transmitting lights.

This is one of the perfect choices for saving energy bills. LED module offers brighter lights and consumes fewer watts than incandescent bulbs. Moreover, an LED module for sign board can throw lights in various colors. Therefore, LED light can deliver the lights in different shades and a rainbow of colors. This is mainly used for advertising purposes.

 

How do LED Modules Operate?

LED light modules can fit a wide range of uses. They can operate alone or plug into a compatible fixture. Certain LED light modules, like linear light modules, can use a pin base connection, while others, like channel letter LED modules, connect to one another through a wire connection. Some offer an adhesive back to allow them to stick to a fixture during installation.

 

LED light modules can install into new fixtures or retrofit old fixtures. Some manufacturers make integrated LED module fixtures that can retrofit traditional bulb fixtures. Integrated LED fixtures offer new lighting designs. Without having to accommodate a traditional bulb style, manufacturers can create new and unique fixture designs.

 

Different Types of LED Modules
 

Classification Based on Shape

● Linear LED Modules
These modules have a rectangular shape and are used in applications like under-cabinet lighting, cove lighting, and linear architectural lighting.

● Round LED Modules
These modules feature a circular shape and are commonly used in downlights, spotlights, and other applications that require focused light.

● Flexible LED Modules
These modules consist of flexible LED strips that can be bent and shaped to fit curved surfaces and intricate designs. They are used in applications like signage, decorative lighting, and curved architectural lighting.

Classification Based on Size

● Small LED Modules
Owing to their size, small LED modules make perfect light fixtures in narrow profiles and applications where space is limited. They are particularly effective in channel or shallow built-up letters for signage and display units. Small LED modules are also ideal for creating an atmosphere for celebrations or events, such as parties, weddings or romantic evenings in with your partner. Compared with fluorescent lighting, small LED modules are far more efficient and have no issues with flickering or heat.

● Standard LED Modules
Standard LED modules also guarantee exceptional longevity, as well as excellent durability, versatility and energy efficiency. They are available in a range of colours as standard, including RGB/RGBW, pure or warm white, red, blue, green and yellow. Standard LED modules are often used for halo illumination in built-up letters, backlighting or as a simple decorative luminaire. Many of our standard LED modules are suitable for external use.

● Large LED Modules
What distinguishes large LED modules as a different type of LED lighting system is that they are not only more powerful than small or standard modules, but they also have a greater return depth of at least 50mm. Return depth is the space between the LED emitters and the surface, and this impacts whether you can observe each LED chip instead of the continuous block of light you would hope for. Large LED modules also provide more power at a lower cost than other types, and typically higher beam angles, meaning the light they emit has a wider reach.

 

New Technologies Being Introduced in LED Modules

The highly illuminated and colorful LED lights also score over their conventional counterparts due to the new and evolving technologies that they incorporate. Some of the latest technological trends improving the LED modules and lights include:

Plug-and-Play

The new LED module that incorporates plug-and-play technology comes with an integrated circuit (IC) that is fixed on board. Hence the components of the LED module are not required to be attached externally anywhere.

Remote Phosphor

New technology can provide for lesser heating and a reduction in color shifts. LED modules having this new technology also have a better life cycle and can provide for good energy efficiency.

Bluetooth Wireless Communication

LED modules can also be connected wirelessly through the sensors and switches. Such LED modules incorporating the Bluetooth wireless communication technology can be controlled through smartphones as well and are quite energy efficient.

 

Correlated Color Temperature (CCT) of LED Module

 

LED module lights are available in various correlated color temperatures, which are measured in Kelvin (K). Common CCT ranges include:

5050 RGB LED Module

Warm White (2700K - 3000K)

This range provides a cozy, inviting ambiance and is used in residential and hospitality applications.

Led Screen 5730 Modules

Neutral White (3500K - 4100K)

This range offers balanced, natural light that is suitable for office spaces, retail stores, and other commercial applications.

220V 6leds Led Module

Cool White (5000K - 6500K)

This range emits a crisp, bright light that is ideal for task lighting, outdoor lighting, and industrial applications.

 

LED Module Colour Options: RGB/RGBW

 

 

RGB and RGBW LED modules are small colour-changing devices that can be used to create a variety of creative lighting effects. RGB LED technology has been on the market for a while, whereas RGBW is a relative newcomer. RGB modules contain red, green and blue emitters, and RGBW modules contain the same with an additional white LED chip. The combination of these colours at different brightness levels creates a more full spectrum of colour than a simple red, green or blue LED module is able to.

 

RGB and RGBW LEDs emit a very smooth and consistent colour - perfect for making a statement with feature lighting. By combining red, green and blue, RGB LEDs can achieve over 16 million different hues. However, some colours such as brown and pink are difficult to produce. Because of the added white chip in RGBW modules, you can create more pastel shades and hues of white that you couldn’t achieve with RGB LEDs alone. RGB and RGBW LED modules can easily be identified by the number of pins on them: RGB modules will have four pins, while RGBW modules will have five.

 

Components of LED Module

 

LED
● Dip LED: DIP (Double In-Line Package) LEDs are the most traditional form of LED lights. Even, most people can imagine what an LED light looks like when they recall it. DIP LEDs have a chip that is typically encased in hard plastic and uses two straight, parallel connecting pins.
● SMD LED: SMD LEDs are surface-mount diodes. Because three diodes can be placed on the same chip, they are smaller and more efficient than traditional DIP LEDs. It has better brightness and the ability to change colors.
● COB LED: COB (Chip on board) LEDs are the latest development in LED lighting with their higher power. Similar to SMD chips, COB LEDs have multiple diodes, usually about nine or more.

PCB
PBCs for each product is customized and require different designs and materials in order to meet various needs. For circuit boards in the LED industry, the efficiency of the board’s heat transfer is important. With the growing interest in more efficient and cost-effective lighting methods. However, much of the function of an LED depends on the temperature of its system. For many companies, the solution to this problem is aluminum-based PCBs.

IC
LED driver IC is an integrated circuit (IC) that provides brightness control and backlight color control. What we need to understand is that when the refresh rate of the IC is higher, the clearer the picture displayed by the LED module will be.

Cable
Cables are an important part of the LED module. Usually, the cable is used together with other components to achieve the task of illumination and display.

 

Benefits of Using LED Modules
 

Energy Efficiency: LED modules are highly energy-efficient, using up to 80% less energy than traditional lighting sources, such as incandescent bulbs or fluorescent lamps. This can result in significant energy cost savings over the lifetime of the LED module.

 

Long Lifespan: LED modules have a much longer lifespan than traditional lighting sources, lasting up to 50,000 hours or more, which can result in reduced maintenance and replacement costs.

 

Low Heat Emission: LED modules emit very little heat compared to traditional lighting sources, reducing the risk of fire hazards or heat-related damage.

 

Design Flexibility: LED modules come in various shapes, sizes, and colors, making them highly versatile and suitable for a wide range of lighting applications, from indoor and outdoor lighting to signage and displays.

 

Environmentally Friendly: LED modules are free of toxic chemicals, such as mercury or lead, and are highly recyclable, reducing their impact on the environment.

 

Instant On: LED modules turn on instantly and do not require a warm-up period, unlike traditional lighting sources, which can take several minutes to reach full brightness.

 

High Color Quality: LED modules are available in a range of color temperatures and can be designed to provide high color rendering, which can result in better color accuracy and visibility.

 

Applications of LED Modules
 

Outdoor Landscape and Accent Lighting

LED module lights can be used to highlight the architectural details of your house or light up pathways and driveways. Their low voltage (as a 12v led module) and energy efficiency make them suitable for outdoor use.

Interior Lighting

LED strip lights and modules are great for indirect lighting in cupboards, cabinets, and tight spaces where bulky lights cannot fit. They provide decorative accent lighting for bathrooms, bedrooms, and living rooms. Their small size and low profile allow them to be hidden neatly along edges and corners.

Led Modules for Signs

LED modules are a common choice for electric signs due to their high brightness, long life span, and energy efficiency. LED sign modules typically use high-powered SMD or Through-hole LEDs arranged in patterns to form words, icons, or shapes. Signage LED modules allow you to create vivid, visually striking displays that attract attention.

Vehicle Lighting

LED modules are commonly used to light up the dashboard, interior, license plate, and headlights of vehicles. They are durable and long-lasting, unaffected by vibrations

Task Lighting

LED modules are ideal as night lights, reading lights, and table lamps where focused bright light is needed. They produce little heat compared to incandescent bulbs.

Flashlights and headlamps

LED module lights are used in place of incandescent bulbs in flashlights and headlamps as they have a longer lifespan and lower power consumption.

 

Design an LED module
 

Overall Light Output:
Overall light output refers to the total amount of light emitted by a light source or lighting fixture. It is usually measured in lumens, which is a unit of measurement for the total amount of visible light emitted by a source. The higher the overall light output, the brighter the light emitted by the source or fixture.

Efficiency of the Module:
● Choose the Right Type of Led: There are many different types of LEDs available, and choosing the right one can make a big difference in efficiency. Look for LEDs with high luminous efficacy, which is the measure of how much light is produced per watt of electricity.

● Use a High-Quality Driver: The driver is the component that regulates the voltage and current to the LED. Using a high-quality driver can help to ensure that the LED operates at its maximum efficiency.

● Optimize the Heat Sink: LEDs produce heat, and if the heat isn't dissipated properly, it can reduce efficiency and longevity. Make sure your heat sink is properly sized and designed to remove heat efficiently.

● Use a Reflector: A reflector can help to direct the light output of the LED in the desired direction, increasing efficiency and reducing wasted light.

● Control the Voltage and Current: LEDs are sensitive to voltage and current fluctuations. Using a constant voltage or current source can help to maintain stable operation and increase efficiency.

 

Module Of 2835smd Led Lights

 

How to Choose the Best LED Modules?

Display Requirements: Determine the size, resolution, brightness requirements and display content of the display screen. Free 10 guides for buying indoor LED displays.

Pixel Pitch: Choose the appropriate pixel pitch based on your application needs and budget.

Led Packaging: Understand the type and brand of LED packaging used in the module and choose a reliable LED packaging.

Color Performance: Pay attention to the module's color saturation, color accuracy and grayscale levels.

Durability and Reliability: Choose modules with good durability and reliability.

Suppliers and After-Sales Service: Choose qualified and reputable suppliers and learn about their after-sales service and support.

Cost-Effectiveness: Consider the balance between price and performance based on budget and needs.

 

How To Install Your LED Modules

 

 
 

Step 1: Ensure Safety

Before beginning the installation, attach the safety hook to the LED module to prevent it from falling during installation.

 
 

Step 2: Connect Flat Ribbon Cable

Connect the required flat ribbon cable to the LED module. If you need to make or repair a flat ribbon cable, refer to this link.

 
 

STEP 3: CONNECT POWER CABLE

Attach the appropriate power cable to the LED module, ensuring secure connections.

 
 

TEP 4: POSITION THE MODULE

Install the LED module onto the sign, making sure to keep all cables clear of the edges to avoid damage.

 
 

STEP 5: IDENTIFY LOCK POINTS

Locate the lock points on each module, which are typically found in the center, approximately 2 inches from the top and 2 inches from the bottom.

 
 

STEP 6: SECURE THE MODULE

Using a 3mm hex key or Allen wrench, insert it into each lock point and turn clockwise to secure, once at the top and once at the bottom.

 
 

Step 7: Repeat for Each Module

Repeat Steps 4-6 for each additional LED module you are installing.

 
 

Step 8: Final Check

Once all modules are securely installed, review all connections and placements to ensure security and proper alignment.

 

What Affects the Service Life of LED Module?

 

Extreme Temperature Destroy LED Module Components
LED module as an integrated electronic product, it is mainly composed of IC, power supply, LED beads and so on. All of these electronic components can be affected by temperature. During the use of LED modules, the temperature changes caused by itself, as well as external environmental changes will become the cause of accelerated LED display module loss.

Dust Can Lead to LED Module Short Circuits
Dust is everywhere and can have serious influences on LED display modules. Dust deposition can affect the heat dissipation of electronic components, and leads to severe short circuits. To avoid this situation, the best way is to keep the LED display module working environment clean. But in real life,it’s hard to maintain a sterile, dust-free environment. In this case,we can only clean and maintain the LED display module regularly.

Humidity Has Negative Impacts on LED Module
High humidity in the air will have a great negative impact on the service life of LED modules. Water in the air will cause rust in the electronic components of the LED display module, or even make the components bulge or burst, which will directly cause the LED module scrap.

LED Bead Quality is Crucial
LED beads are one of the relevant components that affect the service life of LED display modules. For the quality of LED beads, there are mainly the following measurement indicators: attenuation characteristics, anti-vapor penetration characteristics, and anti-UV performance. If a large number of LED beads whose performance assessment is not good enough are applied, it definitely will leads to a surge in the failure rate of LED modules.

Quality of LED Module Accessories is Vital
In addition to LED beads, the LED display module has many other accessories. The high frequency of quality problems in any component will result in reducing LED module service life. Therefore, we can not ignore the quality of every part, and reduce the frequency of maintenance or replacement.

Production Process Should be Anti-Static
In the process of production, in order to ensure the quality of electronic components and reduce the failure rate in the future. The factory needs to do anti-static work, such as wearing static rings, anti-static clothes, and choosing a dust-free workshop and production line. This will not plant any hidden dangers in the future use of the product and extend the service life of the LED display module.

Installation of LED Module
If the installation location is in an unstable environment, such as the presence of extreme weather, or the LED display is easily accessible to the public, then we need to choose LED modules with special protection capabilities. During the installation process, the buyer needs to follow the instructions. Any careless installation operation will adversely affect the use of the LED module.

 

Our Factory

 

We have an independent factory and are able to provide competitive prices. Currently, there are 2 Sanyo high-speed placement machines, 2 Samsung precision placement machines and a full set of LED product testing equipment. The daily output reaches 20,000, and the order can be delivered in time.

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QQ20230110141612

 

Our Certificates

 

Our products are produced under a strict quality control system, comply with industry standards and have passed CE certification, and the defective rate will be less than 0.2%. The products are exported to more than 80 countries around the world and receive favorable feedback from customers.

CEEMC-PANELLIGHTS
CELVD-PANELLIGHTS
CELVD-HIGHBAYLIGHTS
CE-LVDstrip220v
ROHS-panellights

 

Ultimate FAQ Guide to LED Module

 

Q: What is the use of LED module?

A: They are very useful to create an ambience in your home with different shades of lighting. It can help in lighting up your car dashboard or other parts of vehicles. LED modules can be served as a night lamp. Flashlights and headlamps can be designed with LED modules as well.

Q: What is the difference between LED bulb and LED module?

A: All LEDs use the same technology, but LED light modules offer a drastically different appearance than traditional LED light bulbs. Instead of the traditionally shaped bulb, LED light modules consist of one or more light emitting diode arranged on a board.

Q: What is the difference between LED strip and LED module?

A: Whereas individual modules in a series are connected by wires, LED strips are a continuous row of lights on an adhesive backing - and they're quite thin and flexible. LED power supplies are available in both 12V and 24V.

Q: What is the difference between LED chip and LED module?

A: A Chip On Board, or COB, is similar to an LED module, save that it incorporates multiple LED dies into a single package to create one homogenous lighting system. These are the Big Shiny devices that can generate tremendous light levels, acting as a single massive LED to produce all the light.

Q: How do you connect LED modules?

A: You connect the positive terminals and the negative terminals of the LED driver and the LED module together to create a closed electrical circuit. The difference to connecting a single LED component is that you may have to connect several LED modules into the same LED driver.

Q: What is the light module?

A: The Light Control Module controls all of the lights on the vehicle, including headlights, taillights, turn signals, brake lights, fog lights and hazard lights.

Q: Can you replace an LED module?

A: Replaceable Bulbs within the Fixture: Some integrated LED fixtures are designed with replaceable LED modules or bulbs. In such cases, you can usually remove and replace the LED module, extending the life of the fixture.

Q: What is a RGB LED module?

A: LED light modules are simply devices that contain several light emitting diode (LED) bulbs. The devices will connect to a fixture or a battery which powers all of the LED bulbs simultaneously.

Q: What is LCD module in LED TV?

A: Despite having a different acronym, LED TV is just a specific type of LCD TV, which uses a liquid crystal display (LCD) panel to control where light is displayed on your screen. These panels are typically composed of two sheets of polarizing material with a liquid crystal solution between them.

Q: How to connect LED module to Arduino?

A: Insert the LED + resistor into the Arduino: the LED's cathode (short leg) to GND and the LED's anode (long leg) + resistor to the Arduino's voltage supply, which you can access via the 5V pin.

Q: What are the components of LED module?

A: These eight components are LEDs, PCB, IC, Frames, Connectors, Cables, Screws or Magnets, Resistors, and Capacitors.

Q: What is a replaceable LED module?

A: These are replacement LED modules for Factory style LED fixtures that are known to have repetitive problems. These replacement LED modules fit into the existing fixtures where a failed factory LED without a standard socket has been removed.

Q: How long do LED modules last?

A: The downside is that LED modules are more difficult to use in fixtures with special shapes. Just as in the case of integrated LEDs, the average life span of LED modules is 40,000 to 50,000 hours.

Q: What size are LED modules?

A: For example, the most popular sizes according to pixel pitch are the following: For multiple pixel 5mm module size is 320x160mm or 160x160mm. For multiple 4mm pixels, the size of the module is 256x128mm or 128x128mm. For multiple 3mm pixels, the size of the module or LED board is 192x192mm.

Q: What is a three color LED module?

A: Tri-color LED module made of a full-color LED, through the PWM voltage input of the three pins R, G, B can adjust the intensity of the three base colors (red/blue/green) so as to achieve the full-color color mixing effect. R, G, B correspond to the control of red, green, blue three LED pins.

Q: Is RGB better than LED?

A: While RGB can produce color that is close to white, the dedicated white LED chip provides a pure white tone that is better for task and accent lighting, when color is not needed. The extra white chip also allows the LED strip to produce a unique mix of RGB and color lighting.

Q: How does LCD module work?

A: An LCD display (liquid crystal display)works by manipulating the properties of liquid crystals and polarized light to create an image on the screen. The basic components of an LCD include a backlight, a color filter, a liquid crystal layer, and two polarizing filters.

Q: Is IPS better than LED?

A: The most common types of monitors include OLED, LED, and IPS. OLED monitors are known for their exceptional color accuracy and contrast, while LED monitors are praised for their energy efficiency and durability. On the other hand, IPS monitors stand out for their wide viewing angles and superior color consistency.

Q: How do you check LED voltage?

A: Place a multimeter lead on each leg of the resistor and turn the potentiometer until the voltage reads 0.1V, either positive or negative. You should see the LED start to glow. We're essentially making a current measurement using the resistor and an application of Ohm's Law.

Q: How do you check LED is working or not?

A: Instead of just touching the LED with the probes, connect the multimeter so the power flows through it. This lets you see how much power is actually going through. If the number you get on your 'dimmable led driver' or '12v dimmable led driver' is different from what it should be, there might be a problem.

As one of the leading led module manufacturers and suppliers in China, we warmly welcome you to wholesale cheap led module in stock here from our factory. All customized products are with high quality and low price. Contact us for more details.

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