Wide angle LED module

A wide-angle LED module typically refers to an assembly that incorporates multiple wide-angle LEDs into a single unit. These modules are designed to provide a broad spread of light and are commonly used in various lighting applications.

Wide-angle LED modules often consist of several individual LEDs arranged on a circuit board or substrate. The LEDs used in these modules are specifically chosen for their wide beam angles, which allow for a more extensive coverage of light compared to standard LEDs.

These modules can be utilized in different lighting fixtures and applications where a wider illumination is desired. For example, they are commonly employed in architectural lighting to provide uniform lighting across large areas or outdoor spaces. They may also be used in signs, displays, or indicators that require enhanced visibility from multiple viewing angles.


1、What is the difference between LED bulb and LED module?

LED Bulb:
An LED bulb is a self-contained lighting device that consists of one or more LEDs (Light-Emitting Diodes) arranged on a circuit board, along with necessary components such as drivers, heat sinks, and optics. It is designed to replace traditional incandescent or fluorescent bulbs in various lighting fixtures. LED bulbs are typically screw-in or plug-in compatible, allowing them to be easily installed into existing sockets.

LED bulbs are available in different shapes and sizes to fit a variety of applications. They provide illumination in a specific direction and are commonly used for general lighting purposes in residential, commercial, and industrial settings. LED bulbs often offer advantages such as energy efficiency, longer lifespan, and the ability to produce different colors or adjustable brightness levels.

LED Module:
An LED module refers to a unit that contains multiple LEDs arranged on a circuit board or substrate, usually with additional components such as drivers and connectors. LED modules are designed to be integrated into larger lighting systems or fixtures.

LED modules are versatile building blocks that can be customized and configured for specific lighting applications. They can have a range of features such as different color temperatures, beam angles, and brightness levels. LED modules are commonly used in architectural lighting, signage, displays, automotive lighting, and other applications where flexible or specialized lighting solutions are required.

The main difference between an LED bulb and an LED module lies in their form factor and function. LED bulbs are standalone units that can be directly installed in lamp sockets, while LED modules are components that are integrated into larger lighting systems or fixtures. LED bulbs are typically designed for general lighting purposes, while LED modules offer more versatility and customization options for specific lighting applications.

2、How do you connect LED modules together?

LED modules can be connected together in different ways, depending on the specific module design and the intended application. Here are a few common methods for connecting LED modules:

Wiring: LED modules can be wired together using electrical cables or connectors. The modules usually have designated input and output terminals or connectors for power and control signals. These connections can be made using soldering, crimping, or plug-in connectors. Proper consideration should be given to electrical ratings, polarity, and wiring configurations to ensure safe and reliable connections.

Daisy Chaining: Many LED modules support daisy chaining, where one module is connected to another in a continuous chain. This method simplifies wiring by allowing the power and control signals to pass through each module in succession. Daisy chaining is commonly used in linear lighting installations, such as under-cabinet lighting or architectural lighting systems with multiple modules arranged in a series.

Bus Systems: In larger-scale installations, LED modules may be connected using bus systems. A bus system typically consists of a conductor or busbar that carries power and control signals, with individual modules connecting to the bus at specified points. Bus systems offer efficient and organized connectivity for extensive LED lighting setups.

Interlocking Connectors: Some LED modules come with interlocking connectors or mounting mechanisms that allow them to snap or lock together physically and electrically. These connectors provide a simple and secure way to connect modules without the need for additional wiring or tools. They are often used in modular LED panel systems or display applications.