FLV-DR9000DF

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FLV-DR9000DF is a light module for machine vision applications. Specifically, it is an LED bar module, designed to be used with machine vision cameras to provide proper lighting for inspection or other applications. It offers high quality lighting and is simple to use. Additionally, its efficient usage of energy makes it an ideal choice for inspection applications, such as for medical devices or automotive parts.

The LED bar modules are designed to provide a highly uniform light output and a low thermal load. This ensures that the image quality remains consistent throughout the application. The modules have a range of adjustable settings to adjust the light intensity, and they can be combined in a variety of ways for different illumination needs. The LED bars can be used indoors or outdoors, and they have a lifespan of up to 25,000 hours.

The FLV-DR9000DF is designed with a flexible and modular design. It can be used as a stand-alone unit, or it can be integrated into a system. Additionally, it has a small footprint and is easy to integrate into existing applications. The range of adjustable settings allows for easy customization of the light output, and it can be powered via USB or AC power.

For operation, the FLV-DR9000DF requires an external power source, which can be provided by a power supply or a wall outlet. Additionally, it has a built-in stand for mounting the LED bar to the desired position. Once activated, the LED bars are designed to provide consistent illumination, without creating any heat. Additionally, the LED bars can be synchronized to the operation of the machine vision camera for optimal performance.

The FLV-DR9000DF is an ideal choice for machine vision applications in which illumination needs to be precise and consistent. Its efficient energy usage makes it well-suited for applications such as medical device or automotive parts inspection. Additionally, its adjustable settings and small footprint make it an ideal choice for a variety of applications. It is a reliable and sturdy choice for machine vision systems.

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