STD_490_BLK

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LEDs - Spacers, Standoffs - have found a variety of applications in consumer goods, industrial machinery, military and commercial buildings, and even lighting solutions. The STD_490_BLK is a unique type of LED spacer that has been developed to meet a range of specialized applications.

LED spacers are used to both support and separate LEDs. They are manufactured from materials such as thermoplastic, metal, or metal alloy and are designed for use in temperatures ranging from -40°F to +250°F. The STD_490_BLK is a metal spacer that is designed for high stability, strength, and low profile applications. These spacers are also insulated with anodized aluminum to protect their surfaces from potentially corrosive environments.

The STD_490_BLK application field primarily focuses on automotive, aircraft, and medical applications with its high-performance benefits. This LED spacer is designed to provide greater mechanical strength, durability and stability in high vibration environments. This makes it perfect for mostly industrial applications such as engines and machines, but also suitable for special lighting solutions in unique spaces. The STD_490_BLK can also withstand extreme temperatures, making it a reliable choice for aerospace and medical applications.

In terms of working principle, the STD_490_BLK LED spacer works by holding two or more LEDs firmly in place, while providing both strength and separation. This not only prevents the LEDs from rubbing against each other, but also minimizes the self-heating caused by LEDs. This unique spacer is also designed to provide reliability in high-vibration environments, and it is insulated to prevent short circuits from happening. By evenly distributing the LED heat, the spacer ensures that the device lives up to its lifetime rating and output performance.

The STD_490_BLK LED spacer is designed to provide greater stability, strength and low profile for a wide range of specialized applications. The insulated aluminum alloy construction enables it to perform in high vibration and extreme temperatures, making it suitable for automotive, medical, and aeronautical applications. The spacer works by firmly holding together two or more LEDs, evenly distributing their heat and preventing the device from short-circuiting or over-heating.

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