ELM 7-070

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Spacers, Standoffs, and ELM 7-070 are all popular products in the field of LEDs. ELM 7-070 application field and working principle are important aspects to consider when selecting the right product for a particular application. Here we will discuss the specifics of the ELM 7-070 application field and working principle.

The ELM 7-070 application field is quite wide-ranging and includes diverse applications from automotive and aerospace to semiconductor and medical applications. In terms of LEDs, the ELM 7-070 is commonly used for LED lighting products such as lighting for homes, offices, commercial establishments, and architectural LED displays. The ELM 7-070 is a high-quality anode and contain UV stabilizers and enhanced aluminum oxide coatings that offer long-term protection and enhanced heat dissipation.

The ELM 7-070 working principle is based on the concept of “passive cooling.” The ELM 7-070 is designed with a patented design that incorporates a mechanical joint between the upper and lower parts of the LED. This mechanical joint creates a space between the LED die and the LED housing, which allows air to flow freely and thereby dissipate the heat generated by the LED. Typically, the ELM 7-070 working principle employs metal fins to increase the surface area of the mechanical contact and maximize heat dissipation and transfer. This mechanism of heat transfer is termed “passive cooling” as the metal fins effectively provide for a larger surface area for heat transfer and dissipate heat more quickly.

The ELM 7-070 is an ideal choice for applications in which substantial energy savings are desired. This may include applications with high power consumption such as industrial, automotive and medical applications. The all-aluminum construction of the ELM 7-070 allows for the greatest heat dissipation, resulting in cost savings, performance optimization, and a longer service life. In addition, the all-aluminum construction provides improved corrosion resistance and allows for the use of high temperature or water resistant wire, thereby increasing service life even further.

Due to the excellent thermal performance of the ELM 7-070, it is often used in applications such as lighting fixtures, outdoor lighting, and traffic signals. The luminaire design of the ELM 7-070 ensures that the light is evenly distributed and maximizes the light output. In addition to its use in lighting applications, the ELM 7-070 is also used in applications such as automotive and electrical distribution boxes, for its high-current handling capabilities.

To summarize, the ELM 7-070 is an excellent product for a wide range of applications from automotive and aerospace to semiconductor and medical applications. The all-aluminum construction allows for improved heat dissipation, resulting in lower energy costs. In addition, the luminaire design of the ELM 7-070 ensures that the light is evenly distributed and maximizes the light output. Finally, the ELM 7-070 offers improved corrosion protection and high temperature resistance. All of these combined make the ELM 7-070 an ideal choice for an LED lighting product.

The specific data is subject to PDF, and the above content is for reference