ELM 1-715

Series:	ELM 1
Part Status:	Active
Lead Free Status / RoHS Status:	--
Color:	Black
Moisture Sensitivity Level (MSL):	--
Length:	0.715" (18.16mm)
LED:	T1 3/4
Material:	PVC

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LEDs - Spacers, Standoffs

When planning a project that uses an electronic device that requires precision placement, it is important to consider the technology and engineering behind the process. This is especially true of Lumen ELM 1-715, an aluminum-extruded stand off spacer technology which offers the ultimate combination of stability and flexibility.

The Basics of Stand Off Spacers

Standoff-spacers (also known as just "spacers") are used to space two parts away from each other while still allowing them to be securely fastened. They are also used to create a gap between the two parts to allow for electrical insulation, air flow, and/or aesthetic value. Stand-off spacers are typically made from a variety of materials, with the most common being aluminum, steel, and plastic.

ELM 1-715 Application Field and Working Principle

ELM 1-715 stand off spacers are made from an extruded aluminum alloy that is lightweight and strong. They offer amazing flexibility, allowing them to fit into tight spaces while still providing a secure fix. ELM 1-715 stand-off spacers are designed to transfer forces from one part to another, providing the ability to "lock" two components in place.Unlike its plastic or steel counterparts, ELM 1-715 spacers are designed to be lightweight and resistant to wear and tear, which makes them ideal for use in various industries, including computer and electronics manufacturing and telecommunications. ELM 1-715 spacers can also be used for applications requiring precision placement of components in tight spaces.ELM 1-715 is also designed to be resistant to corrosion and require less maintenance than other materials. This allows it to be used in a variety of applications, including outdoor, marine, food processing and other highly corrosive environments.ELM 1-715 stand-off spacers are designed to ensure a secure connection between components in an efficient and economical manner. Through the use of “teeth” machined into the spacer, ELM 1-715 stand-off spacers allow two components to be fastened securely while still fastened together. These teeth are designed in such a way that it is almost impossible to remove one component without also unlocking the other.

The Benefits of ELM 1-715

From a practical standpoint, there are numerous advantages associated with using ELM 1-715 stand-off spacers. Using ELM 1-715 spacers rather than plastic or steel alternatives can greatly reduce the total time and cost of production.Using ELM 1-715 stand-off spacers rather than metal alternatives can also provide a number of additional benefits. These include faster installation time, fewer maintenance needs, better corrosion resistance, and improved installation accuracy. They also offer greater flexibility, allowing for adjustment to fit specific needs - all without sacrificing structural integrity.ELM 1-715 stand-off spacers are also lightweight and durable, making them ideal for a variety of applications, especially those that require precision placement and dependability.Overall, ELM 1-715 provides a stable, durable, and versatile choice for use in a variety of electronic and computer-related projects and applications. Thanks to its lightweight construction and superior design, this aluminum extruded stand off spacer technology offers superior performance, reliability, and flexibility compared to other alternatives.

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