ELM 1-150

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The ELM 1-150 is a versatile product when it comes to spacers, standoffs, and LEDs. With a set of features that can be tailored to the specific needs of your project, the ELM 1-150 allows for a wide range of applications. The following is an overview of some of the feature sets, along with the working principle behind them.

LEDs: The ELM 1-150 is capable of supporting a wide variety of LEDs. These include High Intensity LEDs, RGB, RGBW, and RGBWC LEDs as well as a variety of other standard and custom LEDs. The LEDs provide a variety of benefits, including energy efficiency, excellent color capabilities, and a long life span. The ELM 1-150 can power up to 9 LEDs which are connected to the board via clips or a grove interface. The cable length should not exceed 150 mm.

Spacers: The ELM 1-150 features two spacers: one that can be used to secure the LED modules to the enclosure and another that can be used to provide structural support to the LED modules. Both of these spacers are designed to be easy to install and provide a secure fit. The LED modules are secured to the enclosure via screws or bolts and the spacers provide a secure connection between the LED module and the enclosure. Additionally, the spacers serve as a thermal insulation device to prevent overheating.

Standoffs: The ELM 1-150 includes standoffs that are used to mount the LED modules onto the enclosure. These standoffs offer additional structural support and help to protect the LEDs from shock, vibration, and environmental factors. Additionally, the standoffs are designed to reduce the risk of shorts, provide strain relief, and increase stability.

Working Principle: The working principle of the ELM 1-150 is based on the self-assembly of components. The components of the device are connected and locked in place by a series of fasteners, clips, and other mechanical locking systems. This self-assembly method provides a number of advantages, such as a secure connection between the components and an improved overall device life. The integrated springs help to ensure that the device remains in the desired position, which reduces the risk of accidental movement or dislodgement during installation.

The working principle behind the ELM 1-150 also includes an energy management system. This system controls the distribution of energy to the LED modules, which helps to reduce power consumption and maximize efficiency. Additionally, the ELM 1-150 also features a wide range of safety features, such as overload, overvoltage, and overcurrent protection.

By incorporating a versatile set of features, the ELM 1-150 provides an excellent solution for a variety of LED-based applications. It is designed to be easy to install and provide a secure connection between the LED modules and the enclosure. Additionally, the energy management system helps to reduce power consumption and maximize efficiency. The ELM 1-150 is a great choice for LED-focused projects because of its features, ease of installation, and excellent safety features.

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