ELM 1-1.300

ELM1-1.300 are LED spacers, standoffs, used in telecommunications and photovoltaic applications. It is a telescopic pole spacer, used to securely attach LEDs and spacers in tight spaces with little access, allowing easy installation in tight spaces. This product meets the basic requirements of dielectric strength within the application range.

The structure of the ELM1-1.300 LEDs consists of two pieces, each with an internal pole spacer, an external housing and a locking system for joining the two pieces. The external housing is made of a non-toxic thermoplastic compound that is designed for flexibility and durability. The locking system consists of a camlocks, T-nuts and screws for easy assembly and installation. The internal pole spacer is designed to hold the LEDs in place, reducing the likelihood of cracking or damage to the LEDs.

The working principle of the ELM1-1.300 LEDs is based on the concept of a self-locking nut. The nut has two parts that fit together, one inside the housing and one outside the housing. The outside piece is held in place with the twist of a tab, which allows it to be securely positioned. The inside piece is self-locking, preventing movement when the outside part is attached. This creates a tight fit that minimizes the likelihood of any movement or vibration of the LEDs.

The ELM1-1.300 LEDs can be used in a variety of applications due to their flexibility. In telecommunications applications, they can be used as an easy and efficient way to mount LEDs in tight spaces where access is limited. In photovoltaic applications, they can be used to secure LED strips and LED bars in hard-to-reach areas such as roofs and walls, enabling sunlight to be captured more efficiently. They can also be used in lighting fixtures to create specialized lighting effects.

Overall, the ELM1-1.300 LEDs are a reliable and easy to use spacer, standoff solution for a variety of applications. Its non-toxic thermoplastic compound makes them all the more suitable for any application. They have excellent dielectric strength and a secure, self-locking system that prevents any movement or vibration of the LED lights. This makes the ELM1-1.300 LED spacers and standoffs the perfect solution for a variety of applications, allowing for easy installation in tight spaces.