T-100-130

LED spacers and standoffs, also known as separators, housing mountings and insulators, are commonly used components in the electronics industry. They are integral components used to secure and insulate electrical components, and are widely used in the fields of automotive electronics, medical electronics, home automation, and more. The T-100-130 series of LED spacers and standoffs are designed to function mechanicaly and electrically on an affordable, high-performance level. This series is designed to secure components such as LEDs, resistors, capacitors, and more.

The T-100-130 series is available with many different designs, materials, and sizes, giving designers and engineers the ability to choose the perfect solution for their needs. This series includes both round and square spacers, as well as 3- and 4-hole standoff configurations. All components are available in polyamide and thermoplastic in either clear or white. The polyamide includes a UL94 V2 rating, and the thermoplastic option offers a UL94 V0 rating.

The dimensions of T-100-130 are available between 2.0-13.0mm, allowing engineers greater design flexibility. Additionally, the full range features a wide flange surface and a recessed head that provides clearance for the terminals and PCBs, as well as protecting them from contact with other components. In order to securely hold two objects together, the round or square version of the range provides multiple attachment points through a center hole, plus two side holes on the 3-hole version, or three side holes on the 4-hole version.

The T-100-130 series offers a secure and reliable connection between parts, and ensures excellent thermal and electrical insulation at all connections. It also helps reduce electromagnetic interference and crosstalk for better performance, as well as protecting against water, dust, and other contaminants. The T-100-130 series is an all-in-one solution that provides engineers with a comprehensive and modern way to securely hold together and insulate electronic components.