LED strip connector EUROLITE 50530081 for COB strip 8 mm

EUROLITE 50530081 is a connector designed for COB LED strips with an 8 mm width, enabling a quick mechanical and electrical connection without the need for soldering. The connector fits COB-format strips of the specified width and is intended for indoor lighting applications such as accent lighting, task lighting, and repair or extension of existing strip installations. Its compact design supports straightforward attachment and secure electrical contact for low-voltage LED installations.

Advantages

The connector allows tool-free and solderless joining of 8 mm COB LED strips, reducing installation time and lowering the skill threshold for assembly. Its form factor provides a reliable mechanical clamp and stable electrical contact, helping to maintain consistent illumination and minimize contact resistance. Designed for indoor use, it simplifies repairs and extensions by avoiding disassembly of existing fixtures and by providing a quick replacement method for damaged or shortened strips.

Suitable for

Key specifications

How to use

Prepare the COB LED strips by ensuring they are clean and cut accurately at the designated cut line for the 8 mm width. Open the connector according to the manufacturer's mechanism, insert the strip edge so that the conductive trace aligns with the connector contacts, and close the clamp until it locks to establish both mechanical and electrical connections. If joining two strips, repeat the procedure for the opposite side or use the connector type intended for inline coupling. After installation, gently tug the strips to confirm a secure attachment and restore power to test illumination.

Recommendations

Verify strip compatibility by checking the strip width and contact layout prior to installation. Use the connector in dry indoor environments and avoid exposing it to moisture or excessive mechanical stress. For projects with higher power or long runs, confirm voltage drop and connector current rating with the LED strip specifications, and consider additional power injection points if required.