UNI LED SM and COB Connector 8/10mm 2m Cable 3A /pc

Product

Universal LED strip connector designed for 8mm and 10mm COB and SMD strips, featuring a 2-meter cable and supporting up to 3A current. Ideal for seamless connections in 12V DC or 24V DC lighting systems without soldering.

Specifications

• Universal compatibility with 8mm and 10mm wide COB and SMD LED strips
• Transparent polycarbonate casing allowing light transmission
• 2-meter cable with exposed conductors for flexible installation
• Maximum current capacity: 3A (36W at 12V, 72W at 24V)
• Compatible with both 12V DC and 24V DC systems
• Clamping mechanism for tool-free connection to LED strip pads
• Solderless connection technology eliminating need for soldering equipment

Usage

Simply align the connector's contact pads with the LED strip terminals and clamp securely using the integrated locking mechanism. The connector pierces the strip's circuit board to establish electrical contact. The extended 2-meter cable allows flexible routing and positioning of connected LED strips throughout your installation space. No soldering or additional tools required.

FAQ

1. What types of LED strips does this connector work with? — This universal connector is compatible with both COB (Chip-on-Board) and SMD (Surface-Mounted Device) LED strips measuring 8mm or 10mm in width.

2. What voltage and current does this connector support? — The connector operates at 12V DC or 24V DC and handles maximum current of 3A, providing up to 36W at 12V or 72W at 24V.

3. Do I need to solder this connector? — No. The connector features a solderless clamping design that pierces the LED strip's circuit board pads, eliminating the need for soldering equipment.

4. How long is the cable? — The connector includes a 2-meter exposed conductor cable, providing substantial reach for connecting strips at distance or routing through profiles and spaces.

5. Can the transparent casing affect light output? — The transparent polycarbonate casing is designed to allow light passage, so it will not significantly diminish brightness while maintaining aesthetic appearance.

mvm-dt-2025-07-20