-
MenuBack
- Home
-
LED Aluminimum profiles
-
-
-
Surface LED Profiles
- T22L LED Profile
- T22H LED Profile
- MT2 LED Profile
- T2 LED Profile
- TM2 LED Profile
- TU2 LED Profile
- TH2 LED Profile
- TL2 LED Profiles
- TL2F LED Profile
- TXL2 LED Profile
- TCW2 Wall Wash LED Profile
- ME2 LED Profile
- E2 LED Profile
- EH2 LED Profile
- EL2 LED Profile
- EW2 LED Profile
- P2 LED Profile
- PH2 LED Profile
- P4 LED Profile
- P6 LED Profile
- K0 LED Profile
- KL2 LED Profile
- K2 LED Profile
-
-
-
-
-
Recessed LED Profiles
- A1 LED Profile
- T1 LED Profile
- T1MD LED Profile
- T1D LED Profile
- TH1 LED Profile
- TXL1 LED Profile
- E1 LED Profile
- EH1 LED Profile
- EL1 LED Profile
- EW1 LED Profile
- EA1 ALU-WALL LED PROFILE
- P1 LED Profile
- KL1 LED Profile
- K1 LED Profile
- IN1 LED Profile
- NP1 LED Flexi Housing
- F1 LED Profile
- C2 Ceiling LED Profile
-
-
-
-
-
-
-
Plaster-In LED Profiles
- CAL13 Plaster-In LED Profile
- CAL15 Plaster-In LED Profile
- CAL20 Plaster-In LED Profile
- C1 LED Profile
- C3T Plater-in LED Profile
- C3P Plaster-in LED Profile
- C3M Plaster-in LED Profile
- C3L Plaster-in LED Profile
- C3 Plaster-in LED Profile
- DWT1 Plaster-in LED Profile
- DW1 Plaster-in LED Profile
- DW2 PLASTER-IN LED PROFILE
- DW3 PLASTER-IN LED PROFILE
- DC1 PLASTER-IN LED PROFILE
- DC2 PLASTER-IN LED PROFILE
- GLOW-DOWN LED PROFILE
- GLOW-UP LED PROFILE
-
-
-
-
-
-
-
-
-
-
-
-
Led Strips / Tapes
-
LED Drivers / Power Supplies
-
LED BACKLIGHTS
- See All Categories
5 Positions
Establishing reliable electrical continuity across solid LED boards is fundamental to flawless illumination. Our range of five-way connectors provides a secure, solder-free method for linking rigid printed circuit boards.
These components handle the complex requirements of multi-channel lighting arrays, such as advanced RGBW setups, where signal integrity is paramount.
At MarcLED, we understand that installation longevity depends heavily on the quality of underlying connections. By utilising these robust links, installers maintain structural alignment and optimal conductivity. This approach is a core aspect of our Clean Light philosophy, ensuring every fitting operates at peak efficiency and delivers consistent brilliance across your linear design.
Mastering complex lighting arrays with 5 positions connection components
Rigid LED PCBs are favoured in high-end architectural settings for their superior thermal management and durability. Linking them to form continuous linear runs requires specialised hardware that bridges the gap mechanically and electrically. Utilising 5 positions connectors allows for the simultaneous transfer of multiple control channels, indispensable for sophisticated colour-mixing or dynamic dual-temperature arrays. Unlike fragile solder joints that may weaken under the thermal expansion of metal boards, these dedicated blocks offer a resilient bridge. They absorb minor physical shifts while maintaining absolute signal continuity, ensuring expansive, multi-channel runs perform with perfect uniformity.
Maintaining thermal stability and circuit integrity
Because solid metallic boards effectively draw heat away from high-powered LEDs, the connecting components must withstand elevated operating temperatures without degrading. Our five-way links feature high-grade conductive alloys housed in thermally resistant polymers, ensuring safe operation within demanding enclosures. All components are UKCA and CE compliant, delivering total assurance for commercial and premium residential applications.
Furthermore, their low-profile design ensures these connection blocks sit discreetly within aluminium fittings. This compact footprint prevents obstruction of the light path, eliminating unwanted shadows to maintain a smooth, continuous glow.
Streamlining the assembly of multi-channel infrastructure
When constructing runs requiring five distinct lines of communication - typically supporting independent RGB and dual-white channels - installation speed and precise alignment are critical. These connectors empower professionals to link rigid modules swiftly and securely, creating a robust lighting spine. This dependable infrastructure supports the seamless execution of dynamic schemes, guaranteeing the intended atmosphere is delivered with precision and reliability.






