LEDFix® system
The LEDFix® system is our (highly conductive) combination for current-carrying mounting technology in SELV / low-voltage applications in accordance with VDE standard DIN EN 61140.
Our LEDFix® solution
The LEDFix® system combines mechanical fastening and electrical contacting in the SELV range (low-voltage applications). Similar to purely mechanical cable fastening systems, the LEDFix® system is also divided into the three major sub-areas of ceiling, room and object.
As you have come to expect from ERS products, the LEDFix® system is completely tool-less to install by the end user, with only minor pre-assembly work at the factory.
The cabling with our special HCF power cables ensures almost loss-free energy transmission with simultaneous high mechanical load capacity. The height adjustment is carried out analogously to the purely mechanical cable systems via a 3-ball clamping mechanism, except that this is completely electrically insulated.
Several interfaces between height adjustment/contacting on the luminaire and HCF power cable on the one hand, and HCF power cable with cable base and the system base located in the technology support on the other, offer the possibility of optimum separation of the components for packaging and shipping.
Why you should benefit from our
Benefit from system solution
- Combination of mechanical fastening and electrical contacting
- Can be installed by the end user without the use of tools
- Loss-free energy transmission due to special HCF power cables
- Flexible height adjustment and contacting on the luminaire possible
Matching system components for LEDFix®
RopeFix®
Our systems
Track & Rail system
Lead-free system
Stainless steel system
Rigging system
Universal system
AcousticsFix® system
Are you interested in the LEDFix® system?
Our experts will be happy to advise you and together find the best solution for your company.
Innovative fastening technology "Made in Germany":
From development and design to manufacturing and quality assurance, all development and production processes take place at the Lorsch site.
