F/ART launches ECR: the new electronic transformer for neon in resin

F/ART launches ECR: the new electronic transformer for neon in resin

wednesday 08 april 2020 | Products, News, News&Press
Image of  F/ART launches ECR: the new electronic transformer for neon in resin

F/ART has extended the /POWER range with the new resin “ECR Electronic Transformer” for neon lamps.

F/ART was the first in the world to introduce and patent the resin neon transformers technology in the 80s. The company created its exclusive formula and working procedure, highly specialised and at the cutting edge of its field thereby obtaining a series of important technological benefits.

Based on 75 years of experience in neon transformers, and 40 years in the use of the special techno-resin, the company now applies the same technology by creating a range of electronic power supply for neon, to add to the previous ferromagnetic core ones.



The electronic converters are manufactured with a high frequency output transformer and an electronic control circuit that adjusts the performance, allowing the use in different conditions. ECR are particularly suitable for indoor installations, in fact they are of a size and weight easy to insert in small spaces. Ideal for use with high-voltage cables with a maximum length of 1.5 meters (in the case of longer lengths, it is preferable to use ferromagnetic transformers).

The ECR range consists of two models with which you can cover most of the installation requirements:

  • ECR 5000/20 W (5000V 20mA)
  • ECR 9000/20 DW (9000V 20mA with built-in dimmer)

Both have the built-in power factor corrector and do not cause the migration of mercury.



The company designs and manufactures all its products in Italy, making the most of excellent local craftsmanship that really stands out for its specific expertise and admirable skills.
For F/ART, “Made in Italy” is more than just a label: it is a real manufacturing practice. All the products are famous everywhere for being a benchmark of excellence in the industry, thanks to their traditionally high level of innovation, safety, reliability and durability over time.