www.elt.es
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1. INTRODUCTION
Thank you for choosing control gear for LED modules designed and manufactured by ELT (Especialidades
Luminotécnicas S.A.U.). This user guide will help you learn about eSMART technology and configure your control
gear so that it can be correctly integrated into your luminaire.
We advise you to check the latest available version of this document on the ELT website,
www.elt.es/en.
1.1. The eSMART technology
Thanks to its functionalities and the programmable and configurable dimming methods it incorporates, control gear
equipped with eSMART technology offers full flexibility in the design of the lighting system, perfectly adapting the
luminaires to any application and surroundings where they are to be installed.
1.2. Applications
ELT drivers with eSMART technology are the ideal street lighting solution of today and tomorrow, achieving optimal
efficiency in every lighting point, accompanied by the best operational features and maximum energy saving, which
helps reduce both economic costs and CO
2
emissions into the atmosphere throughout the lifetime of the street
lighting system.
These drivers can be used in an infinite number of applications such as street lighting, roads, monuments, sports
facilities and industrial premises.
1.3. Classification and symbols
The nomenclature of eSMART control gear, taking an example the
iLC PRO 75/200…1400-XR
, is described as follows:
▪
iLC: Constant current control gear equipped with eSMART technology.
▪
PRO: All functionalities and programmable methods are available.
▪
75: 75W of maximum output power.
▪
200…1400: Constant current output in milliamps in which regulation is permitted.
▪
XR: Casing format.
1.4. General features of the drivers
The main features of the iLC control gear incorporating eSMART technology are as follows:
▪
Build-to-use drivers with insulation double or reinforced insulation. IP20 ingress protection.
▪
Suitable for installation in Class I and Class II luminaires.
▪
Wide range of input voltages.
▪
High power factor.
▪
Low harmonic distortion.