01.02.2017 Views

CATÁLOGO GENERAL / Tarifa de precios GENERAL CATALOG / Price list

CATALOGO%2064_%20Esp

CATALOGO%2064_%20Esp

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Iluminación interior / Indoor lighting<br />

Pantallas LED / Screen LED<br />

225<br />

APLICACIONES PARA LED / APPLICATIONS FOR LED<br />

Índice <strong>de</strong> reproducción cromática (CRI o Ra).<br />

Es una escala <strong>de</strong> 0 a 100 que se emplea para medir cómo una fuente luz consigue reproducir la<br />

apariencia <strong>de</strong> los colores con respecto a una “fuente <strong>de</strong> luz patrón”.<br />

Lo que medimos es cómo se aproxima el color <strong>de</strong> un objeto obtenido con nuestra fuente <strong>de</strong> luz,<br />

al color “verda<strong>de</strong>ro” que tendría bajo la luz normalizada <strong>de</strong> dicha “fuente <strong>de</strong> luz patrón”.<br />

Chromatic reproduction in<strong>de</strong>x (CRI or Ra).<br />

We use a scale from 0 to 100 to measure how a luminous source can reproduce the aspect of colours<br />

towards a “pattern luminous source”.<br />

We measure the difference between the colour coming from our luminous source and the real<br />

light it would had un<strong>de</strong>r normalized light of such a “pattern luminous source”.<br />

Temperatura <strong>de</strong> color (Tc).<br />

Es la temperatura, en grados Kelvin, que tendría que alcanzar un cuerpo negro al calentarse<br />

para emitir la luz <strong>de</strong>l mismo color que nuestra fuente luminosa. Existe un diagrama normalizado<br />

<strong>de</strong> los diferentes colores o longitu<strong>de</strong>s <strong>de</strong> onda que va emitiendo el cuerpo negro o “radiador perfecto”,<br />

<strong>de</strong> acuerdo a los grados Kelvin a los que va siendo sometido. La temperatura <strong>de</strong> color nos<br />

indica el color aparente <strong>de</strong> una fuente <strong>de</strong> luz, existiendo tres gran<strong>de</strong>s grupos:<br />

Cálida (Luz amarilla): De 2700ºK a 3500ºK aprox.<br />

Neutra: De 3500ºK a 4000ºK aprox.<br />

Fría (Luz blanca): De 4000ºK a 6000ºK aprox.<br />

La temperatura <strong>de</strong> color <strong>de</strong>be relacionarse <strong>de</strong> modo a<strong>de</strong>cuado con los niveles <strong>de</strong> iluminación para<br />

crear una sensación agradable y natural. Para comprobar esa a<strong>de</strong>cuada relación, existe un<br />

diagrama que po<strong>de</strong>mos consultar llamado “Curvas <strong>de</strong> Kruithof”<br />

Colour temperature (Tc)<br />

It is the temperature (Kelvin <strong>de</strong>grees) reached by a black object when heating up to give out the<br />

same light as our luminous source. There is a normalized chart for colours or wavelengths<br />

emited by a black object or “perfect radiator”, according to Kelvin <strong>de</strong>grees.Colour temperature<br />

indicates the seeming light of a luminous source, there are 3 major groups:<br />

Warm (yellow light): From 2700ºK to 3500ºK (around)<br />

Neutral: From 3500ºK to 4000ºK (around)<br />

Cold (White light): From 4000ºK to 6000ºK (around)<br />

Colour temperature must match lighting levels to create a natural and nice feeling. Such effect<br />

can be checked through a diagram called: “Kruithof chart”.<br />

Ref. DR Driver Regulable mediante señal 1-10v.<br />

Este sistema es uno <strong>de</strong> los primeros y más simples que se i<strong>de</strong>aron. Consiste en crear una<br />

tensión continua que varía entre uno y diez voltios, para controlar en un porcentaje proporcional<br />

la potencia <strong>de</strong> la luminaria, <strong>de</strong> tal modo que a 1V correspon<strong>de</strong> una potencia <strong>de</strong>l 10% y a 10V un<br />

100%.<br />

Este sistema requiere pasar un hilo por el canal <strong>de</strong> control (a<strong>de</strong>más <strong>de</strong> un cable <strong>de</strong> retorno común).<br />

La interferencia <strong>de</strong> los cables <strong>de</strong> alimentación cercanos pue<strong>de</strong> afectar a la señal para la<br />

instalación, causando incluso parpa<strong>de</strong>os.<br />

Ref. DR Dimmable Driver by Signal 1-10v.<br />

This system is one of the earliest and simplest systems ever created. Consists in creating a DC<br />

voltage that varies between one and ten volts, to control the proportional percentage of the light<br />

power, 1 volt to have a power of 10% and 10 volts for 100% power.<br />

This system requires passing a cable through the control channel (plus a common return wire).<br />

The interference from nearby power cables can affect the signal installation, causing even flicker.<br />

Ref. DRD Driver regulable Dali.<br />

Está formado por un controlador y uno o más dispositivos <strong>de</strong> iluminación tipo DALI. Este controlador<br />

(“maestro”), pue<strong>de</strong> monitorear y controlar la luz <strong>de</strong> otros dispositivos (“esclavos”) <strong>de</strong> forma<br />

individual o colectiva. Para lograr esto, a cada dispositivo se le asigna una dirección estática<br />

única con un rango numérico y se conectan entre sí con tan solo un par <strong>de</strong> hilos <strong>de</strong> cobre para el<br />

bus <strong>de</strong> comunicación <strong>de</strong> la red DALI.<br />

Ref. DRD Dimmable driver Dali<br />

It consists of a controller and one or more light fixtures DALI type. This driver ("master") can<br />

monitor and manage the light of other <strong>de</strong>vices ("slaves") individually or collectively. To accomplish<br />

this goal, to each <strong>de</strong>vice is assigned a unique and static address with a numeric range, they<br />

should be connected together with just a pair of copper wires for the DALI communication.<br />

Ref. DRP Driver regulable para pulsador.<br />

Una pulsación corta encen<strong>de</strong>rá o apagará la luminaria. Una pulsación larga aumenta o <strong>de</strong>crece<br />

la intensidad lumínica. Una vez llegue al valor máximo o mínimo parará automáticamente. La<br />

máxima longitud <strong>de</strong>l cable <strong>de</strong>s<strong>de</strong> el pulsador hasta el último driver <strong>de</strong>be ser como mucho <strong>de</strong><br />

15m. En caso <strong>de</strong> superar dicha longitud, <strong>de</strong>be asegurarse la llegada <strong>de</strong> la tensión <strong>de</strong><br />

alimentación estándar. Es necesaria la instalación <strong>de</strong>l cable <strong>de</strong> sincronización.<br />

Ref. DRP Dimmable Driver for Pushbutton<br />

A short press will turn ON or OFF the light. A long press increases or <strong>de</strong>creases the light intensity.<br />

Once you reach the maximum or minimum value will stop automatically. The maximum cable<br />

length from the pushbutton to the last driver should be inferior to 15m. In case of exceeding<br />

this length, you must ensure the maintenance of the standard supply. The installation of the<br />

synchronization cable is required.<br />

Ref. 3420 Cable conexión DRP<br />

Permite una correcta sincronización <strong>de</strong> los aparatos. Se conecta mediante un terminal <strong>de</strong> clavija<br />

entre equipos. Un cable maestro controla un máximo <strong>de</strong> nueve esclavos.<br />

Ref. 3420 Connection Cable DRP<br />

Allows the correct synchronization of <strong>de</strong>vices. Connected via plug-in terminals between <strong>de</strong>vices.<br />

A master cable controls a maximum of nine slaves.<br />

Ref. PCFT Control <strong>de</strong> flujo lumínico<br />

Dispositivo sensor <strong>de</strong> luz que permite la regulación automática en función <strong>de</strong> la luz ambiental.<br />

Está diseñado para ahorrar gran<strong>de</strong>s cantida<strong>de</strong>s <strong>de</strong> energía compensando los niveles excesivos<br />

<strong>de</strong> alumbrado. Este dispositivo se fija al techo (<strong>de</strong> superficie) y se conecta a un driver regulable<br />

<strong>de</strong> 1-10v. Don<strong>de</strong> esté conectado este dispositivo será el driver “maestro” y en función <strong>de</strong> la luz<br />

recibida por el sensor conectado a ese driver se podrá regular en una misma línea hasta un máximo<br />

<strong>de</strong> 10 drivers. Es necesario el cable <strong>de</strong> sincronización. A<strong>de</strong>más, este sensor dispone <strong>de</strong> un<br />

diafragma rotatorio, mediante el cual se pue<strong>de</strong> ajustar manualmente el nivel <strong>de</strong> iluminación <strong>de</strong>seado.<br />

Ref. PCFT Flux control<br />

Light sensor <strong>de</strong>vice that allows the automatic adjustment to ambient light. Designed to save<br />

large amounts of energy compensating excessive levels of lighting. This <strong>de</strong>vice is fixed to the<br />

ceiling (surface) and is connected to a 1-10v dimmable driver. Where this <strong>de</strong>vice is connected it<br />

will be consi<strong>de</strong>red the "master" driver and <strong>de</strong>pending on the light received by the sensor connected<br />

to that driver may regulated a maximum of 10 drivers in the same line. The installation<br />

of the synchronization cable is required. Additionally, this sensor has a rotary diaphragm, by<br />

which you can manually configure the <strong>de</strong>sired lighting level.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!