SOLUX KIT SELECTA LEC 315 W PRO 4200 K ACR 6S

Description

Complete lighting kit consisting of a ballast, a bulb and a reflector. These kits are ideal for indoor growing, offering everything you need to get the most out of your crops.

SELECT BALLAST 315 W

This electronic ballast incorporates an internal microprocessor that allows a soft start and intelligently detects the voltage of the bulb to prolong its life. This staggered ignition is more efficient and avoids excessive load at the same time. It is a self-protection mechanism that extends the life of the fixture.

SOLUX PRO LEC 315 W-3000 K

The Solux LEC 315 W bulb in 4200 K is suitable for growing and flowering and is recommended for all growers who are used to growing with a single bulb from the beginning to the end of the crop. It is similar to a Sylvania Grolux or a pHilips Green Power.

It is a biologist-designed bulb that achieves a growth and flowering oriented white light with a high CRI and exceptional PPF. It is the most sun-like artificial light source available in lighting. In addition, its exceptional ratio of UV-A to UV-B provides plants with a superior photochemical reaction that enhances resin content.

High quality reflectors constructed from galvanised steel with high brightness aluminium reflector. High light uniformity provided by the German aluminium used in their manufacture which reflects up to 95% of the light emitted.

Its glass sheet is treated to withstand high temperatures, but it is not recommended for use without an extractor. This sheet is attached to a frame which can be opened to screw in the bulb or change it. The frame is fitted with a neoprene sponge which makes the whole assembly very airtight, forcing air in and out through the reflector sleeves. The S sleeves are 125 mm and the rest are 150 mm.

E40/LEC315 ADAPTER CAP

Adapter for connecting 315 w LEC bulbs to any reflector with an E40 (Mogul) bulb socket. This adapter has a thread that fits perfectly into the current sockets used in the sector and allows to take advantage of conventional reflectors and adapt them to the new LEC technology.