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COLTIVAZIONE POMODORO IN SERRA

Tomato growing in greenhouses

STL H GROWLIGHT for tomato


STL H is the real innovation in LED technology for artificial lighting in greenhouse cultivation, especially tomato. The great innovation consists of the integration of the three main elements: LED MODULE, DRIVER, SUPPORT STRUCTURE in a single component; this brings thefollowing 7 great benefits.

  1. The support structure, consisting of an aluminum bar specially designed for greenhouses, contributes to the thermal dissipation of the LED module and the driver and these extend the life of both.
  2. With a single device , by simply modifying the quality and therefore the distance on the bar, PPFDs from 100 to 1500 umol / mqs are obtained.
  3. The electrical connection is fixed to the bar and many bars can be connected in series, making the electrical distribution in the greenhouse easier.
  4. The heatsink of the LED module is perfectly flat and easily washable to avoid the formation of bacteria.
  5. The bars, thanks to the special support, are installed in a few minutes, even with cultivation in progress and the height can be easily varied to optimize uniformity and efficiency.
  6. All components are plug and play, therefore easy to replace .
  7. The narrow profile bar, the vertical driver and the small size of the LED module reproduce a shadow effect of less than 5%.

STL H3-R06

STL H3-S06

STL H3-U06

These are the three abbreviations of the models suitable for tomato cultivation in greenhouses, below you will find the data sheet with all the technical characteristics.

SPETTRO R, OTTICA ASIMMETRICASPETTRO S e OTTICA ASIMM.spettro U, ottica ASIMMETRICA
TECHNICAL DATA STL H3-R06STL H3-S06STL H3-U06
VOLTAGE230÷480 VAC 50/60 Hz230÷480 VAC 50/60 Hz230÷480 VAC 50/60 Hz
POWER208W202W196W
PFC≥95≥95≥95
LIGHTSOURCELEDLEDLED
WHITE LED48 OSRAM power LED40 OSRAM power LED32 OSRAM power LED
RED LED48 OSRAM power LED56 OSRAM power LED64 OSRAM power LED
NOMINAL PPF650 µmol/s (3,1 µmol/J)660 µmol/s (3,25 µmol/J)670 µmol/s (3,4 µmol/J)
OPTICSILICONE ULTRACLEARSILICONE ULTRACLEARSILICONE ULTRACLEAR
OPTICS BEAMASYMMETRIC 30°X60°ASYMMETRIC 30°X60°ASYMMETRIC 30°X60°
CASEALUMINIUM / STAINLESS STEELALUMINIUM / STAINLESS STEELALUMINIUM / STAINLESS STEEL
IP PROTECTION (driver/module)IP67/IP69KIP67/IP69KIP67/IP69K
WORKING TEMPERATURE-30°C +45°C-30°C +45°C-30°C +45°C
DIMENSIONS332X300X25mm332X300X25mm332X300X25mm
WEIGHT4,2 Kg4,2 Kg4,2 Kg
WORKING HUMIDITY0÷98% R0÷98% R0÷98% R
IK RESISTANCE GRADE101010
DRIVER INSULATION CLASSIII
LIFETIME>60.000h L80>60.000h L80>60.000h L80
DRIVER DIMENSIONS246X77X40 mm246X77X40 mm246X77X40 mm
DRIVER WEIGHT1,30 Kg1,30 Kg1,30 Kg
POMODORI NEL FILARE scaled

Spectra tomato

Our spectra

For the cultivation of tomatoes we have studied three spectra; all obtained by mixing HIPER RED and WHITE LED with a high BLU content.

Spectrum R

R06 is the most balanced spectrum, with B-GY-R percentages of 11-33-56 respectively, and is recommended in crops with poor natural light, located beyond the 55th parallel.

SPETTRO R senza griglia

Spectrum S

S06 is an intermediate spectrum; with percentages 9-27-64; it is the most suitable in greenhouses with a fair amount of natural light, located between 45 ° and 55 ° parallel.

SPETTRO S senza griglia

Spectrum U

U06 is the spectrum with the lowest level of BLUE-WHITE: 7 and 21% and the highest of HIPER RED: 72%, more suitable for crops where natural light is also important in winter, under the 45 ° parallel.

SPETTRO U senza griglia

4

OPTICS

3

SPECTRA

10

PRODUCTS

10

years of WARRANTY

100%

made in EUROPE

JANAS6

Professional greenhouses

Our system on bars

Pre-wired aluminum load-bearing bars, quick to assemble even with cultivation in progress, easily allow the height to be varied to optimize uniformity and efficiency.

BARRA 3 LAMPADE SPENTE
OTTICA ASIMMETRICA 6.2 NUOVA

Asymmetrical optics

This optic has been specially designed for narrow row crops, typical of tomatoes. The double-wave light beam, slightly wider than 30 °, concentrates 90% of energy in the medium-high part of the plants and is 20-25% more efficient than LED luminaires without optics or with wide beam optics .

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