Crop Master LL-SP35
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Crop Master LL-SP35

Our Price:  £295.00 (inc 20% VAT)

LED's:  81 x Lumileds Sunplus 35
IP Rating:  IP68 (Submersible)
Coverage:  60 x 40 cm
Energy Used:  50w
Input Voltage:  90 - 305v
Material:  Makrolon Polycarbonate
Dimensions:  15 x 33 x 45cm
Warranty:  5 Years
Release Date:  04/09/2017

Weight:  1.25kg

Availability:  

Released 04/09/2017  


The Cropmaster LL-SP35 series are designed specifically for the multi tiered shelf grower, the sleek slimline design can allow for up to 50% more shelf space compared to traditinal CFL solutions and up to 30% more shelf space compared to other current led solutions.

With only 15mm total depth and virtuall zero heat generated from the leds you can screw the small units up to the shelf above (saving even more room by eliminating hangers) without overheating the growing media of the plants on the upper shelf.

Low level also of course means low power consumption and we can attain PPFD levels in the target area of 200 - 280 µmol/m2/s using just 50w of total input power.


Designed for Low Level Growing

Evenly Blended Spectral Output

Perfectly blended spectra gives perfect colour distribution allowing the lights to be extremely close to your plants, conventional horticultural led are mono (blue, red, white, green etc) and always contain an uneven ratio of mono led colours, so when the lamps are close you will not get enough of the less dominant colours to your plants canopy meaning that you in turn then have to raise the lamp higher to get an even spectral distribution.

With our unique low level lamps you can literally put the lamps to the height where you know your canopy will grow to for your desired stage of growth and be safe in the knowledge that there will be no heat stress to the plants below or above your lamp.

Our Cropmaster LL-SP35 ships with a default Chlora A/B spectrum which suits many growers needs.

For commercial customers simply contact us with your requirements in PPFD and Spectral output and we will tailor your lamps to suit your ever growing needs.

You can design you own spectrums online at Lumileds Website.

 

Lumileds Sunplus 20 Family of LED

Exact Horticultural Wavelengths

The new Sunplus series of horticultural led from Lumileds really stand out in the crowd boasting many features other SMD lack and giving exceptionally high performance at their binned current levels.

All Lumileds horticultural led are binned on PPF which is a first in the industry, each led is powered up and tested for PPF output before being placed in the correct bin, this ensures 100% reliability of efficiency.

Lumileds are one of the few companies that bin led's by powering them up and physically testing the output, many led's are binned based upon their physical colour which means there can be a huge variation in output.

Click here to learn more...

 

Designed for Horticulture

Form and function combine to give a sophisticated and elegant chassis that not only protect the lights core components but also protects the lamp from the elements. 

The result is a truly beautiful lamp that would grace anyone’s growing area ensuring both plants and humans are stimulated by the light.

IP68 Waterproof Lamp IP68

The Chassis is designed to repel water featuring no possible ingress from above and a smart exterior design incorporating moulded eye hangers and drip rings.


The PCB is sealed an mounted with a thin layer of silicon and compressed with multiple screws securing the PCB to the chassis, wiring enters via IP68 waterproof cable glands.

No Ingress

Due to the smart design, there is absolutely no need for any fan or vent holes on the top of our chassis ensuring that there is no ingress from particulates or moisture at any time. 


For example, if you have a lamp with a fan where the vents are on the top of the lamp then when the lamp is sleeping particulates and insects can easily make their way into your lamp causing an accumulation that can lead to premature failure or malfunction.

External heatsinks can often gather dust and particulates which in time build up to cause lower efficiency levels.

Superior Optics

We make our lens from Makrolon Polycarbonate which provides the same transmission efficiency as PMMA Glass / Acrylic at the thickness that we use.

The benefits of using Makrolon Polycarbonate compared to PMMA is that makrolon is much tougher and practically unbreakable whilst providing extreme resistance to high temperatures, UV and Infra-Red.

 

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Here at Budmaster LED we design our lights with the grower and the space they are trying to cover in mind. For example all of our Budmaster lamps are specifically designed to fit certain common grow tent areas such as 120cm x 120cm x 200cm.

Using effective vertical penetration with our custom lens we ensure the target area has effective PPFD levels whilst minimizing reflectance from the surrounding area to increase efficiency by up to 10%

We generally recommend that your plants grow no closer than 2ft to the light to make best use of the output, however strong healthy plants can grow right into the light with very little adverse effect on the plants.

To get the right amount of light to your plants at the right time consult the chart below.

 
Getting the Right Average PPFD for Your Environment

It is of course very important that you use your lamps in the best way possible to get the most out of your grow room, with that in mind please refer to the guide for recommendations on the hanging distance of our lamps.

Of course you may find that by adding additional carbon dioxide you can increase the amount of available light to your plants.

Click the lamp description links to see PPFD maps.

Growth Stage Minimum Levels Required µmol/m2/s
  (Average Across Full Working Plane)
Vegatative 200 - 300 µmol/m2/s
Early Bloom 300 - 400 µmol/m2/s
Final Bloom 500 - 600 µmol/m2/s
Exceptional Bloom 600 - 800 µmol/m2/s
 
Lamp Growth Stage Power Minimum Required µmol/m2/s Average PPFD Across 1.2sqm Area µmol/m2/s
Budmaster G.O.D-9 Vegatative 166w 100 - 300 µmol/m2/s 426µmol/m2/s at 120cm from Light Source
  Early Bloom 373.5w 300 - 400 µmol/m2/s 867µmol/m2/s at 90cm from Light Source
  Final Bloom 373.5w 500 - 600 µmol/m2/s 952µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 373.5w 600 - 800 µmol/m2/s 1008µmol/m2/s at 30cm from Light Source
         
        Average PPFD Across 1sqm Area µmol/m2/s
Budmaster G.O.D-6 Vegatative 124.5w 100 - 300 µmol/m2/s 418µmol/m2/s at 120cm from Light Source
  Early Bloom 249w 300 - 400 µmol/m2/s 784µmol/m2/s at 90cm from Light Source
  Final Bloom 249w 500 - 600 µmol/m2/s 869µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 249w 600 - 800 µmol/m2/s 985µmol/m2/s at 30cm from Light Source
         
        Average PPFD Across 1sqm Area µmol/m2/s
Budmaster G.O.D-4 Vegatative 84w 100 - 300 µmol/m2/s 240µmol/m2/s at 120cm from Light Source
  Early Bloom 166w 300 - 400 µmol/m2/s 552µmol/m2/s at 90cm from Light Source
  Final Bloom 166w 500 - 600 µmol/m2/s 615µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 166w 600 - 800 µmol/m2/s 724µmol/m2/s at 30cm from Light Source
         
        Average PPFD Across 80 x 40cm Area µmol/m2/s
Budmaster G.O.D-2 Vegatative 83w 100 - 300 µmol/m2/s 395µmol/m2/s at 120cm from Light Source
  Early Bloom 83w 300 - 400 µmol/m2/s 591µmol/m2/s at 90cm from Light Source
  Final Bloom 83w 500 - 600 µmol/m2/s 808µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 83w 600 - 800 µmol/m2/s 865µmol/m2/s at 30cm from Light Source
         
        Average PPFD Across 40 x 40cm Area µmol/m2/s
Budmaster G.O.D-1 Vegatative 41.5w 100 - 300 µmol/m2/s 272µmol/m2/s at 120cm from Light Source
  Early Bloom 41.5w 300 - 400 µmol/m2/s 416µmol/m2/s at 90cm from Light Source
  Final Bloom 41.5w 500 - 600 µmol/m2/s 641µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 41.5w 600 - 800 µmol/m2/s 627µmol/m2/s at 30cm from Light Source
         
Budmaster HPS-9 Vegatative 200w 100 - 300 µmol/m2/s 296µmol/m2/s at 120cm from Light Source
  Early Bloom 360w 300 - 400 µmol/m2/s 496µmol/m2/s at 90cm from Light Source
  Final Bloom 360w 500 - 600 µmol/m2/s 539µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 360w 600 - 800 µmol/m2/s 576µmol/m2/s at 30cm from Light Source
         
        Average PPFD Across 1sqm Area µmol/m2/s
Budmaster HPS-6 Vegatative 120w 100 - 300 µmol/m2/s 240µmol/m2/s at 120cm from Light Source
  Early Bloom 240w 300 - 400 µmol/m2/s 440µmol/m2/s at 90cm from Light Source
  Final Bloom 240w 500 - 600 µmol/m2/s 486µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 240w 600 - 800 µmol/m2/s 547µmol/m2/s at 30cm from Light Source
         
        Average PPFD Across 1sqm Area µmol/m2/s
Budmaster HPS-4 Vegatative 160w 100 - 300 µmol/m2/s 309µmol/m2/s at 120cm from Light Source
  Early Bloom 160w 300 - 400 µmol/m2/s 319µmol/m2/s at 90cm from Light Source
  Final Bloom 160w 500 - 600 µmol/m2/s 362µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 160w 600 - 800 µmol/m2/s 413µmol/m2/s at 30cm from Light Source
         
        Average PPFD Across 80 x 40cm Area µmol/m2/s
Budmaster HPS-2 Vegatative 80w 100 - 300 µmol/m2/s 220µmol/m2/s at 120cm from Light Source
  Early Bloom 80w 300 - 400 µmol/m2/s 338µmol/m2/s at 90cm from Light Source
  Final Bloom 80w 500 - 600 µmol/m2/s 480µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 80w 600 - 800 µmol/m2/s 513µmol/m2/s at 30cm from Light Source
         
        Average PPFD Across 40 x 40cm Area µmol/m2/s
Budmaster HPS-1 Vegatative 40w 100 - 300 µmol/m2/s 150µmol/m2/s at 120cm from Light Source
  Early Bloom 40w 300 - 400 µmol/m2/s 246µmol/m2/s at 90cm from Light Source
  Final Bloom 40w 500 - 600 µmol/m2/s 349µmol/m2/s at 60cm from Light Source
  Exceptional Bloom 40w 600 - 800 µmol/m2/s 349µmol/m2/s at 30cm from Light Source
         
         
 

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