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Lighting Systems
This page is currently under construction.

Lighting Systems:
Building Your Own System
Bulbs and Ballasts
Reflectors
The pro's of using an Electronic ballast

Building Your Own System

The easiest way to build a lighting system is to know how much light you're going to need. Research the area in which you're going to be putting your system and be sure to have an easily accessible ceiling in which to hang a reflector and bulb. This is key as the amount of growing that can be done is all based on how much light a plant gets in it's day.

The first step is to choose a ballast. Ballasts come in several different types, the most familiar types being: Sodium, Halide, and Convertible ballasts. If you're just starting out you'll need a Halide or Convertible ballast as they are meant for growth purposes. Sodium ballasts and bulbs are mainly used to enhance the Bloom of the plant in which you're trying to grow. The beauty of a Convertible Ballast is that you don't need to replace the ballast once your plant is in bloom. You can simply change out the bulb from Halide to Sodium and you're on your way. As a side note, you'll need to purchase a cord set to go with your ballast as it's needed to connect the reflector to the ballast itself.

The second step is to choose a reflector. Reflectors are generally universal in their usage, they can fit any bulb and don't vary much from company to company. There is an exception however as there is a line of reflectors that have 'flanges' on them to help in case you have an air ventilation system to cycle your air through the system.

Thirdly, you'll need to finish off with a bulb. Now ballasts come in certain wattages, based on the ballast that you've chosen you will need to buy a bulb of the same wattage Example: You have a 400 watt halide ballast, you'll need a 400 watt halide bulb. Typically you'll start out with a standard halide and later on you'll switch out to a higher quality sodium or full spectrum bulb, as they each do something different for the plant itself.
Hopefully this little walkthrough will help you in the future if you plan to build your own light system.



Bulbs and Ballasts

Bulbs:

Of the two primary types of HID lamps, metal halides have a more balanced spectrum, while sodium emits more light energy in the yellow/orange/red region of the spectrum. Sodium last longer and are somewhat more efficient when measured in "lumens per watt." However, controversy has arisen over the use of lumens as a measure for plant lighting efficiency. This is because the lumen (the flow of light equal to the amount of flow from a uniform point source of one candle) takes into account the human eye's sensitivity curve. Because plants respond to both visible and invisible light, other units of measurement such as micromoles or par value (photosynthetically active radiation) might be more accurate units of measurement when referring to greenhouse crops. Regardless, crops benefit much more from a setup that combines metal halide and sodium lamps than from a setup that uses only one or the other.
(taken from: http://www.hydrofarm.com)

Rick's currently carries both Halide and Sodium bulbs in wattages ranging from 250w all the way to 1000w. If you're needing down to a 75w bulb for either, special orders can be arranged.

Universal Bulbs Why (Wattages)

Compact Flourescent(CFL) bulbs are carried in two distinct types.
"Daylight" (6400 K) is slightly bluish-white.
"Warm white" (2700 K) provides a light very similar to that of an incandescent bulb, somewhat yellow in appearance.
CFLs are typically guaranteed for 8,000 hours. (Incandescent bulbs typically last 500 to 2000 hours, depending on exposure to voltage spikes and mechanical shock.)

CFLs use about a quarter of the power of incandescent bulbs. For example, a 15-watt CFL produces the same amount of light as a 60-watt incandescent bulb (approximately 900 lumens or 60 lumens per watt). A comparison of the purchase and operating costs of these two light sources follows.
To run a 60w incandescent bulb for 8000 hours at $0.10 hr at 1000W per hour it would cost $48.00. To run a light- equivalent CFL bulb(15w) for 8000 hours at the same price/wattage, it costs $12.00.
As it is currently, Rick's carries 125w and 250w in the Compact Fluorescent type.

T5 Fluorescent -> T5 Reflector and Set of Four -> 2 foot / 4 foot
Ballast information
Convertible Ballasts Why (Wattages)

You always have to choose a bulb that matches your ballast wattage and type. A halide bulb will give you good growth A sodium bulb will promote blooming Consider upgrading to a full spectrum bulb such as Agrosun or Hortilux brand names to give you the best of both sodium and halide bulbs

Reflectors

Two types:
Universal
Flanged
Differences

Electronic Ballasts

Electronic ballasts are relatively new to the market, and they're amazing. There are tons of good things to say about these, but the most important will be listed here. First off, there's no humm, no constant sound coming from the ballast. They're alot like the convertible ballasts as they can handle both Sodium and Halide, a great thing to have for making the switch from grow to bloom easier. On top of that, they can last up to thirty years. As if that alone isn't enough, it broadcasts 10% brighter than other ballasts as well as removes the flickering when you first turn them on.
After all that, the only downside to these is that they're still fairly new, and because of that, more expensive than the current ballasts. Be sure to look out for these taking over the market soon.
 


Ricks Garden Center
1827 West Uintah
Colorado Springs, CO 80904
719-632-8491
info@ricksgarden.com