Og Hoods: A Blessing for Indoor Gardeners!
If you are growing indoor plants and searching about OG Hoods, then this article will be the most informative you will read today. Sit back, relax and read every word carefully.
OG Hoods are now the talk of the town due to the benefits it brings to the table. Its different models are used to make the environment suitable for plants to grow. We all know, for plants, an optimum environment is perhaps the most important thing to get the desired yield. And in indoor plants, a suitable environment like heat and light is of prime importance. With these hoods, we can maintain the environment cool with proper lighting falling on plants. How? Let’s move further where we are describing it in detail!
Table of Contents
- 1 OG Hoods
- 2 Benefits of OG Hoods
- 3 OG Reflector Structure
- 4 What are Air-cooled reflectors
- 5 Which Type of Lamp should be used in a Reflector?
- 6 Growing Plants in Double Ended (DE) Lighting
- 7 Final Words
- 8 FAQs
OG hoods are gaining importance in indoor gardening due to their heat management. There are many models of these hoods and you can use whatever you like. They all serve the purpose of providing the best environment. Take the example of the OG vertical. It is the best reflector for hydroponics as well as indoor plants. To understand reflector structure, you have to keep reading as we have described it later. But first, let’s increase your amazement by discussing OG Hoods benefits:
Benefits of OG Hoods
If you are doing Indoor gardening, then consider OG hoods blessing. They are now vital for the proper growth of plants. Let’s have a look at their benefits:
- OG hoods make sure that light is uniformly distributed among plants. It has a lamp placed vertically which falls light on each plant. Other reflectors may have lamps with some angle, which may result in unequal distribution of light.
- OG hoods do not let the temperature rise. It has the best ventilation system which maintains the temperature indoors. Plants don’t grow to their full potential if the temperature is not optimum. Thus, it is a true friend of plants.
- These are easy to install and easy to maintain. Its maintenance cost is very low as compared to the benefits it provides.
- Its parts are removable as well. This helps you to clean them properly. Other regular reflectors don’t have that feature. Thus, cleaning is hard there.
After knowing its benefits, now it is time to know about its different models.
OG Reflector Structure
OG Reflector is an intense air-cool reflector that we use in indoor gardening and hydroponics.
Let’s see its structure. It can include:
- 250, 400, 600, and 1000W lamps. Due to them, it is regarded as the brightest reflector. The lamp is vertical which allows uniform distribution of light.
- Concealed Airflow technology
- Removable to make the cleaning process easy.
- Pairs of V-Hook.
- It comes with both 6 inch or 8-inch fan duct models.
- Takes 1.2m X 1.2m Space.
In indoor gardening, you need light to get a proper harvest. It all begins with an F5 concealed Vacuum airflow reflector that utilizes all hood reflective areas. It optimizes the lumen produces by the OG.
The role of the OG GrowLite reflector is to magnify, multiply, stretch, and bends the lamps’ internal parts. There is a special technology In this reflector which is CVT technology. It improves the performance of the lumen which enhances reflector performance by 30 percent.
Comparison with the Regular Reflectors
Average reflectors increase the temperature beyond the requirement. of the surrounding. Moreover, average ones also do not utilize all interior. They rely on 6 and 8-inch duct openings for ventilation.
GrowLite technology, on the other hand, uses F5 concealed Reflectors to utilize all the interior. Also, it has been designed for airflow to cool the lamp chambers. Moreover, there is zero light loss in this technology.
On top of that, it is user-friendly and its maintenance is easy as well. So, it is not difficult to choose which one you should use.
What are Air-cooled reflectors
Heat is not desirable in gardening. Air-cooled reflectors have an airtight tunnel at the bottom. When your lamp is continuously glowing, it starts to produce heat. Then with the air-tight tunnel, cool air is blown to cool off the lamp’s heat.
You must have these reflectors because of these benefits:
- Plants are sensitive to temperature and lamps can cause an increase in heat. Moreover, if it is the summer season, the situation can get even worse. To tackle this heat problem, gardeners must install air-cooled reflectors.
- Your plants don’t get burn.
- Air-cooled reflectors also prevent spots to form around your lamp.
- It is also effective in small space areas.
Let’s see some different models of air-cooled reflectors:
8” Air-Cooled Reflector
An air-cooled reflector plays with the air to keep the environment optimal. It does not allow heat to build up. Here, 8 inches means the 8-inch reflectors are installed in place of ductwork and 8-inch inline duct fans. Most of the air-cooled reflectors have placed some sort of casing on the lamp. This casing does not allow heat from lamps to reach the plants. 8-inch reflectors allow more airflow than 6-inch reflectors.
AC/DE is one type of 8-inch air-cooled reflector. It has one of the best ventilation systems to tackle heat problems. It is designed so that the air flows the perfect path for ventilation, which is through a cavity between reflector aluminum and reflector housing. With this, you don’t have to turn off the lamp to let the temperature cool down. This ventilation takes care of everything. The material used in this are:
- Aluminum interior
- Galvanized steel in housing
- Neoprene gaskets for an airtight seal
- Hinged glasses.
8″ air-cooled reflector is considered to be more efficient than the 6″ air-cooled reflector which we are describing in the next heading.
6″ Air-Cooled Reflector Hood
After knowing about 8″ air-cooled reflector now let’s discuss 6-inch air-cooled reflector. These are known as 6″ due to its 6″ reflector size. These are as effective as 8 inch but are used on a smaller scale. With this, you can provide lighting with minimum heat to a fewer number of plants as compared to 8″ air-cooled reflector. It is also widely used in hydroponics. A 6″ air duct ensures that cool air is passing through it to cool off the excessive heat coming from the lamp. 6″ inch model mostly has Aluminium in its structure. It is claimed that it is twice as efficient as regular reflectors. Its specifications are:
- Its Dimesnions are: 29X26X8 inches.
- You can use lamps of 250W, 400W, 600W, and 1000W.
- Painted White Panels
- Aluminum reflectors to enlarge light
When the cooling starts, the lamp gets dim (Not off). This means that plants still get light. That is why Og hoods are desired everywhere.
Which Type of Lamp should be used in a Reflector?
A reflector comes with 250W, 400W, 600W, and 1000W lamps. So, how to know which is ideal for your indoor garden.
Let’s discuss these lamps’ pros and cons. A 250W bulb produces less light than 1000W. Moreover, there is not much of a bigger difference between the intensity of 400 and 600W. Also, a 250W bulb is cheaper than other bulbs. Keeping all in mind, which lamp you should have in your reflector?
It all depends upon the space your indoor garden is growing and your reflector’s air duct capacity to tackle the heat. 250W lamp is not suitable for a large indoor garden. However, it emits less heat so the workload on the air duct is reduced. A 1000W bulb emits more light and is perfect for large indoor gardens and for those plants that require more light. However, it also emits more heat than any other lamp. So, your reflector’s air duct must be efficient enough to curb this heating.
As far as 400W and 600W lamps are concerned, there is very little difference between their light intensity and the amount of heat they emit. So, it all depends upon you what you think is best for your indoor garden considering all these factors.
Growing Plants in Double Ended (DE) Lighting
Many people ask is there a difference between single-ended high sodium power (HPS) than double-ended high sodium power(HPS). Single-ended HPS has been in the use for decades for growing plants. These give yellow lighting which is perfect for plants’ flowering and fruiting initiation and development. But double-ended HPS is modern technology and is better than single-ended HPS in many aspects.
Double-ended HPS are run of higher frequencies than single-ended ones. Therefore, you get a low electricity bill, efficient lighting, and also its maintenance is easy as well. Moreover, DE (Double-Ended) lamps have more infrared and ultraviolet radiations than single-ended ones. With that being described it is now safe to say that by using DE lamps, you will get:
- Better fruits and vegetable yield
- Faster vegetative growth
- Fewer fixtures
- Long-lasting Luminaries
So, don’t forget to ask about DE HPS whenever you want to buy any illuminating source.
Suspension of Light
Let’s see how much area a lamp can cover. If you place a 1000W lamp two feet above the plants, then it can light 7 feet square area easily. If you place it closer, then the area might decrease. You have to place it at the optimal height which is two feet. So, the 1000 watt de HPS coverage area is 7 feet square.
If you use a 600W lamp and place it two feet above the plants it will give coverage to 6 feet square area.
If you use a 400W lamp, then it can effectively cover an area of 4 feet square if put above two feet from the plants.
The lowest intensity 250W DE lamp can easily cover an area of 3 feet square.
So, keep all these factors in mind before choosing lamps.
Og Hoods are one of the latest technology indoor gardeners are using to get the best yield. These provide the most suitable environment for indoor plants. They mainly deal with heat and lighting. We use lamps in indoor gardening to provide lighting. This always leads to rising in the temperature due to the heat these lamps emit. In the OG reflector structure, there are in-built air ducts and tunnels. Cool air is passed through it which cools down the heat. Not only that, such reflectors come in different models. Moreover, you can also use any lamp you want. That is why Og Hoods are considered a blessing for indoor gardeners.
How do I measure Hood size?
Hood sizes are measured in three steps: The first step is width measuring. The second step is height measuring. The last step is depth measuring. Those are the measurements of a hood. For example, the average measurements of Og hoods are 29X26X8.
How much area does a 1000w HPS cover?
A 1000W HPS covers the area of 7 feet square if you place it two feet above the plants. The distance between lamps and plants is key in determining the area. For uniform and optimum light spread, place the lamp two feet above the plants.
How many plants can a 1000 Watt HPS grow?
A 1000 Watt HPS grows around 6-9 plants if you place it two feet above them. If the plants are smaller in size, then the number can go up to 12 but not more than that.
How many square feet does a Gavita cover?
Gavita is an LED light that is used in indoor gardening and hydroponics. If you are growing vegetables, then Gavita can cover 6 feet square. But if you are growing fruits, the Gavita can give coverage to 5 feet square.