S
soulles
. chiar si unul de 0.6 gr. omoara 2 persoane lejer insa.[/quote]
Asta depinde si de persoane
Asta depinde si de persoane
-
As of today ICMag has his own Discord server. In this Discord server you can chat, talk with eachother, listen to music, share stories and pictures...and much more. Join now and let's grow together! Join ICMag Discord here! More details in this thread here: here.
Bluntul ala l-am fumat eu (egoist ce sunt ) singur in 3 zile consecutive. Cate o treime in fiecare seara. Cam 5 fumuri pe seara si eram gata.Nu era chiar asa de mare, practic era facut dintr-un trabuc mai mic (~6cm lung, ~0.6 gros), dupa ce m-am chinuit sa-i scot umplutura de tutun cu penseta de sprancene a nevestemii, si a ramas doar "coaja" trabucului pe care am umplut-o cu mj. Nevasta-mea nu fumeaza asa, ca n-am avut incotro.. a trebuit sa ma sacrific eu
Needles to say, a fost una dintre mai fainele sesiuni de fumat. Coaja aia de frunza de tutun e o cu totul alta viata decat fumul de hartie. Plus ca arde uniform, incet si mocnit, super-parfum! Iroseste f putin fum.
Va recomand din toata inima sa faceti chestia asta daca aveti rabdare cu operatiunea "penseta" si mai apoi "umplerea". Luati-va de la o tutungerie, trabucuri din astea mici (3 lei unul).
Nu va luati pachete de Blackstone Cherry, ca alea sunt rulate in hartie maro am impresia.
Recomand urmatoarele piese in combinatie cu bluntul
: Glodie - Inner City Life
Adam F - Music in my mind
Thievery Corporation - Holographic Universe
Thievery Corporation - Doors of Perception
ORG Lounge - Lokrev Aaraki
ORG Lounge - Une femme de la mystique
Bozoo Bajou - Bakar
Thievery Corporation - Lebanese Blonde*
* Un fapt divers legat de piesa asta, lumea crede ca e vorba de o femeie (cum e si in videoclip de altfel), dar de fapt e vorba de un sortiment de hashish
. Hashishul "blond" libanez, un hashish de calitate, facut din kief presat, si astfel aratand galben, nu maro. Mai mult decat atat, in Liban nu exista femei libaneze blonde (indigene). Statul libanez e foarte rasist si misogin pe deasupra, 1 la mana nu ofera deloc posibilitatea de cetatenie pt persoanele straine casatorite cu cetatean libanez, si 2 la mana, cu atat mai mult femeilor care nici macar nu au drept de vot.. 
Dar macar bulangiii fac un hash al dracu de bun.. 
tricky1
Member
Si eu sunt de accord ca un hps e mult mai bun decat cfl. personal ma folosesc de unul de 400W, dar sa stii ca parerile sunt impartite si multa lume inclina spre cfl-uri din cauza caldurii pe care un hps o da. Tabelul ala era dintr-un articol...cred ca ar trebui sa-l pun tot aici:
From Ed Rosenthal:
In the new Skunk Magazine there was a question in the "Ask Ed" section that just made my night last night when reading it...
The question was...
Tiny Grow Space
I intend to grow a single cannabis plant in a space 1' x 2'. What light would you recommend? I was think of using four 30-watt compact fluorescent lamps. Will this be enough? Cost isn't an issue but I am deterred from getting a high pressure sodium [light] because of the amount of heat the bulb produces.
Barry, Internet
As you mentioned, you have several lighting systems to choose from, including compact fluorescents and high pressure sodium (HPS) lamps. Among HPS lamps you have a choice between a single 100-watt lamp which uses a total of about 120-watts and emits about 8,800 lumens(73 lumens per watt) or a 150-watt lamp, which uses about 180 watts and emits almost double that-15,800 lumens (87 lumens per watt).
A 42-watt compact fluorescent (CFL) emits about 2700 lumens(64 lumens per watt). Four CFLs use 168 watts and emit 10,800 lumens. Other size CFLs have a similar efficiency.
However, that is only part of the story. Plants use mostly red and blue light. Yellow and green light is of little use to them, so light that is emitted in these spectrums is wasted energy. Most of the light emitted by HPS lamps is in the yellow spectrum. Only a small amount of the emitted light is is in the orange or red spectrums, which plants use efficiently. Warm white fluorescents (2700 Kelvin) emit a greater portion in the red and orange sectors.
Although fluorescents produce only about 75% of the light per watt that the HPS does, the amount of light usable by the plant is equal or probably higher with the fluorescents. You may wish to experiment to see if adding a single cool white CFL to replace one warm white results in shorter, stouter stems and more vigorous growth. The reasoning is that warm whites don't emit much blue light, which the plants use for photosynthesis and to regulate their growth. The cool white bulb supplies the blue light.
My call for your unit would be to use several (three to five) CFLs with a total input of between 120-160 watts. Although the 150 watt HPS is a bit more efficient that the CFLs in total output, watt for watt the fluorescents provide as much useful light as the HPS lamp. Heat is another consideration. The HPS runs much hotter and emits more heat than the fluoescents.
Make sure to use reflective material around the garden so that any light escaping the garden is reflected back to the plants. Any light that doesn't get to the plant leaves is wasted.
CFLs come in 15, 26, 42, 65, 85 and 105 watts and recently last year, even larger wattages.
The 26s and smaller are not as efficient to me.
26s to 85s do not put out any noticable heat unless you use a lot of them.. The 105s do put out some heat, but not as much as HID lights.
I can touch and hold a burning 65 or 85 watt bulb.
The 42's are about $9 each.
65 watts are abut $17 to $20 each, 85s are $30 each, 105s are $39 to $42 each, average is $40 each for 105s.
A CFL needs a reflector, like a hood. I like the $10 heavy duty clamp reflectors at Lowes, Home Depot or Walmart. They also offer a cheaper $8 reflector but it is smaller and flimsey.
With CFLs, you need the DUAL SPECTRUM, red and blue spectrums. That does not refer to the color of the bulb that you see. It refers to the kind of rays, like UVA or UVB, or the color temp, called kevins.
CFLS come in 2700 kevins, 3000, 4100, 5100, and 6500.
2700k is for BLOOM OR FLOWERING , 6500k is the VEG Spectrum. The others are "MID" spectrums or in between.
IF you use the MID-range bulbs (4100) then also use the 6500 and 2700s.
In outdoors, the sun produces different rays in the spring (VEG Rays called Blue) and late summer for Bloom spectrum, the RED spectrum. The sun also produces green, and orange rays, but plants do not use them. (see more below)
CFLs are new on the scene, in 2006 the biggest made was 65 watts. When we talk about CFL watts, we are talking about the actually electricity used, NOT the equivalant. For example, a 15 watt CFL bulb puts out 60 watts.
Spiral and Tube type CLFS emit LIGHT FROM THE SIDES, NOT THE ENDS OR TIPS.
YOU CAN GET SPIRAL CFLS (15, 26, 42, 65, 85) AND TUBE TYPE CFLS 105s.
How much light is needed for growing?
Depends on the size of plant you are trying to grow. I'll try to answer this "in general" instead of being specific to one size plant. Light seen and perceived with the human eye is measured in Lumens. There is an ideal amount of lumens for growing and a minimum amount of required lumens. The very minimum amount of light required for smaller sized plants grown is around 3000 lumens per square foot. Let me put emphasis on "minimum amount" of light. However, that's not 100% exactly accurate, since although you may have a 10,000 lumen light, the amount of light that reaches the plant varies with the distance between the light and plants, and the reflectivity of the grow area. The ideal amount is somewhere around 7000-10,000 lumens per square foot for average sized plants. As long as the plants do not show burn, as much light can be used as you want to use. (Note, the sun produces about 10,000 lumens per square foot, on a sunny mid summer day). Contracy to "talk" you CAN have too much light.
Determining lumens for your grow area:
First determine the square footage of your area (example in a 4 foot by 4 foot area, there is 16 square feet, 2 by 2 feet is 4 Sq ft. ) If you have a 1000 Watt High Pressure Sodium Light Bulb, that produces approximately 107,000 lumens. Divide this by 16 (your square footage) 107,000 divided by 16 = 6687 lumens per square foot. So just divide the total amount of Lumens, by the total amount of square feet, and that's your lumens per square foot.
How far away from my plants do the lights go?
The lights in your grow room should be as close as possible to the plants without burning them. There is no such thing as too much light, unless there is overly sufficient heat to dry out and burn the leaves. A good rule is to put your hand under the light, if its too hot for your hand, chances are that the plants will be too hot too, so move the light up until your hand feels more comfortable. For seedlings or sprouts, I keep them a little further away from the light, because they are very susceptible to burning and drying out, at these young stages.
How do I decide which lights to use?
Efficiency is very important when choosing a type of light. The wattage is not the most important thing, different types of light produce different amounts of lumens per watt. For example, a 300 watt incandescent will produce about 5100 lumens. (not that you can grow with incandescent bulbs) While a 300 watt Metal Halide (just an example, they do not come in 300 watts), will produce 27,000 lumens. Obviously far more efficient for growing, while still using the same amount of electricity.
Approximate light production:
Incandescents: 17 lumens/watt
Mercury vapor: 45-50 lumens/watt
Fluorescents: 60-70 lumens/watt
Metal halide: 90 lumens/watt
High pressure sodium: 107 lumens/watt
Incandescent lights: Incandescent bulbs are the most popular type of lights in the world. They may come advertised as incandescent, tungsten, quartz, halogen, or simply standard. The important thing about incandescent bulbs when it come to growing is simply this: they suck. Using incandescent bulbs to grow plants is like trying to flag down the Space Challenger with a burnt out match! You can do it, but it won't work. There are some incandescents which are sold as "grow lights." They usually have a blue coating and usually come in 60W and 120W sizes. While they may seem like a good choice to new growers, they are next to useless; they produce some light at a usable spectrum, but only have about a 5% efficiency and generate more heat than usable light. Most of us have these in our homes right now. Don't use them for growing, instead opt for a Compact Fluorescent, CFL, as a cheaper but more efficient alternative.
Fluorescent lights: Fluorescents are far more useful than incandescents. They are efficient enough, and much less expensive than HID (High Intensity Discharge) lights. Compact fluorescent tubes, (commonly called CFLs) are popular with growers because of their good output to size ratio. Compared to standard 4 foot tubes, CFLs are smaller, more easily moved, and more can fit into a given small area. CFLs are good for small grows on a tight budget, and for novice growers, since they do not require any special sort of wiring or understanding of the necessary bulbs for a given fixture, and the small wattage ones (23, 42 and 65) are very widely available. Fluorescent lights come in many different Kelvin (spectrum or color) ratings; often the spectrums are labeled on packaging as being 'cool white' or 'warm white.' Cool white is more blue, and is good for the vegetative stages of growth. The bulbs are ultra white. Warm white light is more reddish in spectrum, and is best for the flowering stage. The bulbs are almost cream colored.
Color rating - Measured in Kelvin (K). The higher the number, the more bluish the light. 4000K-7000K is mostly on the blue side of the spectrum for Vegging or GROWING, while 3000K and under goes from a white spectrum, to a redder spectrum and is best for BLOOMING or FLOWERING.
High Intensity Discharge (HID) Lighting Systems:
Mercury Vapor (MV)
Mercury vapor lights are not the most efficient light for growing. They are very bright, and relatively cheap. They do emit light at the wavelengths necessary to support your plants growth, but not nearly as good as a MH or HPS light. Much of the light emitted by MV lights is bluish-white. Street lighting is what most MV lighting is used for.
Metal Halide (MH)
Metal halide lighting systems are optimal for use in the vegetative phase of growing. They emit mostly blue light, which encourages vigorous growth of foliage. They are very efficient, but can get rather expensive to start with; fluorescents may seem more appealing because of their lower price, and they are not much different when compared on a lumen-to-lumen cost level. These lights can be used through-out the grow, but leave a lot to be desired in the BLOOM stage.
High Pressure Sodium (HPS)
High pressure sodium lights emit mostly orange, yellow, and red spectrum light, which is perfect for the flowering stage of the plants growth. They are (in my opinion) the most efficient type of light available for any application if you are not on a budget and can vent the grow area for heat. HPS lights can be used through-out the entire grow. They produce more dense and usually larger flowers or fruit than any other light. HPS lights are generally a little more expensive than MH systems of similar wattage. They are more commonly used by experienced commercial growers because of their ability to produce tighter denser flowers, higher lumen-output-per-watt, and will produce from start to finish.
Just like everything else, available grow lights are evolving. Remember how the sun produces 10,000 lumens per square foot in the mid-summer. Well, today there are CFLs that can actually duplicate those lumens. If you can not grow under the sun, then bring the sun inside. Yes, you can have 20,000 lumens covering the entire grow space with the new 105 watt per bulb CFLs. Three of these bulbs in the proper reflector actually yields 20,000 lumens.
One of many mistakes I have made over the years, is I wish I had labeled or dated my bulbs.
I have some 65 and 85 watt bulbs, and they have seen 6 GROWS. I wish I knew how to distinguish them from the new ones.
I highly urge everyone to date-label your bulbs.
PurpDaddy added to this thread:
When given the choice of only one light, most marijuana growers will choose an hps grow light over mh, because hps lights are more efficient (larger harvest).
You can't use a standard high pressure sodium bulb in a metal halide fixture, but you can use a metal halide bulb in a high pressure sodium fixture of the same wattage.
There are special hps bulbs that can be used in a mh fixture and vice-versa. But these conversion bulbs cost about double the price of a standard bulb.
A 250 watt fixture will supply enough light to cover a 2.5 foot by 2.5 foot grow area. (6 plants or less)
A 400 watt fixture will supply enough light to cover a 4 foot by 4 foot grow area. (12 plants or less)
A 600 watt fixture will supply enough light to cover a 5 foot by 5 foot grow area. (18 plants or less)
A 1000 watt fixture will supply enough light to cover a 6.5 foot by 6.5 foot grow area. (30 plants or less)
Eu mai bine ma descurc cu caldura.
off topic:- creste cineva in hidro?
- si la o sativa cam cat e timpul de inflorire? am auzit ca te cam plictisesti pana e gata.
From Ed Rosenthal:
In the new Skunk Magazine there was a question in the "Ask Ed" section that just made my night last night when reading it...
The question was...
Tiny Grow Space
I intend to grow a single cannabis plant in a space 1' x 2'. What light would you recommend? I was think of using four 30-watt compact fluorescent lamps. Will this be enough? Cost isn't an issue but I am deterred from getting a high pressure sodium [light] because of the amount of heat the bulb produces.
Barry, Internet
As you mentioned, you have several lighting systems to choose from, including compact fluorescents and high pressure sodium (HPS) lamps. Among HPS lamps you have a choice between a single 100-watt lamp which uses a total of about 120-watts and emits about 8,800 lumens(73 lumens per watt) or a 150-watt lamp, which uses about 180 watts and emits almost double that-15,800 lumens (87 lumens per watt).
A 42-watt compact fluorescent (CFL) emits about 2700 lumens(64 lumens per watt). Four CFLs use 168 watts and emit 10,800 lumens. Other size CFLs have a similar efficiency.
However, that is only part of the story. Plants use mostly red and blue light. Yellow and green light is of little use to them, so light that is emitted in these spectrums is wasted energy. Most of the light emitted by HPS lamps is in the yellow spectrum. Only a small amount of the emitted light is is in the orange or red spectrums, which plants use efficiently. Warm white fluorescents (2700 Kelvin) emit a greater portion in the red and orange sectors.
Although fluorescents produce only about 75% of the light per watt that the HPS does, the amount of light usable by the plant is equal or probably higher with the fluorescents. You may wish to experiment to see if adding a single cool white CFL to replace one warm white results in shorter, stouter stems and more vigorous growth. The reasoning is that warm whites don't emit much blue light, which the plants use for photosynthesis and to regulate their growth. The cool white bulb supplies the blue light.
My call for your unit would be to use several (three to five) CFLs with a total input of between 120-160 watts. Although the 150 watt HPS is a bit more efficient that the CFLs in total output, watt for watt the fluorescents provide as much useful light as the HPS lamp. Heat is another consideration. The HPS runs much hotter and emits more heat than the fluoescents.
Make sure to use reflective material around the garden so that any light escaping the garden is reflected back to the plants. Any light that doesn't get to the plant leaves is wasted.
CFLs come in 15, 26, 42, 65, 85 and 105 watts and recently last year, even larger wattages.
The 26s and smaller are not as efficient to me.
26s to 85s do not put out any noticable heat unless you use a lot of them.. The 105s do put out some heat, but not as much as HID lights.
I can touch and hold a burning 65 or 85 watt bulb.
The 42's are about $9 each.
65 watts are abut $17 to $20 each, 85s are $30 each, 105s are $39 to $42 each, average is $40 each for 105s.
A CFL needs a reflector, like a hood. I like the $10 heavy duty clamp reflectors at Lowes, Home Depot or Walmart. They also offer a cheaper $8 reflector but it is smaller and flimsey.
With CFLs, you need the DUAL SPECTRUM, red and blue spectrums. That does not refer to the color of the bulb that you see. It refers to the kind of rays, like UVA or UVB, or the color temp, called kevins.
CFLS come in 2700 kevins, 3000, 4100, 5100, and 6500.
2700k is for BLOOM OR FLOWERING , 6500k is the VEG Spectrum. The others are "MID" spectrums or in between.
IF you use the MID-range bulbs (4100) then also use the 6500 and 2700s.
In outdoors, the sun produces different rays in the spring (VEG Rays called Blue) and late summer for Bloom spectrum, the RED spectrum. The sun also produces green, and orange rays, but plants do not use them. (see more below)
CFLs are new on the scene, in 2006 the biggest made was 65 watts. When we talk about CFL watts, we are talking about the actually electricity used, NOT the equivalant. For example, a 15 watt CFL bulb puts out 60 watts.
Spiral and Tube type CLFS emit LIGHT FROM THE SIDES, NOT THE ENDS OR TIPS.
YOU CAN GET SPIRAL CFLS (15, 26, 42, 65, 85) AND TUBE TYPE CFLS 105s.
How much light is needed for growing?
Depends on the size of plant you are trying to grow. I'll try to answer this "in general" instead of being specific to one size plant. Light seen and perceived with the human eye is measured in Lumens. There is an ideal amount of lumens for growing and a minimum amount of required lumens. The very minimum amount of light required for smaller sized plants grown is around 3000 lumens per square foot. Let me put emphasis on "minimum amount" of light. However, that's not 100% exactly accurate, since although you may have a 10,000 lumen light, the amount of light that reaches the plant varies with the distance between the light and plants, and the reflectivity of the grow area. The ideal amount is somewhere around 7000-10,000 lumens per square foot for average sized plants. As long as the plants do not show burn, as much light can be used as you want to use. (Note, the sun produces about 10,000 lumens per square foot, on a sunny mid summer day). Contracy to "talk" you CAN have too much light.
Determining lumens for your grow area:
First determine the square footage of your area (example in a 4 foot by 4 foot area, there is 16 square feet, 2 by 2 feet is 4 Sq ft. ) If you have a 1000 Watt High Pressure Sodium Light Bulb, that produces approximately 107,000 lumens. Divide this by 16 (your square footage) 107,000 divided by 16 = 6687 lumens per square foot. So just divide the total amount of Lumens, by the total amount of square feet, and that's your lumens per square foot.
How far away from my plants do the lights go?
The lights in your grow room should be as close as possible to the plants without burning them. There is no such thing as too much light, unless there is overly sufficient heat to dry out and burn the leaves. A good rule is to put your hand under the light, if its too hot for your hand, chances are that the plants will be too hot too, so move the light up until your hand feels more comfortable. For seedlings or sprouts, I keep them a little further away from the light, because they are very susceptible to burning and drying out, at these young stages.
How do I decide which lights to use?
Efficiency is very important when choosing a type of light. The wattage is not the most important thing, different types of light produce different amounts of lumens per watt. For example, a 300 watt incandescent will produce about 5100 lumens. (not that you can grow with incandescent bulbs) While a 300 watt Metal Halide (just an example, they do not come in 300 watts), will produce 27,000 lumens. Obviously far more efficient for growing, while still using the same amount of electricity.
Approximate light production:
Incandescents: 17 lumens/watt
Mercury vapor: 45-50 lumens/watt
Fluorescents: 60-70 lumens/watt
Metal halide: 90 lumens/watt
High pressure sodium: 107 lumens/watt
Incandescent lights: Incandescent bulbs are the most popular type of lights in the world. They may come advertised as incandescent, tungsten, quartz, halogen, or simply standard. The important thing about incandescent bulbs when it come to growing is simply this: they suck. Using incandescent bulbs to grow plants is like trying to flag down the Space Challenger with a burnt out match! You can do it, but it won't work. There are some incandescents which are sold as "grow lights." They usually have a blue coating and usually come in 60W and 120W sizes. While they may seem like a good choice to new growers, they are next to useless; they produce some light at a usable spectrum, but only have about a 5% efficiency and generate more heat than usable light. Most of us have these in our homes right now. Don't use them for growing, instead opt for a Compact Fluorescent, CFL, as a cheaper but more efficient alternative.
Fluorescent lights: Fluorescents are far more useful than incandescents. They are efficient enough, and much less expensive than HID (High Intensity Discharge) lights. Compact fluorescent tubes, (commonly called CFLs) are popular with growers because of their good output to size ratio. Compared to standard 4 foot tubes, CFLs are smaller, more easily moved, and more can fit into a given small area. CFLs are good for small grows on a tight budget, and for novice growers, since they do not require any special sort of wiring or understanding of the necessary bulbs for a given fixture, and the small wattage ones (23, 42 and 65) are very widely available. Fluorescent lights come in many different Kelvin (spectrum or color) ratings; often the spectrums are labeled on packaging as being 'cool white' or 'warm white.' Cool white is more blue, and is good for the vegetative stages of growth. The bulbs are ultra white. Warm white light is more reddish in spectrum, and is best for the flowering stage. The bulbs are almost cream colored.
Color rating - Measured in Kelvin (K). The higher the number, the more bluish the light. 4000K-7000K is mostly on the blue side of the spectrum for Vegging or GROWING, while 3000K and under goes from a white spectrum, to a redder spectrum and is best for BLOOMING or FLOWERING.
High Intensity Discharge (HID) Lighting Systems:
Mercury Vapor (MV)
Mercury vapor lights are not the most efficient light for growing. They are very bright, and relatively cheap. They do emit light at the wavelengths necessary to support your plants growth, but not nearly as good as a MH or HPS light. Much of the light emitted by MV lights is bluish-white. Street lighting is what most MV lighting is used for.
Metal Halide (MH)
Metal halide lighting systems are optimal for use in the vegetative phase of growing. They emit mostly blue light, which encourages vigorous growth of foliage. They are very efficient, but can get rather expensive to start with; fluorescents may seem more appealing because of their lower price, and they are not much different when compared on a lumen-to-lumen cost level. These lights can be used through-out the grow, but leave a lot to be desired in the BLOOM stage.
High Pressure Sodium (HPS)
High pressure sodium lights emit mostly orange, yellow, and red spectrum light, which is perfect for the flowering stage of the plants growth. They are (in my opinion) the most efficient type of light available for any application if you are not on a budget and can vent the grow area for heat. HPS lights can be used through-out the entire grow. They produce more dense and usually larger flowers or fruit than any other light. HPS lights are generally a little more expensive than MH systems of similar wattage. They are more commonly used by experienced commercial growers because of their ability to produce tighter denser flowers, higher lumen-output-per-watt, and will produce from start to finish.
Just like everything else, available grow lights are evolving. Remember how the sun produces 10,000 lumens per square foot in the mid-summer. Well, today there are CFLs that can actually duplicate those lumens. If you can not grow under the sun, then bring the sun inside. Yes, you can have 20,000 lumens covering the entire grow space with the new 105 watt per bulb CFLs. Three of these bulbs in the proper reflector actually yields 20,000 lumens.
One of many mistakes I have made over the years, is I wish I had labeled or dated my bulbs.
I have some 65 and 85 watt bulbs, and they have seen 6 GROWS. I wish I knew how to distinguish them from the new ones.
I highly urge everyone to date-label your bulbs.
PurpDaddy added to this thread:
When given the choice of only one light, most marijuana growers will choose an hps grow light over mh, because hps lights are more efficient (larger harvest).
You can't use a standard high pressure sodium bulb in a metal halide fixture, but you can use a metal halide bulb in a high pressure sodium fixture of the same wattage.
There are special hps bulbs that can be used in a mh fixture and vice-versa. But these conversion bulbs cost about double the price of a standard bulb.
A 250 watt fixture will supply enough light to cover a 2.5 foot by 2.5 foot grow area. (6 plants or less)
A 400 watt fixture will supply enough light to cover a 4 foot by 4 foot grow area. (12 plants or less)
A 600 watt fixture will supply enough light to cover a 5 foot by 5 foot grow area. (18 plants or less)
A 1000 watt fixture will supply enough light to cover a 6.5 foot by 6.5 foot grow area. (30 plants or less)
Eu mai bine ma descurc cu caldura.
off topic:- creste cineva in hidro?
- si la o sativa cam cat e timpul de inflorire? am auzit ca te cam plictisesti pana e gata.
A
alphonse
Am vazut dimineata la un supermarket becuri philips de 160 w, 20000 lm, cu autoaprindere si dulie normala, cu descarcare in vapori de mercur. Functioneaza fara ballast si igniter, si costa 35 lei. Ar fi bune de ceva ?
smallearth
Member
mai bine un(4-6) bec ca acesta :
http://www.lustre-online.ro/produs.php?prod=1426
pe aceasta cale salut forumistii si va doresc o zi buna in continuare.
http://www.lustre-online.ro/produs.php?prod=1426
pe aceasta cale salut forumistii
si va doresc o zi buna in continuare.
tricky1
Member
Nu cred ca are temperatura de culoare potrivita.mai bine un(4-6) bec ca acesta :
http://www.lustre-online.ro/produs.php?prod=1426
pe aceasta cale salut forumistii
Succes cu grow-ul.
Salutare si bine v-am gasit!Anul acesta am avut primul meu out-grow,sortit cu un esec din pricina unui "binevoitor" care le-a venit de hac celor 3 fetite tocmai acum la inceputul lui septembrie.Pt un home-grow,asa ceva ar acoperi un minim necesar pt un spatiu de 1 mp cu h 170?
http://ebecuri.ro/product.html?c=26912&p=102329
Pe langa asta,nu am prea multe cunostinte in legatura cu punerea lui in functiune,mai exact nu stiu ce ignitor,balast trebuie.Orice sfat e bine-venit.
http://ebecuri.ro/product.html?c=26912&p=102329
Pe langa asta,nu am prea multe cunostinte in legatura cu punerea lui in functiune,mai exact nu stiu ce ignitor,balast trebuie.Orice sfat e bine-venit.
high4free
Member
mai bine un(4-6) bec ca acesta :
http://www.lustre-online.ro/produs.php?prod=1426
pe aceasta cale salut forumistii
Mai bine incearca PL-L de 55W(poti gasi si de 80W), sunt relativ ieftine si multi groweri de pe forum au avut rezultate super bune cu ele.Eu am gasit cu 17lei becul si 100lei balast electronic pentru 2 becuri.Eu vreau sa fac o lampa combinata cu 2 pll-uri si 200 de leduri.
cheers si succes cu fetele
M
MrWafut
Am si io o intrebare. Citind un thread de pe aici, am inteles ca atunci cand e vorba de cfl-uri, watti nu conteaza deloc, ci conteaza doar cati lumeni reusesti sa aduni din cateva cfl-uri. Asta nu prea se potriveste cu ce am inteles io pana acum despre lumina, dar poate ca nu am inteles io bine. Deci, poate sa faca cineva lumina? La cfl-uri conteaza doar lumenii?
high4free
Member
Practic la orice lampa conteaza "calitatea" si "canitatea" luminii, adica spectru si flux luminos(masurat in lumeni).Un hps are 100-120 lumeni/watt iar un cfl 70-90 lumeni/watt, deci hps-urile sunt mai eficiente dar cfl-urile au in general spectru mai bun.
la cfl-uri nu conteaza watti care sunt scrisi ca echivalent cu lumina emisa de becurile clasice cu incandescenta. conteaza totusi watti reali, care sunt un indicator al numarului de lumeni.. desi exista mici fluctuatii de eficienta intre diferiti producatori si modele, cam toate se incadreaza in aceasi clasa de eficienta. Eu unul recomand cfl-uri philips pt. spatii mici, dar daca este loc suficient, neoanele sunt mult mai bune si mai ieftine.
Pentru flower, hps-ul are unul din cele mai bune spectre, nu se compara cu cele de la cfl-uri, poate pentru veg. sa gasesti ceva cfl care sa fie mai bun la spectru, dar cu un mh/cmh rezolvi problema si pentru veg.Un hps are 100-120 lumeni/watt iar un cfl 70-90 lumeni/watt, deci hps-urile sunt mai eficiente dar cfl-urile au in general spectru mai bun.
cand vine vorba de crescut plante indoor nu conteaza atat de mult cat consuma becul ci cati lumeni poate scoate...shi mai important: cati lumeni pe care ii poate folosi planta, poate scoate acel bec.
Pt locuri mici cfl-urile sunt perfecte. cu cat ai mai multe cu atat mai bine. dar daca ai multe intr-un spectru ce poate fi folosit doar in proportie foarte mica de catre planta...atunci degeaba le ai.
Pt locuri mici cfl-urile sunt perfecte. cu cat ai mai multe cu atat mai bine. dar daca ai multe intr-un spectru ce poate fi folosit doar in proportie foarte mica de catre planta...atunci degeaba le ai.
B
bessarabie
Va salut pe toti!
Nu am crescut niciodata nimic Sunt in etapa de proiectare/colectare informatii.
Prefer sa nu creez un topic nou si sa intreb pe unde apuc.
Vreau un http://www.icmag.com/ic/showthread.php?t=46209 desi evident ceva mai simplu pentru ca n-are sens sa ma complic din prima
Intrebare este pentru dimeniunea de mai sus, ar fi ok http://ebecuri.ro/product.html?c=26912&p=102335 doua din astea ?
Va multumesc frumos pentru suportul vostru
Nu am crescut niciodata nimic
Sunt in etapa de proiectare/colectare informatii.Prefer sa nu creez un topic nou si sa intreb pe unde apuc.
Vreau un http://www.icmag.com/ic/showthread.php?t=46209 desi evident ceva mai simplu pentru ca n-are sens sa ma complic din prima
Intrebare este pentru dimeniunea de mai sus, ar fi ok http://ebecuri.ro/product.html?c=26912&p=102335 doua din astea ?
Va multumesc frumos pentru suportul vostru
smallearth
Member
cred ca nu ma insel,la becurile in cauza trebuie si aparataj.250 w nu e mai indicat?
B
bessarabie
ce aparataj e nevoie? si cat costa ?
