Drunkinop420
Active Member
GREEN with Envy! Very nice, cruzer! craftsmanship looks great! sub'. I'm pretty handy myself, so I'll try to add suggestions and advice... but seems like you've got most of your plans thought-out well!
Cool, as long as there is some presure then Im good. I got one under the sink in the kitchen but it drains right there. This drain line I want to run out the greenhouse, verticaly about 15 feet the up the side of the house and under the eves to the other side of the house and back down. about a 200 foot run.Yeah, you can run the drain line how you want. It gets pressurized. Mine is about a 25ft run that goes about 5 feet up then over and 8 ft down. No problems whatsoever.
Hey Drunkin, Thanks man, Just playing it by ear ya know? I could always use new ideas, pull up a chair and pass that dam thing will ya?GREEN with Envy! Very nice, cruzer! craftsmanship looks great! sub'. I'm pretty handy myself, so I'll try to add suggestions and advice... but seems like you've got most of your plans thought-out well!
No kidding, thats some craftsmanship there.Hi cruzer!
Nice work, I've seen some other threads on DIY greenhouse and yours is by far looking the best, well planned and everything. Gaaah I wish I lived in a house w a garden
I don't know if my input is woth anything at this point, but I've made a patio together with a craftsman, well he did most of the job and I observed to learn
First off my dad (this was some time ago when I lived at home) contracted a craftsman to "build" the patio only to contract another one few days later...
The first one came to work on the patio w a 6-pack of beer in hes hands, 2 days later almost nothing had happened and he was fired.
The second craftsman to be contracted was serious. First he put "edge stones" dug down half into the ground, pretty much like a curb, for the patio not to "move" horizontal due to settings. Then he dug up all the sand that the first dude had filled only to first put a layer of "small stones". When I use google translate it says it's called silicon in english. Then he put a good 2-3 inch of sand and started laying the patio. He said to use the "silicon" first then sand to make it a lot more stable and resistant to settings. It gets below 0C here in the winter and the frost sometimes makes settings. Also I noticed he used A LOT of sand to fill in the "cracks" and when he was done there was sand all over the patio, could hardly see the patio only sand. I asked him why he didn't "sweep it up" and he said to leave it first few weeks cuz the sand in the cracks will get compact and to keep evening it out the excess sand should be moved around over the first weeks to "fill it up".
Remeber this is only what I've been told by one craftsman, I guess you don't need to be as meticulous with the sand and silicon if you live in a "warm" place where there's no frost, but pour some more sand on top of your patio and keep filling the cracks over the next weeks you're building and it will be more stable.
GL with that beautiful DIY greenhouse. I'm jelaous
//peace, CaL
12' span?Cool, as long as there is some presure then Im good. I got one under the sink in the kitchen but it drains right there. This drain line I want to run out the greenhouse, verticaly about 15 feet the up the side of the house and under the eves to the other side of the house and back down. about a 200 foot run.
Hey Drunkin, Thanks man, Just playing it by ear ya know? I could always use new ideas, pull up a chair and pass that dam thing will ya?
No kidding, thats some craftsmanship there.
I dont get and frost here its a very mild climate but I will shore up the outsides of the floor. Thanks.
Yes, I see the sand I put in between the bricks is half gone already. I planned on getting some to toss around the edge of the floor, looks like I will get extra.
I didnt get much done today but I did get the lumber painted.
The 2x6 is the center beam
This is how I anchored the bottom to the concrete
Now I can see what I need for rafters.
That 2x2 im just using as a measuring stick but after looking at it I think I can get away with a 2x3 rafters. they will only be 6 feet long.
Can you span a 2x4 12 feet as a beam and use 2x3's as rafters?
I was thinking 2x6 and 2x4's but now that seems a bit much.
Thanks man, thats why I share with people, so I dont do something stupid like it seems I have.errr what will be the clearance from the roofline of the greenhouse to the bottom of the power company's service drop (wire from transformer on pole going to your house)??
you might have a problem man... service drops are not supposed to travel over rooftops of buildings they do not supply power to. you might be able to get away with it if the highest point of the roofline of your greenhouse is 6 feet or greater from the power company line... its not the smaller phone and cable drops to the right in the pic, but the larger triplex thats attatched to the mast on your roof that is the cause for concern. maybe its just an illusion/forced perception, but it looks pretty close from that angle. hope it just looks that way... not trying to be alarmist but it brought up an immediate red flag for me.
Service drop conductors that run over roofs must maintain a minimum clearance of 8 feet above the roof surface, for a minimum distance of 3 feet in all directions from the edge of the roof. Four exceptions exist:NEC Section 230.24 Clearances
NEC Section 230.26 Point of Attachment
230.24 Clearances
Service-drop conductors must be located so that they are not readily accessible, and they must comply with the following clearance requirements:
(A) Above Roofs. Overhead service conductors must maintain a minimum clearance of 8 ft above the surface of a roof for a minimum distance of 3 ft in all directions from the edge of the roof.
Exception No. 2: Where the voltage does not exceed 300V between conductors, overhead conductor clearances from the roof can be reduced from 8 ft to 3 ft, if the slope of the roof exceeds 4 in. in 12 in.
Exception No. 3: If the voltage between conductors does not exceed 300V, the conductor clearance over the roof overhang can be reduced from 8 ft to 1.5 ft, if no more than 6 ft of overhead conductors pass over no more than 4 ft of roof overhang, and the conductors terminate at a through-the-roof raceway or approved support. Figure 230-10 230-24Ax3.cdr
Exception No. 4: The 3 ft vertical clearance that extends from the roof does not apply when the point of attachment is on the side of the building below the roof.
(B) Clearances. Overhead conductor spans for system not over 600V must maintain the following clearances: Figure 230-11 230-24B.cdr
(1) 10 ft at the electric service entrance to buildings, at the lowest point of the drip loop of the building electric entrance, above finished grade, sidewalks, or platform or projection from which they might be accessible to pedestrians, where the voltage is not in excess of 150V to ground.
(2) 12 ft above residential property and driveways, and those commercial areas not subject to truck traffic, where the voltage does not exceed 300V to ground.
(3) 15 ft above those areas listed in the 12 ft classification, where the voltage exceeds 300V to ground.
(4) 18 ft over public streets, alleys, roads, parking areas subject to truck traffic, driveways on other than residential property, and other areas traversed by vehicles such as cultivated, grazing, forest, and orchard. Department of Transportation (DOT) type right of ways in rural areas are many times used by slow-moving and tall farming machinery to avoid impeding traffic flow.
(D) Swimming Pools. Service conductors above pools, diving structures, observation stands, towers, or platforms must comply with 680.8.
230.26 Point of Attachment
The point of attachment for service-drop conductors must not be less than 10 ft above the finish grade and must be located so that the minimum service conductor clearance required by 230.24(B) can be maintained.
CAUTION: Conductors might need to have the point of attachment raised higher so that the overhead conductor will comply with the clearances required by 230.24.
well it's like the ladies say... sometimes a 1/2" makes all the differenceHum, ok The roof I have in mind looks like this
Well, I went and measured again in the daylight. Looks like 5'10" from the peak.
The end of the greedhouse roof is 7 feet from the roof of the house.
So I went online and found out a little about the pitch of a roof.
As it is, I go up 4.5 inches every foot so 4.5 / 12 right?
(yea, I know I cut the 4x4 off 1/2 in short, Im gonna fill it)
If I understand this correctly "For 120/208V or 120/240V service-drop conductors, overhead conductor clearances from the roof can be reduced 3 feet if the slope of the roof exceeds 4 inches for every 12 inches." then I am within the code by 1/2 in. Right?
Yea man, They built these houses before they went underground. They are about 35 years old. I didnt realise there were so many wires out there either. Power, phone and cable to each house. Poles run along the back of the yard so its not real noticible from out front.It's comin on nicely Good you have electrician to help cuz that sh*t looks scary, all dem hanging power lines...over here I think it's all in the ground, never seen power lines like that here, but your bakk yard is nothing to compared to Bangkok
You spent 925$ so far? Compare your size to indoor you gonna save up that money in 2-3 months on electric bills
Happy easter!
//CaL
Thats the plan Stan.kotch that 2x4 to fit down flush. and cut all other rafter the same way at the same leight on that side. then fill in between those rafters with 2x4 pieces. as for you codes there i dont know. that pitch should be fine,
Welcome Mystic, pull up a chair.looking great iam subscribing
I saw you! Thanks for droppin in.i was here!