rdwc return line

potpimp

Sector 5 Moderator
I'm impressed when the same job gets done with less complexity and cost, not more.
Good for you but I'm more impressed by quality. Nobody's going to get a lot of "ooh's and aah's" with a ghetto setup. Seems like everytime we get a really great grower or someone with a lot to contribute we have some that nay-say and harass them til they leave.
 

ttystikk

Well-Known Member
Good for you but I'm more impressed by quality. Nobody's going to get a lot of "ooh's and aah's" with a ghetto setup. Seems like everytime we get a really great grower or someone with a lot to contribute we have some that nay-say and harass them til they leave.
Lol

I'm not harassing anyone.
 

jijiandfarmgang

Well-Known Member
Exactly. With UC and a large diameter pipe circulating water around through, for example, two plant sites and a res, so there's only 7 sites between the two buckets and the res that are less likely to clog and cause overflow. With a waterfall system, there's the introduction of several smaller diameter sites that maybe clogged from the top/waterfall area.
There's a lot of confusing talk about waterfall\Heath setups. So I'll try and set the record straight.....

Waterfall setups don't require any sites to be elevated or something like that.

Waterfall setups can be done in several configurations (talking about drain returns)

UC configurations are pretty standard. (talking about drain return \ plumbing configurations)

Waterfall setups have more smaller lines, but are extremely unlikely to become clogged. The lines should be larger than small drip lines that eventually become saturated with nutrient salts. Also all the water goes through a filtered water pump.

UC setups require only one hole to be clogged to flood the system (they just solve this by making larger and larger drain/exit pipes)

Waterfall can be plumbed with more than one exit line

UC requires a water pump and air pump.....waterfall requires a water pump but no air pump

- Jiji
 

widowmaker31

Well-Known Member
Custom Return with Custom engineered Pumps and I removed the epicenter - with pumps and custom manifolds flow meters return feeds aeration etc the list is endless I am the definition of meticulous or ocd, or..lmao

yeah we grow like this.....


It's all wavy and gravy baby! lol20160528_194635.jpg 20160528_194718.jpg
 

Airwalker16

Well-Known Member
Custom Return with Custom engineered Pumps and I removed the epicenter - with pumps and custom manifolds flow meters return feeds aeration etc the list is endless I am the definition of meticulous or ocd, or..lmao

yeah we grow like this.....


It's all wavy and gravy baby! lolView attachment 3694112 View attachment 3694113
That chiller is gonna shit anyday. You have it right against a wall man. Get it out in the open air!
 

doniboy

Well-Known Member
Not unless every bucket has its own connection to the return, think parallel connections for electricity. If they're in series, each one will have a step in water column height from highest to lowest near the return.
There's a lot of confusing talk about waterfall\Heath setups. So I'll try and set the record straight.....

Waterfall setups don't require any sites to be elevated or something like that.

Waterfall setups can be done in several configurations (talking about drain returns)

UC configurations are pretty standard. (talking about drain return \ plumbing configurations)

Waterfall setups have more smaller lines, but are extremely unlikely to become clogged. The lines should be larger than small drip lines that eventually become saturated with nutrient salts. Also all the water goes through a filtered water pump.

UC setups require only one hole to be clogged to flood the system (they just solve this by making larger and larger drain/exit pipes)

Waterfall can be plumbed with more than one exit line

UC requires a water pump and air pump.....waterfall requires a water pump but no air pump

- Jiji
I hear you, but both setups seem like they have equal pros and cons. I probably will use both the waterfall and air pump.
 
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