First off props to Cavadge on another forum for his inspiration and hard work documenting an HP Aero build, and thanks to all of the others who have been putting information about HP aero out there.
And now without further ado
The basics, starting at the top left you see a whisper fan with a DIY carbon block filter, these things are quiet! Thanks to Bulénath on ICMag for posting the DIY. Heres a better shot, just add carbon.
Top right: This is the electrical and the only place I could fit the accumulator. Its still a rats nest but Im not sure if Ill venture into power cord cutting just to make it pretty. The thing in the front that isnt very well in focus is my DIY recycle timer, its PIC based so it can be made to do just about any interval with software but Ill post a DIY when I get it a little more presentable. Right now its running at .05 seconds on/2 minutes off.
The rest of the left side is the flower chamber. It is a two bucket scrog setup. The buckets are a bucket-in-bucket design to create the root barrier.
HP Aero is usually drain to waste so behind the buckets is a condensate pump that pumps the waste water through the wall to the waste reservoir
Center Right: This is the clone and early veg section, this uses the same misters, pump and bucket design as the flower mist delivery system. The pump was ordered as a spare and rather than let it sit I put it to work driving the cloner. It probably isnt that much different than a LP cloner. This is all tied together with a PVC frame so the entire cloner can be removed as a unit for servicing.
Bottom right: These are my nutrient (top black tote) and waste water (lower black tote) reservoirs and against the far right wall is the Flower mist delivery system.
All of these can be taken out if the cabinet while it is still running for quick tweaks they can also be completely removed to do more elaborate maintenance.
Finally, a close up of the mist delivery system. The top ball valve allows for the removal of this piece without depressurizing the accumulator. The tube below that goes to a bulkhead in the wall that is attached to the solenoid and the misters. The bottom valve is to release the pressure in the system.
I still need to add a pressure relief valve as a third line of defense against failures that would over pressurize the accumulator
And Mr. Kill-a-watt says:
That's without the condensate pump or flower light. The condensate pump runs about 50 watts and the light I'm planning on buying is about 180 watts.
And now without further ado
The basics, starting at the top left you see a whisper fan with a DIY carbon block filter, these things are quiet! Thanks to Bulénath on ICMag for posting the DIY. Heres a better shot, just add carbon.
Top right: This is the electrical and the only place I could fit the accumulator. Its still a rats nest but Im not sure if Ill venture into power cord cutting just to make it pretty. The thing in the front that isnt very well in focus is my DIY recycle timer, its PIC based so it can be made to do just about any interval with software but Ill post a DIY when I get it a little more presentable. Right now its running at .05 seconds on/2 minutes off.
The rest of the left side is the flower chamber. It is a two bucket scrog setup. The buckets are a bucket-in-bucket design to create the root barrier.
HP Aero is usually drain to waste so behind the buckets is a condensate pump that pumps the waste water through the wall to the waste reservoir
Center Right: This is the clone and early veg section, this uses the same misters, pump and bucket design as the flower mist delivery system. The pump was ordered as a spare and rather than let it sit I put it to work driving the cloner. It probably isnt that much different than a LP cloner. This is all tied together with a PVC frame so the entire cloner can be removed as a unit for servicing.
Bottom right: These are my nutrient (top black tote) and waste water (lower black tote) reservoirs and against the far right wall is the Flower mist delivery system.
All of these can be taken out if the cabinet while it is still running for quick tweaks they can also be completely removed to do more elaborate maintenance.
Finally, a close up of the mist delivery system. The top ball valve allows for the removal of this piece without depressurizing the accumulator. The tube below that goes to a bulkhead in the wall that is attached to the solenoid and the misters. The bottom valve is to release the pressure in the system.
I still need to add a pressure relief valve as a third line of defense against failures that would over pressurize the accumulator
And Mr. Kill-a-watt says:
That's without the condensate pump or flower light. The condensate pump runs about 50 watts and the light I'm planning on buying is about 180 watts.
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