B
Big Brother
- 9
- 1
As the title states, I'm looking for some help to properly size a low grain refrigerant (LGR) dehumidifier. I know there are many factors, so I will post as many as I can think of regarding what factors will effect the humidity in my room.
Room Size: 30L X 18W X 9H (Sealed)
R-Value: 30 (Spray Foam)
A/C: Industrial 10 Ton (don't have the dehumidification specs)
Room Temp: 65-75f
Pots: 40 twenty gallon smart pots with Coco
Water: Watering each plant with 4 gallons a day
Co2: 11,310 - 18,104 BTU LP Burner.
With forty 20 gallon pots being fed 4 gallons a day, that's 160 gallons a day. If half of that is transpired back into the ambient air (estimate), that's 80 gallons I am going to have to pull out of the air a day using dehumidifier(s).
I have ran Dri-Ease 7000 LGR's before, but am leaning towards the over head dehumidifiers by Quest. I know the dehumidification specs on my 10 ton A/C are a large part of the equation. I hope to have that information soon. In the meantime, any help would be much obliged.
BB
Room Size: 30L X 18W X 9H (Sealed)
R-Value: 30 (Spray Foam)
A/C: Industrial 10 Ton (don't have the dehumidification specs)
Room Temp: 65-75f
Pots: 40 twenty gallon smart pots with Coco
Water: Watering each plant with 4 gallons a day
Co2: 11,310 - 18,104 BTU LP Burner.
With forty 20 gallon pots being fed 4 gallons a day, that's 160 gallons a day. If half of that is transpired back into the ambient air (estimate), that's 80 gallons I am going to have to pull out of the air a day using dehumidifier(s).
I have ran Dri-Ease 7000 LGR's before, but am leaning towards the over head dehumidifiers by Quest. I know the dehumidification specs on my 10 ton A/C are a large part of the equation. I hope to have that information soon. In the meantime, any help would be much obliged.
BB