pegboy
Mechanical
- Mar 3, 2005
- 4
I'm new. I Love this forum and think its a good spot to throw ideas around.
This is probably an age old problem. I run into this on almost all my office space projects. The dreaded interior conference room. The cooling loads for these spaces are always way low, and the ventilation requirements are way high. The room I'm working on right now requires 350 CFM of cooling and 300 cfm of OA! Seems like these areas always screw up my ventilation for my central air handling units, requiring a high percentage while the rest of the building takes ~15% overall (via IMC 2000 code standards). I implement the Multiple Spaces calculation (IMC 403.3.2), but the fraction of OA is still too high (around 50%).
Seems crazy ($$$) to me to put in a dedicated unit for this area which would be almost 100% OA, and this solution will leave me open to criticism from clients and contractors alike.
I'm sure this is a common problem. Anybody got the common solution?
This is probably an age old problem. I run into this on almost all my office space projects. The dreaded interior conference room. The cooling loads for these spaces are always way low, and the ventilation requirements are way high. The room I'm working on right now requires 350 CFM of cooling and 300 cfm of OA! Seems like these areas always screw up my ventilation for my central air handling units, requiring a high percentage while the rest of the building takes ~15% overall (via IMC 2000 code standards). I implement the Multiple Spaces calculation (IMC 403.3.2), but the fraction of OA is still too high (around 50%).
Seems crazy ($$$) to me to put in a dedicated unit for this area which would be almost 100% OA, and this solution will leave me open to criticism from clients and contractors alike.
I'm sure this is a common problem. Anybody got the common solution?