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In general: Q = 1.08 * cfm * dT or DT = Q / (1.08 * cfm) So the change in temperature in the space is determined by both the cooling capacity and the supply flow. Sometimes increasing just the cooling capacity is won't solve the umnet load issue.
In general:
Q = 1.08 * cfm * 1.08cfmdT
or
DT = Q / (1.08 * cfm)
Q/(1.08*cfm)
So the change in temperature in the space is determined by both the cooling capacity and the supply flow. Sometimes increasing just the cooling capacity is won't solve the umnet load issue.