>Reducing dry bulb temperature == removing heat. Reducing wet bulb temperature == removing humidity. This isn't the best interpretation. Both reducing humidity

>Reducing dry bulb temperature == removing heat. Reducing wet bulb temperature == removing humidity. This isn't the best interpretation. Both reducing humidity and reducing dry-bulb temperature can reduce the amount of energy in the air. Take a look at a psychrometric chart [1]. If you hold the humidity constant and reduce dry bulb temperature, you indeed reduce the enthalpy (what I interpret you mean by 'heat'). Likewise, if you keep the dry-bulb temperature constant and reduce the humidity you also reduce the enthalpy To your point, this is why fixed dry-bulb economizers aren't recommended in humid climates as a means of conserving air-conditioning energy by bringing in outside air but enthalpy controllers are allowed across all zones. [1] https://www.engineeringtoolbox.com/docs/documents/816/psychrometric_chart_29inHg.pdf https://www.engineeringtoolbox.com/docs/documents/816/psychr...