Buying Guide: 1500-2000 cu ft - AH6500

CellarPro Wine Cellar Refrigeration - AH6500 Air Handler
Cooling Capacity @ 55°F (1)

Cooling Capacity @ 60°F (1)

Legend
The upper table is shaded to show how the AH6500 air handler cooling system will work at maintaining 55°F, and the lower table is shaded to show how the AH6500 air handler cooling system will work at maintaining 60°F, inside the wine cellar using various fan speeds under various thermal loads.

The thermal loads are derived from assumptions about the size of the cellar; the R-value in the six cellar surfaces (ie walls, floor and ceiling) and the ambient temperature outside the cellar, as follows:

• The light-shaded numbers represent thermal loads that are within the capacity of the cooling unit at the low fan speed
• The medium-shaded numbers represent thermal loads that are within the capacity of the cooling unit at the medium fan speed
• The dark-shaded numbers represent thermal loads that are within the capacity of the cooling unit at the high fan speed
• "X" indicates conditions that are beyond the capacity of one AH6500 air handler cooling system

Summary
CellarPro AH6500 wine cooling units are designed to maintain optimal wine storage temperatures in wine cellars up to 1750 cubic feet with adequate insulation, and can be operated with the condenser exposed to conditions up to 110°F. For more information, click on our AH6500 performance and test data.

(1) The thermal loads above are calculated based on the R-Values shown for all walls and ceiling, and a concrete floor. Lower R-Values in the cellar (eg from glass doors) will increase the thermal load on the wine cellar and will require the cooling unit to operate at higher fan speeds. Warmer climates require higher insulation to enable the cooling unit to operate at lower fan speeds. To be certain that the thermal load won't exceed the capacity of the cooling unit, email your wine cellar specifications to us and we'll be glad to assist you.

(2) The decibels are listed for the evaporator / condensing unt, both ducted.