Breezaire has not tested these items but have found them to be helpful
Cold Air out the top
WKSL Product Page
WKSL 2200 WKSL 4000
WKSL Series systems are designed for easy installation by any, properly equipped and qualified air conditioning or refrigeration service technician. Two copper tubes and low voltage wiring
connect the two modules and power is hard wired to the units using adequately sized 110 AC volt electrical sources. These systems must be charged with refrigerant during installation. The WKSL series uses the Sentry III+ digital control system for complete control of the enclosure conditions.
There are two models to choose from: All units are 115 Volt, 60 Hz.
*WKSL includes Fan/Coil & Condenser
Enclosure Electrical Dimensions (in) Weight
Model Volume (max)
Fan/Coil 265 cu.ft. 1 Amp 14.25W x 14.125H x 7.75D 25 lb.
Condenser 265 cu.ft. 4 Amps 14.25W x 14.125H x 11.00D 35 lb.
Fan/Coil 1000 cu.ft. 1.5 Amps 14.25W x 19.75H x 12.375D 45 lb.
Condenser 1000 cu.ft. 7.5 Amps 14.25W x 19.75H x 12.375D 55 lb.
*WKSL 2200 & WKSL 4000 models are is available in a 220v - 50 hz (Model WKSL 2150 & WKSL 3350)
The WKSL 4000 is shipped from the factory with the unit configured with the cold air routed out the front (standard) with the option of routing the cold air out the top by the installer.
For more detailed information go to the WKSL Installation Instructions
Crankcase Heaters should be installed when the temperature at the condenser side will go below 20o
When our self-contained series will not meet your needs then the WKSL split design will provide the flexibility needed to create an ideal installation or deal with unusual site problems. The WKSL Series cooling systems are special split systems that allow mounting of the cooling (evaporator) module in the enclosure to be cooled and the exhaust (condenser) module as far as 50 feet away. The systems are designed to, when installed in a properly constructed enclosure provide a constant selectable temperature between 48° and 63° Fahrenheit while maintaining 50 to 75 percent relative humidity.