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**Note** Near the bottom or on the side of the Ice Qube system cabinet, you will find a nipple which is for condensate overflow. Although all Ice Qube systems have a built-in condensate management systems, you may find it necessary to attach a hose to this nipple on enclosures which are located in extremely humid conditions, when enclosure doors are left open or the door seals are leaking. Top mount models do not have a built in condensate evaporation system. Operating Your System After installing the Ice Qube system onto your enclosure and attaching the power cord to a properly grounded electrical outlet with adequate voltage and current supply, you are ready to begin operation of the system. As soon as electrical power is supplied to the Ice Qube system, you should hear the cold air stream blower operating immediately. This blower operates continuously so that the temperature controller can constantly monitor your enclosure’s internal temperature. Enclosure temperature will be displayed on the face of the controller. If the enclosure temperature is above the factory cooling set point of 80 degrees Fahrenheit, you will see the cool status LED flashing. This indicates that the compressor’s automatic off cycle timer is working. (The off cycle timer is factory set at 3- 1/2 minutes.) At the end of 3-1/2 minutes, you should hear the compressor and the condenser air blower start. This signifies that the cooling system has begun operation to remove heat and humidity from within the enclosure. ( It may take 20 to 30 minutes operating time to reach full capacity. ) If the heat load within the enclosure is less than the BTUH capacity of the of your Ice Qube system, you will notice the temperature on the digital display begin to decrease. When the temperature inside the enclosure decreases 7 degrees Fahrenheit below the cooling on set point, the compressor and the condenser blower should cycle off, but the cold air blower will continue to operate, circulating air within the enclosure. ( The controller has a factory programmed temperature differential of 7 degrees Fahrenheit. ) Example: Cooling on @ 80 degrees F Cooling off @ 73 degrees F Programming the Controller The digital controller offers many features which you may or may not decide to use. However, the controller has been programmed at the factory with default settings for system operations which are satisfactory for many applications. Please review the following default settings to see if they are correct for your enclosure application. 1. Cooling system on temperature - 80 degrees Fahrenheit 2. Heating system on temperature - 50 degrees Fahrenheit ( Optional ) 3. High enclosure temperature alarm - 100 degrees Fahrenheit 4. Low enclosure temperature alarm - 40 degrees Fahrenheit 5. Audible and Visual alarm - On 6. Digital display in degrees Fahrenheit 7. Filter maintenance alarm - 30 Days 8. High condenser temperature alarm - 170 degrees Fahrenheit 6PDF Image | ST PETERSBURG TABLE OF CONTENTS
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