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Which Cabinet Cooler should I use?
To determine the correct model for your application, it is first necessary to determine the total heat load to which the control panel is subjected. This total heat load is the combination of two factors - heat dissipated within the enclosure and heat transfer from outside into the enclosure. We're glad to help you calculate your heat load. You can contact an Application Engineer, or complete our easy online form, and we'll do the calculations for you. Click here for our Cabinet Cooler Sizing Guide.
Cabinet Cooler
  1. Which Cabinet Cooler should I use?
  2. Will EXAIR Corporation Cabinet Coolers cause condensation inside our control panels?
  3. Can I mount EXAIR’s Cabinet Coolers to the side of our enclosure?
  4. How do I get the solenoid valve on the Cabinet Cooler to stop chattering?
  5. What is the Btu/Hr range of your Cabinet Coolers?
  6. What is the material of EXAIR Cabinet Coolers?
  7. How can I determine which EXAIR Cabinet Cooler® System I have?
  8. Will a Cabinet Cooler® System operate at less than 100 PSIG?
  9. Why do I need a Cold Air Distribution Kit?
  10. Why should I avoid using a non-contact temp gun (infrared heat gun) to determine my cabinet temps?
  11. Can the thermostat be adjusted to maintain an internal temperature different than the preset 95° F?
  12. What muffler do I need with my NEMA 12 Cabinet Cooler® System (mufflers are included w/ NEMA 4/4X)?
  13. What are the benefits of an ETC over the thermostat controlled Cabinet Cooler® System?
  14. What temperatures can the ETC be set to?
  15. What is the maximum operating temperature for the Cabinet Cooler System?
 
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