I joined the Navy, right after high school, to get out of Ohio, see the world, and never come back. “My recruiter said” (if you are considering military service, those can be famous last words, just so you know) that I would be a good candidate for Nuclear Power School, so I took the test. As a math & science
nerd scholar, I qualified for admission easily. About halfway through Nuke School, I volunteered for submarines. My decision was based in no small part on the sea stories of our instructors, the strong reputation of better food, and my deep appreciation for the movie “Operation Petticoat.”
Upon graduation, I was assigned to a new construction Trident submarine. I did not see the world…I saw the Electric Boat shipyard in Groton, Connecticut, and Naval Submarine Base King’s Bay, Georgia. Hilarity occasionally ensued, but never in the context of that movie I so adored. I moved back to Ohio (on purpose) soon after my enlistment was up. The food WAS good…I can unreservedly vouch for that.
In the new construction environment of the shipyard, I became quite familiar, and developed a deep respect for, the high level of attention paid to the materials and workmanship that a seagoing vessel demanded…not to mention, one with a nuclear reactor on board. Reliability and durability are obviously key factors.
I had the pleasure recently of assisting an electrical contractor who was looking for a cooling solution for a new Variable Frequency Drive enclosure installation on a cement barge. The ship’s engineer (a Navy veteran himself) had told the contractor that his priorities were reliability, durability, and dust exclusion. He couldn’t have made a better case for an EXAIR Cabinet Cooling System.
Based on the specified heat load of the VFD, the size of the enclosure, and its location, a Model 4380 Thermostat Controlled NEMA 12 Cabinet Cooler System, rated at 5,600 Btu/hr, was specified. This equipment is internal to the ship; had it been exposed to the elements, a NEMA 4X system would have been presented.
EXAIR Cabinet Cooler Systems have no moving parts to wear, no electric motor to burn out, and no heat transfer surfaces (like a refrigerant-based unit’s fins & tubes) to foul. Once it’s properly installed on a sealed enclosure, the internal components never see anything but cold, clean air.
If you have a need to protect an electrical enclosure in aggressive environment, give me a call. With a wide range of Cabinet Cooler Systems to meet a variety of needs, we’ve got the one you’re looking for, in stock and ready to ship.