Mach 1 Power Saver (1) Mach 3 Power Saver (1) Mach Power Saver (3) Two Ton Plus (1) Brisk Air Heat Pump (1) Brisk Air High Efficiency (1) Next Page View All Dometic B57915 Brisk II RV Air Conditioner 13,500 BTU White Advent ACM135 13500 Rooftop Air Conditioner White Atwood 15025 Air Command Air Conditioner 13,500 BTU Non-Ducted AC-135 Coleman 48203C969 61370 Mach 3 Plus Air Conditioner Upper Unit 13500 BTU Black Camper Trailer RV Dometic B59530 Brisk II Air Conditioner High Efficiency Upper Unit Atwood 15027 Air Command 13,500 BTU Air Conditioner Ducted AC-135 Advent ACM135B 13500 Rooftop Air Conditioner Black Dometic B57915XX1J0 Brisk II RV Air Conditioner 13,500 BTU Black Dometic 640315 Duo Therm 13,500 BTU Penguin Low Profile Air Conditioner Upper Unit Controls Required Dometic 459530 Duo Therm 13,500 BTU Brisk Air Conditioner High Efficiency Upper Unit Trailer Camper RV Coleman 48203C966 63134 Mach 3 Plus Air Conditioner Upper Unit White 13500 BTU Trailer Camper RV

Dometic 640310 Duo Therm 11,000 BTU Penguin Low Profile Air Conditioner Upper Unit Controls Required Advent ACM150 15000 Rooftop Air Conditioner White Advent ACM150B 15000 Rooftop Air Conditioner Black Dometic B59516 Brisk II RV Air Conditioner 15,000 BTU White Atwood 15026 Air Command 15,000 BTU Air Conditioner Non-Ducted with Heat Pump Coleman 48204C969 61372 Mach 15 Air Conditioner Upper Unit Black 15000 BTU Trailer Camper RVair handling unit fundamentals Dometic 477915 13,500 BTU Commercial Grade Air Conditioner Upper Unit Trailer Camper RVcar a/c repair fort worth Dometic 640312 Duo Therm 11,000 BTU Penguin Low Profile Air Conditioner Upper Unit Controls Requiredsizing of hvac units Coleman 48204C966 63140 Mach 15 Air Conditioner Upper Unit White 15000 BTU Trailer Camper RV

Dometic B59516XX1J0 Brisk II RV Air Conditioner 15,000 BTU Black Atwood 15028 Air Command 15,000 BTU Air Conditioner Ducted with Heat Pump Coleman 48207C966 63151 Mach 1 Power Saver Air Conditioner Upper Unit White 11000 BTU Trailer Camper RV Coleman 48208C966 63152 Mach 3 Power Saver Air Conditioner Upper Unit White 13500 BTU Trailer Camper RV Next Page View AllTurboKOOL® RV Evaporative Air (Swamp) Cooler Factory Direct      Previously known as RECAIR (All TurboKOOL and RECAIR parts are interchangeable.) View Movie of TurboKool review Dealers: Call for LOW dealer pricing! Great for cooling on: RVs / Campers / Caravans On-site Remote Mobile Offices Chicken & Turkey Farms Check Out these TurboKOOL® Benefits and Features: Operates with a solar panel and/or on a standard 12-volt system Amp draw:  High: 4.6 amps   Med: 3.2 amps   Low: 2.2 amps Cools 750cfm, or an RV approx 20'-25' Maintenance FREE (only one moving part)

Dry air used to cool motor for LONGER MOTOR LIFE "Spin-Spray" pump cannot wear out or burn out No bearings or motors exposed to wet air Spraying water over entire surface of filter ensures peak COOLING and FILTERINGMuch more efficient than dripping water over a filter Non-organic industrial foam filter element - no bacterial growth or foul odors Temperature reduction is usually between 20 - 30 degrees TurboKOOL "Spin-Spray" technology was previously available only in RECAIR coolers Easy installation with simple hand tools TurboKOOL can be adapted to nearly any remote, stand-alone cooling requirement SPIN-SPRAY action literally washes dust, pollen and impurities from the air & filter Converts hot, stuffy and dirty air to COOL, CLEAN AIR No generator or 110v power needed to run TurboKOOL Automatic water level control valve One year WARRANTY* on all parts Fits all standard 14" x 14" roof vent openings Streamlined styling - low profile "no-snag" contour reduces wind resistance

Recommended for areas where the average relative humidity does not exceed 75% Weighs just 16 lbs. and measures a compact 35" x 22" x 11.5" Quiet and efficient operation Individually adjustable louvres for air distribution the way you direct it Unit can also be used as an exhaust fan Body and hood are UV protected to prevent cracking, discoloration and fading Pump can not be damaged if run without water Dry-camping is finally a real pleasure Replacement parts for original RECAIR coolers available Also available from your local dealerTerms & Conditions | © / Bachman Enterprises, Inc. TurboKool® is a registered trademark of Bachman Enterprises, Inc. NOTE: Call or email for pricing outside the 48 contiguous states. If you order from outside the 48 contiguous states, your order will not be shipped until the additional shipping fees are received. Check Out the many uses for a TurboKOOL Swamp Cooler!ABS Roof Seal Gasket & Storage Lid Seal for Coleman Fleetwood Popup Tent Trailer

ABS ROOF SEAL 41' RUBBER GASKET for COLEMAN FLEETWOOD 96-03 POPUP TENT TRAILER Coleman RV Parts Air Conditioner Mach 3 Plus Complete with heat stripSubmitted by on Sun, 2009-06-14 23:15.Many RVs come with generators, and the air conditioner is the item that demands it be a high power generator. The Generator needs to be big enough to run the AC, and in theory let you do other things like microwave when you run it. It also has to be big enough to handle the surge that the AC motor takes when the AC starts up. This surge is huge, and will often overload a generator, particularly external generators that are commonly used on smaller RVs. To fix this problem, there’s been a bit of effort to develop “soft start” electric motor technologies that start up motors slowly, and store charge in a big capacitor in order to provide the surge. However, the RV also has a deep cycle battery and (if a motorhome) an engine starting battery. Both these batteries can usually deliver 100 or more amps in a burst.

(The engine starting battery can deliver several hundred.) Today, high-power inverters have gotten much cheaper, even those that can deliver 500 to 1,000 watts (and peak to far more) are getting cheap. I have wondered why it has not become standard to include a high power inverter in any RV so that small 110v appliances can’t be run off the battery for short times, rather than firing up the generator. To microwave something for 30 seconds requires starting the generator which is quite wasteful, and also noisy. Of course, what runs off the battery should still run on 12 volts, and some things (like the fridge in electric mode) should not run off an inverter. Short microwave bursts, and a few hours of flatscreen TV watching can run off an inverter. And so my proposal is that such an inverter also be available to provide surge power to the AC compressor when it starts, even if the generator or shore power is on. The extra 1000 or so watts the inverter can provide would allow the use of a smaller, cheaper generator.

This requires an inverter that can sync to the phase of the incoming AC, and of course safety circuits to assure that power is not fed back into the shore power port when it is disconnected. Today, the big trend in generators is actually to have them use such high-power inverters. The generators are thus free to generate dirty power, and to run at whatever RPM is best for them at the time. The inverter cleans up the power and puts out clean, constant voltage. There are modest losses but overall it’s a win, as you get a generator that is much more efficient and quiet, and better quality power. Many suspect that RV generators will switch to that approach. In this case, it becomes much easier to have an integrated inverter generator able to also draw from the battery for its surges. No need for grid tie logic in this case. To wit, one could see a system where a 2kw inverter generator, able to boost to 3.5kw by adding in the battery, could be enough for a typical RV, even with a decent sized AC.

You might have to have a circuit that says “If the microwave or other big load is on, don’t start the compressor” but that would only be an issue if you wanted to microwave something for a long time on high. Note in a proper AC the compressor is not running all the time, so the AC would not be off — it would just not be doing on cycles during the microwave use. There would probably be some 110v plugs in the RV which are marked “On under shore or generator power only” vs “always on,” or possibly switches to control if they are on the inverter or not, since there are loads you would want to make sure stay off if running only on battery. A little more complexity to the internal wiring, but a big saving on generator size and a better dry camping experience. It also means a more usable RV when plugging into a 15 amp external shore power line. In many RVs, plugging into 15 amps is not enough to start the AC, and certainly not enough to run the AC and another device. The power control system would want to know if it’s plugged into 15A, 20A or the normal 30A.