01. Edison Heating & Cooling Business Hours: Normal Hours with Extended Service Hours Years in Business: Over 30 years of serving homeowners 1. Edison Heating & Cooling 02. Warren Heating & Cooling LLC 2. Warren Heating & Cooling LLC 03. Meyer and Depew Co Inc Business Hours: Available 24/7 for all Calls Years in Business: More than 50 years of serving homeowners 3. Meyer and Depew Co Inc 04. A-1 Comfort Care Heating, Cooling & Plumbing LLC 4. A-1 Comfort Care Heating, Cooling & Plumbing LLC 05. SWANTON ENERGY SERVICES LLC 5. SWANTON ENERGY SERVICES LLC 06. Good Tidings dba American Specialty Plumbing Heating & A/C 6. Good Tidings dba American Specialty Plumbing Heating & A/C 07. Sears Roebuck & Co 7. Sears Roebuck & Co Request a Dealer Phone Call View our Privacy Policy Your phone call request has been sent! Email has been sent to you , please check your spam/junk emails if you are unable to find the email.

Due to some internal error, the mail has not been sent. and click on Important Product Safety Recall for more information. Report an Incident Involving this Product About 285,000 (About 185,000 were previously recalled in November 2007) This recall involves Packaged Terminal Air Conditioners (PTAC) and Packaged Terminal Heat Pumps (PTHP) sold under the Bryant, Carrier and Fast brand names. ac unit bracketRecalled units include those with original power cords and those that received a supplemental power cord as part of the 2007 recall. installing air conditioner outside unitThe recalled units have capacities of 7,000; laboratory air handling unit12,000 and 15,000 BTUs and plug into 208/230 volt, 20 amp outlets. The following brands and eight models are being recalled:

Carrier models 52CE, 52CQ, 52PE and 52PQ; Bryant models 840 and 841; Fast models 840 and 841 Model and serial numbers are located on the ratings/data plate on the right front of the unit, underneath the removable front panel. Carrier has received reports of approximately 47 incidents of overheating. Two of the reported incidents involved hotel fires. One of the reported fires involved a consumer suffering burns and smoke inhalation. The other incidents involved scorched or melted cord heads or wall outlets with no injuries reported. Consumers should stop using and unplug the recalled units, and contact Carrier to receive a free replacement cord. HVAC dealers and factory-direct sales from January 2002 through December 2009 for between $425 and $675. Sold by HVACR Tools and Fulfilled by Amazon. A Full Selection of Industrial Electrical SuppliesDetailsSupco SPP6, Relay Start Capacitor 120-288V FREE Shipping on orders over $49. DetailsPackard C140A 1 Pole 40 Amp Contactor 24 Volt Coil Contactor FREE Shipping on orders over $49.

Physical Interrupter for Safety Drawn Steel Case Construction Quad Blade Quick Connect Terminals Operating Temperature -13 to 185 F Shipping Weight: 8.8 ounces (View shipping rates and policies) Domestic Shipping: Currently, item can be shipped only within the U.S. and to APO/FPO addresses. International Shipping: This item is not eligible for international shipping. Item model number: SUPCO-CD35+5X440R #4,910 in Industrial & Scientific (See Top 100 in Industrial & Scientific) in Industrial & Scientific > Industrial Electrical > Passive Components > Capacitors 5 star75%4 star19%2 star6%See all 36 customer reviewsTop Customer ReviewsDo-it-yourself maintenance/repair.$10 fix vs a few hundred dollar service call. Great for a DIY fix if this is why your A/C isn't working.It's cheap and works great.Bargain and great specsFix your own AC...keep one of these in the garageArrived quickly and works great.I learned that these units can save you hundreds of $$$ in HVAC problems

Watkins Heating & Cooling Blog The Cause of Freon Leaks What causes a/c evaporator coils to leak? We have found this to be the most common problem plaguing air conditioners. To explain this, we first need to bust a common air conditioner myth. A Common A/C Myth Many homeowners believe that, over time, an air conditioner uses freon. Maybe a long, hot summer leaves a perfectly good air conditioner "winded" and low on freon. We just need to tune-up the a/c and top-up the freon, right? In reality, an air conditioner or heat pump has a sealed refrigerant system that should never "use up" or run out of freon. The freon or refrigerant is only the medium used to transfer heat from the inside of the home to the outside. The only resource that is expended is electricity. If the freon is not consumed in the process of cooling your home, then it must be lost only by a leak in the copper tubing. For many years, the air conditioning industry has used copper tubing to harness the pressure of refrigerant and bring comfort to the masses.

Copper is soft and abundant, and easy to seal in the field with solder or brazing alloy. If copper is such a good material, why do we see so many freon leaks? Is this due to poor field connections, poor manufacturing, or is there a third possibility? Trane Looks for the Root Cause A number of years ago, Trane began a study to determine the true cause of this constant threat to our comfort. As service technicians, we have noticed that leaks from field or factory connections cause problems in the first year and are fairly rare. The problem leaks that develop in a 4 - 7 year old air conditioner occur in the copper tubing wall not the connection points or braze joints. The source of these pre-teen leaks is what the Trane engineers set out to find in their study. Our technicians have noticed that certain brands of air conditioners develop leaks faster than others and that the newer, more efficient air conditioners are more prone to leaking than the old energy hogs. The reason for this seems fairly obvious to HVAC contractors.

A/C manufacturers can raise the efficiency of their equipment by using thinner copper in their evaporator coils. Heat transfers faster through the thinner copper, but this efficient tubing also leaks sooner. One could argue that the legislation that raised the minimum efficiency of air conditioners and heat pumps to 13 SEER resulted in thinner tubing walls, more evaporator coils leaks, and, as a result, more ozone-damaging freon released into the atmosphere. The Real Cause of Freon Leaks So we know that thinner tubing develops leaks sooner, but what is causing the freon leak in the first place? The leaky a/c coils that the Trane engineers studied had microscopic pin holes seemingly drilled throughout the coil tubing. Trane's in-home studies revealed that the culprit was formic acid. Formic acid was corroding the copper and drilling these tiny pin holes. The acid penetrates the thinner, high-efficiency tubing faster and is making some air conditioner brands look very bad. But where is the formic acid coming from?

Isn't that what gives fire ants their sting? What is formic acid doing in our homes and on our air conditioner coils? Is Formaldehyde the Culprit? Formaldehyde in the home can convert into Formic acid on the a/c coil. It is extremely mild, but over a period of 5 years, it will produce pinholes in copper tubing. We call this process formicary corrosion, and it is the main reason that we still buy R-22 by the skid. If you have researched indoor air quality, you'll know that formaldehyde is a major pollutant in our homes. An infamous case of severe formaldehyde in the living space was the FEMA trailer provided to Katrina victims. While less severe than a FEMA trailer, most homes have a measurable amount of formaldehyde in the indoor air, and this will always cause formicary corrosion and freon leaks. The Cure for A/C Freon Leaks Stop using copper to manufacture cooling coils. The photos above show copper and aluminum coil tube walls subjected to a formic acid corrosion test.