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Last weekend we finalized the plans for our new kitchen, signed the contract and made a deposit to our friends at HWC Homeworks. Since I am now a pround employee of General Electric, an integral part of our kitchen will be the GE Profile appliances which I will be able to purchase at the Employee Store. To say that Dee and I are excited to start this project is an understatement.
A few weeks ago, our Amana refrigerator started to buzz. The buzzing was somewhat cyclical, so couple that with what I know of the refrigeration cycle told me that our appliance was failing. It held its best for a week or so, but one day there was nothing but water in the ice tray. We called out friends at Apex Appliance Repair and Jim came to our house a few hours later. He repalced a malfunctioning part and in a few hours the fridge was cold again. Dee and I breathed a sigh of releif and we hoped against hope that this refrigerator we had purchased just 4 1/2 years ago would survive long enough to the end of our kitchen make over.
Well, two days ago I got up a little after 5AM and was ready to start my day as I normally do, taking Samson out for a walk. Before I left, I checked the ice ice tray and much to my disappointment, liquid water was present. I took Samson out for a walk, then I told Dee the bad news about our fridge. We called Apex Appliance Repair again, as they warranted their work for 90 days. Jim the reapir tech showed up a few hours later and he gave us the really bad news: The compressor had failed.
To those of you who are not well acquainted with the refrigeration cycle, the compressor is the engine which drives the entire cycle. The physics behind the cycle is pretty straightforward. The compressor is used
to heat the refrigerant which is then forced into a condenser where it undergoes a change in state from vapor to liquid. From there, the refrigerant heads to the thermal expansion valve where the refrigerant changes state once again. This is where the cooling process occurs. The First and Second Law of Thermodynmics now come into play. The change of state is an endothermic reaction so here is where things get cold when they come in contact with coils filled with refrigerant.
Back to our problem. To replace the compressor would cost anywhere between $450-550. It made no economic sense to repair this Amana appliance with a new GE machine on the way.
We have a new kitchen in the works, but our new appliances, including a lovely refrigerator, will not come into being for at least another 8 weeks. We were between a rock and a hard place. We needed a fridge to get by the next few weeks, but it was silly to purchase a large fridge. We found a happy medium, an fridge large enough to get us through the coming months but small enough to fit down the stairs for use after our new kitchen comes into being. We settled on a fridge made by a Canadian company called Danby. It is larger than a cube (think dorm) fridge, but it is small enough to be a good second fridge we can have down the basement after we get our new GE Profile refrigerator. While our brand spanking new fridge is meeting our immediate needs, it does look a little small in the space where our old fridge used to located. Please note the cooler to the left of the picture. It came in handy to save the beer.
For frequent visitors to this blog, you are aware that there has been some churn and chaos at our home. Last week the professionals at HWC Homeworks began work on replacing 9 windows, our front door and the two large sliding glass doors in our back room. Yep, lots of chaos, dust and entropy. We also found out late Thursday afternoon that this project would continue into this week as they had a very difficult time removing two of the windows, which set back the installation schedule. Thankfully, the HR Maven was able to work from home on Tuesday so Jim and Chris could finish their work.
Well, just when we thought things could not get any more fun, I noticed that the ice tray in our 5 year old Amana refrigerator had water in it. This was a bad sign, because it meant that the freezer was no longer holding temperature. I knew that the design of this
refrigerator uses a single compressor to power the cooling system, so I knew that it was only a matter of time before upper fridge part of this appliance would start to fail, too. In my previous line of work, we called this a "cascading casualty." We decided to save all the perishables that we could, packing two coolers with ice and food. First thing on Tuesday morning, Dee called Apex Appliance Repair and in the early afternoon one of their technicians arrived and he quickly diagnosed and fixed the problem. In a few minutes, the temperatures in the freezer and the refrigerator started to drop.
We just need this fridge to work for another 8-10 weeks. Hopefully, this repair will enable us to bridge the gap between now and when the entropy meter will be pegged again for the kitchen remodeling project!