Not the same, not as good, not made to last, they don’t make things like they once did, everything is designed to be thrown away after a short time. We’ve all heard those sayings especially those of us who are members of the older generations. We can all remember the days when things were made to last but today it seems that robustness no longer exists for many manufactured things. At home we have three large chest freezers, one small freezer and two small fridges down in our cellar rooms and upstairs in the kitchen we have two fridge/freezers. The largest of the chest freezers was purchased at a church auction as I recall in the mid-eighties around about 1985 so shall we say 30 years ago? At that time the freezer was already 20 years old, maybe older. That is around 50 years and it is still working! They certainly don’t make them like that anymore. One of the two fridge/freezers we have began to have problems some time ago. It was producing too much cold air and ice began to form inside the freezer compartment when it should not have done. That could have been caused by a couple of things, defrost heater fault, blocked drain, faulty control panel, faulty sensors/thermostats. I had tried all the obvious things to no avail so I thought I would call in a specialist to check it out. It’s not that I haven’t worked on refrigerators (or freezers), I have, in fact the machines I have worked on ranged from the small air conditioning units to units as large a double-decked bus! I have not worked on domestic fridges so much, in fact very little and that was around 45 years ago when they were built differently. The same principles apply to fridges/freezers/heat pumps no matter their size. It is the method of control and the components which differ. Whilst I was waiting for the guy to show I decided to strip down the unit and check out what I could. I found a huge block of ice on the evaporator which should not have been there. A blocked drain could allow the build-up of ice so I cleared out the drain pipe though nothing much was stuck in there. I checked the circulation fan (a newer development not found on very old units) and saw that it was working. I put everything back together but still the compressor didn’t start. The compressor is the main component in any recycling refrigeration system no matter what its size, basically a motor which compresses the refrigerant and pumps it around the system. I left the unit switched off for a time and restarted it later. By now it was seven-thirty in the evening and I didn’t expect the guy (and his father) to call at that hour but they did! They wanted to see what was wrong with the unit for themselves and having checked it over couldn’t find a problem either. The guy suggested that I had already cured the problem myself and to leave it switched on for a couple of hours to see if everything returned to normal. He phoned back an hour or so later to ask if it was operating. I hadn’t yet checked it but went straight to the kitchen and discovered that it was getting colder inside. I thought the problem had now been sorted. It wasn’t, three hours later it was still struggling to lower the temperature, only reaching down to +10 deg C. I switched it off and the following morning trawled the Internet to find a local engineer. The first guy admitted that if the system required recharging with refrigerant he couldn’t do it and I suspected that could have been the problem. I would have to wait and see. I arranged for the repairs to be done on Friday for a fixed price. So much for modern standards of manufacture, an appliance which goes faulty within two years doesn’t bode well does it?