I launched a thread last week in search of advice for patching/repairing the tray below the freezer that routes defrost water into a collecting bin. After today's experience, I thought it would be better to start a new thread since another issue has surfaced.
Per suggestions from the previous thread, I went with the easiest method first and bought Flex Tape. It's not the friendliest thing to work with and I had to layer it in some areas that were uneven, but a leak test was successful.
Today I got out my handy De-Frost-It heater and began the process. After about half an hour or so, I checked the progress and found the inside of the freezer door was very hot, but not yet hot enough to melt it. I bailed on the De-Frost-It, but the heat it generated had already loosened the frost build-up on the bottom outer surface of the freezer/evaporator. The drain tray assembly was in place, so with the ice chunks laying on the tray I had no choice but to extract the tray and, due to its minimal clearance below the evaporator, allow nearly all of the ice to be scraped off the tray and to fall onto the shelves and contents below.
Oh, how I miss the no fuss, no muss defrosting experience of the two-door '57 GE Combination. This was a disaster, and there was never even enough melted condensate to test out the patch in a real world situation. I was hoping for a fairly painless operation and this was anything but.
As I stated above, this fridge hadn't been defrosted since I got it six months ago. It appears that shorter intervals are required. I don't have any owner's guide information to reference how frequently defrosting should happen, and assume that it would make sense to passively defrost more often and overnight so the amount of melted condensate would be contained in the collecting bin.
This fridge is mainly used for drinks, so typically the door is opened a few times a day at most. The door gasket isn't real soft, but it makes a good seal. How often should I defrost? The catch bin can hold a quart of water at most. Any pointers would be appreciated, and in the meantime I'll be on the hunt for a late '40s - early '60s Combination.
Per suggestions from the previous thread, I went with the easiest method first and bought Flex Tape. It's not the friendliest thing to work with and I had to layer it in some areas that were uneven, but a leak test was successful.
Today I got out my handy De-Frost-It heater and began the process. After about half an hour or so, I checked the progress and found the inside of the freezer door was very hot, but not yet hot enough to melt it. I bailed on the De-Frost-It, but the heat it generated had already loosened the frost build-up on the bottom outer surface of the freezer/evaporator. The drain tray assembly was in place, so with the ice chunks laying on the tray I had no choice but to extract the tray and, due to its minimal clearance below the evaporator, allow nearly all of the ice to be scraped off the tray and to fall onto the shelves and contents below.
Oh, how I miss the no fuss, no muss defrosting experience of the two-door '57 GE Combination. This was a disaster, and there was never even enough melted condensate to test out the patch in a real world situation. I was hoping for a fairly painless operation and this was anything but.
As I stated above, this fridge hadn't been defrosted since I got it six months ago. It appears that shorter intervals are required. I don't have any owner's guide information to reference how frequently defrosting should happen, and assume that it would make sense to passively defrost more often and overnight so the amount of melted condensate would be contained in the collecting bin.
This fridge is mainly used for drinks, so typically the door is opened a few times a day at most. The door gasket isn't real soft, but it makes a good seal. How often should I defrost? The catch bin can hold a quart of water at most. Any pointers would be appreciated, and in the meantime I'll be on the hunt for a late '40s - early '60s Combination.