This an authentic OEM 40-Watt replacement light bulb, used in a number of household appliances. It is specially designed to withstand extreme temperatures, which is why these replacement bulbs are mos...
This 240 volt heating element is used for electric clothes dryers. Included with this element is a fuse kit consisting of a thermal fuse, a high limit thermostat, two wire leads, and four mounting screws.
After shutting off the gas and removing the oven door, which simply slid off of the hinges, I removed the oven plate. The ignitor was attached to the manifold. I removed that and noted the wires were attached back behind a hole in the back of the oven. I thought I would have to access them from the back but when I pulled on them I was able to reach them from the front. I was surprised to find plastic lugs covering the wire ends, rather than ceramic. I attached the new ignitor wires and reused the plastic lugs, as no ceramic ones came with the new ignitor. I carefully slid the new ignitor back into the cage/shield attached to the manifold and replaced the manifold. I then turned the gas back on and tested the ignitor (which worked perfectly) before replacing the oven plate. The repair took less than 30 minutes, but my wife and I thoroughly cleaned the door and interior while we had it apart. The hardest part was getting the door back on the hinges, but this too was accomplished after several attempts. The oven heats up beautifully now.
I couldn't find any information on the internet on how to fix my dryer, so I took every screw out of it, which I later found was not needed - just 2 in the front. Then I had to figure out WHERE the element was. Turns out, against the back panel with 2 screws. I had to crawl on my belly to get in there with little room to work. Installing the new one didn't take long at all though. I also vacuumed out the inside and cleaned it well, then put all the screws back in it.
I'm glad I re-did all the screws because now it sounds brand new. It's 3 times quieter than it ever was (it was donated to me), and it feels great that I was able to fix it on my own for about $50.
I first unplugged the dryer (don't want to get nailed with 240 volts). I then removed the two screws on the bottom section of the dryer just below the door. I then removed the two screws on the front door assembly and removed the door (make sure you don't break the wires and/or door switch. The wires need to be removed from the door switch prior to removing the door panel completely). I then took a flash light and look inside the dryer towards the back. I could see the heating element in the back. I then removed the two screws holding the heat element and removed the heating element (taking note on the orientation of the element). I then removed the black and orange wires making note which wire fit on which terminal. I then compared the old unit with the new unit to make sure I had the right one. I then assembled the new heating element (heat sensors etc.). I then hooked the black and orange wire to the new element. I then reassembled everything in the reverse order.
Note: I very CAREFULLY used the heating elements support connectors to hold the element in place while I started my screws. Once they were started then I could release the element and fit it properly into the housing as I tightened the screws.
The other thing that you need to check is to make sure that the air-duct is not blocked. If you have a lot of lent on the bottom of the dyer (inside) then you could have a blocked air-duct. This happened to me. I went outside and noticed that we have a door on our vent that flips up to keep mice etc. from coming in. Some of the lint that was blown out got wet from the sprinklers and calcified underneath the vent. This was preventing the vent from opening. This could of been our problem all along but I had already replaced the heating element so I keep it as is.
PartSelect was wonderful. I was able to find my parts quickly and the turn around time was tremendous. I would buy from PartSelect again.
