ACB6260AB Amana Wall Oven - Instructions

NOTE: I had a repair person try to fix the door problem and he only replaced the HINGES. You need to replace both the HINGES and the HINGE RECEPTACLES to fix the door problem.

INSTALLING the clock assembly:

First I went to the electrical breaker box and turned off the power to my double oven. Then I removed the screws that hold the oven to the wall and pulled the oven out about 5 inches. I removed the cover for the controls at the top of the oven - the clock assembly is attached to the cover - several connectors need to be unplugged to remove the cover. I put the cover on my counter and unscrewed the four screws (with nutdriver) that hold the clock in place. I unclipped the control cable (flat with embedded wires) and took out the old clock. I reversed these steps to put in the new clock. I then held the cover up to the oven and reconnected the connectors to the rest of the oven, I hooked the cover back in place.

Replacing the hinge receptacles:
I opened the oven doors and removed the hinge covers (just over the hinge itself that keep the door from falling off) and lifted the doors off of the oven. Next went to the side of the oven and removed all the lag screws that attach the hinge receptacles to the oven body (you may need to remove the trim around the oven in the process as they may be too hard to get out otherwise). I put each of the four new hinge receptacles back in place and screwed in all the screws I took out before. I put the oven doors back on and replaced the hinge covers.

The oven works perfectly!! Hurray!

I didn't. Don't know how to get to light bulb to change it for this specific model

Left oven off. Located sensor in pdf manual. Unscrewed mount, pulled sensor out to access connector. Disconnected old sensor, checked continuity(resistance) on ohms with multimeter. No continuity; connected new sensor, screwed mount back into place, turned on oven and baked cookies to check operation & it worked perfectly.

Remove burner knobs, Removed 7 screws from bottom of face plate. Removed screws from 2 alluminum or steel spacers I guess you could call them. I let the Op Panel hang carefully not to stress wires. I marked all wires of the Latch asm. Removed the four screws holding it in and carefully removed the wires. Replaced in opposite manner and self cleaning works. The oven tried to start the cycle but I noticed the latch never triggered. When the function first stopped working I was able to apply slight force to the door and the latch fired. So after replacing the door switch it still failed to work. So latch asm was the official fix. So I have had to replace the latch asm and the Op Panel for being dim. I don't think this model is very good. But Partselect.com is great easy to find parts and good prices. Very pleased with my experience.

replaced the relay board after trying to understand the instructions. they were vague regarding when or if a jumper wire was required.

have had to work on this oven several times.touchpad, "clock, elements

When I removed the bottom bake element and tested it with an ohm meter, it was an open circuit. Once the new one arrived, I simply had to hook up the two leads, screw the cover back on the back of the oven and the job was done.

Took longer to turn off the power than replace the element ,, crazy the appliance company would charge $180.00 for a 3 minute job.

Removed the 3 screws from the top and 4 screws from the bottom of the touch pad. Pulled the touch pad away from the oven then disconnected the wiring harness and the strip from the old clock assembly.
Removed the 4 screws holding the assembly to the touch pad and pulled it away from the touch pad.
to assemble I just reversed the order.
Easy project.

Removed the approximatly 10 screws that hold on both the upper and lower pieces of sheet metal that cover the back of the oven. Removed the screw holding in the temp sensor. Unplugged and removed the old sensor. Plugged in and installed the new sensor (using one of the included adapter wires supplied with the sensor). Put the 2 pieces of sheet metal back on and plugged in the oven.

It took us longer to do this repair than others report, but the repair was relatively easy. As with others, our clock display was getting very dim. In fact, when we turned on the oven to bake, the clock and temperature display would both completely dim. While we were not sure that the clock assembly was the part we needed, the comments from others led us to believe that replacing the clock assembly would likely fix the problem – which it did!

To be safe, we first turned off the power to the oven. Next, using a #2 Phillips screwdriver, we removed the three screws on the top of the control panel and the four screws on the bottom of the control panel. Now, the control panel is completely loose from the oven except for the two wired connectors running between the clock assembly and the oven. The two wired connectors take a little bit of care and effort to remove since a “lip” secures them. For the four-wire connector, we were able to remove the connector by wiggling and pulling on it. For the other connector, we needed to use a small flat head screw driver to bend back the lip on the clock assembly, and then still needed to wiggle and pull on the connector to get it loose. Be careful not to pull on the wires!

Note that a connector does not terminate the ribbon cable. To remove the ribbon cable, squeeze together the two tabs on each end of the connector on the clock assembly and pull up on the connector (i.e., pull away from the board). The part of the connector that you are squeezing will rise up slightly and the ribbon cable will rise up with it. (You might want to practice with the new clock assembly to see how this works as it is easier to unhook the connector when the ribbon cable is not connected.) The ribbon cable has two holes in it that fit over two pegs on the part of the connector that rises up. The ribbon cable should simply pull out once the connector is opened up.

Use a ¼” nut driver to remove the four hex head screws that attach the clock assembly to the control panel. The clock assembly is now free from the control panel, but we still needed to pull on the clock assembly to remove it since the fit was very tight.

Assembly is simply reversing the above steps. To fit the new clock assembly onto the control panel, we needed to use a pair of pliers to first slightly bend the metal tabs on the control panel outward, as the fit (as noted) was very tight. After fitting the clock assembly into place, tighten it down with the four hex head screws. If you have not already done so, release the ribbon cable assembly on the new clock assembly by squeezing the tabs and pulling up. Fit the two holes in the ribbon cable over the two pegs on the connector, and then simply push the connector piece down until it snaps into place (making sure that the ribbon cable stays on the two pegs). Take the control panel back to the oven and reconnect the other two wire connectors. To finish up, place the control panel back on the oven, replace the seven screws, and then turn the power back on.

If your experience is like ours, you will be amazed at how bright the new display is!

The door seal was an exact fit for the factory one. There are little clips that hold the seal to the door. The clips are already installed in the seal. To remove just grasp the seal at each clip and pull up. The seal comes off easily. The ends of the seal are tucked into holes at the bottom of the door so you can just pull them out. For the installation of the new seal grasp the seal at each clip and push them into the littles holes. I used a flat blade screwdriver to tuck the seal ends into the two larger holes at the door bottom. The whole process took about 10 minutes.

I wouldn't have changed the seal but the hot lasagna made the seal sort of hard after it cooled off.

Shut off electricity to stove. Took out bolts, removed old element. Slide tabs out of connectors. Put new heating element in. Put bolts back in and turned electricity back on.

The video indicating •unscrew old sensor, •pull wiring, •unplug old sensor, and •plug in replacement was good until I pulled the old one and saw wire nuts behind the small square hole! After some research, I learned that the nuts COULD come through that small hole with use of needle nose pliers. One of the wire nuts had the edges pinched off (chipped) in the process. Then I learned about ceramic wire nuts, which I'd never previously encountered. Very important if you don't want to melt your nuts! I cut and stripped the end of a disconnect plug to the stove wiring and now I have a plug in place; which, hopefully, I'll never need to use.

unplugged oven. removed 2 screws that hold the sensor in place, then removed the dozen or so screws that hold on the rear panel, unplugged sensor and fed wire through insulation. identified and installed correct harness adapter then fed new wire and connecter through insulation and connected to adapter. installed sensor retaining screws.plugged oven back in and tested function.no dice. unplugged oven once again. removed oven control panel and upon inspection of printed circuit board discovered 3 solder joints had failed. dang. resoldered failed joints and also sweetened up a few others that looked suspect. reinstalled controller, replaced all retaining hardware, and plugged in the oven. tah-dah!! works like a charm now. moral of the story is check the pc board first and save $50 for unneeded pats!!! or buy the controller from parts direct for $260ish. btw a roll of solder and soldering iron from an auto parts store cost around $10, learned to solder on you-tube $0. amazing all the home appliances yo can fix if you're not afraid to take a few screws out and poke around a bit. CHEERS!

Removed old assembly, attached wires to new and inserted into space for same. Of course you must turn off the range circuit breaker. The part that took the most time was removing the old assembly. Once that was done, the rest took only a few minutes.