RS696PXGQ6 Whirlpool Range - Instructions

I found that what was keeping the old temp sensor electrical connection attached to the stove-side connection was a little tab. It wasn't obvious that that was the thing that was keeping the connection secure but there weren't any other alternatives. So pushing the tab up with the metal probe (just a narrow rigid metal wire) allowed me to pull the connection apart.

All this takes place way at the back of the oven so its difficult to fiddle with a screwdriver and the retaining screws at arms length. Putting a bit of scotch tape around the screw to keep it attached to the screwdriver kept it from falling off. My hand was a bit shaky extended like that so that was the way to go.

Bottom line, if your oven won't reach or hold the temp you dial in on the control panel it's the temperature sensor. Now if I set it for 300 deg. that's what I get.

I was able to remove the old element and planned it with what little time off that I could. This would have been maybe 20-30 minute repair at the most. HOWEVER! I was extremely irritated screws were not included? When I called to ask if they were missing they said they didn’t come with the element. Cost me a very annoying trip to the hardware store. Not sure if I missed it on the site that they don’t provide screws - would have been nice to know that before I started. Still scratching my head as to why screws wouldn’t be included? My old ones were as beat up as the element I replaced. I was so irritated I was looking for a spot to leave feedback. Product is fine. Shipping was fine. Sending these products out as they do? Zero stars on that.

Removed the door from the oven. Undid all the parts above the inner glass door. Installed the inner glass and reassembled the door. Reinstalled oven door.

With just the removal of a few screws I was able to replace the glass with the side benefit of cleaning the outter glass that had gotten dirty over the years with use. This is a simple project that all can complete.

I found some of the feedback posted on this site very helpful. Taking photos as I went along was also very helpful in remembering how to put it back together. There are several over-lapping pieces to the door and you have to be careful to put things back together in the correct order. Lining up the screw holes on the hinges with the door is also a little tricky.

Originally ordered just the spring assuming that might be it and it was the cheapest way. However after getting in I found that the latch assembly had a broken 'tit' that is intended to hold the metal latch in place as it moves. Attempted to glue w/ epoxy but as i expected there was too much pressure to hold it in place. So....ordered the assembly.

TURN OFF BREAKER.....

1) Remove the two side rails by removing screw on the inside bottom of rails.
2) It helps to remove the door to get it out of your way but not required. To do this open door fully and insert two nails or similar into holes on each hinge. Close the door until the hinge contact nails. Lift the door up and out.
3) remove the top control panel by removing screw on either side (outside of oven)and screws on the underside of panel behind upper door.
4) It help to completely remove the panel to have more room to work but not required. If you do it is a good idea to photo the cable locations so it is easy to recall where they go. For the most part they only fit one location but always a good idea.
5) remove the latch by removing all spade connectors and two screws in front.
6) place new latch and reassemble.

Removed old racks, installed new racks. Recycled old racks.

Verify power is off to the oven, turned main power supply off for the oven at the breaker panel, located the securing screws for the defective element, used a Phillips screw driver to remove the screws, pulled the element slightly out unit wires are exposed, verify 0 volts at the element wiring terminals, used pliers to remove the wires to complete the uninstalling process, reinstall the element in the reverse order, restored power at the breaker panel

Quickly

Well, the instructions on the computer site were very easy to understand, however, the difficulty lay in the fact that we were 2 78 yr old people and getting to the inside the oven, lifting up the element so that we could see where it should be connected and get it connected was a task. We had to get down on our knees and then get back up. That was a chore within itself. But, the instructions were easy and clear.
Bottom line if us old people can do it, anyone can.

This oven probably was manufactured in the '60s when the house was built. The door doesn't just pull off like the newer models. These pins fit into small holes on the oven hinges. I inserted the pins and lifted the door to a 45 degree angle, before pulling the door completely off. Now that turned out to be the easy part. I then proceeded to completely dismantle the door. It actually has 4 glass layers which had to be cleaned individually. The hardest part of all was actually remembering how to put it back together again. I put the door back on just as I had removed it, then took out the pins, and I was finally done! This was not an easy project, BUT the results look great.

After reading all the other entries, I decided that I could do this! My first hurdle was getting the oven door off the hinges. Mine were not like any of the others described. My son-in-law looked at them and couldn't figure them out. So, I found the original installation instructions and, lo and behold, they said to flip the lever (one finger operation) in each of the rectangular holes holding the door onto the oven and then lift up until the door comes off. I did it, and it did! Boy, is it heavy! From there I just followed everyone else's instruction about undoing the screws, washing the glass panels, lining up the screw holes to get it back together, etc. One thing that took me longer was that the steel panel needs to go back the way it came out, not flipped! When I washed the glass panel it held, I put it down wrong and then "installed" it backwards. Luckily, I have a double oven and looked at the other one to see what was holding up the re-assembly! I'm glad that one of the others mentioned that the glass on the "bottom", the one that broke, isn't held in my screws or steel plates -- nothing, so I wasn't surprised when I got to it and it was "floating" on the insulation. My white insulation was like a fine fiberglass and was easy to stuff back in around the rim of the new glass. Took me a little over one hour. So, no more wet rags on hot glass (you'd think after living 72 years that I would remember this!) The glass fit perfectly and my husband would have been proud of me -- that I tackled a job that he usually handled, and that I saved over $200 for a couple of hours of labor and travel time.

Followed suggestions from prior Customers that had same problem.

Tools required - #2 Phillips and needle nose pliers. (possibly a new spade connector and stripper/crimper) (possibly a multi-meter)

Shut off the power and slide the range forward about 8-10 inches from the wall. It does not need to be completely in the open and perhaps would not need to be moved at all. Some of the parts may be stuck with accumulation of cooking debris and grease, depending on age. Disassembly will be a bit more difficult than a new range because of this. Clean everything up before reassembly.

Open the oven door. Remove two screws, one on either side, below the control panel. Lift and work the control panel loose. It has two bullet shaped posts that engage slots in the front of the range. These are tight. Be patient and work it by lifting and pulling and wiggling the entire control panel. When loose, it will lay down flat supported by all of the wiring harnesses. In our case it did not stress the wires. If concerned, support it somehow.

There is a galvanized bracket that runs most of the width of the range and retains a rubber gasket on the front edge of the glass. Remove two screws that hold this bracket. The bracket easily comes loose, set it aside.

There is a stainless steel trim piece on each side of the cooktop, running from front to back. Each one is held in place by one screw in the front. Remove the screws and the two trim pieces will slide forward and can be removed. Set them aside.

There is a rubber gasket across the front edge of the glass cook surface. Remove it. The cooktop glass can now be lifted and worked loose from the rear rubber gasket that seals across the back edge. Set the cooking surface aside in a safe place. You now have access to the burner elements.

Using the needle nose pliers, work the spade terminal connectors loose from the burner that is to be replaced. Note their positions. The burner is held in place by two spring clips that attach the burner to a galvanized support bar that runs from front to back of the range. A screwdriver can be used to compress each clip allowing a tab to be lifted out of a slot in the galvanized bar. If needed, you can remove one front screw that holds the bar in place and lift it for better access, but while this is not necessary, it allows for a better view of the retainer clips and the tabs that fit into slots in the support bar. With both clips released, the burner is free to be removed.

Our burner clearly had a break in the coil, so there was no doubt about the cause of non-functionality.

The spring clips must be removed and transferred to the new burner. With both burners, face down on a bench, remove the screws that retain the clips to the old burner. Make note of the index numbers at the position of the old clips and place them at the same position on the new burner. This positions the burner when it is mounted so that the terminals are properly positioned to allow the wiring harness to be attached as it was.

With the spring clips in place on the new burner, place the burner back in the range and engage the tabs in the slots on the support bar. They will snap back into place. Reconnect the spade connectors. The burner should now be tested before reassembly. (see later)

In our case, when power was reestablished (but burner control in the off position) the Surface Hot light was on art all times, so we knew something was wired wrong, even though it was re-connected exactly as it had previously been. There are slight differences between the new burners and old burners that apparently impact the wiring. There are no markings on either the old burner or new burner to give clues as to how it should be wired. Neither was there any advice in the instruction sheet that came with the new burner. We tested all of the terminals with the power on (burner off) to determine what voltages were where and removed the cover of the small box to which the terminals are attached. This box contains small switches, and we were able to determine the new wiring scheme. By wiring it exactly as it originally was, we had inadvertently put power to the Surface Hot light full time and the same potential to both sides of the coil so it would not heat. With this corrected, it worked fine.

As always, reassembly is just the reveres of the steps taken to disassemble. It is a bit tricky to place the glass back in the rear gasket. Just be careful and work it into place. Also the front control panel can be challenging. Line up the bullets with the slots and work it into place. It will snap into place when it is close with the aid of the heel of your hand.

One other note. One of the four wires in the harness had a smaller female spade connector which had to be cut off and a new one crimped on in order to fit the new burner.

Because of the wiring logic issue that had to be troubleshot, this took about three hours, which included disassembly and reassembly twice (because we reassembled before testing), figurin

Pulled the stove out, unscrewed the back and plugged the new thermostat in. Screwed the back back on