RK747*T1 Hotpoint Range - Instructions

There are about 12 wires behind the panel...and this was the second time I've replaced the electronic clock in the past four years. I replaced the analog clock four years ago with the digital version because the analog was no longer available, so I knew what I was in for. There are four screw (top of the frame and lower frame) to remove before the frame holding the clock will come out. First DISCONNECT the power! You've have to remove the clock control knobs, and the plastic lever on the self cleaning handle. The first time I ordered this replacement part from PartsSelect there was a diagram included on which wire goes where. This time there wasn't! So it gets a little complicated. Make sure you label all the wired before you disconnect the old clock panel. Anyway, remove the four nuts holding the old clock in place; put the new clock panel in; replace the four nuts. I'll be glad to talk anyone through the rest and I have photos of the whole repair.

Followed the instruction provided except had to add a NEUTRAL LEAD which on the old part had been provided by the frame as it was metal/ electrical vs plastic/electronic . Used one of the extra Wire Extensions provided, drilled a hole in the clip connection and attached it to the metal frame holding in the replacement clock. The need for a NEUTRAL LEAD was not discussed in the instructions.

This digital timer, GE Part # WB19X10006 (PartSelect PS233996) is called out by GE as the current replacement for the mechanical timer in the JB500G*J1 range. I had tried to get one some time ago from another dealer but was told it was discontinued and no longer available, so I was pretty happy to come across it in the PartSelect catalog.

It comes with a number of mounting brackets and instructions to use the brackets that resemble the old parts, but when I did that the control buttons did not line up with the holes in the glass and were offset about 1/4" to the left. It was impossible to simply slide the timer over that far because it bumped into the underlying metal frame. I ended up using a longer set of brackets which lifted the timer about 1/2" off the glass, thereby avoiding interference with the frame, and bent the brackets sideways to line up with the holes in the glass. But then a transformer on the new timer stuck out about 1/4" too far in back to get the rear cover back on. I made two vertical cuts in the rear cover from the edge down past the timer and bent the resulting flap around the transformer. The resulting installation looks like it was made that way and works great.

Successful repair to Our GE range, manufactured prior to 1965 (when installed in house). Pulled range from wall, unplugged, removed burned-out broiler element. Previous check with GE to make cross reference of range part number to Part-select part number for this nearly 50-year-old range. Obtained new part and installed. Works. Range has self-cleaning oven, accidentally destroyed thermal switch attached to element mounting bracket, difficulty with frozen mounting nut. Self-cleaning still works; thermal switch locks out a solenoid which defeats door latch; prevents premature opening of oven door when oven too hot to open safely. Internet search did not find GE part but there are generic devices of the same type available; will consider installation later.

I studied the drawings on the instruction sheet off and on for about 3 hours. I'm 76 and my memory and ability to identify the relevant parts of the old and replacement clock as depicted on the drawings aren't what they were a few decades ago. I took my time studying this until I was confident that I knew which wires needed to go on which terminals on the new clock module. It took me a while to figure out which side (left or right) of the drawing for the old and new clocks were at the end of the module and which side was adjacent to the rest of the module. Careful study of the drawings and examinations of the modules cleared this up. It also took me some time to figure out if the top or bottom of the drawings as depicted on the paper matched up with the top and bottom of the modules when viewed from the front of the oven. After this became clear removal of the wires from the old module (I labeled all of them with masking tape, for example, as L1, L2, common or neutral, Output 1 and Output 2) and placement on the new module was quite straight forward. I then covered all bare wires with the rubber insulators or electricians tape. However, the clock didn't light up when the panel was reassembled and the power was turned back on. I hired a local appliance technician to examine my work. He found 2 wires touching that weren't supposed to be touching where they plugged into the module. After separating them and turning on the power the clock has worked perfectly. The metal bracket on my oven worked with the new clock module. I didn't have to use any of the new brackets that came with the new clock. A few other manageable problems: I needed a torx screwdriver I didn't have to remove 3 screws holding the panel holding the oven dials and clock module on to the oven. A neighbor provided the needed screwdriver. I cut my index finger when removing the black knob attached to the lever used to lock the oven during cleaning. A band aid stopped the bleeding and allowed work to continue. The spring fitting over the end of the lever that wedges the black handle in place cut my finger. I'll use a pliers or protect my fingers with a towel the next time when removing this knob. I had a few hiccups doing this task but am thoroughly pleased with the end result.

First I removed the two screws in the back. then I removed the two screws attached to the brace at the top. pulled the old element out. Removed the screws that attatced the wires to the element. Attached the wires to the new element. Pushed the wires back in. Pushed the element in and attached the screws. Reattached the support. Turned on the broiler. The element smoked for a few seconds before getting red hot. It is working fine.

Pull the stove out from the wall and unplug. Had to remove back of stove, the aluminum sheilding and the duct work to get at wires use nut driver. Then used nut driver to remove nuts from broiler unit inside stove. Take the front overn dover off first. The new part did not match up with the wires so I used a needle nose to spread the wire clips just a tad so they would fit over the tabs of the broiler unit. Do all of this behind the stove as you do not have eough wire to do this effectively from the oven side. After I had the tabs fitted to the broiler unit. I removed them and fed wires back through the stove. I then went back to the front of the stove and put the broiler back in and put support bar back in to ceiling of stove and the two nuts back on to affix broiler to back of oven. Put the aluminum baccking and duct work back onto the back of the stove and plugged it back in. Pretty easy job.

Turned off power at panellboard. Disconnected mounting hardware from inside oven chamber. Pulled failed heating element with wires attached into the oven chamber. Disconnected wiring and reconnected them to the new heating element. Tightened screws while holding connectors with pliers. Applied electrical tape to connections. Pushed wires back into opening and secured heating element back into place. Restored power nad verifed proper operation. The other heater purchased will be used when the bake element finally fails,

(1) Turned off power source.
(2) Removed rust on screw heads before attempting to loosening them up.
(3) Pulled the element out to expose the connections.
(4) Disconnected with phillips screw driver, taped off wires to prevent mixed-up during re-installation.
(5) Re-installed new element using new screws provided.

Simple repair that was complicated by not being able to remove the oven door, leaving a long reach to the element connections in the back of the oven. Other than the accessibility issue, the repair is easy. Remove two scews, pull the element out about 3 inches to access and unscrew the screws holding the wires to the element. Then reverse the process with the new element. But, because of the long reach, there were alot of dropped screws and cussing.

turn off electricity to stove and simply remove the screws from the heating element and put new element back in place .put screws in and turn power back on and test.

First removed oven door, according to Reader's Digest repair manual, then removed two screws holding element. Pulled element out several inches, then removed one side of bracket holding up front of element so that bad element could be pulled further out. Then disconnected two red wires from one side and two light blue wires from other side. Removed old Element. Attached two light blue wires to one side and two red wires to other pole, inserted element back into rear wall and attached with two screws, Re-attached bracket holding up front of element. Re-installed door. Tested and it worked fine.

I removed the unit easily with anut driver, however the unit also supported the thermo-link. I had to use the hack saw to relieve a small opening for the thermo-link to pass through. No real problem. Then a few holes to be drilled to attach the 'link' to the base of the broiler unit.

BUT-I went into the website listed on the box. GEAppliances.com Guess what? Their price was twice yours!!

Broiler element arrived at my door 3 days after ordering which was nice. Apparently the billing dept. is out of the USA so don't be surprised, like I was, to find a suspicious looking charge for a currency exchange fee (mine was 42 cents). I had to drill two new screw holes in the base of the new element in order for it to fit my oven. I also had to use heavy wire snips to cut off about an inch of the top of the new element base. The female electrical connections also had to be spread out with needle nose pliers since the new element connections were slightly thicker. With all of the issues I had I was frustrated and it took about two hours. On the other hand, the part works perfectly and was priced right. Hopefully it will fit perfectly out of the box for your oven.

I looked on Youtube for a how to video. It was accurate but the screws in my oven were NOT phillips head screws, they turned out to be sheet metal screws. I used pliers at first which was a PAIN but then I borrowed a socket wrench from the neighbor that was MUCH better!! I had wanted to do it myself to prove to my husband and son that I could but I ended up needing their help because the screws were so tight.... But we did the repair ourselves!!!