PAVANMRO General Electric Refrigerator - Instructions

Exactly as described by a previous reviewer. I pulled out the old rack, put in the new rack and just moved over the cutlery rack.

The repair is simple and straightforward. I rated as a bit difficult since the rack mounts on the new were located in the wrong place.

Releasing the rack from the slide rails requires either a Phillips screwdriver or a ratchet and socket.

The issue to check for, which I missed, is if the rail mounts on the new rack are in the same position as on the old rack. Mine were not and I did not discover until the new rack was fully installed. Once the unit was back out, 7 SS screws need to be removed on each side to move the mounts to the correct position.

Take the cardboard grill off the bottom of the back it is held on with 5-6 hex head screws. Located the voltage inverter on the tank. It's on the bottom left of the refrigerator. Removed the screw that holds it in place.Remove the jumper wires at the quick connect. Rotate the voltage inverter and removed it. Check the voltage at the plug in going to the voltage Inverter. It should be 115-125 volts. Plug in the voltage inverter to the Quick connect away from the tank check the voltage on the side that would be connected to the tank. If both sides don't read at least 115 volts the inverter is bad. Order a new on and reinstall in the reverse order.

The bottom rack just pulls out so that was an easy replacement. The upper rack required a 1/4" nutdriver to remove the sprayer from the rack and a slot screwdriver was used to remove the tab that was holding the rack to the slide arm. Total time, 10 minutes tops!

1. Removed the cap ends from the inner rails - easy

2. Removed the old rusted rack from the inner rails- easy

3. Removed the spray arm and conduit - a bit difficult: there's a hard-to-reach nut that you need to remove at the hub of the spray arm - A pain in the neck because it cannot be reached vertically.

4. Installed the spray arm and conduit onto new rack. Make sure the conduit aligns with the pipe at the rear inner wall! - easy

5. Installed the rack onto the rails - easy

6. inserted the cap ends - done!

Lower assembly only require removal and replacement without tools. Upper assembly required screw driver and pliers to install water wand from old rack to new rack.

The most surprising aspect of this repair was the short 36 hours that it took from order placement to product receipt.

Took out old basket, took off the sprayer arm and put it on the new basket.. pulled out the old wheels on the side tracks and slid the new basket in...pretty simple...

Tested the circuits then the inverter and found that to be no good. There was no 277 voltage leaving the inverter. Ordered new and replaced. The frig is now working fine.

Remove back panel on bottom of fridge to access compressor area. Remove screws from water solenoid and water valve and push to the side so the side of the compressor can be accessed. Then locate the inverter box. You will find a Phillips head screw on the bottom of the inverter. This is the only screw that hold the inverter in place. Remove the screw and tilt the inverter box forward away from the compressor, then lift the box out of the the holder. You may have to wiggle it a bit to get it out. Remove the plug that attaches to the compressor and then with the power on check your voltage coming to the compressor. It should read 120 volt. If it doesn’t your inverter is bad. Remove the other plug on the inverter box and pull the box out.
Reinstall the unit in reverse order. Use the appropriate jumper to plug into the wire connection going to box and then plug it into the connection off the fridge.
Once everything is reinstalled and before you put the back panel on plug your refrigerator back in and you should be able to hear the compressor working or feel the top of it to make sure. If it’s working you are good and can reinstall the back panel.
It will take 4-5 hours to come back to temp if it’s been off for any length of time.

remove lower rack. place in trash. place replacement rack into dishwasher

-Pulled refrigerator out to access back.
-Removed compressed paperboard cover.
-Found compressor running by the feel.
-Removed metal cover to control board.
-Found ~5V coming from control board to inverter (variable frequency drive) board assembly attached to compressor.
-Found ~120 going to inverter board.
-Removed inverter board assembly from compressor.
-Found equal resistance (~7 ohms for mine) at all three contacts of inverter (DC) compressor.
-Ordered inverter assembly, plus one extra and control board for possible future use so not to loose all my food again; I might order a compressor so I have it before price goes up.
-Installed inverter when arrived.
-Used air compressor to blow out accumulated dust on condenser coil.
-Closed up and cleaned up (C^2).
-Fridge cooled and back to proper temperature the next day.

Pulled ice box away from wall. Took lower cardboard cover off. Shut water line off. Got my volt meter and checked the current going from the wall to the plug in at the inverter (input side), and I had the required 115 volts. Then I unplugged the connection going to the compressor (not the plug at the compressor which you cannot see until you unbolt the inverter) but the output connection side that goes to compressor. I checked the voltage and had about 13 volts not the required 115 volts. Therefore, I came to the conclusion that the inverter was bad. I ordered one from Partselect and they shipped it right away. I installed it and the ice box is back up to running order.

The Lower Rack was a simple swap. The Upper Rack had a tube and rotating sprayer that had to be removed and installed on the new rack. I used a nutdriver to remove a few screws and reinstall them on the new unit. Very simple.

It was a very simple replacement. I took the old one out and rolled the new one in. It took less than 5 minutes!

Slid it in. Very easy and the replacement part is built better than the original part.