Question about Dishwashers
Ocate your dishwasher's water inlet valve. It should be located behind the lower kickplate panel in either the right or left corner. There will likely be two screws either on the top of the panel, or on its bottom. Remove these two screws, and then remove the kickplate. On some dishwasher models, the door has to be opened in order to gain access to, and remove the kickplate's screws. Close the door before you remove the kickplate panel.
You will be able to identify the water inlet valve by the hoses that connect to it. There will be one hose feeding water from the house to the water valve, and another hose leading from the water valve that carries water away. Now is a good time to inspect your dishwasher's hoses, to make sure they aren't responsible for any water flow problems. Make sure the hoses are securely connected to the valve. Also check to make sure there are not kinks in the hoses. Kinks can impede the flow of water.
There will be two wires connected to the water inlet valve. If your dishwasher's water inlet valve has two solenoids, then there will be four wires. Label the wires so that you will be able to correctly reconnect them later. The wires are connected using slip-on connectors. Grasp the connectors and pull on them firmly in order to disconnect the wires from the valve's terminals. Do not pull on the wires themselves. You may want to use a pair of needle nosed pliers to help you.
Use your multitester to test the valve for continuity. Set the device to the ohms setting x 1. Touch each of the meter's probes to a terminal. If you receive a reading of infinity, it means the valve's solenoid is faulty and the valve needs to be replaced. If your valve has two solenoids (four terminals), test the second pair of terminals in the same manner. If either pair of terminals receives a result of infinity, replace the water inlet valve.
Posted on Dec 27, 2008
If you bought it scond hand there would have been no asurance that it worked. you might want to check the lines and all the connections but i think you nought a bad machine
Posted on Dec 28, 2008
Two things to consider....clean water or dirty water?
Clean water usually indicates the fill valve is not shutting off all the way and the fill valve is "weeping" water in all the time = new fill valve time!!
Dirty water usually is not a dishwasher problem but more of a plumbing issue. Often the sink drain that carries the sinks water outside is not fast enough and some of this sink water is backing up into the drain hose and filling up the dishwasher through the drain hose. The drain from the sink to outside needs attention as this type of a problem indicates a slow house drain for that sink.
The dishwasher drain line should be clamped to the top underneath part of the counter before entering the sink drain plumbing, this may help the water from coming back inside the dishwasher.
Dishes not cleaned properly....
It doesn't work at all
It cleans poorly
There's no water entering the machine
The water doesn't drain from the machine
The dry cycle has problems
The door has problems
The cycle doesn't complete
I see an error code
The detergent cup doesn't open
The cycle times are too long
Posted on Dec 27, 2008
Step 1: Make sure that the water supply to the unit is turned on and that there's no problem at the water heater. A shutdown of the water heater would cause a shutdown of the water to the dishwasher.
Step 2: Check the timer to make sure it's working through its programmed sequences. If both the water supply and the timer are in working order, the problem is probably in the inlet valve.
Step 3: Check the inlet valve located under the tub of the dishwasher. Malfunctions of the inlet valve may also occur when a screen inside the valve becomes clogged with mineral deposits. To solve this problem, pry out the screen with a screwdriver and flush it thoroughly with running water. Then replace the screens.
Step 4: If the valve is controlled by a solenoid, the solenoid is usually connected to the side of the dishwasher. Tap the solenoid and the valve lightly with the handle of a screwdriver to break it free of any obstruction. Then start the dishwasher again.
Step 5: If the dishwasher still doesn't fill, test the solenoid with a volt-ohm-milliammeter (VOM) set to the RX1 scale. Disconnect one electrical lead to the solenoid and clip one probe of the VOM to each solenoid terminal. If the meter reads from about 100 ohms to 1,000 ohms, the solenoid is functioning. If the reading is higher than 1,000, the solenoid is faulty and should be replaced.
Step 6: If necessary, replace the solenoid with a new one of the same size and type. Connect the new solenoid the same way the old one was connected.
Badly worn or misshapen inlet valves cannot be repaired. If the valve is damaged, replace it with a new one made for the dishwasher. The valve is usually held to a mounting bracket with screws. Take apart the connection linking the valve to the water supply. Then take out screws and remove the valve. Install the new valve by making the connections in reverse order.
Posted on Dec 27, 2008
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Posted on Jan 02, 2017
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