The washing machine valve is the part that links the two water hoses to the machine. Yet, it maintains the flow of both cold and hot water. This inlet valve is found on the back of your washing machine. Yet, it controls the entry of water into your washing machine. In other words, this valve act as the kind of gatekeeper. It allows water to flow into a tube when it receives specific electrical signals from the washer. As this valve act as a gate, it remains in a close position. When you initiate the wash cycle, the machine sends a signal to the solenoid to maintain the unique gate.
The solenoid activates the gate to open to pass the water into the machine. Washing machine valves intended for fast disconnection of water supply. It reduces damage during leakage and difficulties for the more specific plumbing work. The more suitable handle intends to decrease space. It permits washing machines to fit under kitchen counters. The valve can use different devices with water taken care of, like dishwashers.
How does the Washing Machine Inlet Valve Works?
The inlet valve of the machine has two line ports. These ports are cold water hoses and hot water. Yet, these two ports are set at the back of the washing machine. A valve regulates every port. Yet, the solenoid valve transmits electrical energy. This energy uses to open and close the flowing of cold and hot water. It is based on the wash temperature setting and signals from the water level switch. Setting a water inlet valve is a matter of checking the elements till you find the issue. Sometimes, the fix will wash the filter mesh. Yet, it requires an alternate of the entire valve.
Standard Size: The typical sizes from;
1/4″, ·3/8″, ·1/2, 3/4″ and 1″.
Technical Specification: Inlet Water Solenoid Valve for Washing Machine
|Mounting Space||45 mm|
|Water Pressure Range||0.02 to 1 Mpa|
|Rated Voltage||AC 110V, AC 220V|
|Working voltage||AC 110V ±15%, AC 220V ±15%|
How to install a Washing Machine Valve?
The subsequent stages will help you to install a washing machine valve. It will also help you to stop the flooding.
Step-1: Turn off the cold and hot water valves. Yet this valve leads to the washing machine.
Step-2: Detach the hoses from the back side of the washing machine. Slide the machine out of the way.
Step-3: Fasten the two brass 90-degree elbow to the washing machine valve.
Step-4: Apply the close-quarter tubing cutter. It will cut into existing cold and hot water supply pipes.
Step-5: Clean the new pipe and fit it with the cleaning brush.
Step-6: Apply the acid brush to flux the pipe ends and fittings.
Step-7: Solder the new pipe and fit it into the previous water supply tubes.
Step-8: Attach the compression fittings on the brass elbows. It connects the washing machine valve to the water supply pipes.
Step-9: Attach the pipe to the wall with 3/4” screw and pipe clips.
Step-10: Slide the washing machine back into the same stage. Yet, it connects its cold and hot water hoses to the valve.
Step-11: Seal in the washing machine’s power. Yet, then open the cold and hot water close valves.
Ste-12: Snap the cover onto the valve. It opens the valve by sliding its lever to the left.
How to Substitute a Washing Machine Water Inlet Valve?
Before You Start
Detach the washing machine from the power. Yet, the water supplies before looking at the water bay valve. Switch off the washer and turn it off from the wall outlet. Switch off the hot and cold water valves on the house side of the water supply hoses. Set a pail on the floor to get water from the supply hoses.
Unscrew the washer closures of the hoses from the washer. Use the pliers to loosen the links, if essential. Direct the loose of each hose into the bucket to empty the hose’s water.
To replace this, you’ll need the following things
- Check the Filter Screens
Check for stops in the channel separating the water inlet valve. It obstructs the water stream. This is why water inlet valves fall flat, which is the most specific issue to fix.
Use a flashlight to peer inside the water channel valve’s two hose-fitting ports. There should be a screen inside the port. Spotless, the screens if they are grimy.
- Test the Inlet Valve Solenoids
Test the valve for failure when the clog screens are not the issue. Depending upon the machine model, you might need to end either the back or front of the washer cabinet. It is done to get close enough to the wire links on the water inlet valve.
End the back, top, or front of the cabinet as suitable. It is the owner’s manual to follow in the apparatus. Yet, note that two wires links with every solenoid. Pull them off each in turn, and name them so you can reconnect them.
Placed a multimeter to the OHM X1 set. Test the solenoids for flow by contacting one tester probe to one of the two ends on each solenoid. The perusing ought to show some opposition. If the reading shows zero resistance, the solenoid fault and the valve should be supplanted. Test the two solenoids; if either is defective, the whole valve should replace.
- Replace the Water Inlet Valve (depending on the situation)
Unscrew the latches tying down the valve to its lodging or the rear of the washer. Note the variety and position of the wires connected to the solenoid, and name them. Detach the wires by pulling the attachments separately.
Separate the inlet valve from the inside tube that sends water to the tub. Relying upon the kind, it comes with a hose brace, which you end with pliers or a screwdriver.
Record the brand and model number of the washer. Yet, if you can track down it, the brand and part number of the water channel valve. With that data, get a substitution valve from a machine parts seller.
Problems with Washing Machine Valve
An inlet valve manages a fair complex junction. This conjunction between mechanical, electrical and fluid parts of a machine washer. Thus, it is normal for inlet valves to undergo issues over the vast flow. The most faced problem is that of a confined water stream. This is not the result of unsuitable working to such a size.
However, it is due to residue blocking up the inlet port. Inside of the inlet valve’s ports is a standard mesh filter screen. Yet, this rounded piece of metal mesh is like the inlet screen on a fixture. It is liable for preventing sand and minerals. It also applies to other trash from reaching your system. Over a backup around the filter, such waste will be kept around the channel. It will delay the discharge of water into the machine.
This might introduce two issues. To start with, it will slow the water section into your washer. At times, if the action turns out to be thick enough. However, it might keep water from entering the machine. When this occurs, the tension inside the stock hoses develops. Thus, the strain might turn out ideal when the hose starts to spill. In the most alarming situation possible, the hose will burst. It transfers a regular flow of water across the floor.
An inlet valve may stop working because of issues with the solenoids. Like every single electrical part, the solenoids have a specific life span. Yet, they are reliable for becoming overworked and bun out. When this occurs, the electrical sign shift from the machine can’t set off the doors within the bay valve to open.
A poor solenoid will keep water from entering the washtub. The confirmation of the solenoid is necessary, which causes this issue. For this, a skilled maintenance person will check if that solenoid is stuck shut. The professional will replace the entire water valve if that is the situation. We never try to disassemble a water valve. Yet, it is not intended for that to finish in the field.
FAQs about Washing Machine Valve
What type of thread is the washing machine hose?
The cold and hot hoses are 3/4” female thread-fitting on each end. These hoses also come in different lengths, from 4 to 10 feet.
What is the Standard Size of a Washing Machine Valve?
All washing machine valves provide in standard 15mm sizes.
What size thread is a washing machine valve?
Valve/tapes, connectors, and fittings for plumbing in your kitchen. The two typical hoses connect from the back of the machine to supply water. The cold and hot hoses are 3/4” in diameter. The hose is marked to distinguish them from each other. You can attain a hose with a 90-degree elbow on one or straight ends.