3 function shower valve

The three-way diverter allows you to alternate between any of your selected shower outputs by directing the water from the shower head to each additional accessory, one at a time. The diverter will not adjust the water temperature or turn the water off or on. All rough-in work should be completed by a professional.

What is a 3 setting diverter?

The 3-setting diverter allows you the ability to turn on either spray outlet individually or both together at the same time. This diagram explains the function options when using a 3-setting shower diverter fixture. In the case of a 3-setting diverter, you only use 3 of the 4 shower diverter valve ports.

What is the function of diverter valve?

Diverter valves switch the flow of water between the tub faucet and the showerhead. Water flows directly through the faucet and into the bathtub when the valve is open. When the valve is closed, water pressure forces the water to run upward to the showerhead.

How does a 3 handle shower diverter work?

Three-Valve Shower Diverter

A three-valve shower has three different handles that you turn to open or close the valves. One handle opens the hot water valve, one opens the cold water valve, and the third (generally in the middle of the temperature valves) diverts the water into the spigot or up to the shower head.

What does a 3 way shower diverter do?

3. Three-way Diverter Valve. This type of diverter valve allows you to divert the flow of water between three different outputs. For instance, you could switch between a tub faucet, a showerhead, and a handheld.

What is the difference between a 3 setting and 6 setting diverter?

The 3 setting diverter allows two shower components and the 6 setting diverter allows three shower components. The 3 settings would allow two individual settings and one shared setting for the two components.

What is a 4 way shower diverter?

4-Way Thermostatic ValveThis Thermostatic Valve has a four-way diverter that gives you the perfect setup to switch between an overhead shower, hand shower, tub spout, or other enhancements you have installed in your bathroom.

How do shower valves work?

So here’s how the shower valve works: you turn the trim, which pulls water from your water source. Cold water goes straight to the cold pipe, while hot water makes a stop in the water heater first. Water from both pipes meets at the shower valve, which mixes it together and sends it to the shower head or tub spout.

Why is my shower diverter not working?

The most common issue with a shower diverter is when water comes out of both the tub faucet and the showerhead. Check to be sure there is no residue clogging the shower diverter lever from fully lifting or lowering. If everything looks clear, the problem could be worn-out parts in the shower diverter valve.

Are all shower valves universal?

Shower valves are mostly sold separately from shower trim and accessories. Not all shower trim sets come with valves. Because they work in tandem, both the shower faucets (the shower trim) and the shower valve must be made by the same manufacturer and be the right pairing to ensure a proper fit to work correctly.

What are the different types of shower valves?

Mixing Valves. A traditional type of shower valve is the mixing valve, designed to draw water to the shower head from the hot and cold taps. Pressure Balancing Valves. Thermostatic Valves. Diverter Valves. Transfer Valves.

Do you have to shut water off to change diverter?

If you’re only working on the diverter, you don’t need to turn off the water supply to the faucet. While working, place a cloth over the tub drain to prevent any dropped screws from going down the drain. Some showers use a diverter built into the tub spout activated by lifting a button on the spout.

What does a shower diverter look like?

The diverter looks like a pin pulled upward from the bathtub faucet spout. It’s possible that it may come in the form of a third handle or a button that needs to be pushed or pulled. Either way, when the valve is activated, it engages a rubber stopper, which causes the water to flow in a different direction.

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