How to Install His & Hers Shower Heads Without Pressure Loss

Installing 2 shower heads in one shower is a fantastic way to produce a spa-like feeling in the bath. Frequently called “his and hers” shower heads, these two water sources could be operated independently from one another, or they might operate on the same valve. A frequent issue of the shower installation, however, is loss of water pressure when both are in use. This problem could be solved, provided you could establish the source of the issue.

Assess Your Water Supply

In many residential areas, cities provide the water. In some communities, however, water provide water. The output signal from a well could be 5 liters of water a moment — GPM — or even less. The average shower head uses roughly 5 liters of water a second; installing 2 shower heads would transcend the well’s abilities, resulting in just 2.5 GPM per shower head, that might translate into a reduction of pressure. To solve this problem, update your well pump, or include a water storage tank to your home to grow the GPM to a minimum of 10.

Assess Your Inner Plumbing Pipe Size

Plumbing pipes come in a multitude of sizes. The water coming into your home might be traveling in a 1-inch or 3/4-inch supply line. When it enters your home, but this often shrinks to 1/2-inch pipes. This drop in size can mean as much as a 75 percent reduction in pressure and water quantity. By upgrading the magnitude of your plumbing leading to the bathroom to 3/4 inch, then you increase the pressure at every shower head. To do that you will also have to update the shower valves to take care of 3/4-inch supply too.

Utilize a Thermostatic Shower System

There are two sorts of shower valves: pressure balance valves and thermostatic valves. In case the two shower heads run from the same valve, it is probably a pressure balance system. This usually means that the valve will attempt to keep the pressure even through both shower heads, which might lead to a reduction of pressure, especially if both heads aren’t required simultaneously. A thermostatic valve has a separate volume control for every shower head. You can increase or decrease the quantity of water coming out of every shower head, potentially increasing volume and pressure to each. You can even shut off one shower head when it is not being used, increasing pressure to the rest head.

Utilize Low Pressure Shower Heads

Shower heads come in a vast array of sizes and sorts. One step is that the GPM of the shower head. Some shower heads, such as rain style shower heads, use up to 10 GPM, however have very low water pressure, since the water is intended to simulate rain. Other shower heads have considerably lower GPM and may operate under higher pressure since the internal size of the shower is tighter. Additionally, there are shower heads that are designed just for low pressure showers. They help to concentrate the water by holding it in a small reservoir while pressure builds up behind it, which means you find a noticeable difference in circulation.

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