When to Use a Diverter Valve?

You’ve used a diverter valve if you’ve ever turned a shower faucet’s knob to direct water to the showerhead. It redirects the direction of water, just as its name suggests. Showerheads can access water thanks to this straightforward piece of plumbing hardware. 

Diverter Valves Are Processing Valves.

diverter valve, also known as a directional control valve, is used in processing facilities to direct material flow from a single source to multiple outlets. It is designed to accommodate both gravity flow and pneumatic conveying pressure. Diverter valves can be either manual or automatic. They are perfect for applications where it is necessary to pump or transfer goods to several vessels or silos.

Manual valves are recommended for small systems where product changeovers are relatively infrequent. Automatic valves are required in large processing facilities or situations where product changes frequently occur.

They Allow Water To Flow From A Tub Faucet To A Showerhead.

Various diverter valves can deliver water to a showerhead or a bathtub. These diverters can mix hot and cold water to create the desired temperature in either a shower or a bathtub. To use the diverter, turn the handle clockwise 180 degrees, which will cause blended water to exit the showerhead. To reverse the process, turn the handle counterclockwise.

The resulting water will be directed up toward the shower head. The diverter valves come in a gate-style unit and a rotating valve. These valves are located below the spout of the tub faucet. The water should flow from the faucet to the showerhead when both are in use. If the diverter does not work, the water will flow back to the faucet. If the diverter does not function, it is time to replace it.

They Are Helpful In Flow Control And Pipeline Circuits.

The purpose of diverter valves is to redirect fluid flow in a pipeline. These valves are useful in the pipeline and flow control circuits because they enable switching and metering control. They also help regulate pressure and flow rates. Depending on the application, a diverter valve can be used as a solenoid valve, a rotary valve, a ball valve, or both.

These valves are often operated by hand, using a lever that turns a quarter revolution between open and closed positions. On the other hand, globe valves are operated by a handwheel that rotates on a lead screw and raises or lowers the valve plug. Some of these valves are fitted with reduction gear for additional mechanical advantage. Diverter valves are useful in pipeline circuits, flow control systems, and agricultural applications.

A diverter valve must be a full opening type. The valve must be able to close the flow when the discharge line is closed. It must also be able to open and close discharge lines automatically. Depending on the size of the valve, it can be operated in two separate locations. Diverter valves must be equipped with bright indicators to display the working pressure of their accumulators and actual pressures at various functions. The regulator should allow for adjusting the sealing pressure of the diverter valve.

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