By replacing the beveled washer with a flat one
no it can't , valves you can use are a prv pressure reducing valve or a globe or flow valve
If a globe valve is the same as a ball valve and your question is how does it work to stop the flow of water? There is a ball inside the valve that has a hole through the center in the same direction as the handle. When you turn the handle, the hole closes and seals against the sides of the valve.I Globe Vavle is not the same as a Ball Valve. A Globe Valve has a disc that closes an opening and can be used to throtle the flow. A Ball Vavle is as described above. The Globe Vavles usually have a wheel type valve handle and a ball valve has a lever type handle.
The Globe valves are generally used to control the flow rate and ball valve used for open /close purpose only.A globe valve is a type of valve used for regulating flow in a pipeline, consisting of a movable disk-type element and a stationary ring seat in a generally spherical body.A ball valve is a valve with a spherical disc, the part of the valve which controls the flow through it.
The Gate valve is the stop valve & the Globe valve is the fluid Regulating valve.
If the purpose of the valve is to modulate flow, a globe valve is preferable. If the valve is only on-off, a gate valve is preferable because of lower pressure drop when the valve is open. As wikipedia , A globe valve is a type of valve used for regulating flow in a pipeline, consisting of a movable disk-type element and a stationary ring seat in a generally spherical body. So i think it is a globe valve to use in steam pipeline.
The external housing (shell) of gate and globe valves are similar, but the globe valve is designed to serve as a regulating valve, meaning that it can adjust the flow by the percentage of the opening. However, the gate valve is not designed to regulate flow, but to stop the flow. A gate valve should always be either fully open or fully closed. The main difference is in the form of the inner elements and the form of the flow inside the valves. In addition, the gate valve may have a rising or non rising stem while the globe valve is typically a rising stem design. The direction of flow through a gate valve is not important. However a globe valve has a flow direction indicated on the outer shell (body) which indicates the direction of flow from beneath the seat. In a gate valve, the closure element is a plate or disk which travels parallel to the plane of the seat. The gate in a dam is a well known example. In a globe valve, the closure element is usually called a "poppet", and it travels perpendicular to the plane of the seat. There are specific advantages and disadvantages to each type depending on the application. The application for a globe valve is regulating flow. It is not well suited for full stop isolation. The gate valve is an isolation valve and not designed to regulate flow.
The flowpath in gate valves is sraight. In a globe valve, the flow has to make at least one 90° angle (for some angle body valves) and usually more. Changing the direction of the flow causes pressure drop. Also, the minimum flow area of a gate valve is usually greater than the same size globe valve, making it more efficient. Energy in the flow is lost in expansions and contractions, and the loss of energy manifests itself as pressure drop. The fewer expansions, contractions, direction changes, and general disruptions of any kind in the flow, the lower the measureable pressure drop will be.
A globe valve is a type of valve used to regulate fluid flow in pipelines. It features a spherical body shape and a movable disk or plug that controls the flow by positioning itself between two seats. Globe valves are known for their ability to provide precise flow control and are commonly used in applications where throttling is necessary. They typically have a higher pressure drop compared to other valve types, making them suitable for applications where flow regulation is more important than minimal resistance.
Want to give an idea what pressure ?How about saying is it vapor (steam) or liquid
Yes, a globe valve can technically be installed upside down, but it is not recommended. This orientation may affect the valve's performance, leading to issues such as improper sealing and flow restriction. To ensure optimal functionality and longevity, it's best to install the valve in the manufacturer's recommended position, typically with the flow direction indicated by the arrow on the valve body.
A globe valve is designed for throttling flow and provides a spherical body shape that allows for precise control of fluid flow. It features a movable disk or plug that can be raised or lowered to adjust the flow rate. In contrast, a SDNR (Sliding Disc Non-Rising) valve is a type of valve that uses a sliding disc mechanism to open and close, often offering quicker operation and a more compact design. While globe valves are typically used for regulating flow, SDNR valves are often favored for on/off applications in systems where space constraints are a concern.
HECK NO READ the ASME code or the NBBI Also read up on valves and what they are designed to do. A "Globe" valve is used for THROTTLING and severely restricts flow Personally I like using a GATE valve in combination with a ball valve for Blow down applications