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The Kingston KNG Safety Relief Valves are designed for accuracy and reliability. Available in 1/2″ to 3″ NPT (D-J) orifice in brass, carbon steel, and stainless-steel materials. ASME, Section I and Section VIII National Board (NB), CE, and CRN certified for air, gas, steam, and liquid services up to 1500 PSI.Cryogenic, Tri Clamp Connections, and Flanged Joints options available.

Valves

Flow control valves are also used to help prevent excessive flow rates. This is such a crucial purpose as it could prevent potential damage to equipment or cause system instability. Therefore, by limiting the fluid flow, the valves can ensure that systems are operating safely while preventing potential hazards or costly damages.

Stainless steel nozzle, ring, disc, all internals and springs. Stainless steel body, bonnet.1500 PSI (103.4 Bar) for air/gas and liquid, 300 PSI (20.7 Bar) for steam.Temperatures -320°F (-196°C) to 800°F (427°C)

Same as Series 570 except with Stainless Steel wetted trimming (Nozzle and Disc).Set pressures for air and steam up to 300 PSI (20.7 Bar)

Steam Boilers, Air Compressors, Dryers, Receivers, Pressure Vessels, Piping Systems, Accumulators, Reducing Stations, Tanks, Inter/After Coolers, Cooking Equipment, Autoclaves, Sterilizers or wherever higher capacity pressure protection or relief may be required.

100% stainless steel valve. Shown with closed cap. ASME Section VIII for Air/Gas/Liquid to 1500 PSI. Steam service to 300 P.S.I.

Use for ASME Section I applications, boilers, or most areas where steam safety valves are required.Set pressure up to 250 PSI (17.2 Bar)

For more information about any of our different types of flow control valves, or to discuss your application requirements in more detail, please contact Fluid Controls today on +44 (0)118 970 2060 or email Sales@FluidControls.co.uk.

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Now that we’ve discussed at length how flow control valves work and understand the main purposes of flow control valves, here are some applications of flow control valves and how they can be used.

Brass nozzle, stainless steel ring, disc and springs. Brass / bronze body, bonnet.350 PSI (24.1 Bar) for air/gas and liquid, 250 PSI (17.2 Bar) for steam.Temperatures -320°F (-196°C) to 406°F (208°C)

Series 740 safety and relief valve is designed for accuracy and reliability. Engineered for heavy-duty industrial usage. Multiple purpose pressure relief valve for all services: Liquid, Steam and Air/Gas. ASME and National Board Certified for Section VIII service as well as CE and CRN certifications. Pressures are to 1500 PSI. Available with a full array of metal seating options.

Checkvalve

There are not only examples of techniques and mechanisms that flow control valves can use. Flow regulation can be achieved using disks, spools, or plates. The different mechanisms used depend on the specific design and application requirements.

As we have demonstrated above, flow control valves are essential devices in fluid systems that offer a way for operators to precisely control flow within a system. From irrigation systems to hydraulic systems, regulating flow rates can ensure system functionality, avoid damage to systems and ensure optimal performance.

While you may need a flow control valve to control the rate of fluid within a circuit you may be wondering how a flow control valve works and in what settings they’re most likely used. Here in this article, we will delve into the main purposes of flow control valves. You will learn about the different types of flow control valves that are available and how does flow control work across different settings. Read on to find out more.

ASME Section VIII, CE, CRN certified for unfired vessel protection.Used for many applications to protect or relieve pressure for Air / Gas or Steam.Set pressures: Air up to 300 PSI (20.7 Bar), Steam to 250 PSI (17.2 Bar).

You can find flow control valves are used extensively across a wide range of industrial settings. In particular, within the oil and gas industry. Flow control valves are used within this sector in pipelines, offshore platforms and refineries to regulate the flow of various fluids including crude oil and natural gas. They’re used within this setting to ensure safe and efficient processing, distribution and transportation of fluids and gasses.

Pressurerelief valve

Our 560 / 570 valve line is a high capacity safety valve used for boilers, piping lines and vessel protection. Designed and engineered for heavy-duty industrial use. ASME and National Board certified for Section I and VIII as well as CE and CRN Certifications.

Solenoidvalve

While the concept of a flow control valve may sound confusing and complicated, in fact, they are pretty straightforward. A flow control valve adjusts and controls the flow of air or liquid within a system. Many people get confused between flow control valves, pressure controllers, and regulators. But while there are similarities, they do not work in the same way. For example, the use of a pressure regulator to control flow has the potential to damage components and can result in wasted energy.

Stainless steel nozzle, ring, disc and springs. Brass / bronze body, bonnet.1500 PSI (103.4 Bar) for air/gas and liquid, 300 PSI (20.7 Bar) for steam.Temperatures -320°F (-196°C) to 425°F (218°C)

Carbon and stainless steel valve. ASME Section VIII for Air/Gas/Liquid to 1500 PSI, Steam service to 300 PSI. Closed cap option pictured.

Pressurevalve

Series 69 is an industry standard liquid relief valve used for pressure relief and by-pass.Engineered and designed for heavy duty, industrial and commercial usages. A single piece bonnet to eliminate leakage while allowing for simple cleaning. Easy removable sealed hex-cap to adjust pressure.

Multiple purpose safety valves for air / gas protection. Designed for durability, yet an economical choice for safety and relief applications.ASME and National Board certified for Section VIII as well as CRN Certifications.Choose for a variety of applications where mid-level capacity is required.

Series 69 Liquid Relief Valves are calibrated (set to pressure) based on a range of flow-rates (GPM) versus seat size and set pressure. Standard valve is set to pressure to achieve flow rate maximum and minimums within each set pressure range. See capacity chart for details.Temperatures -60°F (-51°C) to 406°F (208°C), low reduced to -320°F (-196°C) with PTFE option, high increased to 425°F (218°C) with stainless option.Liquid Relief Valve Model Choices:Brass/bronze valve with stainless steel springsStainless steel body / disk and springs with bronze bonnetWide Range:Series 69 is available with a wider adjustable range (as an option). Valves are set to the mid-level pressure (or as specified). Typical wide-range is 150 PSI increments. Note: Flow rates are not showing.

Stainless steel nozzle, ring, disc, all internals and springs. Carbon steel body, bonnet.1500 PSI (103.4 Bar) for air/gas and liquid, 300 PSI (20.7 Bar) for steam.Temperatures -20°F (-29°C) to 800°F (427°C)

Pressure Vessels, Pumps, Hydraulics, Tanks, Steam Systems, Chemical, Cryogenic, Air and Gas Compressors, Separators, by-pass and over pressure protection. Choose for most industrial applications requiring a safety relief valve.

Another example of where fluid control valves are used is within water management systems that control the flow of water in wastewater treatment plants, dams and irrigation networks. These valves play a crucial role in maintaining optimal water levels and ensuring effective water distribution and preventing flooding.

Another purpose of flow control valves is to balance flow distribution. This means that within systems that have multiple outlets or branches, valves can be used to ensure a precise balancing of fluid distribution. Adjusting each valve individually allows operators to ensure that each branch receives the flow rate required to ensure the overall performance and functionality of the system.

Safetyvalve

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Therefore, flow control valves work by using mechanisms to control the flow rate. One of the most common flow control valve types is the needle valve This features a needle-like plunger that allows or restricts fluid flow by adjusting its position. This works as when the needle valve is partially closed the space through which the fluid travels is made smaller, which leads to a reduced flow rate. However, if the opening valve increases the size of the space then more fluid can pass through.

The ball valve is another type of flow control valve and it uses a spherical ball with a bore through the centre. Operators can control the flow rate using this kind of valve by rotating the ball. When the ball is rotated to line up with the pipeline fluid can be free-flowing. But if the rotating ball is perpendicular to the pipeline then the flow is restricted.

One of the main purposes of flow control valves is to allow users to regulate and adjust the flow rate of fluids within a specific system. They’re used by operators to increase or decrease the volume of fluid passing through a pipeline by manipulating the valve’s settings. This is particularly popular in scenarios where specific process requirements are needed.

Same as Series 570 except with Stainless Steel wetted trimming (Nozzle and Disc).Set pressures for air and steam up to 300 PSI (20.7 Bar)

Available with stainless steel nozzle and disk. Non-code, field adjustable liquid relief valve. Set pressures to 600 PSI.

Flow control valves are vital and essential components of fluid systems and are used to provide precise control over the rate at which fluid can pass through a system of pipelines. You’ll mostly hear about the use of flow control valves in hydraulics but they can be used in a variety of settings, inducing commercial, industrial and residential settings.

Temperatures -60°F (51°C) to 406°F (208°C), low reduced to -320°F (-196°C) with PTFE option, high increased to 425°F (218°C) with stainless option.

Use for ASME Section I applications, boilers, or most areas where steam safety valves are required.Set pressure up to 250 PSI (17.2 Bar)

Include liquid by-pass, regulation, continuous pressure relief and over-protection. Also used on pumping stations, tanks, hydraulics, fluid / piping lines, oil fields, gas lines where a Liquid or Water Relief Valve is needed.