LN4133 3 Way Globe Control Valve to achieve drip sealing, leakage level VI level, ratio is typically used to regulate, through adjust the position of valve core will be two separate fluid by required from common export ratio, when the DN 80 mm, can also be used to bypass occasion. LN5134 3 Way Globe Control Valve to achieve drip seal, leakage level grade VI, commonly used for heat exchange system of large diameter, high pressure differential bypass, normal sizes of 3 way globe control valve is 1" to 12".
A 3-Way Globe Valve is a type of industrial valve that has three openings or ports, allowing it to control the flow of fluid or gas among three different directions. It is commonly used in various applications where diversion or mixing of flow is required. The design of the valve includes a globe-like body with an internal baffle or plug that directs the flow according to the valve's configuration.
The three primary configurations of a 3-Way Globe Valve are:
Mixing Valve: In this configuration, the valve allows the flow from two inlet ports to combine and exit through a single outlet port. It is used when two streams of fluid need to be mixed in a controlled manner.
Diverting Valve: In a diverting configuration, the valve allows the flow from a single inlet port to be directed to one of two outlet ports. It is used to divert the flow between two different destinations.
Universal Valve: The universal configuration is a combination of the mixing and diverting valves. It allows the flow from two inlet ports to be directed to one of two outlet ports, or it can mix the flow from both inlets and discharge it through the third port. This provides a versatile solution for various flow control scenarios.
Versatility: 3-Way Globe Valves offer multiple flow paths, making them suitable for applications where flow diversion or mixing is required.
Precise Flow Control: The globe valve design allows for accurate and fine-tuned control over the flow, making it suitable for applications that demand precise regulation.
Reduced Installation Space: Using a single valve with multiple flow paths can save space and simplify the piping layout compared to using multiple valves.
Cost-Effective: In certain applications, a 3-Way Globe Valve can be more cost-effective than installing multiple individual valves.
Flow Isolation: When the valve is in the closed position, it provides positive shutoff and isolates the process media from the connected piping.
3-Way Globe Valves are widely used in various industries, including HVAC systems, chemical processing, water treatment, and industrial processes where flow diversion, mixing, or control is necessary. Proper selection of the valve type and configuration is crucial to ensure optimal performance and efficient flow management for specific applications.
The SUPCON LN Series 3 Way Globe Valve are for precise 3-way flow control for mixing two inlets into one outlet. They use a linear trim. 3 way valves are designed to work with either a pneumatic or electronic actuator. The 3-way globe control valve is a shut-off valve with three pipe connections for general co-mingling (mixing) or diverging (splitting) service. They are available in both ANSI Class 125 and 250. 3 way globe control valves include cage, ported and stem-guided designs, with options for high-temperature service and can be specified with end connections to suit most piping schemes.
Three-way control valves work by providing three distinct flow paths for fluid or gas, allowing the valve to control the direction and rate of flow among these paths. These valves are commonly used in applications where flow diversion, mixing, or regulation is required. Here's how they work:
Flow Paths: A three-way control valve has three ports - an inlet port (typically labeled "A"), an outlet port (usually labeled "B"), and a third port (commonly labeled "AB" or "M"). The "AB" or "M" port is the common port that connects to the internal passage or chamber of the valve.
Mixing Configuration: In the mixing configuration, the fluid or gas flows from the inlet port (A) and the second inlet port (AB or M) and then combines in the valve's internal chamber. The blended flow then exits through the outlet port (B). By adjusting the position of the valve plug or disc, the flow rate from both inlet ports can be controlled, allowing for precise mixing of the two streams.
Diverting Configuration: In the diverting configuration, the fluid or gas flows from the inlet port (A) and is directed to one of the outlet ports (B or AB/M), depending on the position of the valve plug or disc. By adjusting the valve position, the flow can be diverted between the two outlet ports, providing control over which direction the fluid or gas travels.
Universal Configuration: The universal configuration combines both the mixing and diverting functions. The fluid or gas can flow from either of the two inlet ports (A or AB/M) and be directed to one of the two outlet ports (B or AB/M) or a mixture of both. This provides the most versatile flow control option, allowing for mixing, diverting, or a combination of both.
Control Mechanism: Three-way control valves are often operated using pneumatic, electric, or hydraulic actuators. The position of the valve plug or disc is adjusted based on the signals from a controller or a feedback system, which monitors and regulates the flow, pressure, or temperature in the process.
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|Nominal Size||DN25 to DN300(1" to 12")|
|Pressure Rating||PN16/PN40; CL150(PN20), CL300(PN50)|
|Operateing Temperature||-17℃~ +425℃|
|Seat Leakage Class||ANSI B16.104: IV、V、VI|
|Body Material||WCB/WCC/LCB/LCC;WC6/WC9;CF8/CF8M;4A/5A etc.|
|Trim Material||630/316/316+ST/316nitriding/316+Ni60/316+WC etc.|
|Seal Material||PTFE+ graphite v-shaped packing, flexible graphite ring packing, graphite +PTFE braided packing etc.|
1.3 Way Globe Control Valve has strong sterilization and detoxification functions to prevent the product from contaminating bacteria.
2, gasket, valve body middle ring, valve stem packing all use high-quality PTFE material. Long life and corrosion resistance to ensure no internal or external leakage.
3, streamlined flow channel, so that the pressure loss is small.
4. The gasket can be replaced, which is more convenient for disassembly and low maintenance costs.
5.Precise structure and good sealing performance, eliminate running, dripping, leaking, saving energy consumption, and provide favorable conditions for civilized production in the workshop
6. Wide range of use, can be widely used in the workshop.
Oil and gas production
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