Power Station Electric Globe Valve, DN20, 3/4 Inch, 12CrMoV
Key Specifications / Features
Discover a high-quality Power Station Electric Globe Valve at our factory, crafted from durable Forged Steel 12CrMoV. With a precise DN20 size and 3/4 Inch diameter, our valves feature a Pressure Seal Bonnet for optimal performance. Designed for seamless integration, they boast a Butt Welding construction and reliable Gasket Seal for superior sealing efficiency.
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Detail Information
Power Station Electric Stop Valve Forged Steel 12CrMoV Power Plant Globe Valve DN20 Pressure Seal Bonnet Globe Valve
Name: Power Plant Stop Valve - PSB
Media: Oli, Gas, Water
Material: Forged Steel 12CrMoV
Size: DN20, 3/4 Inch
End connection: BW
Amidst the backdrop of climate change and the imperative to adopt renewable and environmentally friendly energy sources, there's a burgeoning demand for power generation. This necessitates a closer examination of industrial valve manufacturing within the power plant sector, aiming to enhance efficiency and optimize performance.
Though valves may seem like minor components within the expansive infrastructure of a power station, their significance is paramount. Within a single power plant, numerous valves play diverse roles, collectively contributing to its operations.
While the fundamental design principles of valves remain consistent, advancements in materials and manufacturing techniques have led to significant improvements. Consequently, modern valves operate with greater sophistication and efficiency. This article aims to shed light on the importance of valves within power plants, as well as their various classifications.
Bolted Bonnet and Pressure Seal Globe Valves
The globe valve, akin to the gate valve but featuring a spherical disk instead of a wedge-shaped one, serves the functions of shut-off, regulation, or throttling of media flow. Predominantly utilized for throttling, globe valves exhibit limitations in handling high-flow-rate media.
In power generation applications, globe valves excel in flow control, boasting a straightforward design that facilitates maintenance. The inherent low friction of their design contributes to prolonged service life.
Key considerations in selecting globe valves include the nature and velocity of the medium, as well as the desired level of control. Furthermore, factors such as the seat, disk, and operational mechanisms should not be overlooked.
a. Pressure Seal Globe Valve
For high-pressure applications, components like the disk, seat rings, and backseat require hard-facing to ensure durability.
b. Bolted Bonnet Globe Valve
Commonly employed for throttling services, bolted bonnet globe valves necessitate thicker cast sections in high-stress areas. Welded seat rings are essential to minimize leakage risks.
Name: Power Plant Stop Valve - PSB
Media: Oli, Gas, Water
Material: Forged Steel 12CrMoV
Size: DN20, 3/4 Inch
End connection: BW
Amidst the backdrop of climate change and the imperative to adopt renewable and environmentally friendly energy sources, there's a burgeoning demand for power generation. This necessitates a closer examination of industrial valve manufacturing within the power plant sector, aiming to enhance efficiency and optimize performance.
Though valves may seem like minor components within the expansive infrastructure of a power station, their significance is paramount. Within a single power plant, numerous valves play diverse roles, collectively contributing to its operations.
While the fundamental design principles of valves remain consistent, advancements in materials and manufacturing techniques have led to significant improvements. Consequently, modern valves operate with greater sophistication and efficiency. This article aims to shed light on the importance of valves within power plants, as well as their various classifications.
Bolted Bonnet and Pressure Seal Globe Valves
The globe valve, akin to the gate valve but featuring a spherical disk instead of a wedge-shaped one, serves the functions of shut-off, regulation, or throttling of media flow. Predominantly utilized for throttling, globe valves exhibit limitations in handling high-flow-rate media.
In power generation applications, globe valves excel in flow control, boasting a straightforward design that facilitates maintenance. The inherent low friction of their design contributes to prolonged service life.
Key considerations in selecting globe valves include the nature and velocity of the medium, as well as the desired level of control. Furthermore, factors such as the seat, disk, and operational mechanisms should not be overlooked.
a. Pressure Seal Globe Valve
For high-pressure applications, components like the disk, seat rings, and backseat require hard-facing to ensure durability.
b. Bolted Bonnet Globe Valve
Commonly employed for throttling services, bolted bonnet globe valves necessitate thicker cast sections in high-stress areas. Welded seat rings are essential to minimize leakage risks.
| Model number | J61Y-P54/320V |
| Item | Globe Valve |
| Certification | ISO 9001, ISO 14001, ISO 18001, TS, CE |
| Connection form | butt welding |
| Body material | forged Steel 12CrMoV |
| Seal material | Gasket |
| Feature | Easy disassembly and assembly |
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Source: https://www.vervovalve.com/power-station-electric-globe-valve-dn20-3-4-inch-12crmov.html