The EBRO V-3MH is a three-piece full-bore shut-off ball valve with a stainless steel body. The valve covers nominal sizes DN 8–DN 100, with standard threaded and butt-weld end connections, and features an EN ISO 5211 actuator mounting interface on top; its sealing performance meets EN 12266 leakage rate A. It is suitable for media shut-off and on/off control in process lines operating at temperatures from -10°C to +180°C, meeting the requirements for actuator integration and remote automated control in automated process lines.
V-3MH Three-Piece Full-Bore Shut-Off Ball Valve Product Image
EBRO
V-3MH Three-Piece Full-Bore Shut-Off Ball Valve | EBRO
Product code: V-3MH
Full-bore stainless steel ball valve for media shut-off in process lines, with an EN ISO 5211 interface for mounting pneumatic or electric actuators to enable automated control.
- Category
- Ball Valves
- Nominal size
- DN 8–DN 100; NPS ¼–4
- Operating temperature range
- -10°C to +180°C (depending on pressure, media, and materials)
Specifications
- Nominal size
- DN 8–DN 100; NPS ¼–4
- Operating temperature range
- -10°C to +180°C (depending on pressure, media, and materials)
- Nominal pressure
- 63 bar (DN 8–DN 50); 40 bar (DN 65–DN 100)
- End connections
- Threaded, butt-weld; other types available on request
- Flow path
- Full bore
- Body construction
- Three-piece
- Body material
- Stainless steel
- Sealing class
- EN 12266, leakage rate A
- Actuator mounting interface
- EN ISO 5211
Application scenarios
Media Shut-Off Control in High-Temperature Process Lines
For media shut-off and on/off control in process lines operating at temperatures from -10°C to +180°C; the applicable temperature depends on pressure, media, and materials.
Actuator Integration in Automated Process Lines
For process lines requiring remote automated control, the valve body features an EN ISO 5211 actuator mounting interface and can be combined with pneumatic or electric actuators.
Selection points
Three-Piece Body Construction
The V-3MH features a three-piece body construction.
Full-Bore Flow Path
The V-3MH features a full-bore flow path design.
EN ISO 5211 Actuator Mounting Interface
The valve top features an EN ISO 5211-compliant actuator mounting interface.
FAQ
What are the applicable sizes, pressure, and temperature ranges of the V-3MH three-piece ball valve?
The V-3MH three-piece ball valve covers nominal sizes DN 8 to DN 100, corresponding to NPS ¼ to 4. The nominal pressure is 63 bar for DN 8 to DN 50 and 40 bar for DN 65 to DN 100. The operating temperature range is -10°C to +180°C, but the actual usable temperature must be determined based on the combination of pressure, media, and valve materials.
What does the full-bore design of the V-3MH mean for pipeline selection?
The valve has a full-bore flow path, so its internal bore matches the corresponding pipe diameter, reducing local flow resistance associated with reduced-bore designs. For pipelines that need to balance media flow capacity, pressure drop control, or pigging conditions, the full-bore construction should be evaluated first based on the actual pipe diameter and operating conditions.
What end connections are available for the V-3MH three-piece ball valve?
The standard end connections listed on this site include threaded and butt-weld connections, making it easy to match different piping connection requirements. Other end types must be confirmed based on the actual model and application conditions.
Is the V-3MH easy to configure with pneumatic or electric actuators?
The valve features an EN ISO 5211-compliant actuator mounting interface for actuator installation. When selecting a pneumatic or electric actuator, the valve specifications, operating torque, and automation control requirements should be further verified.
What standard does the sealing performance of the V-3MH comply with?
The sealing class of the V-3MH complies with EN 12266 at leakage rate A; valve marking complies with EN 19. Sealing suitability under specific media, pressure, and temperature conditions must be confirmed based on the actual model and application conditions.