Electric Actuated Ball Valve Supplier in India
Automated isolation and flow control systems often require valves that can operate reliably without manual intervention. Electric actuated ball valves are designed for such applications, offering controlled operation through motor-driven actuators while maintaining the sealing efficiency of ball valve design.
As an Electric Actuated Ball Valve Supplier in India, these valves are supplied for systems where precise operation, remote accessibility, and consistent performance are required. They are widely used in applications where compressed air is not available or where electrical control integration is preferred.
How Electric Actuated Ball Valves Work
Electric actuated ball valves operate using an electric motor that drives the actuator. The actuator receives signals from a control system and converts them into rotational movement of the valve stem.
This rotation turns the ball inside the valve, either aligning the bore with the flow path to allow passage or positioning it perpendicular to stop the flow. The system enables both on off operation and controlled positioning based on application requirements.
Benefits of Electric Actuated Ball Valves
- Remote operation without the need for manual handling
- Consistent performance with precise positioning control
- Suitable for automated systems and process integration
- No dependency on compressed air systems
- Reliable sealing with minimal leakage
- Reduced operational effort and maintenance
Types of Electric Actuated Ball Valves
Electric Actuated 2 Piece Ball Valve
Designed for general industrial applications with ease of installation and maintenance.
Electric Actuated Three Piece Ball Valve
Allows easy disassembly for cleaning and maintenance without removing the valve from the pipeline.
Electric Actuated Three Way Ball Valve
Used for diverting or mixing flow in process systems.
Electric Actuated Floating Ball Valve
Suitable for medium pressure applications where the ball is supported by seats.
Electric Actuated Trunnion Ball Valve
Designed for high pressure applications with additional support for the ball to handle heavy loads.
Design Standards
Electric actuated ball valves are manufactured following international standards to ensure durability and operational consistency:
- ASME B16.34
- API 6D
- API 608
- BS 5351
Inspection and Testing Standards
Each valve undergoes testing to confirm sealing performance and structural integrity:
- API 598
- Hydrostatic shell and seat testing
- Electrical actuator functional testing
- Visual and dimensional inspection
Body and Trim Material Compatibility
| Material | Grade | Applications |
|---|---|---|
| Carbon Steel | WCB, WCC | Oil and gas and general industrial service |
| Stainless Steel | F304, F316, F316L | Corrosive and chemical processing |
| Duplex Steel | F51, 2205 | Offshore and seawater systems |
| Super Duplex Steel | F53, F55, 2507 | High chloride and aggressive environments |
| Alloy 20 | CN7M | Acidic and chemical applications |
| Hastelloy | C276, B3 | Highly corrosive media |
| Inconel | 600, 625, 718 | High temperature and pressure systems |
| Incoloy | 800, 825 | Thermal and heat exchanger applications |
| Titanium | Grade 2, Grade 5 | Marine and seawater environments |
| Aluminium Bronze | C95400, C95800 | Desalination and marine systems |
Industries Served
- Oil and Gas: Automated isolation and flow control in pipelines
- Power Generation: Control of steam and auxiliary systems
- Water and Wastewater: Distribution and treatment automation
- Chemical and Petrochemical: Handling process and corrosive fluids
- Marine and Offshore: Remote operated systems in offshore environments
- Metal and Steel: Process control in high temperature applications
Special Features
- Electric actuator options for on off and modulating control
- Integration with PLC, SCADA, and DCS systems
- Compact design for space-efficient installation
- Options for explosion-proof and weatherproof actuators
- Manual override provision for emergency operation
- Available in different torque ranges based on application









