Wafer Butterfly Valve with Electric Actuator

FYL Factory Core Product: Compact Wafer Design + Precise Electric Actuator + Reliable Soft Seat Sealing

In industrial piping systems, valves play a critical role in regulating or isolating flow. Traditional manual valves have long faced three major problems:

1. Manual operation is inefficient, requiring on-site personnel to open/close the valve, which is slow and labor-intensive
2. Remote automatic control is difficult to achieve, making integration with modern DCS/PLC control systems challenging
3. Large valve bodies take up significant space and increase installation costs

The Wafer Butterfly Valve with Electric Actuator, a core product of FYL factory, is precisely designed to systematically solve these problems. It is not an ordinary butterfly valve, but a high-performance automated valve solution that integrates a compact wafer-type body with an electric actuator. The wafer design fits between two pipe flanges using bolts, saving space and reducing installation costs. The electric actuator converts electrical signals into mechanical movement, enabling remote, precise, and automated operation, allowing seamless integration into larger control systems.

Product Description

The Wafer Butterfly Valve with Electric Actuator is a high-performance, automated valve solution designed for regulating or isolating flow in piping systems. Featuring a compact wafer-type body, this valve is installed between pipe flanges using bolts, ensuring a cost-effective and space-saving option for various fluid control applications. The electric actuator provides precise and remote control over the valve's operation, allowing for automation and integration into larger control systems.

Core Product Function: Solving Problems Across Three Dimensions Simultaneously: "Installation Efficiency, Remote Control, and Sealing Reliability"

The core value of the FYL Wafer Butterfly Valve with Electric Actuator can be summarized in the following three points:

Dimension 1: Installation Efficiency
Problem Solved: Traditional flanged valves are bulky, heavy, and require more space and longer installation time
Implementation Method: Compact wafer design fits between two pipe flanges with bolts, minimizing space requirements and installation costs
Actual Benefit: Space-saving + cost-effective installation, especially suitable for projects with limited space or multiple valve points

Dimension 2: Remote Automatic Control
Problem Solved: Manual valves require on-site operation, cannot be integrated into automated control systems
Implementation Method: Electric actuator converts electrical signals into mechanical movement, supporting ON/OFF, modulating (4-20mA or 0-10V), and position feedback
Actual Benefit: Enables remote, precise operation and seamless integration into DCS/PLC control systems, reducing labor costs

Dimension 3: Sealing Reliability
Problem Solved: Poor sealing leads to leakage, fluid loss, and safety hazards
Implementation Method: Soft seat sealing with EPDM, PTFE, or other elastomers
Actual Benefit: Tight shut-off, reduced leakage, improved system reliability and safety

10 Advantages of the Wafer Butterfly Valve with Electric Actuator

1. Wafer Design: The valve has a thin, compact body that fits between two pipe flanges, minimizing space requirements and installation costs.
2. Electric Actuator: Equipped with an electric actuator that automates valve control. The actuator converts electrical signals into mechanical movement, providing remote, precise operation.
3. Bi-Directional Flow: Supports flow in both directions, offering flexibility for system configurations.
4. Quarter-Turn Operation: The valve requires only a 90-degree rotation to fully open or close, making it efficient and quick in operation.
5. Sealing Mechanism: Soft seat sealing with options for EPDM, PTFE, or other elastomers ensures tight shut-off, reducing leakage and improving reliability.
6. Material Options: Available in various materials such as stainless steel, carbon steel, cast iron, and more, allowing for compatibility with a wide range of fluids and environments.
7. Control Options: Can be equipped with a variety of control options including ON/OFF, modulating (4-20mA or 0-10V), and position feedback for enhanced automation and process control.
8. Corrosion and Abrasion Resistance: Engineered to withstand corrosive and abrasive materials, providing durability and longevity in harsh environments.
9. Wide Range of Sizes: Available in a range of diameters (typically DN40-DN1200), supporting different flow capacities for various industrial needs.
10. Ease of Maintenance: The valve's simple design allows for easy inspection, maintenance, and part replacement, contributing to reduced downtime.

Can I use this valve for my application?

The Wafer Butterfly Valve with Electric Actuator has been widely used in the following five application scenarios:

Application 1: Water Treatment
- Specific Use: Regulation of water and wastewater systems
- Problem Solved: Provides reliable flow control and remote operation capability for water treatment facilities

Application 2: HVAC Systems
- Specific Use: Controlling the flow of air, water, or steam in heating and cooling systems
- Problem Solved: Enables automated climate control, improving energy efficiency

Application 3: Food and Beverage
- Specific Use: Sanitary flow control in food processing systems
- Problem Solved: Ensures clean, reliable flow control meeting food safety standards

Application 4: Chemical Processing
- Specific Use: Handling corrosive chemicals in industrial applications
- Problem Solved: Corrosion-resistant materials provide durability and safety in harsh chemical environments

Application 5: Oil and Gas
- Specific Use: Regulating the flow of liquids and gases in pipelines
- Problem Solved: Provides robust, automated flow control for demanding oil and gas applications

Why Choose FYL Factory's Wafer Butterfly Valve with Electric Actuator?

Among many automated valves on the market, the FYL Wafer Butterfly Valve with Electric Actuator offers the following four differentiated values:

Advantage 1: Factory Direct from FYL – Quality Control and Cost Advantage
FYL is a professional valve manufacturer with years of experience in the industry
Direct factory pricing eliminates middleman costs
Actual Benefit: Lower procurement cost + direct technical support from the manufacturer

Advantage 2: Wafer Design Saves Space and Reduces Installation Costs
Traditional flanged valves require longer bolts and more space
The compact wafer design fits between two pipe flanges, requiring minimal space
Actual Benefit: Reduced installation time and lower overall project costs, especially for multi-valve installations

Advantage 3: Flexible Control Options for Various Automation Needs
Supports ON/OFF (open/close) control for simple isolation applications
Supports modulating control (4-20mA or 0-10V) for precise flow regulation
Supports position feedback for real-time valve status monitoring
Actual Benefit: One valve model can serve multiple automation requirements, reducing inventory complexity

Advantage 4: Multiple Material and Seat Options for Broad Fluid Compatibility
Body materials: stainless steel, carbon steel, cast iron
Disc materials: stainless steel, ductile iron
Seat materials: EPDM, PTFE, NBR (select based on application)
Actual Benefit: The same valve series can handle water, steam, chemicals, food products, and more – no need to switch valve brands for different fluids

Direct Responses to Common Buyer Concerns:

1. "How do I know which material and seat to choose?" → Based on your fluid type: EPDM for water and mild chemicals, PTFE for aggressive chemicals and high temperatures, NBR for oil and fuel applications
2. "Can this valve be integrated into my existing control system?" → Yes, supports 4-20mA and 0-10V control signals, compatible with most DCS/PLC systems including Siemens, ABB, and others
3. "What is the typical lifespan of this valve?" → With proper selection and installation, the valve provides years of reliable service. The electric actuator is designed for long-term continuous operation

Product Specifications (Selection Reference)

The following provides key technical specifications for the Wafer Butterfly Valve with Electric Actuator:

Specification 1 - Valve Type: Wafer Butterfly

Specification 2 - Actuator Type: Electric

Specification 3 - Body Material: Stainless steel, cast iron, or carbon steel

Specification 4 - Disc Material: Stainless steel, ductile iron

Specification 5 - Seat Material: EPDM, PTFE, NBR (optional based on application)

Specification 6 - Pressure Rating: PN10, PN16, ANSI 150 (based on size)

Specification 7 - Operating Temperature: -10°C to 150°C (depending on seat material)

Specification 8 - Power Supply: 220V AC, 24V DC, 380V AC (customizable based on actuator model)

Specification 9 - Control Signal: ON/OFF, Modulating (4-20mA, 0-10V)

Specification 10 - Size Range: Typically DN40 to DN1200, supporting different flow capacities

Quick Selection Guide (Match by Operating Condition)

Based on your application, you can quickly select the right configuration using the following logic:

Condition 1 - Fluid Type: Water or wastewater
- Recommended Configuration: Cast iron body + EPDM seat + ON/OFF control

Condition 2 - Fluid Type: Corrosive chemicals
- Recommended Configuration: Stainless steel body + PTFE seat + Modulating control (4-20mA)

Condition 3 - Fluid Type: Oil or fuel
- Recommended Configuration: Carbon steel body + NBR seat + ON/OFF control

Condition 4 - Fluid Type: Food and beverage
- Recommended Configuration: Stainless steel body + EPDM or PTFE seat + Sanitary design

Condition 5 - HVAC applications
- Recommended Configuration: Cast iron or stainless steel body + EPDM seat + Modulating or ON/OFF control

Condition 6 - High temperature fluids (up to 150°C)
- Recommended Configuration: Stainless steel body + PTFE seat + Appropriate actuator

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