High performance electric butterfly valve

Body: Stainless Steel,CF8,CF8M,CF3M, Carbon Steel
Disc: Stainless Steel CF3M,CF3,CF8M, Double Stainless Steel,2507,1.4529
Stem: Stainless Steel
Seats: PTFE,RPTFE
Size: 5″ – 40″ (25mm – 1000mm)
Flange accommodation: EN 1092 PN10/PN16
ASME Class 150LB,300LB,600LB
AS 4087 PN 10/ PN16/PN25/PN40
JIS /10K/20K






     

    Description

    Description

    In the domain of advanced fluid control solutions, our High-Performance Electric Butterfly Valves stand as a testament to engineering excellence and unwavering commitment to quality. These valves are engineered for on/off control of media, compatible with various construction materials, ensuring operational integrity across a broad spectrum of applications.

    Our 8″ High Performance Butterfly Valve, featuring a Wafer design with RPTFE and powered by 110 VAC, showcases a double offset design that significantly minimizes seal wear. The incorporation of 316 stainless steel (CF8M) body and 17-4PH stainless steel stem material exemplifies our dedication to durability and long-term service.

    As we continue to set benchmarks in the valve manufacturing industry, our High-Performance Electric Butterfly Valves represent not just products but a legacy of innovation, quality control, and global reach. Our expertise is not confined to mere manufacturing; it extends into creating solutions that drive efficiency, sustainability, and unparalleled performance in fluid control systems worldwide. In the domain of advanced fluid control solutions, our High-Performance Electric Butterfly Valves exemplify engineering excellence. Crafted from premier materials like Carbon steel or 316 Stainless Steel, the HP Series embodies top-tier performance in soft seated and metal seated configurations with fire-safe capabilities. Our 8″ High Performance Butterfly Valve features a Wafer design with RPTFE, powered by 110 VAC.

    Body Stainless Steel,CF8,CF8M,CF3M
    Disc Stainless Steel CF3M,CF3,CF8M, Double Stainless Steel,2507,1.4529
    Seat PTFE,RPTFE
    End Wafer,Lug
    Size 2”~40” DN50-DN1000
    Pressure 1.6~4.0Mpa
    End EN 1092 PN 6/PN10/PN16/PN25/PN40
    ASME Class 150 AS 4087 PN 10/ PN16/PN25/PN40
    JIS 5K/10K/20K
    Medium Gas, Water and Oil, etc
    Electric Actuator ON-OFF type, adjustable type
    Control signal 4-20 mADC、0-5 VDC、0-10 VDC
    Power 12 VDC,24 VAC,24 VDC,220 VAC,120 VAC,380 VAC 50/60 Hz ±10%
    Optional Explosion-proof actuator: Exd II CT5、Exd II BT5
    Sanitary & Chemical applications One-piece disc/stem High Cv, low pressure drop

    FAQs

    1. Are there any special considerations when installing an electric butterfly valve?

    Pre-Installation Inspection: Prior to installation, it is imperative to conduct a thorough inspection of the electric butterfly valve. As per our stringent protocols, a manual operation check guarantees valve integrity before system integration.

    Installation Environment Considerations: The installation environment critically influences the butterfly valve’s longevity and functionality. Intended use, whether indoor or outdoor, mandates careful consideration. Factors such as corrosive media and rust-prone conditions must be assessed. This approach underscores our commitment to quality and durability in valve manufacturing.

    Precise Flange Alignment: Accurate alignment of the connecting pipe flanges is crucial for a leak-proof installation.

    Operational Parameters: Ensuring that the valve’s operational parameters, including temperature and pressure ranges, are compatible with the system’s requirements is essential.

    2. Are there any safety precautions to keep in mind when using a high performance electric butterfly valve?

    When integrating and using high-performance electric butterfly valves in your systems, adhering to specific safety precautions is paramount to ensure both operational efficiency and the safety of your workforce. Our products, recognized for their robust construction and precision engineering, are designed to meet the highest standards of safety and performance, certified by leading industry bodies. However, effective safety practices are essential to mitigate risks associated with their operation. Here are key safety precautions to consider:

    1. Proper Installation: Ensure that the valve is installed correctly by qualified personnel. The alignment, positioning, and integration of the valve must comply with our technical specifications and industry standards. Incorrect installation can lead to operational failures and safety hazards.
    2. Electrical Safety: Given the electric nature of these valves, it’s crucial to adhere to all electrical safety standards. This includes ensuring all wiring complies with local and international electrical codes, utilizing proper grounding techniques, and protecting against electrical surges that could compromise valve operation or pose a risk to operators.
    3. Temperature Considerations: Be mindful of the temperature limits of the valve materials. Extreme temperatures can affect the integrity and functionality of the valve components. Our products are designed to operate within precise temperature ranges for optimal performance and safety.
    4. Training and Awareness: Ensure that all personnel involved in the operation and maintenance of the valve are thoroughly trained and aware of the safety protocols. Knowledge and awareness are key to preventing accidents and ensuring a safe working environment.

    3. What are the advantages of using a high performance electric butterfly valve?

    Utilizing high-performance electric butterfly valves presents a multitude of strategic advantages, underscored by our unwavering commitment to excellence and innovation within the valve manufacturing sector. Foremost among these advantages is the unparalleled precision in flow control they offer. Engineered with cutting-edge technology, these valves enable meticulous modulation of flow rates, ensuring optimal performance across a spectrum of industrial applications, from water treatment to chemical processing.

    Another pivotal benefit is their energy efficiency. We design our electric butterfly valves to minimize energy consumption, maintaining operational efficacy and aligning with the demands for sustainable industrial practices. Their efficiency is further enhanceby an extend operational lifespan. This durability results from robust construction and superior materials, capable of withstanding rigorous usage conditions. We proactively minimize the need for frequent replacements and maintenance, showcasing our unwavering dedication to sustainability and manufacturing superiority. Our approach, characterize by rigorous quality control and an innovative mindset, not only meets but sets new standards in the valve manufacturing industry, affirming our position as a global leader committe to excellence.

    4. How does an electric butterfly valve differ from a regular butterfly valve?

    An electric butterfly valve distinguishes itself from a conventional butterfly valve through the integration of an electric actuator, a testament to our engineering prowess and commitment to leveraging advanced technologies within the valve manufacturing sector. This actuator facilitates precision automation of valve operation, allowing for remote control and modulation of flow with unparalleled accuracy. Such a feature underscores our dedication to enhancing operational efficiency and safety across a multitude of industrial applications, aligning with the rigorous demands of modern industries.

    A standard butterfly valve often uses manual or pneumatic actuation mechanisms. These are effective in specific contexts. Yet, they lack the control and automation of electric models. Electric butterfly valves exhibit superior capabilities. Their integration into sophisticated control systems is seamless. They provide real-time data and feedback. This enhances process optimization significantly. Our commitment to advanced technology is evident.

    5. Is this type of valve suitable for use in different industries?

    Our electric butterfly valves are define by versatility and superior engineering. They suit a wide array of industry applications. This attests to our global leadership. But our expertise in the valve manufacturing sector is unparalleled. Precision engineering is at the core of our designs. We incorporate state-of-the-art materials and technology. These valves meet the rigorous demands of diverse industrial environments. Our commitment to excellence is evident in every product.

    In the water and wastewater treatment industry, our electric butterfly valves excel. They offer unparalleled reliability and control. In addition, their performance in water flow management is unmatch. These valves are backed by certifications. These attest to their suitability for critical applications. The petrochemical sector benefits significantly from our valves. Their robust construction and chemical resistance stand out. They ensure safe and efficient flow control. This is vital for volatile substances. They operate under various pressure and temperature conditions.

    Wiring diagram

    CONTROL CIRCUIT electric actuatorOrdinary switch type (A type) The valve can be opened or closed through the switch   circuit, and a set of activeposition models indicating   that the valve is fully open and fully closed are output.     electric actuatorPassive contact type(B type) Realize valve opening or closing operation through switch circuit, and output a setof passive position models indicating that the valve is fully open and fully closed     electric actuatorOpening signal type(C type) Open or close the valve through the switch circuit, and output a resistance signalcorresponding to the opening position       electric actuatorWith position transmitter (D type) Realize valve opening or closing operation through switch circuit,and outputcurrent signal corresponding tovalve opening and closing angle at the same time.     electric actuatorlntelligent adjustment type(E type) Control the opening and closing angle of the valve through the standard signalinput by an extenal computer or  indus trial instrument, and synchronously outputthe correspond ing standard signal     electric actuatorDC switch type(F type) By switching the positive and negative poles of the external DC power supply, thevalve can be“opened"and“closed",and a set of passive contact signalsin dicating that the'valve is fully open or ciosed can be output     electric actuatorThree-phase switch type(G type) The valve is opened or closed through the switch circuit, and a set of active positionsignals indicating the valve is fully open and fully closed is output.     electric actuatorThree-phase passive contact type(H type) Realize valve opening or closing operation through switch circuit,and output a setof passive position signals indicating that the valve is fully open and fully closed.  






      Note: The dashed line in the control circuit is the internal circuit of the electric device.The parts outside the dashed line areonly for reference when the user is wiring.

      Application