Flange motorized butterfly valve

Body: Cast Iron, Ductile Iron, Aluminum Stainless Steel,CF8,CF8M,CF3M
Disc: Stainless Steel CF3M,CF3,CF8M, Nylon Coated Ductile Iron, Aluminum Bronze, Double Stainless Steel,2507,1.4529
Stem: 416 Stainless Steel,304 Stainless Steel,316 Stainless Steel
Seats: NBR,EPDM,PTFE,VITON, FKM* Polyurethane
Size: 2″ – 40″ (25mm – 1000mm)
Flange accommodation: EN 1092 PN 6/PN10/PN16
ASME Class 150
AS 4087 PN 10/ PN 16
JIS 5K/10K
Top flange:ISO5211







    Description

    Flange motorized butterfly valve

    Our Flange Motorized Butterfly Valve is an excellent choice for a wide variety of applications, including potable water, wastewater, seawater, and HVAC systems. It features a body made of cast iron, ductile iron, aluminum stainless steel, CF8, CF8M or CF3M materials; the disc can be stainless steel CF3M, CF3, CF8M or nylon-coated ductile iron; and the stem is made of either 416 stainless steel or 304 and 316 stainless steel. It also comes with removable NBR, EPDM, PTFE VITON and FKM* Polyurethane seats. The valve has a size range from 2” to 40” (25mm – 1000mm) with flange accommodation for EN 1092 PN 6/PN10/PN16 and ASME Class 150 & AS 4087 PN 10/ PN 16 as well as JIS 5K/10K along with ISO5211 top flange. And with its temperature range between -30°C to + 135°C depending on pressure medium and material) this is the perfect valve for many applications requiring both safety and reliability. Additionally this valve features electric actuator options ranging from 50Nm to 2000Nm with ON/OFF type regulation type controls that send 4-20 mADC 0-5 VDC or 0-10 VDC power signals at 12VDC 24VAC 24VDC 220VAC 120VAC or 380VAC 50/60Hz ±10%. This motorized butterfly valve also comes available in different option specifications such as Explosion Proof Actuator Exd II CT5 or Waterproof IP67 Actuator IP67 as needed. With its one-piece disc/stem design the Flange Electric Butterfly Valve provides an incredibly high Cv rating while still sustaining low pressure drop making it a great solution for chemical and sanitary applications alike.

    Description
    Body: Cast Iron, Ductile Iron, Aluminum Stainless Steel,CF8,CF8M,CF3M
    Disc: Stainless Steel CF3M,CF3,CF8M, Nylon Coated Ductile Iron, Aluminum Bronze, Double Stainless Steel,2507,1.4529
    Stem: 416 Stainless Steel,304 Stainless Steel,316 Stainless Steel
    Seats: NBR,EPDM,PTFE,VITON, FKM* Polyurethane
    Size: 2″ – 40″ (25mm – 1000mm)
    Flange accommodation: EN 1092 PN 6/PN10/PN16
    ASME Class 150
    AS 4087 PN 10/ PN 16
    JIS 5K/10K
    Top flange:ISO5211
    Temperature range: -30 °C to + 135 °C (depending on pressure, medium and material)
    Body style: Double Flanged
    Applications: Potable Water, Wastewater, Seawater, HVAC

    Sanitary & Chemical applications
    One-piece disc/stem
    High Cv, low pressure drop

    Electric Actuator
    Output Torque 50Nm to 2000 Nm)
    Control: ON-OFF type、Regulation 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%
    Water-proof actuator:IP67
    Option specification:
    Explosion-proof actuator: Exd II CT5
    Water-proof actuator:IP67

    motorized butterfly valve


    FAQs

    What is flange butterfly valve?

    A flange butterfly valve is a type of quarter-turn flow control device. It has two components: a disc attached to the stem and a body containing flow ports, which are sealed with an elastomeric liner. In operation, the disc is turned 90 degrees within the body using an external actuator such as a handle or motor. When closed (90 degree angle), this valve completely blocks off the flow of fluid through it, while when opened (0 degree angle) it allows full unrestricted access to flowing liquid or gas.

    What is double flange butterfly valve?

    A double flange butterfly valve is a type of flow control device commonly used in the process, water treatment, power and energy, as well as other industries. These valves are known for their ability to provide tight shut-off at high pressure with minimal leakage; they are also an economical choice due to their low cost and simple design.

    Double flange butterfly valves work by having a flat circular plate mounted on an axis inside a pipe or duct. This plate, referred to as the disc or vane, has edges that fit snugly against two opposing flanges that form the body of the valve. As this disk rotates within its seat, it opens and closes off fluid flow. This is accomplished by using an external actuator such as a gearbox, electric motor or lever system depending on application requirements.

    What is a single flange butterfly valve?

    A single flange butterfly valve is a type of quarter-turn rotary control valve specifically designed for medium and high flow applications. It incorporates a disc that rotates within the body to open, close or modulate the fluid flow. A single flange butterfly valve consists of an outer housing with two or three concentric sections joined by bolts to form the flange on one end. The other end typically contains a central shaft connected to a gearbox, lever, actuator, or electric motor for easy operation from outside the line.

    wafer vs flanged butterfly valve

    The choice between a wafer and flanged butterfly valve depends on the application. Wafer-style valves are designed with two lugs, which help it fit into standard pipeline grooves, enabling easy installation without additional hardware. This makes them ideal for small or low-pressure applications such as water systems or irrigation lines. They have shorter face-to-face distances than flange type valves, so they take up less space in the pipeline system. That being said, because there is no direct connection between the valve and surrounding piping components, wafer type valves are prone to leaking when under high pressure conditions due to their lack of support from attached components.

    Flanged butterfly valves feature bolts that attach directly to surrounding pipe connections, providing stronger support for higher pressure applications like steam systems or cooling networks within manufacturing facilities. The presence of a thicker body shape also provides superior performance for these heavy duty applications compared to the thinner body shapes used with wafer types. However, this thicker shape also requires greater clearance around it as well as more complex installation procedures and additional mounting hardware which can make it more expensive and time consuming to install than its counterpart option.