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Válvula de mariposa neumática tipo wafer de hierro fundido con junta de EPDM modelo FAT-D-CEW

Válvula de mariposa neumática tipo wafer de hierro fundido con junta de EPDM modelo FAT-D-CEW

The Pneumatic Cast Iron Wafer EPDM Butterfly Valve features a corrosion-resistant EPDM liner and high-torque pneumatic actuator, providing precise shut-off, stable flow control, and minimal leakage in water, air, and chemical systems, proven by API 598 and EN 12266-1 testing for durability and sealing reliability.

Gama de tallasDN50 – DN600 (2″ – 24″)
Rango de presión de trabajo:PN10 / PN16 (150 PSI)
Rango de temperatura de funcionamiento:-10°C to +120°C
Material del cuerpo:Cast Iron
Tipo de conexión:Wafer Type
Medio aplicable:Water, Air, Steam (low pressure), Dilute Acids, Neutral Chemicals
Tipo de actuador:Double-Acting or Spring-Return Pneumatic Actuator
Opciones de voltaje24V DC, 110V AC, 220V AC
Norma de diseñoISO 5211, MSS SP-67
Norma de ensayoAPI 598, EN 12266-1
Diseño a prueba de incendiosOptional
CertificaciónCE / RoHS / ISO 9001 / IP65 (Actuator)
PersonalizaciónLas siguientes son muestras de parámetros estándar. Si tienes parámetros y materiales específicos, podemos personalizarlos todos.

SeriesATAWLinearPneumatic CylinderSanitario
Cuerpo de válvulasBall valve, butterfly valve, plug valveGate valve, Global valveKnife gate valveSanitary butterfly valve
FunciónDouble Acting, Single Acting (Failure Resetting FO or FC)
Accesorios de control • Solenoid Valve, Filter Regulator Lubricator (F.R.L.), Positioner, Limit Switch, Handwheel
• Solenoid Valve & Positioner are with Explosion-proof grade and Signal Feedback type for choice
Operating Medium Clean and dry or lubricated air or inert gas. Any non-corrosive gas that is compatible with the internal parts of the actuator and the lubricant.
The dew point temperature of the operating medium is -20°C, and the size of impurity particles is no more than 30u.
When selecting a positioner, the impurity particle size should be no more than 5u.
Air Source Pressure3bar to 8bar
Operating Environment Temperature • Standard type: -20°C to +80°C
• Low-temperature type: -40°C to +80°C
• High-temperature type: -20°C to +160°C
Lubrication Under normal operating conditions, the standard type does not require additional lubricant.
For low-temperature or high-temperature environments, special lubricants are required.
Garantía de calidad

Calidad certificada para aplicaciones de válvulas industriales

Las válvulas y los actuadores eléctricos de Fleyenda están diseñados para ofrecer un rendimiento estable, un funcionamiento confiable y un uso industrial a largo plazo. Con un respaldo de calidad certificada, son adecuados para el tratamiento de agua, el procesamiento químico, la automatización y los sistemas de control de procesos industriales.

Preguntas frecuentes que interesan a los usuarios del 80%

• The pneumatic wafer butterfly valve is used in HVAC, water treatment, and chemical process pipelines for automated flow control.
• Its EPDM-lined air control valve provides tight sealing for water, steam, and alkaline media.
• The cast iron actuated butterfly valve offers a cost-effective and durable solution for large-diameter systems.
• Compact design and fast pneumatic actuation make it ideal for cooling and compressed air systems.

• The EPDM seat butterfly valve ensures reliable shut-off and resistance to chemical corrosion.
• The rubber-lined air actuated valve maintains flexibility and sealing under frequent cycling.
• EPDM performs well with water and light chemicals in non-oil applications.
• Compared with other liners, it offers better resistance to steam and alkaline media.

• Maintain proper air supply pressure to prevent actuator malfunction.
• Inspect the EPDM seat and disc for wear or swelling in chemical service.
• Clean pipelines before installation to protect sealing surfaces.
• Lubricate the stem and check fasteners to ensure smooth rotation.

• The pneumatic cast iron butterfly valve suits rapid cycling and fail-safe applications.
• The electric actuated butterfly valve fits precise flow control where air supply is unavailable.
• Pneumatic types handle harsh environments and fast response needs.
• Electric types integrate easily with digital control systems but cost more.

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