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Válvula de bola motorizada de 3 piezas

Válvula de bola motorizada de 3 piezas

FLE-Q-3PS Series

Fleyenda FLE-Q-3PS Electric Actuated 3-Piece Ball Valve features a compact integrated design, large flow capacity, reliable sealing, and easy maintenance. It supports 4–20 mA, 0–10 V, and 1–5 V control signals for accurate on/off or modulating control in industrial automation systems.

  • Size range: 1/4"–4" / DN8–DN100
  • Pressure range: up to 1000 PSI / approximately 69 bar
  • Temperature range: -40°C to +177°C
  • Body material: stainless steel CF8M / SS316
  • Connections: NPT/BSP thread, socket weld, or flange
  • Control: 4–20 mA, 0–10 V, 1–5 V, on/off or modulating
  • Protection: IP67 standard, IP68 optional
  • Applications: water, air, oil, gas, steam, chemicals, HVAC, and industrial automation
Technical Data

FLE-Q-3PS 3 Piece Motorized Ball Valve

Standard technical parameters and electric actuator options for FLE-Q-3PS 3 piece motorized ball valves.
Custom materials, pressure ratings, voltages, connection types, and control functions are available upon request.

ParameterSpecification
Size Range (Nominal Diameter)1/4″ – 4″ (DN8–DN100)
Working Pressure RangeUp to 1000 psi (≈69 bar)
Working Temperature Range-40°C to +177°C
Body MaterialStainless Steel CF8M / 316SS
Tipo de conexiónThreaded (NPT/BSP), Socket Weld, or Flanged
Applicable MediumWater, Air, Oil, and General Chemicals
Actuator TypeActuador eléctrico
Opciones de voltaje24 V DC, 110 V AC, 220 V AC, 24–240 V AC/DC
Norma de diseñoISO 5211, ASME/ANSI, DIN
Norma de ensayoAPI 598
Diseño a prueba de incendiosAPI 607 / ISO 10497
CertificaciónCE / RoHS / ISO / SIL / TÜV / IP68 Waterproof
Customization:
The above specifications are standard parameter samples. If you have specific parameter or material requirements, they can be customized accordingly.
Actuator Options

Electric Actuator Model Selection

Multiple actuator models are available for different torque, speed, voltage, and control requirements.

Modelo de actuadorStandard Time / TorqueOptional Time / TorqueRango de ángulo de rotaciónPeso del actuadorFuente de alimentaciónCircuito de control opcional
FLE-10525 s / 50 Nm4 s / 20 Nm
10 s / 30 Nm
0–90° Adjustable2.2 kgDC 24 V
AC 24 V
AC 110 V
AC 220 V
AC 380 V
Type A
Type B
Type C
Type D
Type E
Type F
FLE-11025 s / 100 Nm15 s / 50 Nm5.1 kg
FLE-11625 s / 160 Nm15 s / 80 Nm5.1 kg
FLE-12025 s / 200 Nm15 s / 100 Nm7.5 kg
FLE-14025 s / 400 Nm15 s / 200 Nm7.5 kg
FLE-16025 s / 600 Nm15 s / 300 Nm8.1 kg
FLE-110050 s / 1000 Nm25 s / 500 Nm12.7 kg
FLE-120050 s / 2000 Nm25 s / 1000 Nm12.7 kg
TipoENCENDIDO/APAGADO, Regulable, Inteligente
Resistencia de aislamiento100 MΩ at 500 VDC
Rigidez dieléctrica1500 V AC for 1 min
Protection RatingIP67 (IP68 opcional)
Installation Position360° installation at any angle
Interfaz eléctrica2 × G1/2 metal fittings. Corresponding metal cable glands should be installed according to the selected cables.
Ambient Temperaturede -20 °C a +60 °C
Optional Explosion-Proof RatingEx d II BT4 / CT4 / CT6 Gb
Power-Loss Reset (Fail-Safe) FunctionFail-open, fail-closed, or no-reset mode (factory-selectable)
Optional FunctionsOvertorque protection, dehumidification heater, passive contact switch, and operating handwheel
Product Advantages

Why Choose the FLE-Q-3PS 3 Piece Motorized Ball Valve

Advantage 01

Automation & Precision Control

  • Enables fully automated flow regulation, eliminating manual errors and improving operational consistency.
  • Integrated electric actuator provides precise on/off or modulating control for complex process systems.
  • Fast response time ensures stable pressure and flow under dynamic conditions.
  • Compatible with various control signals (4–20 mA, 0–10 V, and Modbus), simplifying integration into industrial automation systems.
Advantage 02

Maintenance Efficiency & Cost Optimization

  • Three-piece design allows easy disassembly and internal maintenance without removing the valve from the pipeline.
  • Replaceable seats and seals reduce downtime and spare-part costs.
  • Robust stainless-steel body and PTFE seat extend service life, even under corrosive or high-cycle operating conditions.
  • Low torque requirements reduce actuator stress, improve system longevity, and lower maintenance expenses.
Advantage 03

Reliability & Safety in Harsh Environments

  • Electric actuation eliminates the risk of air leakage associated with pneumatic actuators, ensuring consistent performance.
  • Weatherproof and corrosion-resistant enclosure rated IP67 or IP68 supports outdoor and chemical plant applications.
  • ISO 5211 mounting interface provides a stable actuator connection and enhances operational safety.
  • Optional manual override and position indicator improve reliability during emergency operations.
Advantage 04

Application Versatility & Global Standards Compliance

  • Suitable for water, oil, gas, steam, and chemical applications, meeting global industrial automation requirements.
  • Available with threaded, welded, and flanged end connections for compatibility with GB, ANSI, DIN, and JIS standards.
  • Wide pressure and temperature ranges support demanding process environments in the power, energy, and food industries.
  • Certified to CE and ISO 9001 standards, supporting global compliance and engineering project requirements.
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 three-piece body design allows the mid-section to be removed for maintenance without uninstalling the entire valve, thereby reducing pipeline downtime and operational disruption.
• Electric actuation automates opening and closing actions, which removes reliance on manual intervention and helps eliminate human error in process control.
• Full-port or optimized bore variants of three-piece ball valves minimise pressure drop and flow restriction, improving throughput and energy efficiency.
• By integrating seamlessly into control systems (PLC/SCADA) with compatible signal interfaces, the valve supports faster system responses and improves overall automation efficiency.

• Because the three-piece valve body allows easier access to internal components (ball, seats, seals), maintenance can be scheduled proactively rather than reactively, reducing unplanned downtime.
• Electric actuation eliminates the need for external pneumatic infrastructure (compressors, air lines), reducing auxiliary equipment costs and maintenance burden.
• Robust material choices—such as stainless steel bodies and PTFE seats—offer higher durability in corrosive or high-cycle environments, extending service life and reducing total cost of ownership.
• Lower torque requirements of the ball valve mechanism decrease actuator stress, which reduces wear on both valve and actuator over time and lowers replacement/spare-parts costs.

• The electric actuator option provides consistent torque and accurate control, helping prevent failure in high-cycle or remote installations where manual access is difficult.
• Three-piece ball valves provide tight shut-off capabilities that help contain hazardous media and reduce risk of leaks or fugitive emissions, improving safety compliance.
• The modular body design allows rapid inspection and repair in the field, which is critical in emergency or hazardous-area installations.
• The valve’s metered compatibility with global standards (e.g., end-connections, materials, actuator interfaces) ensures it can be configured for extreme conditions such as high pressure, high temperature, or aggressive fluids.

• Suitable for a wide range of media—water, oil, gas, steam, chemicals—thanks to configurable body materials and seat options, making it adaptable for multiple industries including chemical, wastewater, oil & gas, and power plants.
• Available in multiple end-connection types (flanged, threaded, welded) and size ranges, facilitating straightforward integration into global pipeline systems and retrofit projects.
• Equipped with automation-ready features (electric actuator, position feedback, mounting ISO 5211 compatibility) enabling integration into both new and existing control infrastructures.
• Its design supports both simple on/off isolation and modulating flow control, enabling it to fulfil dual roles in a system and thereby reduce the number of different valve SKUs required.

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