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Butterfly valves with electric actuator for gas

Disc-type butterfly valves with an electric actuator for gas: control-node design, supply of certified equipment and on-site installation. Compact, smooth flow control and a safe build for industry, utilities and private projects.

Butterfly valves with an electric actuator for gas

To control gas flows in modern engineering systems, disc-type butterfly valves with an electric actuator are used. Unlike ball valves, they have a compact face-to-face length, low weight and excellent control characteristics. This is the optimal solution for automating large-diameter gas pipelines in industry, utilities and private projects.

Our company provides a full range of services for engineers, B2B companies and retail customers: from control-node design to on-site valve installation.

Advantages of butterfly valves with an electric actuator on gas media

  • Compactness and low weight: easy to install in confined spaces and do not overload the pipeline.
  • Efficient control: turning the disc with the electric actuator smoothly varies the throughput of the gas main.
  • Cost efficiency: they require less effort (torque) to open and close, allowing the use of more affordable, economical electric actuators.
  • Minimal resistance: in the fully open position the valve delivers high throughput with minimal pressure loss.
  • Safe build: gas valves come with special seals (e.g. NBR/Viton) and explosion-proof electric actuators for operation in hazardous areas.

Three competencies in one company

  • Design: we calculate diameters and hydraulic losses and select butterfly valves with an electric actuator for gas regulation points (GRP) and process lines.
  • Sale and supply: we offer certified gas equipment with an optimal balance of price and reliability.
  • Professional installation: we perform wafer mounting, disc centering, actuator wiring and its integration into the overall automation system.

Get an engineer's consultation

Selecting a butterfly valve and actuator for gas requires precise calculation of torque, pressure and flow velocity. An error can lead to rapid seal wear or incorrect automation behaviour. Contact us — our engineer will answer technical questions, help draw up a specification and select the ideal solution for your budget and tasks.

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