Rental of pneumatic shutter with bypass

Description

The pneumatic shutter with bypass is a flow control device designed for industrial applications that require precision and efficiency in the opening and closing of conduits. This type of shutter uses compressed air to actuate its mechanism, ensuring quick, safe, and controlled movement. The integrated bypass allows pressure regulation or partial flow diversion without the need to completely stop the process, thus optimizing operation and reducing the possibility of damage from overpressure. Manufactured with corrosion and wear-resistant materials, this equipment is ideal for industries such as chemical, mining, cement, energy, and water treatment, where reliability and durability are essential.

Features

• Pneumatic actuation: Enables quick and safe opening and closing.
• Integrated bypass: Facilitates pressure relief and flow regulation without interrupting the process.
• Durable materials: Constructed with stainless steel, carbon steel, or corrosion-resistant alloys.
• Compact design: Space-saving and easy to install in existing systems.
• Simple maintenance: Accessible and long-lasting components.

Applications

• Water and effluent treatment plants.
• Chemical and petrochemical industry.
• Cement and mining plants.
• Boiler and furnace feed systems.
• Solid and liquid control in industrial processes.

Performance

The pneumatic shutter with bypass operates via a piston driven by compressed air that moves the main gate to open or close the duct. When partial flow or pressure relief is needed, the bypass allows a fraction of the fluid to pass while the main shutter remains closed or partially open. This design ensures that the system maintains pressure and flow stability, preventing water hammer and protecting downstream equipment.

Advantages

• Quick and precise opening and closing.
• Reduction of risks due to overpressure.
• Increased equipment lifespan due to smooth operation.
• Easy integration into existing systems.
• Reduced maintenance needs and safe operation.