Brief: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we showcase the FESTO ADVU-32-40-P-A-01 compact cylinder in action, demonstrating its double-acting operation, elastic cushioning for smooth end-position damping, and female thread piston rod configuration designed for industrial automation applications.
Related Product Features:
Compact design with a space-efficient footprint suitable for various mounting configurations.
Double-acting operation provides force in both extension and retraction directions.
Female thread piston rod configuration for standard accessory mounting.
Elastic cushioning (P-type) at both ends ensures smooth end-position damping.
Compatible with proximity sensors for position detection when equipped with a magnetic piston.
Special variant designation (-01) indicates specific configuration for seals, materials, or mounting options.
Wide operating pressure range of 1-10 bar for flexible use in various applications.
Constructed with wrought aluminum alloy barrel and high-alloy stainless steel piston rod.
FAQs:
What does the '-01' suffix indicate in the FESTO ADVU-32-40-P-A-01 model number?
The '-01' suffix denotes a special variant that may include specific configurations such as special seals for different temperature ranges or chemical resistance, alternative materials, or unique mounting options that differ from the standard ADVU-32-40-P-A model.
What is the operating pressure range for this compact cylinder?
The FESTO ADVU-32-40-P-A-01 operates within a pressure range of 1 to 10 bar, with optimal performance typically achieved between 4-6 bar for longevity and efficiency.
Is this cylinder compatible with position sensing systems?
Yes, this model is compatible with proximity sensors for position detection, provided it is equipped with a magnetic piston, which is standard on most ADVU series cylinders.
What type of cushioning does this cylinder feature?
It features P-type elastic cushioning rings or plates at both ends, which provide smooth deceleration and damping at the end positions of the stroke.