Festo Pneumatic Piston Rod Cylinder - 1383343, 80mm Bore, 400mm Stroke, DSBC Series, Double Acting

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£323.69

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£388.43

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RS Stock No.:
121-5221
Mfr. Part No.:
DSBC-80-400-PPVA-N3
Brand:
Festo
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Brand

Festo

Manufacturer Series

DSBC

Model Number p

1383343

Bore

80mm

Stroke

400mm

Action

Double

Port Connection

G 3/8

Pneumatic Connection

G 3/8

Piston Rod Thread Gender

Male

Cushioning Type

Air

Dimensions

617.6 x 93 x 93mm

Length

617.6mm

Width

93mm

Height

93mm

Maximum Operating Pressure

12 bar

ISO Standard

15552

Maximum Operating Temperature

+80°C

Minimum Operating Temperature

-20°C

Weight

2.7kg

VDMA Standard

24562

Test Weight

2660 g @ 0 mm Stroke

Stroke Interval Weight

92 g @ 10 mm Stroke

COO (Country of Origin):
HU

Festo DSBC Series Pneumatic Piston Rod Cylinder, 400mm Stroke, 80mm Bore - DSBC-80-400-PPVA-N3, Numeric Part Number: 1383343


This pneumatic piston rod cylinder is designed for efficient operation in automated industrial environments. With a stroke length of 400mm and a bore of 80mm, it enhances performance in demanding mechanical applications. Its double-acting mechanism ensures reliability, while compliance with ISO 15552 standards offers flexibility for integration into a variety of systems.

Features & Benefits


• Adjustable pneumatic cushioning provides smoother operation
• Efficient performance with a maximum pressure of 12 bar
• Easy mounting using female thread or compatible accessories
• Compliance with VDMA 24562 for enhanced reliability
• G 3/8 pneumatic connection ensures versatile usage

Applications


• Automation systems requiring precise positioning
• Robotics applications involving smooth linear motion
• Machinery operating in moderate corrosion environments
• Assembly lines demanding dependable double-acting functionality
• Pneumatic systems supporting compressed air processes

What type of operating medium is best for use?


Compressed air adhering to ISO 8573-12010 is recommended for optimal performance.

What is the impact energy in end positions?


The impact energy at the end positions is 1.8 J, ensuring safe and reliable operation.

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