Festo Pneumatic Cylinder - 1908284, 20mm Bore, 30mm Stroke, DSNU Series, Double Acting

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RS Stock No.:
136-6627
Mfr. Part No.:
DSNU-20-30-P-A
Brand:
Festo
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Brand

Festo

Manufacturer Series

DSNU

Model Number p

1908284

Stroke

30mm

Bore

20mm

Action

Double

Port Connection

G 1/8

Pneumatic Connection

G 1/8

Piston Rod Thread Gender

Male

Cushioning Type

Elastomer

Dimensions

27 x 162mm

Length

162mm

Diameter

27mm

Maximum Operating Pressure

10 bar

Minimum Operating Temperature

-20°C

Maximum Operating Temperature

+80°C

Weight

208.4g

COO (Country of Origin):
DE

Festo DSNU Series Pneumatic Cylinder, 30mm Stroke, 20mm Bore - DSNU-20-30-P-A , Numeric Part Number: 1908284


This pneumatic cylinder is suitable for various automation and mechanical applications, providing consistent performance in diverse environments. It is particularly adept at controlling and transferring energy efficiently. With its double-acting operation, this cylinder generates effective power in both directions, making it versatile for a wide range of operational needs.

Features & Benefits


• Designed for double-acting operation to improve efficiency
• Equipped with elastic cushioning for a smooth end-of-stroke experience
• Compatible with G 1/8 pneumatic connections for straightforward integration
• Operates effectively within a pressure range up to 10 bar

Applications


• Utilised in automation processes on production lines
• Suitable for material handling systems
• Ideal for robotic applications that require precise movement
• Employed in clamping and gripping mechanisms
• Used in packaging machinery for consistent operation

What type of operating medium is appropriate for it?


The product is designed to operate with compressed air that meets ISO 8573-12010 [744].

What advantages does the cushioning mechanism provide?


The elastic cushioning rings at both ends help minimise damage and ensure quieter operation during end-of-stroke impacts.

What is the theoretical force generated during operation?


At 0.6 MPa (6 bar, 87 psi), it generates 188.5 N during the advance stroke and 158.3 N during the return stroke.

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