FESTO DGC-25-500-GF-PPV-A Liner Guide Cylinder

Description

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DGC-12-100-GF-PPV-A
DGC-12-200-GF-PPV-A
DGC-12-300-GF-PPV-A
DGC-12-400-GF-PPV-A
DGC-12-500-GF-PPV-A
DGC-12-600-GF-PPV-A
DGC-12-700-GF-PPV-A
DGC-12-800-GF-PPV-A
DGC-12-900-GF-PPV-A
DGC-12-1000-GF-PPV-A
DGC-18-100-GF-PPV-A
DGC-18-200-GF-PPV-A
DGC-18-300-GF-PPV-A
DGC-18-400-GF-PPV-A
DGC-18-500-GF-PPV-A
DGC-18-600-GF-PPV-A
DGC-18-700-GF-PPV-A
DGC-18-800-GF-PPV-A
DGC-18-900-GF-PPV-A
DGC-25-100-GF-PPV-A
DGC-25-200-GF-PPV-A
DGC-25-300-GF-PPV-A
DGC-25-400-GF-PPV-A
DGC-25-500-GF-PPV-A
DGC-25-600-GF-PPV-A
DGC-25-700-GF-PPV-A
DGC-25-800-GF-PPV-A
DGC-25-900-GF-PPV-A
DGC-25-1000-GF-PPV-A
DGC-32-100-GF-PPV-A
DGC-32-200-GF-PPV-A
DGC-32-300-GF-PPV-A
DGC-32-400-GF-PPV-A
DGC-32-500-GF-PPV-A
DGC-32-600-GF-PPV-A
DGC-32-700-GF-PPV-A
DGC-32-800-GF-PPV-A
DGC-32-900-GF-PPV-A
DGC-32-1000-GF-PPV-A
DGC-40-100-GF-PPV-A
DGC-40-200-GF-PPV-A
DGC-40-300-GF-PPV-A
DGC-40-400-GF-PPV-A
DGC-40-500-GF-PPV-A
DGC-40-600-GF-PPV-A
DGC-40-700-GF-PPV-A
DGC-40-800-GF-PPV-A
DGC-40-900-GF-PPV-A
DGC-40-1000-GF-PPV-A

The Festo DGC-25-500-GF-PPV-A is a part of Festo’s DGC series, which features guided cylinders that offer both linear motion and rotational capabilities. The “GF” in the model indicates a specific configuration or series variant. Here’s a detailed look at the parameters and features of this particular model:

Festo DGC-25-500-GF-PPV-A Detailed Parameters

1. Model Breakdown:

• DGC: Indicates that this is a guided cylinder, which combines linear motion with guided, precise positioning.
• 25: Refers to the cylinder’s diameter, which is 25 mm.
• 500: Indicates the stroke length of the cylinder, which is 500 mm. This is the maximum distance the cylinder can extend or retract.
• GF: Denotes a specific variant or configuration within the DGC series, often related to the type of guidance or design features.
• PPV: Typically refers to the type of piston rod or special features related to the cylinder’s operation.
• A: May indicate a specific mounting type or design feature.

2. General Features:

• Guided Cylinder: Provides both linear and rotational motion with built-in guidance for improved precision and stability.
• Compact Design: The 25 mm diameter makes it suitable for applications with limited space.

3. Specifications:

• Bore Size: 25 mm. The diameter of the cylinder’s bore, which determines the force it can generate.
• Stroke Length: 500 mm. The distance the piston can travel within the cylinder.
• Operating Pressure: Typically operates within a range of 1 to 8 bar (14.5 to 116 psi). This parameter defines the range of air pressure required for operation.
• Max Force: Depends on the operating pressure and the bore size. For a 25 mm bore cylinder, the force can be calculated based on the formula $F=P\times A$, where $F$ is the force, $P$ is the pressure, and $A$ is the cross-sectional area of the cylinder.
• Speed: The speed of the cylinder’s movement, which is influenced by the operating pressure and load. This can be adjusted using flow control valves.

4. Performance Parameters:

• Guiding Mechanism: The cylinder includes a guiding mechanism to maintain alignment and stability during operation. This reduces the potential for misalignment and wear.
• Rotational Capability: Some guided cylinders like the DGC series can include rotational movements, which is useful for applications requiring simultaneous linear and rotary motion.
• Response Time: Time taken for the cylinder to reach the desired position or speed.

5. Mounting and Installation:

• Mounting Options: The “A” designation might indicate a specific type of mounting configuration. Typical options include flange or rear mounting.
• Installation: Ensure the cylinder is mounted securely and aligned properly to avoid mechanical stress and ensure smooth operation.

6. Pneumatic Connections:

• Port Size: Ensure compatibility with the pneumatic system. Standard port sizes are often used for easy integration.
• Air Supply: Connect to a compressed air source with pressure within the operating range.

7. Maintenance and Troubleshooting:

• Maintenance: Regularly inspect for signs of wear, leaks, or damage. Follow Festo’s maintenance guidelines for best practices.
• Troubleshooting: Common issues might include inconsistent movement, leaks, or alignment problems. Check for proper air supply, inspect connections, and verify alignment.

8. Environmental Considerations:

• Temperature Range: Ensure the operating temperature of the cylinder matches the environmental conditions in which it will be used.
• Dust and Contaminants: Consider using additional protection if the cylinder operates in a harsh environment with dust or other contaminants.