Festo Gripper - DHPS
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Tameson UKFesto Parallel Gripper 3Mm Stroke - Size 10 Double Acting - 1254040
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Product Information
Full details
This guide is for automation engineers and industrial designers seeking a robust pneumatic gripper for precise material handling. The Festo DHPS gripper offers high gripping force in a compact, heavy-duty design, ensuring reliable performance. A potential consideration is its reliance on pneumatic power, requiring a compressed air supply.
All features
| Series | DHPS |
|---|---|
| Model Part Number | DHPS-10-A |
| Brand | Festo |
Extended Product Information
FAQs
What is the maximum operating pressure for the DHPS gripper?
The maximum operating pressure is 8 bar.
How much gripping force does each jaw provide?
Each jaw provides a closing force of 34.5 N at 6 bar operating pressure.
What is the stroke length per jaw?
The stroke length per jaw is 3 mm.
Can I use this gripper without pneumatic power?
No, this is a pneumatic gripper and requires a compressed air supply to operate.
Is it possible to monitor the gripper's position?
Yes, the gripper is compatible with proximity sensors for position sensing.
What type of guide system does the gripper use?
It features a heavy-duty, precision T-slot guide for the gripper jaws.
What are the main benefits of the oval piston design?
The oval piston design contributes to reliable performance in various industrial applications.
Troubleshooting
Gripper not closing or opening fully
Check pneumatic connections for leaks and ensure adequate air pressure (at least 6 bar for full force). Verify that the control signals to the pneumatic valve are correct. Inspect for any obstructions within the gripper mechanism.
Inconsistent gripping force
Verify the input air pressure is stable and within the operating range (up to 8 bar). Ensure the air supply is properly lubricated and filtered. Check for wear on the gripper jaws or internal guide.
Proximity sensor not detecting position
Confirm the sensor is correctly mounted and aligned with the target. Check the sensor's wiring and ensure it is compatible with your control system. Verify the sensor is receiving power.
Gripper jaws feel loose or exhibit play
Inspect the T-slot guide and jaw mounting screws for tightness. Ensure no debris is present in the guide mechanism. If wear is significant, jaw replacement may be necessary.
Pros and Cons
Pros
- Strong gripping force for its size
- Durable construction with T-slot guide
- Precise jaw movement
- Compact form factor for tight spaces
- Compatibility with sensors for automation integration
Cons
- Requires pneumatic air supply
- Specific stroke length may limit some applications
- Force is dependent on air pressure
Setup, Compatibility & Care
Setup:
- Pneumatic Connection: Connect the appropriate pneumatic lines to the designated ports for actuation. Ensure the air supply meets the maximum operating pressure of 8 bar.
- Sensor Integration: If using proximity sensors, mount them according to the manufacturer's guidelines and connect them to your control system.
- Mounting: Securely mount the gripper to your actuator or robot arm using the provided mounting interfaces. Ensure all fasteners are tightened to the recommended torque.
Compatibility:
- Pneumatic System: Requires a clean, dry compressed air supply within the specified pressure range (up to 8 bar).
- Control System: Compatible with standard pneumatic control valves and electrical signals for sensor feedback.
- Actuator Units: Designed for integration with Festo's range of actuator units and other compatible automation components.
Care:
- Lubrication: Ensure the pneumatic air supply is properly lubricated as per standard pneumatic practice for longevity.
- Cleaning: Periodically wipe down the exterior surfaces with a clean, dry cloth. Avoid using solvents or abrasive cleaners.
- Inspection: Regularly inspect for any signs of wear or damage, particularly on the gripper jaws and guide rails. Check pneumatic connections for leaks.