PARKER OSP-P / OSPP-BG PNEUMATIC LINEAR ACTUATOR ORIGA SYSTEM PLUS

Parker OSP-P / OSPP-BG Pneumatic Linear Actuator Origa System Plus 2 MT

1. General Description

The Parker OSP-P / OSPP-BG Origa System Plus 2 MT pneumatic linear actuator is a highly specialized used machine, designed for industrial applications requiring precise and reliable linear movements. This unit, being used, can represent an excellent purchasing opportunity due to its build quality and sturdiness. Parker is known for its excellence in pneumatic component design, and the Origa System Plus is one of the company's advanced models.

2. Visual Appearance and Construction

Visually, the Parker OSP-P / OSPP-BG Pneumatic Linear Actuator appears as a robust, cylindrical cylinder, featuring a light gray or silver colored body. The design features a smooth, durable finish, which helps prevent the buildup of dust and dirt.

Components:

• Cylinder Body: Made of anodized aluminum for increased corrosion resistance and durability.
• Stem: Stainless steel to ensure long life and wear resistance.
• Gaskets: Made of elastomeric materials to ensure an airtight seal and prevent air leaks.
• Covers and Stands: Attached with high-quality screws to ensure a stable and secure connection.

3. Measurements and Technical Data

• Model: Parker OSP-P / OSPP-BG Origa System Plus 2 MT
• Total Length: 2 meters (2000 mm)
• Cylinder Diameter: Typically 50 mm or 63 mm, but may vary depending on the specific version.
• Stroke: Variable, but the specific model is designed for a maximum stroke of 2000mm.
• Working Pressure: Generally between 6 and 10 bar (87-145 psi), depending on application specifications.
• Operation Temperature: Usually between -20°C and +80°C.

4. Mechanical Characteristics

• Thrust Force: The thrust force varies depending on the diameter of the cylinder and the working pressure. For a 50 mm diameter cylinder at 7 bar, the thrust force is approximately 3,500 N (Newton).
• Movement Speed: The speed is adjustable and depends on the air pressure and size of the actuator. Typically, the speed can vary from 50 mm/s to 1000 mm/s.
• Accuracy: Parker actuators are known for their high precision and repeatability in linear movements.

5. Procedure for Use

1. Installation: Mount the Parker OSP-P / OSPP-BG actuator on a stable base using the supports provided. Make sure alignment is correct to avoid premature wear.
2. Pneumatic Connection: Connect the actuator to the compressed air source using the appropriate hoses and fittings. Verify that the air pressure meets the manufacturer's specifications.
3. Setup: Adjust speed and thrust force using pneumatic controls and regulating valves, if available.
4. Startup and Test: Activate the actuator and test the movement to ensure it operates smoothly and with the desired precision.

6. Matching Accessories

• Control Valves: To precisely control the speed and force of the actuator.
• Pneumatic Fittings: To connect the actuator to the compressed air system.
• Position Sensors: To monitor and control the position of the actuator during operation.
• Support Bearings: To reduce wear and improve movement precision.

7. Mathematical Formulas for Optimal Operation

• Thrust Force (F):

  $$F$$

  Where:

  • FF $F$ = Thrust force (N)
  • PP $P$ = Air pressure (Pa)
  • AA $A$ = Piston area (m²)

• Cylinder Speed ​​(v):

  $$v$$

  Where:

  • vv $v$ = Speed ​​(m/s)
  • QQ $Q$ = Air flow (m³/s)
  • AA $A$ = Cylinder area (m²)

8. Workable Materials

The Parker OSP-P / OSPP-BG actuator is versatile and can be used for linear movements in various materials, including:

• Metals: For machining and assembly applications.
• Plastics: For manufacturing and handling processes.
• Composite Materials: For applications requiring high precision and control.

9. Maintenance and Control of Good Used Products

• Visual Inspection: Check for any signs of wear or external damage. Check that the body and seals are in good condition and free of cracks or leaks.
• Checking the Seals: Make sure the seals are intact and functioning to avoid air leaks.
• Operation Test: Perform tests to verify that the actuator operates without vibrations or abnormal noises.
• Maintenance Documentation: Check the service documentation to ensure that the actuator has been properly maintained.

10. Sectors of Use

The Parker OSP-P / OSPP-BG Origa System Plus 2 MT pneumatic linear actuator finds application in several industries, including:

• Industrial Automation: For the movement and positioning of components in production lines.
• Food and Beverage Sector: For the control of packaging and material handling processes.
• Pharmaceutical Sector: For applications requiring high precision and motion control.
• Assembly and Assembly Plants: For automatic assembly and handling operations.

11. Advantages of Buying Used

• Lower Cost: Purchasing a used actuator can represent a significant saving compared to new.
• Reliability: If well maintained, a used actuator can guarantee similar performance to that of a new one.
• Immediate Availability: Purchasing used reduces waiting times, allowing rapid integration into production processes.

Conclusion

The Parker OSP-P / OSPP-BG Origa System Plus 2 MT Pneumatic Linear Actuator is a high quality used machine, designed to deliver precise and reliable linear motion in a variety of industrial applications. Thanks to its robustness and its advanced features, it represents an advantageous choice for those looking for a pneumatic actuator with a good quality-price ratio. Buying used can provide significant savings without compromising performance, making this machine an excellent choice for many industrial needs.