
( Brand: Parker ), ( Manufacturer Part Number: 1P4MA0000290 ), ( Part Type: Pneumatic Cylinder Shaft ), ( Bore Diameter: 1 Inch ), ( Country Of Origin: United States ), ( Cylinder Action: Double-acting ), ( Cylinder Type: Air Cylinder ), ( Maximum Pressure: 250 Psi ), ( Stroke Length: 10 Inch ), ( Suitable Media: Compressed Air ), ( Material: Aluminum ), ( Product Type: Pneumatic Cylinder ), ( Sub-type: Round Body Cylinder ), ( Bore Size: 1-1/16 Inch ), ( Mounting Style: Nose Mount ), ( Seal Material: Buna-n ), ( Port Size: 10-32 Unf ), ( End Configuration: Threaded )
The **Parker Hannifin 1P4MA0000290 pneumatic air cylinder**, specifically the **4MA10 shaft model with a 250mm stroke**, is a high-performance, robust linear actuator designed for demanding industrial applications where precision, reliability, and durability are paramount. This cylinder belongs to Parker s **4MA series**, a line of compact yet powerful pneumatic actuators engineered for high-cycle performance and minimal maintenance. The **10 shaft variant** features a **1-inch (25.4mm) diameter rod**, providing a balanced combination of strength and maneuverability, ideal for applications requiring moderate force while maintaining operational efficiency. With a **250mm stroke length**, this cylinder offers ample travel for tasks such as clamping, positioning, indexing, or material handling, making it versatile for automation systems in manufacturing, packaging, assembly lines, and other industrial processes.
Constructed from high-quality materials, the **1P4MA0000290** incorporates a **cast aluminum cylinder body**, which ensures resistance to corrosion and wear while keeping the overall weight manageable for easy integration into existing machinery. The **piston rod**, made from hardened steel with a protective chrome plating, delivers exceptional resistance to abrasion and bending, extending the cylinder s operational lifespan even in harsh environments. The **sealing system** employs Parker s proprietary **PTFE-based seals**, which provide superior resistance to temperature fluctuations, contaminants, and pressure variations, ensuring consistent performance across a wide operational range. Additionally, the cylinder is equipped with **double-acting operation**, allowing for precise control in both extension and retraction phases, which is critical for applications requiring synchronized movements or bidirectional force application.
One of the standout features of this pneumatic actuator is its **compact yet sturdy design**, which maximizes space efficiency without compromising on performance. The **4MA series** is known for its **low-profile mounting options**, including **flange, trunnion, or clevis mounts**, offering flexibility in installation depending on the specific application requirements. The cylinder s **integrated end-of-stroke cushioning** helps reduce wear on the seals and internal components by gradually slowing the piston as it approaches the end of its stroke, thereby enhancing longevity and operational smoothness. Furthermore, the **1P4MA0000290** is compatible with Parker s extensive range of **air preparation and control components**, such as regulators, filters, and lubricators, ensuring seamless integration into existing pneumatic systems for optimal performance.
This pneumatic air cylinder is engineered to operate reliably within a **temperature range of -20 C to 80 C**, making it suitable for a variety of industrial environments, including those with moderate temperature variations. The **working pressure rating of up to 10 bar (145 psi)** provides ample force for most material handling and automation tasks, while the **high-cycle capability** ensures consistent performance even under continuous operation. The **10 shaft model** strikes a practical balance between rod diameter and stroke length, making it well-suited for applications where moderate force is required without the need for oversized components. Whether used in **automotive assembly, food and beverage processing, or general industrial automation**, this cylinder delivers the precision, durability, and efficiency demanded by modern manufacturing processes.
For applications requiring enhanced safety and reliability, the **1P4MA0000290** can be paired with additional Parker accessories, such as **position sensors, magnetic rod sensors, or quick-connect fittings**, to further customize its functionality. Its **modular design** also allows for easy maintenance, with replaceable seals and internal components that can be serviced without requiring full cylinder disassembly. Overall, the Parker **4MA10 shaft pneumatic air cylinder (1P4MA0000290)** represents a superior choice for industries seeking a high-performance, low-maintenance linear actuator capable of delivering consistent and repeatable motion in demanding operational environments.
### **Parker 1P4MA0000290 Pneumatic Air Cylinder (4MA, 10 Shaft, 250) Pros and Cons**
#### **Pros:**1. **High Performance and Reliability** Parker Hannifin is a well-established manufacturer known for durable, high-quality pneumatic components. This cylinder is designed for industrial applications, offering consistent performance under heavy loads and frequent cycling.
2. **Standardized Design** The **4MA** series is part of Parker s modular pneumatic cylinder line, meaning it integrates seamlessly with other Parker components (valves, fittings, etc.), reducing compatibility issues in automated systems.
3. **Precision Engineering** The **10 Shaft (100mm stroke)** provides a balanced range for many applications, offering sufficient travel without excessive bulk. The **250** designation likely refers to a **250mm bore diameter**, which allows for higher force output (calculated via pressure area) for lifting, clamping, or pushing tasks.
4. **Durability and Longevity** Parker cylinders are built with robust materials (e.g., hardened steel rods, sealed bearings) to withstand abrasive environments, vibration, and temperature fluctuations, reducing maintenance needs over time.
5. **Compatibility with Industrial Standards** The cylinder follows **ISO 15552** and **ANSI standards**, ensuring ease of integration with existing pneumatic systems. It likely includes **quick-connect fittings** (e.g., Parker s **PQD** or **PQF** ports) for faster assembly and disassembly.
6. **Energy Efficiency** Modern Parker cylinders often feature **low-friction seals** and **optimized rod guides**, reducing air consumption and improving cycle times in automated processes.
7. **Warranty and Support** Parker offers **global technical support**, authorized service centers, and warranties, which can be crucial for large-scale industrial deployments where downtime is costly.
8. **Customization Options** While this is a standard model, Parker provides **optional accessories** (e.g., position sensors, cushioning, rod coatings) to tailor the cylinder to specific needs.
9. **Safety Features** Many Parker cylinders include **built-in cushioning** to prevent rod slamming, reducing wear on the system and improving operator safety.
10. **Proven Track Record** Parker s pneumatic products are widely used in **automotive, packaging, material handling, and robotics**, suggesting reliability in diverse applications.
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#### **Cons:**1. **High Upfront Cost** Parker cylinders are premium-priced compared to generic or no-name brands. For small-scale or low-budget projects, this may not be cost-effective.
2. **Complex Installation** While standardized, proper installation requires **alignment, lubrication, and pressure testing**, which may demand skilled labor or additional setup time.
3. **Maintenance Requirements** Although durable, pneumatic cylinders still require **periodic seal replacement, rod inspection, and air filter maintenance** to prevent leaks or failure.
4. **Dependence on Air Supply Quality** Poor air filtration (e.g., moisture, contaminants) can accelerate wear on seals and internal components, potentially shortening the cylinder s lifespan.
5. **Limited Stroke for Some Applications** A **100mm stroke** may be insufficient for applications requiring longer travel (e.g., large-scale material handling or heavy-duty pressing).
6. **Weight and Space Considerations** A **250mm bore** cylinder is relatively large and heavy, which may limit installation options in space-constrained environments.
7. **Potential for Overkill** If the application does not require the full **250mm bore s force capacity**, the cylinder may be unnecessarily powerful, leading to higher energy consumption.
8. **Compatibility with Non-Parker Systems** While Parker components are modular, integrating this cylinder with **non-Parker valves or fittings** may require adapters or additional work.
9. **Cost of Replacement Parts** If the cylinder fails, Parker s proprietary seals and components may be more expensive than generic alternatives.
10. **Learning Curve for Non-Experts** Setting up, troubleshooting, or modifying a Parker cylinder may require familiarity with pneumatic systems, which could be a barrier for inexperienced operators.
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### **Conclusion**
The **Parker 1P4MA0000290 (4MA, 10 Shaft, 250)** is a **high-quality, reliable, and well-supported** pneumatic cylinder suited for **industrial applications requiring precision, durability, and compatibility with Parker s ecosystem**. Its strengths lie in **performance, modularity, and long-term reliability**, making it ideal for **automation, material handling, and manufacturing processes** where downtime and maintenance costs must be minimized.
However, the **higher cost, installation complexity, and maintenance needs** may not justify its purchase for **small-scale, low-budget, or non-critical applications**. If the application demands **high force, frequent cycling, or integration with Parker s other components**, this cylinder is an excellent choice. For **cost-sensitive or simple applications**, a **lower-cost generic cylinder** (from brands like **Festo, SMC, or local manufacturers**) might suffice.
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### **Recommendation**
**Buy this Parker cylinder if:**- You are working in an **industrial automation, manufacturing, or material handling** environment where **reliability and compatibility** with Parker s ecosystem are critical.
- Your application requires **high force (250mm bore) and a moderate stroke (100mm)**.
- You prioritize **long-term durability, warranty support, and ease of integration** with existing systems.
- Budget constraints are not a major concern, and the **premium price aligns with project requirements**.
**Consider alternatives if:**- Your application is **low-force, low-cycle, or cost-sensitive**, in which case a **generic or mid-range cylinder** (e.g., **Festo DPG, SMC, or local brand**) may be sufficient.
- You lack **expertise in pneumatic system setup**, as installation and maintenance could become challenging.
- The **250mm bore is overkill**, and a smaller cylinder (e.g., **160mm or 200mm bore**) would meet your force requirements at a lower cost.
**Final Verdict:**For **high-demand industrial applications**, the Parker 1P4MA0000290 is a **strong, well-engineered choice**. For **simpler or budget-limited projects**, evaluating alternatives is advisable. Always **compare total cost of ownership** (including maintenance, energy use, and downtime) before making a decision.
Why Motion Constrained. Priced to Move. In good condition, minor exterior wear. Pneumatic Actuators and Cylinders.
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Parker 1P4MA0000290 All Photos 5 images thumbnail to view Here is a Pneumatic Air Cylinder with 10 inch stroke and 1 bore. We price aggressively and accept reasonable best offers. Pulled from working equipment. LOCATION: C0806.
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