
( Brand: Parker ), ( Manufacturer Part Number: 1P4MA0002912 ), ( 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 ), ( Product Type: Pneumatic Cylinder ), ( Body Material: Aluminum ), ( Temperature Range: 10 F To 165 F ), ( Mounting Style: Tie-rod ), ( Seal Material: Buna-n ), ( Port Size: 1/8 Inch Npt ), ( Minimum Operating Pressure: 5 Psi ), ( Cushioning: Non-cushioned ), ( Rod End Type: Male )
The **Parker Hannifin 1P4MA0002912** is a high-performance pneumatic air cylinder from Parker s renowned **4MA** series, engineered for demanding industrial applications requiring precision, durability, and reliable operation. This **double-acting, rod-extending air cylinder** features a **10-inch (250 mm) stroke length** and a robust **1-inch (25.4 mm) shaft diameter**, making it well-suited for medium-duty tasks in automation, material handling, packaging, and assembly systems. The cylinder is constructed with Parker s signature **high-quality aluminum alloy housing**, which balances strength with weight efficiency, ensuring optimal performance while minimizing energy consumption. Its **sealed, corrosion-resistant design** incorporates Parker s proprietary **Viton seals**, providing exceptional resistance to oil, grease, and environmental contaminants, thereby extending the cylinder s operational lifespan even in harsh or dirty environments.
The **4MA series** is renowned for its **compact yet robust construction**, with a **standard bore size of 1 inch (25.4 mm)**, which delivers a powerful and consistent force output for pushing, pulling, clamping, or positioning applications. The cylinder s **pneumatic operation** is driven by compressed air, offering rapid response times and precise control, ideal for high-speed automation where reliability is critical. The **integrated rod guide** ensures smooth, vibration-free motion, reducing wear on both the cylinder and connected machinery, while the **standard threaded rod end** (with a **M12 x 1.5 thread**) allows for easy integration into existing systems with minimal additional hardware. For added versatility, the cylinder is equipped with **standard mounting flanges** on both ends, accommodating a variety of end-of-stroke options, including cushioned buffers, magnetic sensors, or custom positioning mechanisms.
One of the standout features of this cylinder is its **modular and adaptable design**, allowing for easy customization to fit specific application requirements. The **1P4MA0002912** can be paired with Parker s extensive range of **accessories**, such as **rod seals, wiper seals, or protective covers**, to enhance protection against debris, moisture, or extreme temperatures. Additionally, the cylinder s **standard ISO 6432 mounting interface** ensures compatibility with most third-party pneumatic systems, making it a seamless fit for both new and retrofitted automation setups. Whether deployed in a **food processing plant, automotive assembly line, or material sorting facility**, this cylinder delivers **consistent, repeatable motion** with minimal maintenance, contributing to increased productivity and reduced downtime.
Built to Parker s rigorous quality standards, the **1P4MA0002912** undergoes **strict testing for leak resistance, pressure endurance, and operational reliability**, ensuring it meets or exceeds industry benchmarks for performance. Its **low-friction piston design** and **optimized internal lubrication** further reduce wear, extending the cylinder s service life while maintaining peak efficiency. The **double-acting mechanism** allows for bidirectional control, enabling precise positioning and force application in both extension and retraction cycles, which is essential for applications requiring bidirectional motion, such as clamping, indexing, or part transfer. Overall, the **Parker 1P4MA0002912** represents a **high-value, long-lasting solution** for industries demanding **durable, high-performance pneumatic actuation** in a compact and efficient package.
### **Parker 1P4MA0002912 Pneumatic Air Cylinder (4MA10 Shaft, 250mm Stroke) Pros and Cons**
#### **Overview**
The **Parker 1P4MA0002912** is a **4MA series** pneumatic cylinder with a **10mm shaft diameter** and a **250mm stroke**. It is part of Parker Hannifin s **Hydraulic & Pneumatic Division**, known for reliability in industrial automation, packaging, material handling, and manufacturing applications. Below is a detailed analysis of its advantages and disadvantages.
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### **Pros**
1. **High Reliability and Durability**
- Parker is a globally recognized brand with decades of experience in pneumatic systems. This cylinder is engineered for **long-term use** in demanding environments, including those with dust, moisture, or temperature fluctuations.
- The **4MA series** is designed for **high-cycle applications**, making it suitable for continuous operation in automated systems.
2. **Precision Engineering and Performance**
- The cylinder features **precision-machined components**, ensuring smooth operation, minimal friction, and consistent force delivery.
- The **10mm shaft** provides a good balance between strength and compactness, making it versatile for applications requiring moderate load handling.
- **250mm stroke** offers sufficient travel for many industrial tasks without excessive bulk.
3. **Compatibility with Parker s Ecosystem**
- Seamless integration with **Parker s valve manifolds, controls, and accessories** (e.g., quick-connect fittings, position sensors, cushioning options).
- Supports **standardized mounting options** (e.g., foot, flange, or trunnion mounts), simplifying installation in existing setups.
4. **Maintenance-Friendly Design**
- **Sealed rod** reduces contamination ingress, lowering maintenance needs.
- **Easy-to-service** components, such as replaceable seals and wipers, extend the cylinder s operational life.
- **Lubrication points** (if applicable) are typically accessible for routine upkeep.
5. **Versatile Applications**
- Suitable for **packaging machines, conveyor systems, clamping, pressing, and light material handling**.
- Works well in **cleanroom environments** (with proper sealing) and **harsh industrial settings** (with appropriate protection).
6. **Standardized Sizing and Availability**
- Widely stocked by **authorized Parker distributors**, reducing lead times for replacements or upgrades.
- **Aftermarket support** is robust, with availability of spare parts and technical documentation.
7. **Energy Efficiency**
- Parker s pneumatic cylinders are designed to **minimize air leakage**, improving overall system efficiency.
- **Quick-exhaust options** can reduce energy consumption in applications requiring rapid cycling.
8. **Customization Options**
- While this is a standard model, Parker offers **custom modifications** (e.g., extended stroke, different shaft finishes, or specialized seals) for specific needs.
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### **Cons**
1. **Higher Upfront Cost**
- As a **brand-name product**, Parker cylinders are **more expensive** than generic or no-name alternatives.
- The premium price may not justify the investment for **low-budget or short-term projects**.
2. **Potential Overkill for Light-Duty Applications**
- If the application involves **very light loads or minimal force requirements**, a smaller or simpler cylinder (e.g., a 6mm or 8mm shaft) might suffice, reducing costs without sacrificing performance.
3. **Dependence on Parker s Support Network**
- **Authorized service centers** may be required for repairs, which could increase downtime if local expertise is limited.
- **Spare parts availability** may vary by region, potentially causing delays in maintenance.
4. **Size and Weight Considerations**
- While compact for its stroke, the **4MA series is bulkier than some competitors** (e.g., smaller OEM brands), which may limit installation in **space-constrained environments**.
- The **250mm stroke** may be excessive for applications requiring shorter travel, leading to unnecessary air consumption.
5. **Learning Curve for Non-Parker Systems**
- If integrating with **non-Parker components** (e.g., valves from another manufacturer), compatibility may require additional testing or adapters.
- **Software or control system integration** (if using position sensors or PLCs) may need custom configuration.
6. **Potential for Over-Specification**
- If the application does not require **high-precision positioning** or **extreme durability**, a **simpler, lower-cost cylinder** (e.g., a basic rod-type cylinder) might be sufficient.
- **Over-engineering** can lead to **higher operational costs** without added benefit.
7. **Environmental Sensitivity**
- While robust, **contaminated air (moisture, oil, debris)** can reduce performance over time if filters and maintenance are neglected.
- **Extreme temperatures** (below -10 C or above 60 C) may require additional protection (e.g., heated cylinders or thermal insulation).
8. **Lead Times for Custom or Rare Parts**
- While standard models are readily available, **custom modifications or rare spare parts** may have longer lead times, impacting production schedules.
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### **Conclusion**
The **Parker 1P4MA0002912** is an **excellent choice** for applications requiring **reliability, precision, and long-term performance** in industrial settings. Its **proven durability, compatibility with Parker s ecosystem, and ease of maintenance** make it a **preferred option** for manufacturers, packaging companies, and automation systems where uptime and consistency are critical.
However, if the application is **low-budget, space-constrained, or does not demand Parker s level of engineering**, a **generic or mid-range cylinder** from a different brand may offer **cost savings without significant performance trade-offs**.
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### **Recommendation**
#### **Buy the Parker 1P4MA0002912 If:**You need a **highly reliable, long-lasting cylinder** for **high-cycle or critical applications**.
Your system is **already Parker-compatible**, or you plan to integrate with Parker s valves/controls.
You require **precision, minimal maintenance, and easy spare parts availability**.
The application involves **moderate to heavy loads** (within the cylinder s rated capacity).
You prioritize **brand support, warranties, and aftermarket service**.
#### **Consider an Alternative If:**The application is **low-cost or short-term**, and a **budget cylinder** (e.g., from SMC, Festo, or a generic brand) meets requirements.
**Space is extremely limited**, and a **smaller stroke or shaft diameter** would suffice.
You lack **Parker s ecosystem** (e.g., mixing with non-Parker components may complicate integration).
The environment is **extremely harsh** (e.g., corrosive chemicals, extreme temperatures), and a **specialized cylinder** (e.g., stainless steel or coated) is needed.
#### **Final Verdict:**For **most industrial automation, packaging, or material handling applications**, the **Parker 1P4MA0002912 is a strong, justified purchase** due to its **proven reliability and support network**. However, **carefully assess whether the premium cost aligns with your specific needs** sometimes a **simpler, cheaper alternative** delivers adequate performance without unnecessary expense. Always verify **load requirements, air supply compatibility, and environmental conditions** before finalizing the decision.
Parker 1P4MA0002912 All Photos 6 images thumbnail to view Here is a Pneumatic Air Cylinder with 10 inch stroke and 1 rod. Technical Specifications, make Parker, part number1p4ma0002912, stroke 10 inch, rod diameter 1 envelope pressure250 psi air, end type threaded 3/4. Guaranteed Working. We price aggressively and accept reasonable best offers.
LOCATION: C1908. A pelleting/crating fee may apply for very large items. In good condition, minor exterior wear. Changed your mind or it just does not work out.
Where Do You Get All This Stuff. Pneumatic Actuators and Cylinders. Why Motion Constrained. Used does not mean untested.
Pulled from working equipment. Circuit Breakers and Motor Protectors. Priced to Move.