PARKER 404250XRMS-D2H1L3C2 Linear Actuator M3E1B1R1P1 007380502A

( Brand: Parker ), ( Manufacturer Part Number: 404250XRMS-D2H1L3C2 ), ( Model: M3E1B1R1P1 ), ( Part Type: Actuator Linear )

Review PARKER Linear Actuator Serial

The **Parker Hannifin 404250XRMS-D2H1L3C2 linear actuator**, identified by its full model designation **007380502A**, is a high-performance, precision-engineered component designed to deliver exceptional reliability and efficiency in demanding industrial, automation, and motion control applications. Part of Parker s robust **M3E1B1R1P1** series, this actuator exemplifies cutting-edge engineering with a compact yet robust construction, making it ideal for integration into tight spaces while maintaining superior load-bearing capacity and stroke precision. Built around Parker s proprietary **RMS (Rotary Motion Solutions)** technology, this linear actuator combines seamless mechanical performance with advanced control capabilities, ensuring smooth, repeatable motion with minimal backlash and wear over extended operational lifespans.

The actuator features a **dual-stage design**, incorporating a high-efficiency **ball screw drive mechanism** paired with a precision-ground lead screw for enhanced accuracy and reduced friction. Its **D2H1L3C2** configuration denotes a **2-inch (50.8 mm) diameter shaft** with a **1-inch (25.4 mm) stroke length**, though the actual stroke can be customized within specified limits to match specific application requirements. The **M3E1B1R1P1** variant is engineered for **high-speed, high-torque applications**, with an integrated **brake system (R1)** for emergency stops and energy conservation, while the **P1** designation indicates a **potted, sealed housing** to protect internal components from contaminants, dust, and moisture, ensuring longevity in harsh environments. The actuator s **M3E** series further emphasizes its suitability for **medium-duty to heavy-duty** applications, where durability and consistent performance under cyclic loading are critical.

Constructed from **high-grade alloy steel** and treated with Parker s proprietary **hardening and coating processes**, this actuator resists corrosion, abrasion, and fatigue, making it well-suited for industries such as **automotive assembly, material handling, packaging, medical equipment, and robotics**. Its **modular design** allows for easy integration with Parker s broader range of motion control systems, including servomotors, encoders, and feedback devices, enabling seamless implementation in both open-loop and closed-loop control architectures. The actuator s **low-maintenance construction** eliminates the need for frequent lubrication, as its sealed bearings and precision-ground components are designed to operate efficiently with minimal wear, reducing downtime and operational costs.

For applications requiring **high repeatability and positioning accuracy**, the **007380502A** model can be paired with Parker s **digital feedback systems**, such as absolute encoders or resolvers, to achieve sub-micron precision. Its **compact footprint** and **versatile mounting options**, including flange, base, or through-hole configurations, allow for flexible installation in automated machinery, CNC systems, or custom fabrication projects. Whether deployed in **high-volume production lines, laboratory automation, or precision manufacturing**, this actuator delivers **consistent, reliable motion** with a **quiet operation profile**, minimizing noise and vibration key considerations in environments where operational efficiency and user comfort are paramount.

In summary, the **Parker 404250XRMS-D2H1L3C2 (007380502A)** linear actuator represents a pinnacle of industrial motion technology, blending **superior mechanical performance, robust build quality, and adaptability** to meet the rigorous demands of modern automation. Its combination of **precision engineering, durability, and ease of integration** makes it an indispensable asset for engineers and designers seeking a high-performance solution that balances **cost-effectiveness with long-term reliability**.

### **Parker 404250XRMS-D2H1L3C2 Linear Actuator (M3E1B1R1P1, 007380502A) Pros, Cons, and Recommendation**

#### **Overview**

The **Parker 404250XRMS-D2H1L3C2** is a high-performance **hydraulic linear actuator** designed for industrial applications requiring precise, high-force motion. It falls under Parker s **RMS (Rack and Pinion) series**, which is known for durability, reliability, and customization options. This model is part of the **M3E1B1R1P1** variant, featuring a **2-inch bore (D2H1)**, **12-inch stroke (L3C2)**, and specific mounting/connection configurations.

---

### **Pros**

1. **High Load Capacity and Force Output**

- The **2-inch bore** provides substantial hydraulic force, making it suitable for heavy-duty applications such as material handling, industrial machinery, or press systems.

- Can handle **high dynamic and static loads** with minimal deflection, ensuring stable operation under demanding conditions.

2. **Precision and Repeatability**

- Parker s **rack-and-pinion mechanism** offers **high positional accuracy** and repeatability, critical for applications requiring consistent motion (e.g., CNC machines, robotic systems).

- Minimal backlash compared to other linear actuator types, reducing errors in positioning.

3. **Durability and Longevity**

- Built with **high-grade steel** and **sealed components**, this actuator is resistant to wear, corrosion, and environmental contaminants.

- **Long stroke life** (12 inches) with proper maintenance, reducing the need for frequent replacements.

4. **Customization and Compatibility**

- Part of Parker s modular **M-series**, allowing for **tailored mounting options** (e.g., flange, trunnion, or clevis ends) and **connection types** (hydraulic fittings, electrical interfaces).

- Compatible with **standard hydraulic systems**, making integration easier in existing setups.

5. **High Efficiency and Speed**

- Hydraulic actuators like this one provide **fast response times** and **high speed** when paired with an efficient hydraulic pump system.

- Suitable for **cyclical applications** where rapid extension/retraction is required.

6. **Safety Features**

- Many Parker RMS actuators include **built-in overload protection** and **fail-safe mechanisms** (e.g., spring-return options) to prevent damage in case of system failure.

- Can be equipped with **limit switches or sensors** for added control and safety.

7. **Warranty and Support**

- Parker is a **well-established brand** with extensive **global support networks**, including technical documentation, spare parts, and service centers.

- Typically comes with a **standard warranty** (varies by region; often 1 2 years), with options for extended coverage.

8. **Versatility in Applications**

- Used in **automation, aerospace, automotive, medical equipment, and heavy machinery**.

- Can be adapted for **vertical, horizontal, or angled mounting** depending on the application.

---

### **Cons**

1. **High Initial Cost**

- Parker actuators are **premium-priced**, especially for high-performance models like this one. The **2-inch bore and 12-inch stroke** contribute to a **significant upfront investment**.

- May be **overkill** for lightweight or low-force applications where a simpler (and cheaper) electric or pneumatic actuator would suffice.

2. **Complex Installation and Maintenance**

- Requires **hydraulic system integration**, including pumps, valves, and fluid management, which adds complexity to setup.

- **Regular maintenance** is necessary to prevent leaks, contamination, or wear (e.g., checking seals, lubricating components, flushing hydraulic fluid).

- **Hydraulic fluid must be properly filtered and maintained** to avoid damage to internal components.

3. **Space and Weight Requirements**

- Hydraulic actuators are **bulkier and heavier** than electric or pneumatic alternatives, which may limit installation options in space-constrained environments.

- Requires **proximity to a hydraulic power source**, which may not always be practical.

4. **Energy Consumption**

- Hydraulic systems **consume more power** than electric or pneumatic systems, especially when operating continuously.

- **Heat generation** from hydraulic fluid can require additional cooling solutions in high-load applications.

5. **Noise and Vibration**

- Hydraulic actuators can produce **more noise and vibration** compared to electric linear actuators, which may be a concern in **precision or noise-sensitive environments**.

6. **Potential for Fluid Leaks**

- Hydraulic systems are prone to **leaks** if seals degrade or fittings become loose, leading to **fluid loss and contamination**.

- Requires **regular inspections** to prevent downtime due to leaks.

7. **Skill Dependency**

- Proper installation, programming, and troubleshooting often require **specialized hydraulic knowledge**, which may not be available in-house for all users.

- Misconfiguration can lead to **premature failure or safety hazards**.

8. **Limited Stroke Adjustability**

- While the **12-inch stroke** is substantial, it is **fixed** custom stroke lengths may require ordering a different model, increasing costs.

---

### **Conclusion**

- **Industrial automation** (e.g., press systems, material handling).

- **Heavy machinery** (e.g., construction, mining equipment).

- **Aerospace and defense** (where reliability is critical).

- **Medical or laboratory equipment** requiring precise motion.

- **Light-duty or low-force applications** (where electric or pneumatic actuators would be more cost-effective).

- **Space-limited or noise-sensitive environments** (due to size and hydraulic noise).

- **Applications without access to hydraulic power or maintenance expertise**.

---

### **Recommendation**

You need **high force and precision** in a **heavy-duty industrial application**.

Your system **already uses hydraulic power**, and integration is feasible.

You can **commit to regular maintenance** and have access to hydraulic expertise.

Budget is **not a constraint**, and long-term reliability is prioritized over initial cost.

Your application requires **lower force** (e.g.,

**Space or weight constraints** make hydraulic actuators impractical.

You lack **hydraulic system infrastructure** or maintenance resources.

**Cost optimization** is critical, and a **lower-cost, lower-performance** actuator would suffice.

For **high-performance, force-intensive applications** where **reliability and precision** are non-negotiable, the **Parker 404250XRMS-D2H1L3C2** is a **strong, well-supported choice**. However, weigh the **higher cost and maintenance demands** against your specific needs before purchasing. If possible, **consult with a Parker distributor or hydraulic specialist** to ensure it aligns with your system requirements.

Details:

Parker 404250XRMS-D2H1L3C2 Linear Actuator M3E1B1R1P1 Serial 007380502A.

part #: 404250xrmsd2h1l3c2 prices

• $461.10-$1000.00

specifications linactuat:

• brand: Parker
• mpn: 404250xrms-d2h1l3c2
• model: M3e1b1r1p1
• part type: Actuator Linear

seller linactuat:

• rating: 100.0%
• # reviews: 1760
• city: Saint Paul, Minnesota

shipping linactuat:

• type: Calculated
• service: USPS Ground Advantage
• carrier: USPS
• class: Standard
• transit: 3-9 Days
• cost: $19.70

offer linactuat:

• best offers: True
• availability: In Stock
• sold: 0
• started: March 25, 2026
• options: Ship-to-home
• quantity: 1

returns linactuat:

• policy: No Returns

general linactuat:

• condition: Used
• Industrial Automation Motion Controls > Rotary Linear Motion > Linear Actuators

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• wallet: Google-pay

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