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FDR
The FDR110 servo electric cylinder is a high-performance, ultra-heavy-duty linear actuator designed for applications requiring high thrust, precise positioning, and programmable motion control.
By converting rotary motion from a servo or stepper motor into linear movement through a precision screw system, it delivers stable, efficient, and accurate linear actuation for demanding industrial environments.
With up to 4500kg thrust, 1700mm stroke, and ±0.01mm positioning accuracy, the FDR110 is an ideal solution for heavy-duty automation systems that require both load capacity and motion precision.
Unlike standard linear actuators designed for light-duty tasks, the FDR110 is engineered to deliver extreme load output while maintaining high positioning accuracy. It is suitable for industrial applications where performance stability and precision cannot be compromised.
The actuator structure combines a Φ40 ball screw with a Φ60 piston rod, improving rigidity, load transfer efficiency, and long-term operational consistency. This makes it significantly more reliable for continuous heavy-duty use compared to conventional actuator solutions.
The FDR110 provides a clean and efficient replacement for hydraulic and pneumatic systems. It eliminates oil leakage, pumps, and complex piping while delivering comparable or superior performance in many applications.
No hydraulic oil or leakage risk
No pumps, valves, or external piping
Lower maintenance and operating cost
Higher positioning accuracy and repeatability
Energy consumption only during motion
Easier integration with PLC and automation systems
This makes it an ideal electric cylinder for hydraulic replacement in modern industrial systems.
Supports up to 4500kg thrust, enabling stable operation in high-load systems such as presses, lifting equipment, and heavy machinery.
Achieves ±0.01mm positioning accuracy, making it suitable for precision assembly, positioning, and automated process control.
The precision screw mechanism ensures smooth motion, high axial load capacity, and long service life even under continuous heavy-duty operation.
Supports servo-driven closed-loop control, allowing precise adjustment of position, speed, and thrust for advanced automation systems.
Compatible with both servo motors and stepper motors, with optional inline or parallel mounting for different machine layouts.
Designed with heavy-duty housing and hardened components to withstand shock loads, vibration, and harsh working environments.
Parameter |
Specification |
|---|---|
Model |
FDR110 |
Thrust Force Range |
≤4500kg |
Equivalent Force |
Approx. 44,100 N / 9,900 lbs |
Speed Range |
≤500mm/s |
Screw Lead / Pitch |
10mm / 20mm |
Ball Screw Diameter |
Φ40 |
Piston Rod Diameter |
Φ60 |
Stroke Range |
≤1700mm |
Precision |
±0.01mm |
Working Temperature |
-40°C to +45°C |
IP Rating |
IP65 |
Motor Options |
Servo motor / Stepper motor |
Motor Mounting |
Inline / Parallel |
Customization |
Speed, stroke, thrust, installation, color |
Note: Motor type and configuration can be selected based on application requirements.
The FDR110 servo electric cylinder is widely used in applications requiring high thrust linear motion, stable load handling, and precise actuator control.
Used in lifting platforms, scissor lifts, and heavy-duty presses where high force output and structural stability are required.
Applied in coil handling, furnace door operation, ladle tilting, and roll adjustment systems requiring durable and high-load actuators.
Used for conveyor tensioning, crusher adjustment, and screening positioning under dusty and high-load conditions.
Suitable for solar tracking systems and wind turbine pitch control where precision and reliability are essential.
Used in tunnel equipment, formwork positioning, and bridge lifting systems for heavy-duty structural motion.
Applied in hatch covers, ramps, and crane stabilizers where durability and environmental resistance are required.
Ideal for robotic positioning, heavy part transfer, and automated production lines requiring precision and load capacity.
Ultra-high thrust up to 4500kg
High precision ±0.01mm positioning
Reliable performance under continuous heavy load
Clean electric system replacing hydraulics
Flexible motor and mounting configurations
Suitable for multiple heavy industry scenarios
Up to 4500kg (44.1kN).
Yes, it provides a cleaner, more precise and lower-maintenance alternative.
Compatible with PLC, servo systems, and automated control platforms.
Yes, including stroke, thrust, mounting, and configuration.
IP65 design allows use in dust, vibration, and harsh industrial environments.
The FDR110 electric cylinder is designed with multiple front-end connection options and a standardized linear structure, allowing flexible integration into different mechanical systems.
Optional rod end connection types include:
C1 Male Thread: Standard threaded connection for direct mechanical linkage
C2 Female Thread: Internal thread for compact installation structures
C3 Clevis: Suitable for pivoting motion and dynamic load applications
C4 Spherical Rod End: Allows angular compensation and reduces misalignment stress
The linear structure drawing also shows key dimensional relationships such as stroke extension, mounting spacing, and rod connection geometry, helping engineers evaluate installation compatibility during system design.
The FDR110 servo electric cylinder supports multiple mounting configurations to adapt to different equipment structures, load directions, and installation spaces.
This configuration allows the cylinder to pivot during operation, making it suitable for dynamic motion systems and applications with changing load angles.
Front flange mounting provides strong axial support and is commonly used in applications where the cylinder needs to push or pull directly along a fixed axis.
Rear flange installation is ideal for fixed mounting structures, offering high stability for heavy-duty linear motion applications.
This configuration provides flexible alignment and is suitable for applications where space constraints or special linkage mechanisms are required.
Choose trunnion mounting (M2) for pivoting or dynamic applications
Choose flange mounting (M3 / M4) for fixed and high-load structures
Choose rear shaft mounting (M5) for flexible or custom mechanical linkage
Select rod end type based on connection method and load direction
For customized projects, mounting type, dimensions, and connection structure can be tailored according to your equipment requirements.