| Customization: | Available |
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| Standard: | DIN, ANSI, GB, JIS, BSW |
| Material: | Stainless Steel |
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Product Name |
Ductile Iron Casting Pole Line Hardware Connecting Rod Link Electric Pull Rod |
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Material |
Steel:Hot Rolled Steel(Q235,Q345 steel etc),Cold Rolled Steel(DC01,SPCC etc),Alloy steel,Spring steel |
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Stainless Steel:SS201,SS304,SS316 etc |
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Aluminum:AL6061,AL6063,AL6082,AL7075,Aluminum Profile,Aluminum Zinc Plate |
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Brass,Copper |
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Plastic:PTFE,PEEK,POM,PA,UHMW,NYLON |
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Surface Treatment |
Zinc Plated,Hot Dip Galvanized,Powder Coated,E-coating,Chrome Plating,Anodizing,etc. |
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Dimension |
Custom according to your drawings or samples |
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Tolerance |
±0.05mm,as customers'requirements |
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Process |
Stamping,Fabrication,Forging,Casting,Laser cutting,CNC machinery,Mold design&make,Progressive Mold,Forming,Deep drawn,Threading,Drilling,Welding,Robot Welding,etc |
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Industrial |
Power System,Agricultural machinery,Furniture,Automobile,Electric,Fitness Equipment,etc. |
The Connecting Rod Link Electric Pull Rod (often termed an Electric Linear Actuator with Rod End Linkages) is a vital electro-mechanical component designed to convert rotary motor power into controlled, robust linear pulling force. Its production demands precision engineering and rigorous assembly.
Production: Manufacturing begins with high-strength alloy steel rods, precision-ground for smooth operation and minimal friction within durable cylindrical housings. High-torque electric motors (often DC or stepper types) are integrated with precision gearboxes, frequently planetary or worm gears, to amplify torque. Critical linkages - clevis ends, spherical rod ends, or eyelets - are machined or forged for strength and swiveling capability, enabling connection to loads at various angles. Internal components like lead screws or ball screws translate rotational motion into linear travel. Assembly involves meticulous alignment, sealing against contaminants, and integrating limit switches and position sensors. Rigorous testing ensures load capacity, duty cycle, stroke accuracy, speed, and environmental resilience (IP ratings).
Their core advantage lies in delivering powerful, reliable linear motion with precise control and feedback, replacing hydraulic/pneumatic systems where cleaner, quieter, and more easily controllable electric power is preferred for demanding pulling tasks.
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