LIN-ACT LC-1-08 SELF-ALIGNING ROD END COUPLER
LIN-ACT LC-1-08 SELF-ALIGNING ROD END COUPLER
Description:
The LIN-ACT LC-1-08 Self-Aligning Rod End Coupler is a mechanical coupling accessory used in pneumatic and hydraulic cylinder systems to compensate for misalignment between the piston rod and driven load. Commonly installed in packaging equipment, material handling systems, automated machinery, and industrial motion control applications requiring smooth linear actuation. Maintenance teams, OEMs, and system integrators use this rod end coupler for replacement, retrofit, and new equipment assembly to improve alignment and reduce stress on cylinder rods and connected components.
Applications:
The LIN-ACT LC-1-08 Self-Aligning Rod End Coupler is used to connect pneumatic or hydraulic cylinder rods to moving machine components while accommodating angular and lateral misalignment. It is commonly found in packaging machinery, conveyor systems, automated assembly equipment, printing machines, and industrial material handling systems where proper alignment is essential for extending cylinder life and maintaining reliable motion control.
Technical Specifications:
• Manufacturer: LIN-ACT
• Part Number: LC-1-08
• Product Type: Self-Aligning Rod End Coupler
• Function: Compensates for rod and load misalignment
• Coupler Type: Self-Aligning Mechanical Coupling
• Application: Pneumatic and hydraulic cylinder linkage
• Compatible Systems: Pneumatic cylinders, hydraulic cylinders, and linear actuators
• Connection Style: Rod End Coupling
• Construction: Industrial-grade metal body
• Mounting Type: Inline cylinder rod connection
• Operating Environment: Industrial automation and motion control systems
• Industry Use: Packaging, material handling, printing, and automated machinery
• Feature: Reduces side loading and extends cylinder service life
• Maintenance Benefit: Simplifies replacement and alignment adjustments
Common Replacements:
• LIN-ACT LC-1-06
• Parker SA Series Self-Aligning Coupler
• Rod Clevis and Self-Aligning Coupler Assembly
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